diff --git a/build/lib/opstool/__about__.py b/build/lib/opstool/__about__.py
new file mode 100644
index 0000000..df12433
--- /dev/null
+++ b/build/lib/opstool/__about__.py
@@ -0,0 +1 @@
+__version__ = "0.4.2"
diff --git a/build/lib/opstool/__init__.py b/build/lib/opstool/__init__.py
new file mode 100644
index 0000000..4b611f0
--- /dev/null
+++ b/build/lib/opstool/__init__.py
@@ -0,0 +1,18 @@
+from .__about__ import __version__
+from .utils import load_ops_examples
+from . import vis, preprocessing, analysis
+
+
+membs = dict()
+for mod in (vis, preprocessing, analysis):
+    for name in mod.__all__:
+        if hasattr(mod, name):
+            membs[name] = getattr(mod, name)
+cur_dict = globals()
+cur_dict.update(membs)
+membs_all = vis.__all__ + preprocessing.__all__ + analysis.__all__
+
+__all__ = [
+    "load_ops_examples",
+    "__version__",
+] + membs_all
diff --git a/build/lib/opstool/analysis/__init__.py b/build/lib/opstool/analysis/__init__.py
new file mode 100644
index 0000000..134d254
--- /dev/null
+++ b/build/lib/opstool/analysis/__init__.py
@@ -0,0 +1,3 @@
+from ._smart_analyze import SmartAnalyze
+
+__all__ = ["SmartAnalyze"]
diff --git a/build/lib/opstool/analysis/_smart_analyze.py b/build/lib/opstool/analysis/_smart_analyze.py
new file mode 100644
index 0000000..eb68099
--- /dev/null
+++ b/build/lib/opstool/analysis/_smart_analyze.py
@@ -0,0 +1,640 @@
+# -*- coding: utf-8 -*-
+import time
+
+import numpy as np
+import openseespy.opensees as ops
+from rich import print
+
+
+class SmartAnalyze:
+    """
+    The SmartAnalyze is a class to provide OpenSeesPy users a easier
+    way to conduct analyses.
+    Original Tcl version Author: Dr. Dong Hanlin
+    (http://www.hanlindong.com/2019/opensees-converge/)
+    Here's the converted python version, with some modifications.
+
+    Parameters
+    ---------------------
+    analysis_type: str, default="Transient"
+        Assign the analysis type, "Transient" or "Static".
+
+    Other Parameters that control convergence
+    ----------------------------------------------
+
+    TEST RELATED:
+    ++++++++++++++
+    testType: str, default="EnergyIncr"
+        Identical to the testType in OpenSees test command.
+        Choices see http://opensees.berkeley.edu/wiki/index.php/Test_Command.
+    testTol: float, default=1.0e-12
+        The initial test tolerance set to the OpenSees test command.
+        If tryLooseTestTol is set to True, the test tolerance can be loosen.
+    testIterTimes: int, default=10
+        The initial number of test iteration times.
+        If tryAddTestTimes is set to True, the number of test times can be enlarged.
+    testPrintFlag: int, default=0
+        The test print flag in OpenSees Test command.
+        Choices see http://opensees.berkeley.edu/wiki/index.php/Test_Command.
+    tryAddTestTimes: bool, default=False
+        If True,the number of test times will be enlarged if the last test norm is smaller than `normTol`,
+        the enlarged number is specified in `testIterTimesMore`.
+        Otherwise, the number of test times will always be equal to `testIterTimes`.
+    normTol: float, default=1.e3
+        Only useful when tryAddTestTimes is True.
+        If unconverge, the last norm of test will be compared to `normTol`.
+        If the norm is smaller, the number of test times will be enlarged.
+    testIterTimesMore: int, default=50
+        Only useful when tryaddTestTimes is True.
+        If unconverge and norm is ok, the test iteration times will be set to this number.
+    tryLooseTestTol: bool, default=False
+        If this is set to True, if unconverge at minimum step,
+        the test tolerance will be loosen to the number specified by `looseTestTolTo`.the step will be set back.
+    looseTestTolTo: float, default=1.0
+        Only useful if tryLooseTestTol is True.
+        If unconvergance at the min step, the test tolerance will be set to this value.
+
+    ALGORITHM RELATED:
+    +++++++++++++++++++++++
+    tryAlterAlgoTypes: bool, default=False
+        If True, different algorithm types specified
+        in `algoTypes` will be tried during unconvergance.
+        If False, the first algorithm type specified in `algoTypes`
+        will be used.
+    algoTypes: list[int], default=[10, 20, 30, 40, 50]
+        A list of flags of the algorithms to be used during unconvergance.
+        The integer flag is documented in the following section.
+        Only useful when tryAlterAlgoTypes is True.
+        The first flag will be used by default.
+        The algorithm command in the model will be ignored.
+        If you need other algorithm, try a user-defined algorithm. See the following section.
+
+    STEP RELATED:
+    +++++++++++++++++++++++
+    initialStep: float, default=None
+        Specifying the initial Step length to conduct analysis.
+        If None, equal to `dt`.
+    relaxation: float, between 0 and 1, default=0.5
+        A factor that is multiplied by each time
+        the step length is shortened.
+    minStep: float, default=1.e-6
+        The step tolerance when shortening
+        the step length.
+        If step length is smaller than minStep, special ways to converge the model will be used
+        according to `try-` flags.
+
+    LOGGING RELATED:
+    +++++++++++++++++++
+    printPer: int, default=10
+        Print to the console every several trials.
+    debugMode: bool, default=False
+        Print as much information as possible.
+
+    .. tip::
+        Algorithm type flag reference
+        +++++++++++++++++++++++++++++++
+        * 0:  Linear
+        * 1:  Linear -initial
+        * 2:  Linear -factorOnce
+        * 10:  Newton
+        * 11:  Newton -initial
+        * 12:  Newton -initialThenCurrent
+        * 20:  NewtonLineSearch
+        * 21:  NewtonLineSearch -type Bisection
+        * 22:  NewtonLineSearch -type Secant
+        * 23:  NewtonLineSearch -type RegulaFalsi
+        * 30:  ModifiedNewton
+        * 31:  ModifiedNewton -initial
+        * 40:  KrylovNewton
+        * 41:  KrylovNewton -iterate initial
+        * 42:  KrylovNewton -increment initial
+        * 43:  KrylovNewton -iterate initial -increment initial
+        * 44:  KrylovNewton -maxDim 6
+        * 50:  SecantNewton
+        * 51:  SecantNewton -iterate initial
+        * 52:  SecantNewton -increment initial
+        * 53:  SecantNewton -iterate initial -increment initial
+        * 60:  BFGS
+        * 70:  Broyden
+        * 80:  PeriodicNewton
+        * 90:  User-defined0
+
+    Examples
+    ---------
+    .. note::
+        ``test()`` and ``algorithm()`` will run automatically in ``SmartAnalyze``,
+        but commands such as ``integrator()`` must be defined outside ``SmartAnalyze``.
+
+
+    Example 1: Basic usage for Transient
+    ++++++++++++++++++++++++++++++++++++++
+    >>> import opstool as opst
+    >>> ops.constraints('Transformation')
+    >>> ops.numberer('Plain')
+    >>> ops.system('BandGeneral')
+    >>> ops.integrator('Newmark', 0.5, 0.25)
+    >>> analysis = opst.SmartAnalyze(analysis_type="Transient")
+    >>> segs = analysis.transient_split(npts)
+    >>> for seg in segs:
+    >>>     analysis.TransientAnalyze(dt)
+
+    Example 2: Basic usage for Static
+    +++++++++++++++++++++++++++++++++++++
+    >>> import opstool as opst
+    >>> ops.constraints('Transformation')
+    >>> ops.numberer('Plain')
+    >>> ops.system('BandGeneral')
+    >>> protocol=[1, -1, 1, -1, 0]
+    >>> analysis = opst.SmartAnalyze(analysis_type="Static")
+    >>> segs = analysis.static_split(protocol, 0.01)
+    >>> for seg in segs:
+    >>>     analysis.StaticAnalyze(1, 1, seg)
+
+    Example 3: change control parameters
+    ++++++++++++++++++++++++++++++++++++++
+    >>> analysis = opst.SmartAnalyze(analysis_type="Transient",
+    >>>                              algoTypes=[20, 30],
+    >>>                              printPer=20,
+    >>>                              tryAlterAlgoTypes=True,
+    >>>                             )
+    """
+
+    def __init__(self, analysis_type="Transient", **kargs):
+        if analysis_type not in ("Transient", "Static"):
+            raise ValueError("analysis_type must Transient or Static!")
+        # default
+        self.control = {'analysis': analysis_type, 'testType': "EnergyIncr", 'testTol': 1.0e-12,
+                        'testIterTimes': 10, 'testPrintFlag': 0, 'tryAddTestTimes': False,
+                        'normTol': 1.0e3, 'testIterTimesMore': 50, 'tryLooseTestTol': False,
+                        'looseTestTolTo': 1.0, 'tryAlterAlgoTypes': False, 'algoTypes': [10, 20, 30, 40, 50],
+                        'initialStep': None, 'relaxation': 0.5, 'minStep': 1.0e-6,
+                        'printPer': 10, 'debugMode': False}
+        for name in kargs.keys():
+            if name not in self.control.keys():
+                raise ValueError(f"arg {name} error!")
+        self.control.update(kargs)
+        self.eps = 1.E-12
+        self.logo = "[bold magenta]SmartAnalyze:[/bold magenta]"
+
+        # initial test commands
+        ops.test(self.control['testType'], self.control['testTol'],
+                 self.control['testIterTimes'], self.control['testPrintFlag'])
+        self._setAlgorithm(self.control['algoTypes'][0])
+
+        self.current = {'startTime': time.time(), 'algoIndex': 0,
+                        'testIterTimes': self.control['testIterTimes'],
+                        'testTol': self.control['testTol'], 'counter': 0,
+                        'progress': 0, 'segs': None, 'step': None,
+                        'node': None, 'dof': None}
+
+    def transient_split(self, npts: int):
+        """Step Segmentation for Transient Analysis.
+
+        Parameters
+        ----------
+        npts : int
+            Total steps for transient analysis.
+
+        Returns
+        -------
+        A list to loop.
+        """
+        self.current['segs'] = npts
+        return list(range(1, npts + 1))
+
+    def static_split(self, targets: list, maxStep: float = None):
+        """Returns a sequence of substeps for static analysis, for use in outer analysis loops.
+
+        Parameters
+        ----------
+        targets: list
+            A list of target displacements, the first element must be positive.
+        maxStep: float, default=None
+            The maximum step length in the displacement control.
+            If None, targets[1] - targets[0].
+
+        Returns
+        -------
+        segs: list
+            A sequence of substeps for static analysis.
+
+        """
+        targets = np.array(targets)
+        if targets.ndim != 1:
+            raise ValueError("targets must be 1D!")
+        if len(targets) == 1 and maxStep is None:
+            raise ValueError(
+                "When targets has only one element, maxStep must be passed in!")
+        if targets[0] != 0.0:
+            targets = np.insert(targets, 0, 0)
+        if maxStep is None:
+            maxStep = targets[1] - targets[0]
+        # calcuate whole distance; divide the whole process into segments.
+        distance = 0
+        segs = []
+        for i in range(len(targets) - 1):
+            section = targets[i + 1] - targets[i]
+            if abs(section) < self.eps:
+                continue
+            elif section > 0:
+                positive = True
+            else:
+                positive = False
+
+            distance = distance + np.abs(section)
+
+            if positive:
+                j = 0
+                while (section - j * maxStep) > maxStep + self.eps:
+                    segs.append(maxStep)
+                    j += 1
+                segs.append(section - j * maxStep)
+            else:
+                j = 0
+                while (-section - j * maxStep) > maxStep + self.eps:
+                    segs.append(-maxStep)
+                    j += 1
+                segs.append(section + j * maxStep)
+        self.current['segs'] = len(segs)
+        return segs
+
+    def _get_time(self):
+        return time.time() - self.current['startTime']
+
+    def TransientAnalyze(self, dt: float):
+        """Single Step Transient Analysis.
+
+        Parameters
+        ----------
+        dt : float
+            Time Step.
+
+        Returns
+        -------
+        None
+        """
+        if self.control['analysis'] != "Transient":
+            raise ValueError("Transient! Please check parameter set!")
+        self.control['initialStep'] = dt
+
+        ops.analysis(self.control['analysis'])
+
+        ok = self._RecursiveAnalyze(self.control['initialStep'], 0, self.control['testIterTimes'],
+                                    self.control['testTol'], self.control.copy(), self.current.copy())
+        if ok < 0:
+            color = _get_random_color()
+            custime = f"[{color}]{self._get_time():.3f}[/{color}]"
+            print(
+                f">>> {self.logo} Analyze failed. Time consumption: {custime} s.")
+            return ok
+
+        self.current['progress'] += 1
+
+        if self.control['debugMode']:
+            if self.current['segs'] is not None:
+                color = _get_random_color()
+                custime = f"[{color}]{100 * self.current['progress'] / self.current['segs']:.3f}[/{color}]"
+                print(f"*** {self.logo} progress {custime} %")
+
+        if self.current['progress'] == self.current['segs']:
+            color = _get_random_color()
+            custime = f"[{color}]{self._get_time():.3f}[/{color}]"
+            print(
+                f">>> {self.logo} [{color}]Successfully finished[/{color}]! Time consumption: {custime} s.")
+            return 0
+
+    def StaticAnalyze(self, node: int, dof: int, seg: float):
+        """Single Step Static Analysis.
+
+        Parameters
+        ----------
+        node : int
+            The node tag in the displacement control.
+        dof : int
+            The dof in the displacement control.
+        seg : float
+            Each load step, i.e. each element returned by static_split.
+
+        Returns
+        -------
+        None
+        """
+        if self.control['analysis'] != "Static":
+            raise ValueError("Static! Please check parameter set!")
+        self.control['initialStep'] = seg
+        self.current['node'] = node
+        self.current['dof'] = dof
+        self.current['step'] = seg
+
+        ops.integrator('DisplacementControl', node, dof, seg)
+        ops.analysis(self.control['analysis'])
+
+        ok = self._RecursiveAnalyze(seg, 0, self.control['testIterTimes'], self.control['testTol'],
+                                    self.control.copy(), self.current.copy())
+        if ok < 0:
+            color = _get_random_color()
+            value = f"[bold {color}]{self._get_time():.3f}[/bold {color}]"
+            print(
+                f">>> {self.logo} Analyze failed. Time consumption: {value} s.")
+            return ok
+        self.current['progress'] += 1
+
+        if self.control['debugMode']:
+            color = _get_random_color()
+            value = f"[bold {color}]{100 * self.current['progress'] / self.current['segs']:.2f}[/bold {color}]"
+            print(f"*** {self.logo} progress {value} %")
+
+        if self.current['progress'] == self.current['segs']:
+            color = _get_random_color()
+            value = f"[bold {color}]{self._get_time():.3f}[/bold {color}]"
+            print(
+                f">>> {self.logo} [{color}]Successfully finished[/{color}]! Time consumption: {value} s.")
+            return 0
+
+    def _RecursiveAnalyze(self, step: float, algoIndex: int,
+                          testIterTimes: int, testTol: float,
+                          vcontrol: dict, vcurrent: dict):
+        """RecursiveAnalyze.
+
+        Parameters
+        ----------
+        step : float
+            step size, dynamic analysis is dt;
+            static analysis is the displacement of small loading section, <=maxStep
+        algoIndex : int
+            The serial number of the initial iteration method list,
+            generally starting from the first one, which is 0
+        testIterTimes : int
+            The number of iterations, the default is 7
+        testTol : float
+            iteration tolerance
+        vcontrol : dict
+            real-time control parameter dictionary
+        vcurrent : dict
+            real-time status parameter dictionary
+
+        Returns
+        -------
+        None
+        """
+
+        if vcontrol['debugMode']:
+            color = _get_random_color()
+            values = f"[bold {color}]step=%.3e, algoI=%i, times=%i, tol=%.3e[/bold {color}]" % (
+                step, algoIndex, testIterTimes, testTol)
+            print(f"*** {self.logo} Run Recursive: {values}\n")
+
+        if algoIndex != vcurrent['algoIndex']:
+            color = _get_random_color()
+            values = f"[bold {color}]%i[/bold {color}]" % (
+                vcontrol['algoTypes'][algoIndex])
+            print(f">>> {self.logo} Setting algorithm to {values}\n")
+            self._setAlgorithm(vcontrol['algoTypes'][algoIndex])
+            vcurrent['algoIndex'] = algoIndex
+
+        if testIterTimes != vcurrent['testIterTimes'] or testTol != vcurrent['testTol']:
+            if testIterTimes != vcurrent['testIterTimes']:
+                color = _get_random_color()
+                values = f"[bold {color}]%i[/bold {color}]" % testIterTimes
+                print(
+                    f">>> {self.logo} Setting test iteration times to {values}\n")
+                vcurrent['testIterTimes'] = testIterTimes
+            if testTol != vcurrent['testTol']:
+                color = _get_random_color()
+                print(
+                    f">>> {self.logo} Setting test tolerance to [bold {color}]%f[/bold {color}]\n" % testTol)
+                vcurrent['testTol'] = testTol
+
+            ops.test(vcontrol['testType'], testTol,
+                     testIterTimes, vcontrol['testPrintFlag'])
+        # static step size
+        if vcontrol['analysis'] == 'Static' and vcurrent['step'] != step:
+            color = _get_random_color()
+            print(
+                f">>> {self.logo} Setting step to [bold {color}]%.3e[/bold {color}]\n" % step)
+            ops.integrator('DisplacementControl',
+                           vcurrent['node'], vcurrent['dof'], step)
+            vcurrent['step'] = step
+        # trial analyze once
+        if vcontrol['analysis'] == 'Static':
+            ok = ops.analyze(1)
+        else:
+            ok = ops.analyze(1, step)
+        vcurrent['counter'] += 1
+        if ok == 0:
+            if vcurrent['counter'] >= vcontrol['printPer']:
+                if vcurrent['segs'] is not None:
+                    color = _get_random_color()
+                    value1 = f"[bold {color}]{100 * vcurrent['progress'] / vcurrent['segs']:.2f}[/bold {color}]"
+                    value2 = f"[bold {color}]{self._get_time():.3f}[/bold {color}]"
+                    print(
+                        f"* {self.logo} progress {value1} %. Time consumption: {value2} s.")
+                vcurrent['counter'] = 0
+            return 0
+        # If not convergence, add test iteration times. Use current step, algorithm and test tolerance.
+        if vcontrol['tryAddTestTimes'] and testIterTimes != vcontrol['testIterTimesMore']:
+            norm = ops.testNorm()
+            color = _get_random_color()
+            if norm[-1] < vcontrol['normTol']:
+                print(f">>> {self.logo} Adding test times to [bold {color}]%i[/bold {color}].\n" % (
+                    vcontrol['testIterTimesMore']))
+                return self._RecursiveAnalyze(step, algoIndex, vcontrol['testIterTimesMore'],
+                                              testTol, vcontrol, vcurrent)
+            else:
+                print(f">>> {self.logo} Not adding test times for norm [bold {color}]%.3e[/bold {color}].\n" % (
+                    norm[-1]))
+
+        # Change algorithm. Set back test iteration times.
+        if vcontrol['tryAlterAlgoTypes'] and (algoIndex + 1) < len(vcontrol['algoTypes']):
+            algoIndex += 1
+            color = _get_random_color()
+            print(f">>> {self.logo} Setting algorithm to [bold {color}]%i[/bold {color}].\n" % (
+                vcontrol['algoTypes'][algoIndex]))
+            return self._RecursiveAnalyze(step, algoIndex, testIterTimes, testTol, vcontrol, vcurrent)
+
+        # If step length is too small, try add test tolerance. set algorithm and test iteration times back.
+        if np.abs(step) < 2 * vcontrol['minStep']:
+            color = _get_random_color()
+            print(
+                f">>> {self.logo} current step [bold {color}]%.3e[/bold {color}] beyond the min step!\n" % step)
+            if vcontrol['tryLooseTestTol'] and vcurrent['testTol'] != vcontrol['looseTestTolTo']:
+                print(
+                    f"!!! {self.logo} Warning: [bold {color}]Loosing test tolerance[/bold {color}]\n")
+                return self._RecursiveAnalyze(step, 0, vcontrol['testIterTimes'],
+                                              vcontrol['looseTestTolTo'], vcontrol, vcurrent)
+            # Here, all methods have been tried. Return negative value.
+            return -1
+
+        # Split the current step into two steps.
+        stepNew = step * vcontrol['relaxation']
+        if 0 < stepNew < vcontrol['minStep']:
+            stepNew = vcontrol['minStep']
+        if 0 > stepNew > -vcontrol['minStep']:
+            stepNew = -vcontrol['minStep']
+
+        stepRest = step - stepNew
+        color = _get_random_color()
+        print(f">>> {self.logo} Dividing the current step [bold {color}]%.3e into %.3e and %.3e[/bold {color}]\n" % (
+            step, stepNew, stepRest))
+        ok = self._RecursiveAnalyze(
+            stepNew, 0, testIterTimes, testTol, vcontrol, vcurrent)
+        if ok < 0:
+            return -1
+        ok = self._RecursiveAnalyze(
+            stepRest, 0, testIterTimes, testTol, vcontrol, vcurrent)
+        if ok < 0:
+            return -1
+        return 0
+
+    def _setAlgorithm(self, algotype):
+        color = _get_random_color()
+
+        def case0():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Linear ...[/bold {color}]")
+            ops.algorithm('Linear')
+
+        def case1():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Linear -initial ...[/bold {color}]")
+            ops.algorithm('Linear', True, False)
+
+        def case2():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Linear -factorOnce ...[/bold {color}]")
+            ops.algorithm('Linear', False, True)
+
+        def case10():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Newton ...[/bold {color}]")
+            ops.algorithm('Newton')
+
+        def case11():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Newton -initial ...[/bold {color}]")
+            ops.algorithm('Newton', False, True, False)
+
+        def case12():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Newton -initialThenCurrent ...[/bold {color}]")
+            ops.algorithm('Newton', False, False, True)
+
+        def case20():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]NewtonLineSearch ...[/bold {color}]")
+            ops.algorithm('NewtonLineSearch')
+
+        def case21():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]NewtonLineSearch -type Bisection ...[/bold {color}]")
+            ops.algorithm('NewtonLineSearch', True)
+
+        def case22():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]NewtonLineSearch -type Secant ...[/bold {color}]")
+            ops.algorithm('NewtonLineSearch', False, True)
+
+        def case23():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]NewtonLineSearch -type RegulaFalsi ...[/bold {color}]")
+            ops.algorithm('NewtonLineSearch', False, False, True)
+
+        def case30():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Modified Newton ...[/bold {color}]")
+            ops.algorithm('ModifiedNewton')
+
+        def case31():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]ModifiedNewton -initial ...[/bold {color}]")
+            ops.algorithm('ModifiedNewton', False, True)
+
+        def case40():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]KrylovNewton ...[/bold {color}]")
+            ops.algorithm('KrylovNewton')
+
+        def case41():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]KrylovNewton -iterate initial ...[/bold {color}]")
+            ops.algorithm('KrylovNewton', 'initial')
+
+        def case42():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]KrylovNewton -increment initial ...[/bold {color}]")
+            ops.algorithm('KrylovNewton', 'current', 'initial')
+
+        def case43():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]KrylovNewton -iterate initial -increment initial ...[/bold {color}]")
+            ops.algorithm('KrylovNewton', 'initial', 'initial')
+
+        def case44():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]KrylovNewton -maxDim 50[/bold {color}]")
+            ops.algorithm('KrylovNewton', 'current', 'current', 50)
+
+        def case45():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]KrylovNewton -iterate initial -increment initial -maxDim 50[/bold {color}]")
+            ops.algorithm('KrylovNewton', 'initial', 'initial', 50)
+
+        def case50():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]SecantNewton ...[/bold {color}]")
+            ops.algorithm('SecantNewton')
+
+        def case51():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]SecantNewton -iterate initial ...[/bold {color}]")
+            ops.algorithm('SecantNewton', 'initial')
+
+        def case52():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]SecantNewton -increment initial  ...[/bold {color}]")
+            ops.algorithm('SecantNewton', 'current', 'initial')
+
+        def case53():
+            print(f"> {self.logo} Setting algorithm to "
+                  f"[bold {color}]SecantNewton -iterate initial -increment initial ...[/bold {color}]")
+            ops.algorithm('SecantNewton', 'initial', 'initial')
+
+        def case60():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]BFGS ...[/bold {color}]")
+            ops.algorithm('BFGS')
+
+        def case70():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]Broyden ...[/bold {color}]")
+            ops.algorithm('Broyden')
+
+        def case80():
+            print(
+                f"> {self.logo} Setting algorithm to  [bold {color}]PeriodicNewton ...[/bold {color}]")
+            ops.algorithm('PeriodicNewton')
+
+        def case90():
+            # User algorithm0
+            pass
+
+        def default():
+            raise ValueError("!!! SmartAnalyze: ERROR! WRONG Algorithm Type!")
+
+        switch = {0: case0, 1: case1, 2: case2, 10: case10, 11: case11, 12: case12,
+                  20: case20, 21: case21, 22: case22, 23: case23,
+                  30: case30, 31: case31,
+                  40: case40, 41: case41, 42: case42, 43: case43, 44: case44, 45: case45,
+                  50: case50, 51: case51, 52: case52, 53: case53,
+                  60: case60, 70: case70, 80: case80, 90: case90}
+
+        switch.get(algotype, default)()
+
+
+def _get_random_color():
+    colors = ['#00aeff', '#3369e7', '#8e43e7', '#b84592', '#ff4f81',
+              '#ff6c5f', '#ffc168', '#2dde98', '#1cc7d0', '#ce181e',
+              '#007cc0', '#ffc20e', '#0099e5', '#ff4c4c', '#34bf49',
+              '#d20962', '#f47721', '#00c16e', '#7552cc', '#00bce4']
+    idx = np.random.choice(15)
+    return colors[idx]
diff --git a/build/lib/opstool/examples/ArchBridge.py b/build/lib/opstool/examples/ArchBridge.py
new file mode 100644
index 0000000..a2a7922
--- /dev/null
+++ b/build/lib/opstool/examples/ArchBridge.py
@@ -0,0 +1,4829 @@
+# !-*- coding:utf-8 -*-
+
+# This document was created from Midas2OPS version 0.01
+
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def ArchBridge():
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+
+    # Mechanical properties of material
+    # E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Mass Density;
+    # gamma-unit weight; r: expansion coefficient
+    mat_props = namedtuple('mat_props', ['mat_name', 'E', 'v', 'G', 'r', 'gamma', 'rho'])
+    MatProps = dict()
+    MatProps[1] = mat_props._make((40.0, 33057000.0, 0.167, 14163239.074550128, 1e-05, 25.0, 2.5493))
+
+
+    # Mechanical properties of Sections
+    # A-Area; Asy-Shear area along y; Asz-Shear area along z; 
+    # Ixx-torsional; Iyy-inertia moment about y; Izz-inertia moment about z;
+    sec_props = namedtuple('sec_props', ['sec_name', 'A', 'Asy', 'Asz', 'Ixx', 'Iyy', 'Izz'])
+    SecProps = dict()
+    SecProps[1] = sec_props._make(('拱肋', 1.9776, 1.248, 0.96, 2.01, 1.1129, 1.7224))
+    SecProps[2] = sec_props._make(('立柱1.2*1.2', 1.44, 1.2, 1.2, 0.2916, 0.1728, 0.1728))
+    SecProps[3] = sec_props._make(('立柱0.9*1.2', 1.08, 0.9, 0.9, 0.1575, 0.0729, 0.1296))
+    SecProps[4] = sec_props._make(('立柱0.7*1.2', 0.84, 0.7, 0.7, 0.0873, 0.0343, 0.1008))
+    SecProps[5] = sec_props._make(('盖梁', 1.2, 1.0, 1.0, 0.1984, 0.1, 0.144))
+    SecProps[6] = sec_props._make(('板梁', 0.4, 0.3333, 0.3333, 0.016, 0.0053, 0.0333))
+    SecProps[7] = sec_props._make(('拱肋横系梁', 0.8, 0.48, 0.48, 0.2, 0.1387, 0.1387))
+    SecProps[8] = sec_props._make(('立柱横系梁', 0.25, 0.2083, 0.2083, 0.0088, 0.0052, 0.0052))
+
+
+    # Create OpenSees node.
+    ops.node(1, -64.6, -2.75, -20.2)
+    ops.node(2, -60.6, -2.75, -20.2)
+    ops.node(3, 60.6, -2.75, -20.2)
+    ops.node(4, 64.6, -2.75, -20.2)
+    ops.node(5, -64.6, 2.75, -20.2)
+    ops.node(6, -60.6, 2.75, -20.2)
+    ops.node(7, 60.6, 2.75, -20.2)
+    ops.node(8, 64.6, 2.75, -20.2)
+    ops.node(9, -57.57, -2.75, -18.035381)
+    ops.node(10, 57.57, -2.75, -18.035381)
+    ops.node(11, -57.57, 2.75, -18.035381)
+    ops.node(12, 57.57, 2.75, -18.035381)
+    ops.node(13, -57.0, -2.75, -17.656652)
+    ops.node(14, 57.0, -2.75, -17.656652)
+    ops.node(15, -57.0, 2.75, -17.656652)
+    ops.node(16, 57.0, 2.75, -17.656652)
+    ops.node(17, -54.54, -2.75, -16.022135)
+    ops.node(18, 54.54, -2.75, -16.022135)
+    ops.node(19, -54.54, 2.75, -16.022135)
+    ops.node(20, 54.54, 2.75, -16.022135)
+    ops.node(21, -51.51, -2.75, -14.153451)
+    ops.node(22, 51.51, -2.75, -14.153451)
+    ops.node(23, -51.51, 2.75, -14.153451)
+    ops.node(24, 51.51, 2.75, -14.153451)
+    ops.node(25, -49.4, -2.75, -12.948425)
+    ops.node(26, 49.4, -2.75, -12.948425)
+    ops.node(27, -49.4, 2.75, -12.948425)
+    ops.node(28, 49.4, 2.75, -12.948425)
+    ops.node(29, -48.48, -2.75, -12.423011)
+    ops.node(30, 48.48, -2.75, -12.423011)
+    ops.node(31, -48.48, 2.75, -12.423011)
+    ops.node(32, 48.48, 2.75, -12.423011)
+    ops.node(33, -45.45, -2.75, -10.82496)
+    ops.node(34, 45.45, -2.75, -10.82496)
+    ops.node(35, -45.45, 2.75, -10.82496)
+    ops.node(36, 45.45, 2.75, -10.82496)
+    ops.node(37, -42.42, -2.75, -9.353893)
+    ops.node(38, 42.42, -2.75, -9.353893)
+    ops.node(39, -42.42, 2.75, -9.353893)
+    ops.node(40, 42.42, 2.75, -9.353893)
+    ops.node(41, -41.8, -2.75, -9.077849)
+    ops.node(42, 41.8, -2.75, -9.077849)
+    ops.node(43, -41.8, 2.75, -9.077849)
+    ops.node(44, 41.8, 2.75, -9.077849)
+    ops.node(45, -64.6, -2.75, -8.5)
+    ops.node(46, 64.6, -2.75, -8.5)
+    ops.node(47, -64.6, 2.75, -8.5)
+    ops.node(48, 64.6, 2.75, -8.5)
+    ops.node(49, -39.39, -2.75, -8.004836)
+    ops.node(50, 39.39, -2.75, -8.004836)
+    ops.node(51, -39.39, 2.75, -8.004836)
+    ops.node(52, 39.39, 2.75, -8.004836)
+    ops.node(53, -57.0, -2.75, -7.228326)
+    ops.node(54, 57.0, -2.75, -7.228326)
+    ops.node(55, -57.0, 2.75, -7.228326)
+    ops.node(56, 57.0, 2.75, -7.228326)
+    ops.node(57, -36.36, -2.75, -6.773226)
+    ops.node(58, 36.36, -2.75, -6.773226)
+    ops.node(59, -36.36, 2.75, -6.773226)
+    ops.node(60, 36.36, 2.75, -6.773226)
+    ops.node(61, -34.2, -2.75, -5.976001)
+    ops.node(62, 34.2, -2.75, -5.976001)
+    ops.node(63, -34.2, 2.75, -5.976001)
+    ops.node(64, 34.2, 2.75, -5.976001)
+    ops.node(65, -33.33, -2.75, -5.654897)
+    ops.node(66, 33.33, -2.75, -5.654897)
+    ops.node(67, -33.33, 2.75, -5.654897)
+    ops.node(68, 33.33, 2.75, -5.654897)
+    ops.node(69, -49.4, -2.75, -4.874212)
+    ops.node(70, 49.4, -2.75, -4.874212)
+    ops.node(71, -49.4, 2.75, -4.874212)
+    ops.node(72, 49.4, 2.75, -4.874212)
+    ops.node(73, -30.3, -2.75, -4.646065)
+    ops.node(74, 30.3, -2.75, -4.646065)
+    ops.node(75, -30.3, 2.75, -4.646065)
+    ops.node(76, 30.3, 2.75, -4.646065)
+    ops.node(77, -27.27, -2.75, -3.743321)
+    ops.node(78, 27.27, -2.75, -3.743321)
+    ops.node(79, -27.27, 2.75, -3.743321)
+    ops.node(80, 27.27, 2.75, -3.743321)
+    ops.node(81, -26.6, -2.75, -3.566487)
+    ops.node(82, 26.6, -2.75, -3.566487)
+    ops.node(83, -26.6, 2.75, -3.566487)
+    ops.node(84, 26.6, 2.75, -3.566487)
+    ops.node(85, -24.24, -2.75, -2.943609)
+    ops.node(86, 24.24, -2.75, -2.943609)
+    ops.node(87, -24.24, 2.75, -2.943609)
+    ops.node(88, 24.24, 2.75, -2.943609)
+    ops.node(89, -41.8, -2.75, -2.938924)
+    ops.node(90, 41.8, -2.75, -2.938924)
+    ops.node(91, -41.8, 2.75, -2.938924)
+    ops.node(92, 41.8, 2.75, -2.938924)
+    ops.node(93, -21.21, -2.75, -2.244225)
+    ops.node(94, 21.21, -2.75, -2.244225)
+    ops.node(95, -21.21, 2.75, -2.244225)
+    ops.node(96, 21.21, 2.75, -2.244225)
+    ops.node(97, -19.0, -2.75, -1.805565)
+    ops.node(98, 19.0, -2.75, -1.805565)
+    ops.node(99, -19.0, 2.75, -1.805565)
+    ops.node(100, 19.0, 2.75, -1.805565)
+    ops.node(101, -18.18, -2.75, -1.642804)
+    ops.node(102, 18.18, -2.75, -1.642804)
+    ops.node(103, -18.18, 2.75, -1.642804)
+    ops.node(104, 18.18, 2.75, -1.642804)
+    ops.node(105, -15.15, -2.75, -1.137312)
+    ops.node(106, 15.15, -2.75, -1.137312)
+    ops.node(107, -15.15, 2.75, -1.137312)
+    ops.node(108, 15.15, 2.75, -1.137312)
+    ops.node(109, -12.12, -2.75, -0.726038)
+    ops.node(110, 12.12, -2.75, -0.726038)
+    ops.node(111, -12.12, 2.75, -0.726038)
+    ops.node(112, 12.12, 2.75, -0.726038)
+    ops.node(113, -11.4, -2.75, -0.650368)
+    ops.node(114, 11.4, -2.75, -0.650368)
+    ops.node(115, -11.4, 2.75, -0.650368)
+    ops.node(116, 11.4, 2.75, -0.650368)
+    ops.node(117, -9.09, -2.75, -0.407592)
+    ops.node(118, 9.09, -2.75, -0.407592)
+    ops.node(119, -9.09, 2.75, -0.407592)
+    ops.node(120, 9.09, 2.75, -0.407592)
+    ops.node(121, -6.06, -2.75, -0.180897)
+    ops.node(122, 6.06, -2.75, -0.180897)
+    ops.node(123, -6.06, 2.75, -0.180897)
+    ops.node(124, 6.06, 2.75, -0.180897)
+    ops.node(125, -3.8, -2.75, -0.079674)
+    ops.node(126, 3.8, -2.75, -0.079674)
+    ops.node(127, -3.8, 2.75, -0.079674)
+    ops.node(128, 3.8, 2.75, -0.079674)
+    ops.node(129, -3.03, -2.75, -0.045186)
+    ops.node(130, 3.03, -2.75, -0.045186)
+    ops.node(131, -3.03, 2.75, -0.045186)
+    ops.node(132, 3.03, 2.75, -0.045186)
+    ops.node(133, 0.0, -2.75, 0.0)
+    ops.node(135, 0.0, 2.75, 0.0)
+    ops.node(136, -64.6, -4.75, 3.2)
+    ops.node(137, -57.0, -4.75, 3.2)
+    ops.node(138, -49.4, -4.75, 3.2)
+    ops.node(139, -41.8, -4.75, 3.2)
+    ops.node(140, -34.2, -4.75, 3.2)
+    ops.node(141, -26.6, -4.75, 3.2)
+    ops.node(142, -19.0, -4.75, 3.2)
+    ops.node(143, -11.4, -4.75, 3.2)
+    ops.node(144, -3.8, -4.75, 3.2)
+    ops.node(145, 3.8, -4.75, 3.2)
+    ops.node(146, 11.4, -4.75, 3.2)
+    ops.node(147, 19.0, -4.75, 3.2)
+    ops.node(148, 26.6, -4.75, 3.2)
+    ops.node(149, 34.2, -4.75, 3.2)
+    ops.node(150, 41.8, -4.75, 3.2)
+    ops.node(151, 49.4, -4.75, 3.2)
+    ops.node(152, 57.0, -4.75, 3.2)
+    ops.node(153, 64.6, -4.75, 3.2)
+    ops.node(154, -64.6, -4.0, 3.2)
+    ops.node(155, -57.0, -4.0, 3.2)
+    ops.node(156, -49.4, -4.0, 3.2)
+    ops.node(157, -41.8, -4.0, 3.2)
+    ops.node(158, -34.2, -4.0, 3.2)
+    ops.node(159, -26.6, -4.0, 3.2)
+    ops.node(160, -19.0, -4.0, 3.2)
+    ops.node(161, -11.4, -4.0, 3.2)
+    ops.node(162, -3.8, -4.0, 3.2)
+    ops.node(163, 3.8, -4.0, 3.2)
+    ops.node(164, 11.4, -4.0, 3.2)
+    ops.node(165, 19.0, -4.0, 3.2)
+    ops.node(166, 26.6, -4.0, 3.2)
+    ops.node(167, 34.2, -4.0, 3.2)
+    ops.node(168, 41.8, -4.0, 3.2)
+    ops.node(169, 49.4, -4.0, 3.2)
+    ops.node(170, 57.0, -4.0, 3.2)
+    ops.node(171, 64.6, -4.0, 3.2)
+    ops.node(172, -64.6, -3.0, 3.2)
+    ops.node(173, -57.0, -3.0, 3.2)
+    ops.node(174, -49.4, -3.0, 3.2)
+    ops.node(175, -41.8, -3.0, 3.2)
+    ops.node(176, -34.2, -3.0, 3.2)
+    ops.node(177, -26.6, -3.0, 3.2)
+    ops.node(178, -19.0, -3.0, 3.2)
+    ops.node(179, -11.4, -3.0, 3.2)
+    ops.node(180, -3.8, -3.0, 3.2)
+    ops.node(181, 3.8, -3.0, 3.2)
+    ops.node(182, 11.4, -3.0, 3.2)
+    ops.node(183, 19.0, -3.0, 3.2)
+    ops.node(184, 26.6, -3.0, 3.2)
+    ops.node(185, 34.2, -3.0, 3.2)
+    ops.node(186, 41.8, -3.0, 3.2)
+    ops.node(187, 49.4, -3.0, 3.2)
+    ops.node(188, 57.0, -3.0, 3.2)
+    ops.node(189, 64.6, -3.0, 3.2)
+    ops.node(190, -64.6, -2.75, 3.2)
+    ops.node(191, -57.0, -2.75, 3.2)
+    ops.node(192, -49.4, -2.75, 3.2)
+    ops.node(193, -41.8, -2.75, 3.2)
+    ops.node(194, -34.2, -2.75, 3.2)
+    ops.node(195, -26.6, -2.75, 3.2)
+    ops.node(196, -19.0, -2.75, 3.2)
+    ops.node(197, -11.4, -2.75, 3.2)
+    ops.node(198, -3.8, -2.75, 3.2)
+    ops.node(199, 3.8, -2.75, 3.2)
+    ops.node(200, 11.4, -2.75, 3.2)
+    ops.node(201, 19.0, -2.75, 3.2)
+    ops.node(202, 26.6, -2.75, 3.2)
+    ops.node(203, 34.2, -2.75, 3.2)
+    ops.node(204, 41.8, -2.75, 3.2)
+    ops.node(205, 49.4, -2.75, 3.2)
+    ops.node(206, 57.0, -2.75, 3.2)
+    ops.node(207, 64.6, -2.75, 3.2)
+    ops.node(208, -64.6, -2.0, 3.2)
+    ops.node(209, -57.0, -2.0, 3.2)
+    ops.node(210, -49.4, -2.0, 3.2)
+    ops.node(211, -41.8, -2.0, 3.2)
+    ops.node(212, -34.2, -2.0, 3.2)
+    ops.node(213, -26.6, -2.0, 3.2)
+    ops.node(214, -19.0, -2.0, 3.2)
+    ops.node(215, -11.4, -2.0, 3.2)
+    ops.node(216, -3.8, -2.0, 3.2)
+    ops.node(217, 3.8, -2.0, 3.2)
+    ops.node(218, 11.4, -2.0, 3.2)
+    ops.node(219, 19.0, -2.0, 3.2)
+    ops.node(220, 26.6, -2.0, 3.2)
+    ops.node(221, 34.2, -2.0, 3.2)
+    ops.node(222, 41.8, -2.0, 3.2)
+    ops.node(223, 49.4, -2.0, 3.2)
+    ops.node(224, 57.0, -2.0, 3.2)
+    ops.node(225, 64.6, -2.0, 3.2)
+    ops.node(226, -64.6, -1.0, 3.2)
+    ops.node(227, -57.0, -1.0, 3.2)
+    ops.node(228, -49.4, -1.0, 3.2)
+    ops.node(229, -41.8, -1.0, 3.2)
+    ops.node(230, -34.2, -1.0, 3.2)
+    ops.node(231, -26.6, -1.0, 3.2)
+    ops.node(232, -19.0, -1.0, 3.2)
+    ops.node(233, -11.4, -1.0, 3.2)
+    ops.node(234, -3.8, -1.0, 3.2)
+    ops.node(235, 3.8, -1.0, 3.2)
+    ops.node(236, 11.4, -1.0, 3.2)
+    ops.node(237, 19.0, -1.0, 3.2)
+    ops.node(238, 26.6, -1.0, 3.2)
+    ops.node(239, 34.2, -1.0, 3.2)
+    ops.node(240, 41.8, -1.0, 3.2)
+    ops.node(241, 49.4, -1.0, 3.2)
+    ops.node(242, 57.0, -1.0, 3.2)
+    ops.node(243, 64.6, -1.0, 3.2)
+    ops.node(244, -64.6, 0.0, 3.2)
+    ops.node(245, -57.0, 0.0, 3.2)
+    ops.node(246, -49.4, 0.0, 3.2)
+    ops.node(247, -41.8, 0.0, 3.2)
+    ops.node(248, -34.2, 0.0, 3.2)
+    ops.node(249, -26.6, 0.0, 3.2)
+    ops.node(250, -19.0, 0.0, 3.2)
+    ops.node(251, -11.4, 0.0, 3.2)
+    ops.node(252, -3.8, 0.0, 3.2)
+    ops.node(253, 3.8, 0.0, 3.2)
+    ops.node(254, 11.4, 0.0, 3.2)
+    ops.node(255, 19.0, 0.0, 3.2)
+    ops.node(256, 26.6, 0.0, 3.2)
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+    ops.node(1117, -35.72, 2.0, 3.95)
+    ops.node(1118, -32.68, 2.0, 3.95)
+    ops.node(1119, -31.16, 2.0, 3.95)
+    ops.node(1120, -29.64, 2.0, 3.95)
+    ops.node(1121, -28.12, 2.0, 3.95)
+    ops.node(1122, -25.08, 2.0, 3.95)
+    ops.node(1123, -23.56, 2.0, 3.95)
+    ops.node(1124, -22.04, 2.0, 3.95)
+    ops.node(1125, -20.52, 2.0, 3.95)
+    ops.node(1126, -17.48, 2.0, 3.95)
+    ops.node(1127, -15.96, 2.0, 3.95)
+    ops.node(1128, -14.44, 2.0, 3.95)
+    ops.node(1129, -12.92, 2.0, 3.95)
+    ops.node(1130, -9.88, 2.0, 3.95)
+    ops.node(1131, -8.36, 2.0, 3.95)
+    ops.node(1132, -6.84, 2.0, 3.95)
+    ops.node(1133, -5.32, 2.0, 3.95)
+    ops.node(1134, -2.28, 2.0, 3.95)
+    ops.node(1135, -0.76, 2.0, 3.95)
+    ops.node(1136, 0.76, 2.0, 3.95)
+    ops.node(1137, 2.28, 2.0, 3.95)
+    ops.node(1138, 5.32, 2.0, 3.95)
+    ops.node(1139, 6.84, 2.0, 3.95)
+    ops.node(1140, 8.36, 2.0, 3.95)
+    ops.node(1141, 9.88, 2.0, 3.95)
+    ops.node(1142, 12.92, 2.0, 3.95)
+    ops.node(1143, 14.44, 2.0, 3.95)
+    ops.node(1144, 15.96, 2.0, 3.95)
+    ops.node(1145, 17.48, 2.0, 3.95)
+    ops.node(1146, 20.52, 2.0, 3.95)
+    ops.node(1147, 22.04, 2.0, 3.95)
+    ops.node(1148, 23.56, 2.0, 3.95)
+    ops.node(1149, 25.08, 2.0, 3.95)
+    ops.node(1150, 28.12, 2.0, 3.95)
+    ops.node(1151, 29.64, 2.0, 3.95)
+    ops.node(1152, 31.16, 2.0, 3.95)
+    ops.node(1153, 32.68, 2.0, 3.95)
+    ops.node(1154, 35.72, 2.0, 3.95)
+    ops.node(1155, 37.24, 2.0, 3.95)
+    ops.node(1156, 38.76, 2.0, 3.95)
+    ops.node(1157, 40.28, 2.0, 3.95)
+    ops.node(1158, 43.32, 2.0, 3.95)
+    ops.node(1159, 44.84, 2.0, 3.95)
+    ops.node(1160, 46.36, 2.0, 3.95)
+    ops.node(1161, 47.88, 2.0, 3.95)
+    ops.node(1162, 50.92, 2.0, 3.95)
+    ops.node(1163, 52.44, 2.0, 3.95)
+    ops.node(1164, 53.96, 2.0, 3.95)
+    ops.node(1165, 55.48, 2.0, 3.95)
+    ops.node(1166, 58.52, 2.0, 3.95)
+    ops.node(1167, 60.04, 2.0, 3.95)
+    ops.node(1168, 61.56, 2.0, 3.95)
+    ops.node(1169, 63.08, 2.0, 3.95)
+    ops.node(1170, -63.08, 3.0, 3.95)
+    ops.node(1171, -61.56, 3.0, 3.95)
+    ops.node(1172, -60.04, 3.0, 3.95)
+    ops.node(1173, -58.52, 3.0, 3.95)
+    ops.node(1174, -55.48, 3.0, 3.95)
+    ops.node(1175, -53.96, 3.0, 3.95)
+    ops.node(1176, -52.44, 3.0, 3.95)
+    ops.node(1177, -50.92, 3.0, 3.95)
+    ops.node(1178, -47.88, 3.0, 3.95)
+    ops.node(1179, -46.36, 3.0, 3.95)
+    ops.node(1180, -44.84, 3.0, 3.95)
+    ops.node(1181, -43.32, 3.0, 3.95)
+    ops.node(1182, -40.28, 3.0, 3.95)
+    ops.node(1183, -38.76, 3.0, 3.95)
+    ops.node(1184, -37.24, 3.0, 3.95)
+    ops.node(1185, -35.72, 3.0, 3.95)
+    ops.node(1186, -32.68, 3.0, 3.95)
+    ops.node(1187, -31.16, 3.0, 3.95)
+    ops.node(1188, -29.64, 3.0, 3.95)
+    ops.node(1189, -28.12, 3.0, 3.95)
+    ops.node(1190, -25.08, 3.0, 3.95)
+    ops.node(1191, -23.56, 3.0, 3.95)
+    ops.node(1192, -22.04, 3.0, 3.95)
+    ops.node(1193, -20.52, 3.0, 3.95)
+    ops.node(1194, -17.48, 3.0, 3.95)
+    ops.node(1195, -15.96, 3.0, 3.95)
+    ops.node(1196, -14.44, 3.0, 3.95)
+    ops.node(1197, -12.92, 3.0, 3.95)
+    ops.node(1198, -9.88, 3.0, 3.95)
+    ops.node(1199, -8.36, 3.0, 3.95)
+    ops.node(1200, -6.84, 3.0, 3.95)
+    ops.node(1201, -5.32, 3.0, 3.95)
+    ops.node(1202, -2.28, 3.0, 3.95)
+    ops.node(1203, -0.76, 3.0, 3.95)
+    ops.node(1204, 0.76, 3.0, 3.95)
+    ops.node(1205, 2.28, 3.0, 3.95)
+    ops.node(1206, 5.32, 3.0, 3.95)
+    ops.node(1207, 6.84, 3.0, 3.95)
+    ops.node(1208, 8.36, 3.0, 3.95)
+    ops.node(1209, 9.88, 3.0, 3.95)
+    ops.node(1210, 12.92, 3.0, 3.95)
+    ops.node(1211, 14.44, 3.0, 3.95)
+    ops.node(1212, 15.96, 3.0, 3.95)
+    ops.node(1213, 17.48, 3.0, 3.95)
+    ops.node(1214, 20.52, 3.0, 3.95)
+    ops.node(1215, 22.04, 3.0, 3.95)
+    ops.node(1216, 23.56, 3.0, 3.95)
+    ops.node(1217, 25.08, 3.0, 3.95)
+    ops.node(1218, 28.12, 3.0, 3.95)
+    ops.node(1219, 29.64, 3.0, 3.95)
+    ops.node(1220, 31.16, 3.0, 3.95)
+    ops.node(1221, 32.68, 3.0, 3.95)
+    ops.node(1222, 35.72, 3.0, 3.95)
+    ops.node(1223, 37.24, 3.0, 3.95)
+    ops.node(1224, 38.76, 3.0, 3.95)
+    ops.node(1225, 40.28, 3.0, 3.95)
+    ops.node(1226, 43.32, 3.0, 3.95)
+    ops.node(1227, 44.84, 3.0, 3.95)
+    ops.node(1228, 46.36, 3.0, 3.95)
+    ops.node(1229, 47.88, 3.0, 3.95)
+    ops.node(1230, 50.92, 3.0, 3.95)
+    ops.node(1231, 52.44, 3.0, 3.95)
+    ops.node(1232, 53.96, 3.0, 3.95)
+    ops.node(1233, 55.48, 3.0, 3.95)
+    ops.node(1234, 58.52, 3.0, 3.95)
+    ops.node(1235, 60.04, 3.0, 3.95)
+    ops.node(1236, 61.56, 3.0, 3.95)
+    ops.node(1237, 63.08, 3.0, 3.95)
+    ops.node(1238, -63.08, 4.0, 3.95)
+    ops.node(1239, -61.56, 4.0, 3.95)
+    ops.node(1240, -60.04, 4.0, 3.95)
+    ops.node(1241, -58.52, 4.0, 3.95)
+    ops.node(1242, -55.48, 4.0, 3.95)
+    ops.node(1243, -53.96, 4.0, 3.95)
+    ops.node(1244, -52.44, 4.0, 3.95)
+    ops.node(1245, -50.92, 4.0, 3.95)
+    ops.node(1246, -47.88, 4.0, 3.95)
+    ops.node(1247, -46.36, 4.0, 3.95)
+    ops.node(1248, -44.84, 4.0, 3.95)
+    ops.node(1249, -43.32, 4.0, 3.95)
+    ops.node(1250, -40.28, 4.0, 3.95)
+    ops.node(1251, -38.76, 4.0, 3.95)
+    ops.node(1252, -37.24, 4.0, 3.95)
+    ops.node(1253, -35.72, 4.0, 3.95)
+    ops.node(1254, -32.68, 4.0, 3.95)
+    ops.node(1255, -31.16, 4.0, 3.95)
+    ops.node(1256, -29.64, 4.0, 3.95)
+    ops.node(1257, -28.12, 4.0, 3.95)
+    ops.node(1258, -25.08, 4.0, 3.95)
+    ops.node(1259, -23.56, 4.0, 3.95)
+    ops.node(1260, -22.04, 4.0, 3.95)
+    ops.node(1261, -20.52, 4.0, 3.95)
+    ops.node(1262, -17.48, 4.0, 3.95)
+    ops.node(1263, -15.96, 4.0, 3.95)
+    ops.node(1264, -14.44, 4.0, 3.95)
+    ops.node(1265, -12.92, 4.0, 3.95)
+    ops.node(1266, -9.88, 4.0, 3.95)
+    ops.node(1267, -8.36, 4.0, 3.95)
+    ops.node(1268, -6.84, 4.0, 3.95)
+    ops.node(1269, -5.32, 4.0, 3.95)
+    ops.node(1270, -2.28, 4.0, 3.95)
+    ops.node(1271, -0.76, 4.0, 3.95)
+    ops.node(1272, 0.76, 4.0, 3.95)
+    ops.node(1273, 2.28, 4.0, 3.95)
+    ops.node(1274, 5.32, 4.0, 3.95)
+    ops.node(1275, 6.84, 4.0, 3.95)
+    ops.node(1276, 8.36, 4.0, 3.95)
+    ops.node(1277, 9.88, 4.0, 3.95)
+    ops.node(1278, 12.92, 4.0, 3.95)
+    ops.node(1279, 14.44, 4.0, 3.95)
+    ops.node(1280, 15.96, 4.0, 3.95)
+    ops.node(1281, 17.48, 4.0, 3.95)
+    ops.node(1282, 20.52, 4.0, 3.95)
+    ops.node(1283, 22.04, 4.0, 3.95)
+    ops.node(1284, 23.56, 4.0, 3.95)
+    ops.node(1285, 25.08, 4.0, 3.95)
+    ops.node(1286, 28.12, 4.0, 3.95)
+    ops.node(1287, 29.64, 4.0, 3.95)
+    ops.node(1288, 31.16, 4.0, 3.95)
+    ops.node(1289, 32.68, 4.0, 3.95)
+    ops.node(1290, 35.72, 4.0, 3.95)
+    ops.node(1291, 37.24, 4.0, 3.95)
+    ops.node(1292, 38.76, 4.0, 3.95)
+    ops.node(1293, 40.28, 4.0, 3.95)
+    ops.node(1294, 43.32, 4.0, 3.95)
+    ops.node(1295, 44.84, 4.0, 3.95)
+    ops.node(1296, 46.36, 4.0, 3.95)
+    ops.node(1297, 47.88, 4.0, 3.95)
+    ops.node(1298, 50.92, 4.0, 3.95)
+    ops.node(1299, 52.44, 4.0, 3.95)
+    ops.node(1300, 53.96, 4.0, 3.95)
+    ops.node(1301, 55.48, 4.0, 3.95)
+    ops.node(1302, 58.52, 4.0, 3.95)
+    ops.node(1303, 60.04, 4.0, 3.95)
+    ops.node(1304, 61.56, 4.0, 3.95)
+    ops.node(1305, 63.08, 4.0, 3.95)
+
+    # Create OpenSees elastic elements.
+    ops.geomTransf('Linear', 1, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1, *[2, 9], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 1)
+    ops.geomTransf('Linear', 2, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 2, *[10, 3], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 2)
+    ops.geomTransf('Linear', 3, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 3, *[6, 11], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 3)
+    ops.geomTransf('Linear', 4, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 4, *[12, 7], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 4)
+    ops.geomTransf('Linear', 5, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 5, *[9, 13], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 5)
+    ops.geomTransf('Linear', 6, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 6, *[14, 10], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 6)
+    ops.geomTransf('Linear', 7, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 7, *[11, 15], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 7)
+    ops.geomTransf('Linear', 8, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 8, *[16, 12], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 8)
+    ops.geomTransf('Linear', 9, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 9, *[13, 17], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 9)
+    ops.geomTransf('Linear', 10, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 10, *[18, 14], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 10)
+    ops.geomTransf('Linear', 11, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 11, *[15, 19], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 11)
+    ops.geomTransf('Linear', 12, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 12, *[20, 16], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 12)
+    ops.geomTransf('Linear', 13, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 13, *[17, 21], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 13)
+    ops.geomTransf('Linear', 14, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 14, *[22, 18], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 14)
+    ops.geomTransf('Linear', 15, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 15, *[19, 23], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 15)
+    ops.geomTransf('Linear', 16, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 16, *[24, 20], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 16)
+    ops.geomTransf('Linear', 17, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 17, *[45, 1], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 17)
+    ops.geomTransf('Linear', 18, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 18, *[4, 46], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 18)
+    ops.geomTransf('Linear', 19, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 19, *[47, 5], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 19)
+    ops.geomTransf('Linear', 20, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 20, *[8, 48], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 20)
+    ops.geomTransf('Linear', 21, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 21, *[21, 25], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 21)
+    ops.geomTransf('Linear', 22, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 22, *[26, 22], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 22)
+    ops.geomTransf('Linear', 23, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 23, *[23, 27], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 23)
+    ops.geomTransf('Linear', 24, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 24, *[28, 24], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 24)
+    ops.geomTransf('Linear', 25, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 25, *[25, 27], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 25)
+    ops.geomTransf('Linear', 26, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 26, *[28, 26], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 26)
+    ops.geomTransf('Linear', 27, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 27, *[25, 29], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 27)
+    ops.geomTransf('Linear', 28, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 28, *[30, 26], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 28)
+    ops.geomTransf('Linear', 29, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 29, *[27, 31], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 29)
+    ops.geomTransf('Linear', 30, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 30, *[32, 28], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 30)
+    ops.geomTransf('Linear', 31, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 31, *[53, 13], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 31)
+    ops.geomTransf('Linear', 32, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 32, *[14, 54], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 32)
+    ops.geomTransf('Linear', 33, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 33, *[55, 15], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 33)
+    ops.geomTransf('Linear', 34, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 34, *[16, 56], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 34)
+    ops.geomTransf('Linear', 35, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 35, *[29, 33], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 35)
+    ops.geomTransf('Linear', 36, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 36, *[34, 30], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 36)
+    ops.geomTransf('Linear', 37, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 37, *[31, 35], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 37)
+    ops.geomTransf('Linear', 38, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 38, *[36, 32], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 38)
+    ops.geomTransf('Linear', 39, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 39, *[33, 37], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 39)
+    ops.geomTransf('Linear', 40, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 40, *[38, 34], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 40)
+    ops.geomTransf('Linear', 41, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 41, *[35, 39], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 41)
+    ops.geomTransf('Linear', 42, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 42, *[40, 36], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 42)
+    ops.geomTransf('Linear', 43, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 43, *[37, 41], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 43)
+    ops.geomTransf('Linear', 44, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 44, *[42, 38], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 44)
+    ops.geomTransf('Linear', 45, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 45, *[39, 43], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 45)
+    ops.geomTransf('Linear', 46, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 46, *[44, 40], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 46)
+    ops.geomTransf('Linear', 47, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 47, *[69, 25], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 47)
+    ops.geomTransf('Linear', 48, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 48, *[26, 70], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 48)
+    ops.geomTransf('Linear', 49, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 49, *[71, 27], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 49)
+    ops.geomTransf('Linear', 50, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 50, *[28, 72], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 50)
+    ops.geomTransf('Linear', 51, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 51, *[41, 49], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 51)
+    ops.geomTransf('Linear', 52, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 52, *[50, 42], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 52)
+    ops.geomTransf('Linear', 53, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 53, *[43, 51], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 53)
+    ops.geomTransf('Linear', 54, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 54, *[52, 44], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 54)
+    ops.geomTransf('Linear', 55, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 55, *[47, 45], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 55)
+    ops.geomTransf('Linear', 56, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 56, *[46, 48], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 56)
+    ops.geomTransf('Linear', 57, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 57, *[49, 57], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 57)
+    ops.geomTransf('Linear', 58, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 58, *[58, 50], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 58)
+    ops.geomTransf('Linear', 59, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 59, *[51, 59], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 59)
+    ops.geomTransf('Linear', 60, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 60, *[60, 52], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 60)
+    ops.geomTransf('Linear', 61, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 61, *[55, 53], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 61)
+    ops.geomTransf('Linear', 62, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 62, *[54, 56], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 62)
+    ops.geomTransf('Linear', 63, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 63, *[57, 61], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 63)
+    ops.geomTransf('Linear', 64, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 64, *[62, 58], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 64)
+    ops.geomTransf('Linear', 65, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 65, *[59, 63], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 65)
+    ops.geomTransf('Linear', 66, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 66, *[64, 60], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 66)
+    ops.geomTransf('Linear', 67, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 67, *[89, 41], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 67)
+    ops.geomTransf('Linear', 68, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 68, *[42, 90], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 68)
+    ops.geomTransf('Linear', 69, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 69, *[91, 43], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 69)
+    ops.geomTransf('Linear', 70, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 70, *[44, 92], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 70)
+    ops.geomTransf('Linear', 71, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 71, *[61, 63], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 71)
+    ops.geomTransf('Linear', 72, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 72, *[64, 62], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 72)
+    ops.geomTransf('Linear', 73, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 73, *[61, 65], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 73)
+    ops.geomTransf('Linear', 74, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 74, *[66, 62], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 74)
+    ops.geomTransf('Linear', 75, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 75, *[63, 67], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 75)
+    ops.geomTransf('Linear', 76, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 76, *[68, 64], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 76)
+    ops.geomTransf('Linear', 77, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 77, *[65, 73], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 77)
+    ops.geomTransf('Linear', 78, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 78, *[74, 66], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 78)
+    ops.geomTransf('Linear', 79, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 79, *[67, 75], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 79)
+    ops.geomTransf('Linear', 80, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 80, *[76, 68], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 80)
+    ops.geomTransf('Linear', 81, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 81, *[71, 69], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 81)
+    ops.geomTransf('Linear', 82, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 82, *[70, 72], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 82)
+    ops.geomTransf('Linear', 83, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 83, *[73, 77], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 83)
+    ops.geomTransf('Linear', 84, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 84, *[78, 74], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 84)
+    ops.geomTransf('Linear', 85, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 85, *[75, 79], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 85)
+    ops.geomTransf('Linear', 86, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 86, *[80, 76], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 86)
+    ops.geomTransf('Linear', 87, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 87, *[77, 81], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 87)
+    ops.geomTransf('Linear', 88, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 88, *[82, 78], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 88)
+    ops.geomTransf('Linear', 89, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 89, *[79, 83], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 89)
+    ops.geomTransf('Linear', 90, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 90, *[84, 80], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 90)
+    ops.geomTransf('Linear', 91, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 91, *[81, 85], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 91)
+    ops.geomTransf('Linear', 92, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 92, *[86, 82], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 92)
+    ops.geomTransf('Linear', 93, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 93, *[83, 87], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 93)
+    ops.geomTransf('Linear', 94, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 94, *[88, 84], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 94)
+    ops.geomTransf('Linear', 95, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 95, *[91, 89], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 95)
+    ops.geomTransf('Linear', 96, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 96, *[90, 92], SecProps[8].A, MatProps[1].E, MatProps[1].G, SecProps[8].Ixx, SecProps[8].Iyy, SecProps[8].Izz, 96)
+    ops.geomTransf('Linear', 97, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 97, *[190, 45], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 97)
+    ops.geomTransf('Linear', 98, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 98, *[46, 207], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 98)
+    ops.geomTransf('Linear', 99, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 99, *[298, 47], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 99)
+    ops.geomTransf('Linear', 100, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 100, *[48, 315], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 100)
+    ops.geomTransf('Linear', 101, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 101, *[85, 93], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 101)
+    ops.geomTransf('Linear', 102, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 102, *[94, 86], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 102)
+    ops.geomTransf('Linear', 103, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 103, *[87, 95], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 103)
+    ops.geomTransf('Linear', 104, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 104, *[96, 88], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 104)
+    ops.geomTransf('Linear', 105, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 105, *[93, 97], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 105)
+    ops.geomTransf('Linear', 106, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 106, *[98, 94], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 106)
+    ops.geomTransf('Linear', 107, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 107, *[95, 99], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 107)
+    ops.geomTransf('Linear', 108, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 108, *[100, 96], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 108)
+    ops.geomTransf('Linear', 109, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 109, *[191, 53], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 109)
+    ops.geomTransf('Linear', 110, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 110, *[54, 206], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 110)
+    ops.geomTransf('Linear', 111, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 111, *[299, 55], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 111)
+    ops.geomTransf('Linear', 112, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 112, *[56, 314], SecProps[2].A, MatProps[1].E, MatProps[1].G, SecProps[2].Ixx, SecProps[2].Iyy, SecProps[2].Izz, 112)
+    ops.geomTransf('Linear', 113, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 113, *[97, 99], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 113)
+    ops.geomTransf('Linear', 114, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 114, *[100, 98], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 114)
+    ops.geomTransf('Linear', 115, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 115, *[97, 101], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 115)
+    ops.geomTransf('Linear', 116, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 116, *[102, 98], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 116)
+    ops.geomTransf('Linear', 117, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 117, *[99, 103], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 117)
+    ops.geomTransf('Linear', 118, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 118, *[104, 100], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 118)
+    ops.geomTransf('Linear', 119, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 119, *[101, 105], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 119)
+    ops.geomTransf('Linear', 120, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 120, *[106, 102], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 120)
+    ops.geomTransf('Linear', 121, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 121, *[103, 107], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 121)
+    ops.geomTransf('Linear', 122, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 122, *[108, 104], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 122)
+    ops.geomTransf('Linear', 123, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 123, *[194, 61], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 123)
+    ops.geomTransf('Linear', 124, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 124, *[62, 203], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 124)
+    ops.geomTransf('Linear', 125, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 125, *[302, 63], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 125)
+    ops.geomTransf('Linear', 126, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 126, *[64, 311], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 126)
+    ops.geomTransf('Linear', 127, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 127, *[105, 109], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 127)
+    ops.geomTransf('Linear', 128, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 128, *[110, 106], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 128)
+    ops.geomTransf('Linear', 129, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 129, *[107, 111], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 129)
+    ops.geomTransf('Linear', 130, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 130, *[112, 108], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 130)
+    ops.geomTransf('Linear', 131, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 131, *[192, 69], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 131)
+    ops.geomTransf('Linear', 132, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 132, *[70, 205], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 132)
+    ops.geomTransf('Linear', 133, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 133, *[300, 71], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 133)
+    ops.geomTransf('Linear', 134, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 134, *[72, 313], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 134)
+    ops.geomTransf('Linear', 135, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 135, *[109, 113], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 135)
+    ops.geomTransf('Linear', 136, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 136, *[114, 110], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 136)
+    ops.geomTransf('Linear', 137, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 137, *[111, 115], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 137)
+    ops.geomTransf('Linear', 138, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 138, *[116, 112], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 138)
+    ops.geomTransf('Linear', 139, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 139, *[113, 117], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 139)
+    ops.geomTransf('Linear', 140, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 140, *[118, 114], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 140)
+    ops.geomTransf('Linear', 141, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 141, *[115, 119], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 141)
+    ops.geomTransf('Linear', 142, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 142, *[120, 116], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 142)
+    ops.geomTransf('Linear', 143, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 143, *[117, 121], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 143)
+    ops.geomTransf('Linear', 144, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 144, *[122, 118], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 144)
+    ops.geomTransf('Linear', 145, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 145, *[119, 123], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 145)
+    ops.geomTransf('Linear', 146, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 146, *[124, 120], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 146)
+    ops.geomTransf('Linear', 147, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 147, *[195, 81], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 147)
+    ops.geomTransf('Linear', 148, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 148, *[82, 202], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 148)
+    ops.geomTransf('Linear', 149, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 149, *[303, 83], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 149)
+    ops.geomTransf('Linear', 150, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 150, *[84, 310], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 150)
+    ops.geomTransf('Linear', 151, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 151, *[121, 125], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 151)
+    ops.geomTransf('Linear', 152, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 152, *[126, 122], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 152)
+    ops.geomTransf('Linear', 153, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 153, *[123, 127], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 153)
+    ops.geomTransf('Linear', 154, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 154, *[128, 124], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 154)
+    ops.geomTransf('Linear', 155, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 155, *[125, 127], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 155)
+    ops.geomTransf('Linear', 156, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 156, *[128, 126], SecProps[7].A, MatProps[1].E, MatProps[1].G, SecProps[7].Ixx, SecProps[7].Iyy, SecProps[7].Izz, 156)
+    ops.geomTransf('Linear', 157, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 157, *[125, 129], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 157)
+    ops.geomTransf('Linear', 158, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 158, *[130, 126], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 158)
+    ops.geomTransf('Linear', 159, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 159, *[127, 131], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 159)
+    ops.geomTransf('Linear', 160, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 160, *[132, 128], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 160)
+    ops.geomTransf('Linear', 161, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 161, *[129, 133], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 161)
+    ops.geomTransf('Linear', 162, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 162, *[133, 130], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 162)
+    ops.geomTransf('Linear', 163, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 163, *[131, 135], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 163)
+    ops.geomTransf('Linear', 164, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 164, *[135, 132], SecProps[1].A, MatProps[1].E, MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 164)
+    ops.geomTransf('Linear', 165, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 165, *[193, 89], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 165)
+    ops.geomTransf('Linear', 166, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 166, *[90, 204], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 166)
+    ops.geomTransf('Linear', 167, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 167, *[301, 91], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 167)
+    ops.geomTransf('Linear', 168, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 168, *[92, 312], SecProps[3].A, MatProps[1].E, MatProps[1].G, SecProps[3].Ixx, SecProps[3].Iyy, SecProps[3].Izz, 168)
+    ops.geomTransf('Linear', 169, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 169, *[196, 97], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 169)
+    ops.geomTransf('Linear', 170, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 170, *[98, 201], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 170)
+    ops.geomTransf('Linear', 171, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 171, *[304, 99], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 171)
+    ops.geomTransf('Linear', 172, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 172, *[100, 309], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 172)
+    ops.geomTransf('Linear', 173, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 173, *[197, 113], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 173)
+    ops.geomTransf('Linear', 174, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 174, *[114, 200], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 174)
+    ops.geomTransf('Linear', 175, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 175, *[305, 115], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 175)
+    ops.geomTransf('Linear', 176, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 176, *[116, 308], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 176)
+    ops.geomTransf('Linear', 177, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 177, *[198, 125], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 177)
+    ops.geomTransf('Linear', 178, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 178, *[126, 199], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 178)
+    ops.geomTransf('Linear', 179, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 179, *[306, 127], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 179)
+    ops.geomTransf('Linear', 180, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 180, *[128, 307], SecProps[4].A, MatProps[1].E, MatProps[1].G, SecProps[4].Ixx, SecProps[4].Iyy, SecProps[4].Izz, 180)
+    ops.geomTransf('Linear', 181, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 181, *[154, 136], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 181)
+    ops.geomTransf('Linear', 182, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 182, *[155, 137], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 182)
+    ops.geomTransf('Linear', 183, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 183, *[156, 138], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 183)
+    ops.geomTransf('Linear', 184, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 184, *[157, 139], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 184)
+    ops.geomTransf('Linear', 185, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 185, *[158, 140], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 185)
+    ops.geomTransf('Linear', 186, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 186, *[159, 141], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 186)
+    ops.geomTransf('Linear', 187, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 187, *[160, 142], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 187)
+    ops.geomTransf('Linear', 188, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 188, *[161, 143], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 188)
+    ops.geomTransf('Linear', 189, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 189, *[162, 144], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 189)
+    ops.geomTransf('Linear', 190, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 190, *[145, 163], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 190)
+    ops.geomTransf('Linear', 191, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 191, *[146, 164], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 191)
+    ops.geomTransf('Linear', 192, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 192, *[147, 165], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 192)
+    ops.geomTransf('Linear', 193, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 193, *[148, 166], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 193)
+    ops.geomTransf('Linear', 194, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 194, *[149, 167], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 194)
+    ops.geomTransf('Linear', 195, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 195, *[150, 168], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 195)
+    ops.geomTransf('Linear', 196, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 196, *[151, 169], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 196)
+    ops.geomTransf('Linear', 197, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 197, *[152, 170], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 197)
+    ops.geomTransf('Linear', 198, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 198, *[153, 171], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 198)
+    ops.geomTransf('Linear', 199, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 199, *[172, 154], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 199)
+    ops.geomTransf('Linear', 200, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 200, *[173, 155], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 200)
+    ops.geomTransf('Linear', 201, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 201, *[174, 156], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 201)
+    ops.geomTransf('Linear', 202, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 202, *[175, 157], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 202)
+    ops.geomTransf('Linear', 203, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 203, *[176, 158], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 203)
+    ops.geomTransf('Linear', 204, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 204, *[177, 159], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 204)
+    ops.geomTransf('Linear', 205, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 205, *[178, 160], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 205)
+    ops.geomTransf('Linear', 206, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 206, *[179, 161], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 206)
+    ops.geomTransf('Linear', 207, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 207, *[180, 162], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 207)
+    ops.geomTransf('Linear', 208, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 208, *[163, 181], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 208)
+    ops.geomTransf('Linear', 209, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 209, *[164, 182], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 209)
+    ops.geomTransf('Linear', 210, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 210, *[165, 183], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 210)
+    ops.geomTransf('Linear', 211, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 211, *[166, 184], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 211)
+    ops.geomTransf('Linear', 212, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 212, *[167, 185], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 212)
+    ops.geomTransf('Linear', 213, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 213, *[168, 186], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 213)
+    ops.geomTransf('Linear', 214, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 214, *[169, 187], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 214)
+    ops.geomTransf('Linear', 215, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 215, *[170, 188], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 215)
+    ops.geomTransf('Linear', 216, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 216, *[171, 189], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 216)
+    ops.geomTransf('Linear', 217, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 217, *[190, 172], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 217)
+    ops.geomTransf('Linear', 218, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 218, *[191, 173], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 218)
+    ops.geomTransf('Linear', 219, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 219, *[192, 174], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 219)
+    ops.geomTransf('Linear', 220, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 220, *[193, 175], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 220)
+    ops.geomTransf('Linear', 221, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 221, *[194, 176], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 221)
+    ops.geomTransf('Linear', 222, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 222, *[195, 177], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 222)
+    ops.geomTransf('Linear', 223, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 223, *[196, 178], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 223)
+    ops.geomTransf('Linear', 224, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 224, *[197, 179], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 224)
+    ops.geomTransf('Linear', 225, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 225, *[198, 180], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 225)
+    ops.geomTransf('Linear', 226, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 226, *[181, 199], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 226)
+    ops.geomTransf('Linear', 227, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 227, *[182, 200], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 227)
+    ops.geomTransf('Linear', 228, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 228, *[183, 201], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 228)
+    ops.geomTransf('Linear', 229, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 229, *[184, 202], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 229)
+    ops.geomTransf('Linear', 230, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 230, *[185, 203], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 230)
+    ops.geomTransf('Linear', 231, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 231, *[186, 204], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 231)
+    ops.geomTransf('Linear', 232, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 232, *[187, 205], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 232)
+    ops.geomTransf('Linear', 233, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 233, *[188, 206], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 233)
+    ops.geomTransf('Linear', 234, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 234, *[189, 207], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 234)
+    ops.geomTransf('Linear', 235, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 235, *[208, 190], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 235)
+    ops.geomTransf('Linear', 236, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 236, *[209, 191], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 236)
+    ops.geomTransf('Linear', 237, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 237, *[210, 192], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 237)
+    ops.geomTransf('Linear', 238, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 238, *[211, 193], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 238)
+    ops.geomTransf('Linear', 239, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 239, *[212, 194], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 239)
+    ops.geomTransf('Linear', 240, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 240, *[213, 195], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 240)
+    ops.geomTransf('Linear', 241, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 241, *[214, 196], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 241)
+    ops.geomTransf('Linear', 242, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 242, *[215, 197], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 242)
+    ops.geomTransf('Linear', 243, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 243, *[216, 198], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 243)
+    ops.geomTransf('Linear', 244, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 244, *[199, 217], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 244)
+    ops.geomTransf('Linear', 245, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 245, *[200, 218], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 245)
+    ops.geomTransf('Linear', 246, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 246, *[201, 219], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 246)
+    ops.geomTransf('Linear', 247, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 247, *[202, 220], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 247)
+    ops.geomTransf('Linear', 248, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 248, *[203, 221], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 248)
+    ops.geomTransf('Linear', 249, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 249, *[204, 222], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 249)
+    ops.geomTransf('Linear', 250, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 250, *[205, 223], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 250)
+    ops.geomTransf('Linear', 251, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 251, *[206, 224], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 251)
+    ops.geomTransf('Linear', 252, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 252, *[207, 225], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 252)
+    ops.geomTransf('Linear', 253, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 253, *[226, 208], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 253)
+    ops.geomTransf('Linear', 254, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 254, *[227, 209], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 254)
+    ops.geomTransf('Linear', 255, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 255, *[228, 210], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 255)
+    ops.geomTransf('Linear', 256, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 256, *[229, 211], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 256)
+    ops.geomTransf('Linear', 257, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 257, *[230, 212], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 257)
+    ops.geomTransf('Linear', 258, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 258, *[231, 213], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 258)
+    ops.geomTransf('Linear', 259, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 259, *[232, 214], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 259)
+    ops.geomTransf('Linear', 260, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 260, *[233, 215], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 260)
+    ops.geomTransf('Linear', 261, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 261, *[234, 216], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 261)
+    ops.geomTransf('Linear', 262, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 262, *[217, 235], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 262)
+    ops.geomTransf('Linear', 263, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 263, *[218, 236], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 263)
+    ops.geomTransf('Linear', 264, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 264, *[219, 237], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 264)
+    ops.geomTransf('Linear', 265, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 265, *[220, 238], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 265)
+    ops.geomTransf('Linear', 266, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 266, *[221, 239], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 266)
+    ops.geomTransf('Linear', 267, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 267, *[222, 240], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 267)
+    ops.geomTransf('Linear', 268, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 268, *[223, 241], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 268)
+    ops.geomTransf('Linear', 269, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 269, *[224, 242], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 269)
+    ops.geomTransf('Linear', 270, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 270, *[225, 243], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 270)
+    ops.geomTransf('Linear', 271, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 271, *[244, 226], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 271)
+    ops.geomTransf('Linear', 272, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 272, *[245, 227], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 272)
+    ops.geomTransf('Linear', 273, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 273, *[246, 228], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 273)
+    ops.geomTransf('Linear', 274, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 274, *[247, 229], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 274)
+    ops.geomTransf('Linear', 275, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 275, *[248, 230], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 275)
+    ops.geomTransf('Linear', 276, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 276, *[249, 231], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 276)
+    ops.geomTransf('Linear', 277, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 277, *[250, 232], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 277)
+    ops.geomTransf('Linear', 278, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 278, *[251, 233], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 278)
+    ops.geomTransf('Linear', 279, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 279, *[252, 234], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 279)
+    ops.geomTransf('Linear', 280, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 280, *[235, 253], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 280)
+    ops.geomTransf('Linear', 281, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 281, *[236, 254], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 281)
+    ops.geomTransf('Linear', 282, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 282, *[237, 255], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 282)
+    ops.geomTransf('Linear', 283, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 283, *[238, 256], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 283)
+    ops.geomTransf('Linear', 284, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 284, *[239, 257], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 284)
+    ops.geomTransf('Linear', 285, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 285, *[240, 258], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 285)
+    ops.geomTransf('Linear', 286, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 286, *[241, 259], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 286)
+    ops.geomTransf('Linear', 287, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 287, *[242, 260], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 287)
+    ops.geomTransf('Linear', 288, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 288, *[243, 261], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 288)
+    ops.geomTransf('Linear', 289, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 289, *[262, 244], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 289)
+    ops.geomTransf('Linear', 290, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 290, *[263, 245], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 290)
+    ops.geomTransf('Linear', 291, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 291, *[264, 246], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 291)
+    ops.geomTransf('Linear', 292, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 292, *[265, 247], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 292)
+    ops.geomTransf('Linear', 293, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 293, *[266, 248], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 293)
+    ops.geomTransf('Linear', 294, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 294, *[267, 249], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 294)
+    ops.geomTransf('Linear', 295, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 295, *[268, 250], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 295)
+    ops.geomTransf('Linear', 296, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 296, *[269, 251], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 296)
+    ops.geomTransf('Linear', 297, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 297, *[270, 252], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 297)
+    ops.geomTransf('Linear', 298, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 298, *[253, 271], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 298)
+    ops.geomTransf('Linear', 299, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 299, *[254, 272], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 299)
+    ops.geomTransf('Linear', 300, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 300, *[255, 273], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 300)
+    ops.geomTransf('Linear', 301, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 301, *[256, 274], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 301)
+    ops.geomTransf('Linear', 302, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 302, *[257, 275], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 302)
+    ops.geomTransf('Linear', 303, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 303, *[258, 276], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 303)
+    ops.geomTransf('Linear', 304, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 304, *[259, 277], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 304)
+    ops.geomTransf('Linear', 305, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 305, *[260, 278], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 305)
+    ops.geomTransf('Linear', 306, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 306, *[261, 279], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 306)
+    ops.geomTransf('Linear', 307, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 307, *[280, 262], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 307)
+    ops.geomTransf('Linear', 308, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 308, *[281, 263], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 308)
+    ops.geomTransf('Linear', 309, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 309, *[282, 264], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 309)
+    ops.geomTransf('Linear', 310, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 310, *[283, 265], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 310)
+    ops.geomTransf('Linear', 311, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 311, *[284, 266], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 311)
+    ops.geomTransf('Linear', 312, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 312, *[285, 267], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 312)
+    ops.geomTransf('Linear', 313, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 313, *[286, 268], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 313)
+    ops.geomTransf('Linear', 314, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 314, *[287, 269], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 314)
+    ops.geomTransf('Linear', 315, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 315, *[288, 270], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 315)
+    ops.geomTransf('Linear', 316, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 316, *[271, 289], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 316)
+    ops.geomTransf('Linear', 317, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 317, *[272, 290], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 317)
+    ops.geomTransf('Linear', 318, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 318, *[273, 291], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 318)
+    ops.geomTransf('Linear', 319, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 319, *[274, 292], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 319)
+    ops.geomTransf('Linear', 320, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 320, *[275, 293], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 320)
+    ops.geomTransf('Linear', 321, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 321, *[276, 294], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 321)
+    ops.geomTransf('Linear', 322, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 322, *[277, 295], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 322)
+    ops.geomTransf('Linear', 323, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 323, *[278, 296], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 323)
+    ops.geomTransf('Linear', 324, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 324, *[279, 297], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 324)
+    ops.geomTransf('Linear', 325, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 325, *[298, 280], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 325)
+    ops.geomTransf('Linear', 326, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 326, *[299, 281], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 326)
+    ops.geomTransf('Linear', 327, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 327, *[300, 282], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 327)
+    ops.geomTransf('Linear', 328, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 328, *[301, 283], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 328)
+    ops.geomTransf('Linear', 329, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 329, *[302, 284], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 329)
+    ops.geomTransf('Linear', 330, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 330, *[303, 285], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 330)
+    ops.geomTransf('Linear', 331, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 331, *[304, 286], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 331)
+    ops.geomTransf('Linear', 332, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 332, *[305, 287], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 332)
+    ops.geomTransf('Linear', 333, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 333, *[306, 288], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 333)
+    ops.geomTransf('Linear', 334, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 334, *[289, 307], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 334)
+    ops.geomTransf('Linear', 335, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 335, *[290, 308], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 335)
+    ops.geomTransf('Linear', 336, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 336, *[291, 309], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 336)
+    ops.geomTransf('Linear', 337, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 337, *[292, 310], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 337)
+    ops.geomTransf('Linear', 338, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 338, *[293, 311], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 338)
+    ops.geomTransf('Linear', 339, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 339, *[294, 312], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 339)
+    ops.geomTransf('Linear', 340, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 340, *[295, 313], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 340)
+    ops.geomTransf('Linear', 341, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 341, *[296, 314], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 341)
+    ops.geomTransf('Linear', 342, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 342, *[297, 315], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 342)
+    ops.geomTransf('Linear', 343, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 343, *[298, 316], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 343)
+    ops.geomTransf('Linear', 344, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 344, *[299, 317], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 344)
+    ops.geomTransf('Linear', 345, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 345, *[300, 318], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 345)
+    ops.geomTransf('Linear', 346, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 346, *[301, 319], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 346)
+    ops.geomTransf('Linear', 347, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 347, *[302, 320], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 347)
+    ops.geomTransf('Linear', 348, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 348, *[303, 321], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 348)
+    ops.geomTransf('Linear', 349, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 349, *[304, 322], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 349)
+    ops.geomTransf('Linear', 350, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 350, *[305, 323], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 350)
+    ops.geomTransf('Linear', 351, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 351, *[306, 324], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 351)
+    ops.geomTransf('Linear', 352, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 352, *[325, 307], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 352)
+    ops.geomTransf('Linear', 353, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 353, *[326, 308], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 353)
+    ops.geomTransf('Linear', 354, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 354, *[327, 309], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 354)
+    ops.geomTransf('Linear', 355, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 355, *[328, 310], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 355)
+    ops.geomTransf('Linear', 356, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 356, *[329, 311], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 356)
+    ops.geomTransf('Linear', 357, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 357, *[330, 312], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 357)
+    ops.geomTransf('Linear', 358, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 358, *[331, 313], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 358)
+    ops.geomTransf('Linear', 359, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 359, *[332, 314], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 359)
+    ops.geomTransf('Linear', 360, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 360, *[333, 315], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 360)
+    ops.geomTransf('Linear', 361, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 361, *[316, 334], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 361)
+    ops.geomTransf('Linear', 362, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 362, *[317, 335], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 362)
+    ops.geomTransf('Linear', 363, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 363, *[318, 336], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 363)
+    ops.geomTransf('Linear', 364, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 364, *[319, 337], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 364)
+    ops.geomTransf('Linear', 365, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 365, *[320, 338], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 365)
+    ops.geomTransf('Linear', 366, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 366, *[321, 339], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 366)
+    ops.geomTransf('Linear', 367, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 367, *[322, 340], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 367)
+    ops.geomTransf('Linear', 368, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 368, *[323, 341], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 368)
+    ops.geomTransf('Linear', 369, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 369, *[324, 342], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 369)
+    ops.geomTransf('Linear', 370, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 370, *[343, 325], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 370)
+    ops.geomTransf('Linear', 371, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 371, *[344, 326], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 371)
+    ops.geomTransf('Linear', 372, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 372, *[345, 327], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 372)
+    ops.geomTransf('Linear', 373, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 373, *[346, 328], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 373)
+    ops.geomTransf('Linear', 374, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 374, *[347, 329], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 374)
+    ops.geomTransf('Linear', 375, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 375, *[348, 330], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 375)
+    ops.geomTransf('Linear', 376, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 376, *[349, 331], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 376)
+    ops.geomTransf('Linear', 377, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 377, *[350, 332], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 377)
+    ops.geomTransf('Linear', 378, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 378, *[351, 333], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 378)
+    ops.geomTransf('Linear', 379, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 379, *[334, 352], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 379)
+    ops.geomTransf('Linear', 380, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 380, *[335, 353], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 380)
+    ops.geomTransf('Linear', 381, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 381, *[336, 354], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 381)
+    ops.geomTransf('Linear', 382, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 382, *[337, 355], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 382)
+    ops.geomTransf('Linear', 383, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 383, *[338, 356], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 383)
+    ops.geomTransf('Linear', 384, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 384, *[339, 357], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 384)
+    ops.geomTransf('Linear', 385, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 385, *[340, 358], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 385)
+    ops.geomTransf('Linear', 386, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 386, *[341, 359], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 386)
+    ops.geomTransf('Linear', 387, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 387, *[342, 360], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 387)
+    ops.geomTransf('Linear', 388, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 388, *[361, 343], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 388)
+    ops.geomTransf('Linear', 389, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 389, *[362, 344], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 389)
+    ops.geomTransf('Linear', 390, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 390, *[363, 345], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 390)
+    ops.geomTransf('Linear', 391, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 391, *[364, 346], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 391)
+    ops.geomTransf('Linear', 392, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 392, *[365, 347], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 392)
+    ops.geomTransf('Linear', 393, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 393, *[366, 348], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 393)
+    ops.geomTransf('Linear', 394, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 394, *[367, 349], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 394)
+    ops.geomTransf('Linear', 395, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 395, *[368, 350], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 395)
+    ops.geomTransf('Linear', 396, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 396, *[369, 351], SecProps[5].A, MatProps[1].E, MatProps[1].G, SecProps[5].Ixx, SecProps[5].Iyy, SecProps[5].Izz, 396)
+    ops.geomTransf('Linear', 397, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 397, *[370, 694], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 397)
+    ops.geomTransf('Linear', 398, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 398, *[371, 698], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 398)
+    ops.geomTransf('Linear', 399, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 399, *[372, 702], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 399)
+    ops.geomTransf('Linear', 400, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 400, *[373, 706], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 400)
+    ops.geomTransf('Linear', 401, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 401, *[374, 710], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 401)
+    ops.geomTransf('Linear', 402, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 402, *[375, 714], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 402)
+    ops.geomTransf('Linear', 403, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 403, *[376, 718], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 403)
+    ops.geomTransf('Linear', 404, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 404, *[377, 722], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 404)
+    ops.geomTransf('Linear', 405, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 405, *[378, 726], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 405)
+    ops.geomTransf('Linear', 406, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 406, *[379, 730], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 406)
+    ops.geomTransf('Linear', 407, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 407, *[380, 734], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 407)
+    ops.geomTransf('Linear', 408, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 408, *[381, 738], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 408)
+    ops.geomTransf('Linear', 409, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 409, *[382, 742], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 409)
+    ops.geomTransf('Linear', 410, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 410, *[383, 746], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 410)
+    ops.geomTransf('Linear', 411, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 411, *[384, 750], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 411)
+    ops.geomTransf('Linear', 412, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 412, *[385, 754], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 412)
+    ops.geomTransf('Linear', 413, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 413, *[386, 758], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 413)
+    ops.geomTransf('Linear', 414, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 414, *[388, 762], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 414)
+    ops.geomTransf('Linear', 415, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 415, *[389, 766], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 415)
+    ops.geomTransf('Linear', 416, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 416, *[390, 770], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 416)
+    ops.geomTransf('Linear', 417, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 417, *[391, 774], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 417)
+    ops.geomTransf('Linear', 418, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 418, *[392, 778], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 418)
+    ops.geomTransf('Linear', 419, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 419, *[393, 782], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 419)
+    ops.geomTransf('Linear', 420, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 420, *[394, 786], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 420)
+    ops.geomTransf('Linear', 421, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 421, *[395, 790], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 421)
+    ops.geomTransf('Linear', 422, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 422, *[396, 794], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 422)
+    ops.geomTransf('Linear', 423, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 423, *[397, 798], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 423)
+    ops.geomTransf('Linear', 424, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 424, *[398, 802], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 424)
+    ops.geomTransf('Linear', 425, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 425, *[399, 806], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 425)
+    ops.geomTransf('Linear', 426, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 426, *[400, 810], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 426)
+    ops.geomTransf('Linear', 427, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 427, *[401, 814], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 427)
+    ops.geomTransf('Linear', 428, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 428, *[402, 818], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 428)
+    ops.geomTransf('Linear', 429, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 429, *[403, 822], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 429)
+    ops.geomTransf('Linear', 430, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 430, *[404, 826], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 430)
+    ops.geomTransf('Linear', 431, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 431, *[406, 830], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 431)
+    ops.geomTransf('Linear', 432, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 432, *[407, 834], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 432)
+    ops.geomTransf('Linear', 433, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 433, *[408, 838], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 433)
+    ops.geomTransf('Linear', 434, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 434, *[409, 842], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 434)
+    ops.geomTransf('Linear', 435, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 435, *[410, 846], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 435)
+    ops.geomTransf('Linear', 436, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 436, *[411, 850], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 436)
+    ops.geomTransf('Linear', 437, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 437, *[412, 854], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 437)
+    ops.geomTransf('Linear', 438, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 438, *[413, 858], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 438)
+    ops.geomTransf('Linear', 439, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 439, *[414, 862], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 439)
+    ops.geomTransf('Linear', 440, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 440, *[415, 866], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 440)
+    ops.geomTransf('Linear', 441, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 441, *[416, 870], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 441)
+    ops.geomTransf('Linear', 442, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 442, *[417, 874], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 442)
+    ops.geomTransf('Linear', 443, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 443, *[418, 878], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 443)
+    ops.geomTransf('Linear', 444, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 444, *[419, 882], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 444)
+    ops.geomTransf('Linear', 445, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 445, *[420, 886], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 445)
+    ops.geomTransf('Linear', 446, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 446, *[421, 890], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 446)
+    ops.geomTransf('Linear', 447, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 447, *[422, 894], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 447)
+    ops.geomTransf('Linear', 448, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 448, *[424, 898], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 448)
+    ops.geomTransf('Linear', 449, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 449, *[425, 902], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 449)
+    ops.geomTransf('Linear', 450, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 450, *[426, 906], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 450)
+    ops.geomTransf('Linear', 451, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 451, *[427, 910], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 451)
+    ops.geomTransf('Linear', 452, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 452, *[428, 914], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 452)
+    ops.geomTransf('Linear', 453, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 453, *[429, 918], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 453)
+    ops.geomTransf('Linear', 454, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 454, *[430, 922], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 454)
+    ops.geomTransf('Linear', 455, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 455, *[431, 926], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 455)
+    ops.geomTransf('Linear', 456, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 456, *[432, 930], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 456)
+    ops.geomTransf('Linear', 457, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 457, *[433, 934], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 457)
+    ops.geomTransf('Linear', 458, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 458, *[434, 938], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 458)
+    ops.geomTransf('Linear', 459, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 459, *[435, 942], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 459)
+    ops.geomTransf('Linear', 460, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 460, *[436, 946], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 460)
+    ops.geomTransf('Linear', 461, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 461, *[437, 950], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 461)
+    ops.geomTransf('Linear', 462, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 462, *[438, 954], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 462)
+    ops.geomTransf('Linear', 463, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 463, *[439, 958], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 463)
+    ops.geomTransf('Linear', 464, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 464, *[440, 962], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 464)
+    ops.geomTransf('Linear', 465, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 465, *[442, 966], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 465)
+    ops.geomTransf('Linear', 466, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 466, *[443, 970], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 466)
+    ops.geomTransf('Linear', 467, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 467, *[444, 974], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 467)
+    ops.geomTransf('Linear', 468, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 468, *[445, 978], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 468)
+    ops.geomTransf('Linear', 469, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 469, *[446, 982], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 469)
+    ops.geomTransf('Linear', 470, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 470, *[447, 986], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 470)
+    ops.geomTransf('Linear', 471, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 471, *[448, 990], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 471)
+    ops.geomTransf('Linear', 472, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 472, *[449, 994], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 472)
+    ops.geomTransf('Linear', 473, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 473, *[450, 998], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 473)
+    ops.geomTransf('Linear', 474, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 474, *[451, 1002], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 474)
+    ops.geomTransf('Linear', 475, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 475, *[452, 1006], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 475)
+    ops.geomTransf('Linear', 476, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 476, *[453, 1010], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 476)
+    ops.geomTransf('Linear', 477, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 477, *[454, 1014], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 477)
+    ops.geomTransf('Linear', 478, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 478, *[455, 1018], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 478)
+    ops.geomTransf('Linear', 479, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 479, *[456, 1022], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 479)
+    ops.geomTransf('Linear', 480, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 480, *[457, 1026], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 480)
+    ops.geomTransf('Linear', 481, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 481, *[458, 1030], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 481)
+    ops.geomTransf('Linear', 482, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 482, *[460, 1034], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 482)
+    ops.geomTransf('Linear', 483, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 483, *[461, 1038], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 483)
+    ops.geomTransf('Linear', 484, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 484, *[462, 1042], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 484)
+    ops.geomTransf('Linear', 485, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 485, *[463, 1046], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 485)
+    ops.geomTransf('Linear', 486, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 486, *[464, 1050], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 486)
+    ops.geomTransf('Linear', 487, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 487, *[465, 1054], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 487)
+    ops.geomTransf('Linear', 488, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 488, *[466, 1058], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 488)
+    ops.geomTransf('Linear', 489, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 489, *[467, 1062], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 489)
+    ops.geomTransf('Linear', 490, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 490, *[468, 1066], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 490)
+    ops.geomTransf('Linear', 491, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 491, *[469, 1070], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 491)
+    ops.geomTransf('Linear', 492, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 492, *[470, 1074], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 492)
+    ops.geomTransf('Linear', 493, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 493, *[471, 1078], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 493)
+    ops.geomTransf('Linear', 494, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 494, *[472, 1082], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 494)
+    ops.geomTransf('Linear', 495, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 495, *[473, 1086], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 495)
+    ops.geomTransf('Linear', 496, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 496, *[474, 1090], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 496)
+    ops.geomTransf('Linear', 497, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 497, *[475, 1094], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 497)
+    ops.geomTransf('Linear', 498, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 498, *[476, 1098], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 498)
+    ops.geomTransf('Linear', 499, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 499, *[478, 1102], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 499)
+    ops.geomTransf('Linear', 500, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 500, *[479, 1106], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 500)
+    ops.geomTransf('Linear', 501, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 501, *[480, 1110], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 501)
+    ops.geomTransf('Linear', 502, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 502, *[481, 1114], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 502)
+    ops.geomTransf('Linear', 503, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 503, *[482, 1118], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 503)
+    ops.geomTransf('Linear', 504, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 504, *[483, 1122], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 504)
+    ops.geomTransf('Linear', 505, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 505, *[484, 1126], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 505)
+    ops.geomTransf('Linear', 506, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 506, *[485, 1130], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 506)
+    ops.geomTransf('Linear', 507, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 507, *[486, 1134], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 507)
+    ops.geomTransf('Linear', 508, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 508, *[487, 1138], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 508)
+    ops.geomTransf('Linear', 509, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 509, *[488, 1142], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 509)
+    ops.geomTransf('Linear', 510, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 510, *[489, 1146], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 510)
+    ops.geomTransf('Linear', 511, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 511, *[490, 1150], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 511)
+    ops.geomTransf('Linear', 512, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 512, *[491, 1154], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 512)
+    ops.geomTransf('Linear', 513, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 513, *[492, 1158], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 513)
+    ops.geomTransf('Linear', 514, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 514, *[493, 1162], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 514)
+    ops.geomTransf('Linear', 515, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 515, *[494, 1166], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 515)
+    ops.geomTransf('Linear', 516, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 516, *[496, 1170], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 516)
+    ops.geomTransf('Linear', 517, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 517, *[497, 1174], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 517)
+    ops.geomTransf('Linear', 518, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 518, *[498, 1178], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 518)
+    ops.geomTransf('Linear', 519, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 519, *[499, 1182], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 519)
+    ops.geomTransf('Linear', 520, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 520, *[500, 1186], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 520)
+    ops.geomTransf('Linear', 521, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 521, *[501, 1190], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 521)
+    ops.geomTransf('Linear', 522, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 522, *[502, 1194], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 522)
+    ops.geomTransf('Linear', 523, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 523, *[503, 1198], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 523)
+    ops.geomTransf('Linear', 524, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 524, *[504, 1202], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 524)
+    ops.geomTransf('Linear', 525, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 525, *[505, 1206], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 525)
+    ops.geomTransf('Linear', 526, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 526, *[506, 1210], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 526)
+    ops.geomTransf('Linear', 527, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 527, *[507, 1214], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 527)
+    ops.geomTransf('Linear', 528, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 528, *[508, 1218], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 528)
+    ops.geomTransf('Linear', 529, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 529, *[509, 1222], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 529)
+    ops.geomTransf('Linear', 530, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 530, *[510, 1226], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 530)
+    ops.geomTransf('Linear', 531, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 531, *[511, 1230], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 531)
+    ops.geomTransf('Linear', 532, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 532, *[512, 1234], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 532)
+    ops.geomTransf('Linear', 533, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 533, *[514, 1238], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 533)
+    ops.geomTransf('Linear', 534, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 534, *[515, 1242], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 534)
+    ops.geomTransf('Linear', 535, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 535, *[516, 1246], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 535)
+    ops.geomTransf('Linear', 536, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 536, *[517, 1250], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 536)
+    ops.geomTransf('Linear', 537, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 537, *[518, 1254], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 537)
+    ops.geomTransf('Linear', 538, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 538, *[519, 1258], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 538)
+    ops.geomTransf('Linear', 539, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 539, *[520, 1262], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 539)
+    ops.geomTransf('Linear', 540, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 540, *[521, 1266], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 540)
+    ops.geomTransf('Linear', 541, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 541, *[522, 1270], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 541)
+    ops.geomTransf('Linear', 542, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 542, *[523, 1274], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 542)
+    ops.geomTransf('Linear', 543, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 543, *[524, 1278], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 543)
+    ops.geomTransf('Linear', 544, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 544, *[525, 1282], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 544)
+    ops.geomTransf('Linear', 545, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 545, *[526, 1286], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 545)
+    ops.geomTransf('Linear', 546, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 546, *[527, 1290], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 546)
+    ops.geomTransf('Linear', 547, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 547, *[528, 1294], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 547)
+    ops.geomTransf('Linear', 548, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 548, *[529, 1298], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 548)
+    ops.geomTransf('Linear', 549, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 549, *[530, 1302], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 549)
+    ops.geomTransf('Linear', 550, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 686, *[694, 695], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 550)
+    ops.geomTransf('Linear', 551, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 687, *[695, 696], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 551)
+    ops.geomTransf('Linear', 552, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 688, *[696, 697], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 552)
+    ops.geomTransf('Linear', 553, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 689, *[697, 371], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 553)
+    ops.geomTransf('Linear', 554, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 690, *[698, 699], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 554)
+    ops.geomTransf('Linear', 555, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 691, *[699, 700], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 555)
+    ops.geomTransf('Linear', 556, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 692, *[700, 701], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 556)
+    ops.geomTransf('Linear', 557, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 693, *[701, 372], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 557)
+    ops.geomTransf('Linear', 558, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 694, *[702, 703], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 558)
+    ops.geomTransf('Linear', 559, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 695, *[703, 704], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 559)
+    ops.geomTransf('Linear', 560, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 696, *[704, 705], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 560)
+    ops.geomTransf('Linear', 561, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 697, *[705, 373], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 561)
+    ops.geomTransf('Linear', 562, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 698, *[706, 707], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 562)
+    ops.geomTransf('Linear', 563, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 699, *[707, 708], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 563)
+    ops.geomTransf('Linear', 564, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 700, *[708, 709], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 564)
+    ops.geomTransf('Linear', 565, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 701, *[709, 374], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 565)
+    ops.geomTransf('Linear', 566, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 702, *[710, 711], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 566)
+    ops.geomTransf('Linear', 567, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 703, *[711, 712], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 567)
+    ops.geomTransf('Linear', 568, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 704, *[712, 713], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 568)
+    ops.geomTransf('Linear', 569, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 705, *[713, 375], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 569)
+    ops.geomTransf('Linear', 570, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 706, *[714, 715], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 570)
+    ops.geomTransf('Linear', 571, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 707, *[715, 716], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 571)
+    ops.geomTransf('Linear', 572, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 708, *[716, 717], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 572)
+    ops.geomTransf('Linear', 573, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 709, *[717, 376], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 573)
+    ops.geomTransf('Linear', 574, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 710, *[718, 719], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 574)
+    ops.geomTransf('Linear', 575, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 711, *[719, 720], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 575)
+    ops.geomTransf('Linear', 576, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 712, *[720, 721], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 576)
+    ops.geomTransf('Linear', 577, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 713, *[721, 377], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 577)
+    ops.geomTransf('Linear', 578, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 714, *[722, 723], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 578)
+    ops.geomTransf('Linear', 579, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 715, *[723, 724], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 579)
+    ops.geomTransf('Linear', 580, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 716, *[724, 725], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 580)
+    ops.geomTransf('Linear', 581, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 717, *[725, 378], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 581)
+    ops.geomTransf('Linear', 582, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 718, *[726, 727], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 582)
+    ops.geomTransf('Linear', 583, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 719, *[727, 728], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 583)
+    ops.geomTransf('Linear', 584, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 720, *[728, 729], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 584)
+    ops.geomTransf('Linear', 585, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 721, *[729, 379], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 585)
+    ops.geomTransf('Linear', 586, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 722, *[730, 731], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 586)
+    ops.geomTransf('Linear', 587, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 723, *[731, 732], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 587)
+    ops.geomTransf('Linear', 588, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 724, *[732, 733], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 588)
+    ops.geomTransf('Linear', 589, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 725, *[733, 380], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 589)
+    ops.geomTransf('Linear', 590, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 726, *[734, 735], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 590)
+    ops.geomTransf('Linear', 591, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 727, *[735, 736], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 591)
+    ops.geomTransf('Linear', 592, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 728, *[736, 737], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 592)
+    ops.geomTransf('Linear', 593, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 729, *[737, 381], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 593)
+    ops.geomTransf('Linear', 594, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 730, *[738, 739], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 594)
+    ops.geomTransf('Linear', 595, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 731, *[739, 740], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 595)
+    ops.geomTransf('Linear', 596, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 732, *[740, 741], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 596)
+    ops.geomTransf('Linear', 597, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 733, *[741, 382], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 597)
+    ops.geomTransf('Linear', 598, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 734, *[742, 743], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 598)
+    ops.geomTransf('Linear', 599, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 735, *[743, 744], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 599)
+    ops.geomTransf('Linear', 600, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 736, *[744, 745], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 600)
+    ops.geomTransf('Linear', 601, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 737, *[745, 383], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 601)
+    ops.geomTransf('Linear', 602, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 738, *[746, 747], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 602)
+    ops.geomTransf('Linear', 603, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 739, *[747, 748], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 603)
+    ops.geomTransf('Linear', 604, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 740, *[748, 749], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 604)
+    ops.geomTransf('Linear', 605, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 741, *[749, 384], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 605)
+    ops.geomTransf('Linear', 606, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 742, *[750, 751], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 606)
+    ops.geomTransf('Linear', 607, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 743, *[751, 752], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 607)
+    ops.geomTransf('Linear', 608, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 744, *[752, 753], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 608)
+    ops.geomTransf('Linear', 609, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 745, *[753, 385], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 609)
+    ops.geomTransf('Linear', 610, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 746, *[754, 755], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 610)
+    ops.geomTransf('Linear', 611, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 747, *[755, 756], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 611)
+    ops.geomTransf('Linear', 612, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 748, *[756, 757], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 612)
+    ops.geomTransf('Linear', 613, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 749, *[757, 386], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 613)
+    ops.geomTransf('Linear', 614, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 750, *[758, 759], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 614)
+    ops.geomTransf('Linear', 615, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 751, *[759, 760], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 615)
+    ops.geomTransf('Linear', 616, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 752, *[760, 761], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 616)
+    ops.geomTransf('Linear', 617, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 753, *[761, 387], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 617)
+    ops.geomTransf('Linear', 618, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 754, *[762, 763], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 618)
+    ops.geomTransf('Linear', 619, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 755, *[763, 764], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 619)
+    ops.geomTransf('Linear', 620, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 756, *[764, 765], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 620)
+    ops.geomTransf('Linear', 621, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 757, *[765, 389], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 621)
+    ops.geomTransf('Linear', 622, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 758, *[766, 767], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 622)
+    ops.geomTransf('Linear', 623, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 759, *[767, 768], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 623)
+    ops.geomTransf('Linear', 624, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 760, *[768, 769], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 624)
+    ops.geomTransf('Linear', 625, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 761, *[769, 390], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 625)
+    ops.geomTransf('Linear', 626, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 762, *[770, 771], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 626)
+    ops.geomTransf('Linear', 627, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 763, *[771, 772], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 627)
+    ops.geomTransf('Linear', 628, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 764, *[772, 773], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 628)
+    ops.geomTransf('Linear', 629, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 765, *[773, 391], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 629)
+    ops.geomTransf('Linear', 630, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 766, *[774, 775], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 630)
+    ops.geomTransf('Linear', 631, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 767, *[775, 776], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 631)
+    ops.geomTransf('Linear', 632, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 768, *[776, 777], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 632)
+    ops.geomTransf('Linear', 633, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 769, *[777, 392], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 633)
+    ops.geomTransf('Linear', 634, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 770, *[778, 779], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 634)
+    ops.geomTransf('Linear', 635, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 771, *[779, 780], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 635)
+    ops.geomTransf('Linear', 636, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 772, *[780, 781], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 636)
+    ops.geomTransf('Linear', 637, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 773, *[781, 393], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 637)
+    ops.geomTransf('Linear', 638, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 774, *[782, 783], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 638)
+    ops.geomTransf('Linear', 639, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 775, *[783, 784], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 639)
+    ops.geomTransf('Linear', 640, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 776, *[784, 785], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 640)
+    ops.geomTransf('Linear', 641, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 777, *[785, 394], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 641)
+    ops.geomTransf('Linear', 642, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 778, *[786, 787], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 642)
+    ops.geomTransf('Linear', 643, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 779, *[787, 788], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 643)
+    ops.geomTransf('Linear', 644, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 780, *[788, 789], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 644)
+    ops.geomTransf('Linear', 645, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 781, *[789, 395], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 645)
+    ops.geomTransf('Linear', 646, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 782, *[790, 791], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 646)
+    ops.geomTransf('Linear', 647, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 783, *[791, 792], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 647)
+    ops.geomTransf('Linear', 648, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 784, *[792, 793], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 648)
+    ops.geomTransf('Linear', 649, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 785, *[793, 396], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 649)
+    ops.geomTransf('Linear', 650, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 786, *[794, 795], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 650)
+    ops.geomTransf('Linear', 651, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 787, *[795, 796], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 651)
+    ops.geomTransf('Linear', 652, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 788, *[796, 797], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 652)
+    ops.geomTransf('Linear', 653, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 789, *[797, 397], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 653)
+    ops.geomTransf('Linear', 654, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 790, *[798, 799], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 654)
+    ops.geomTransf('Linear', 655, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 791, *[799, 800], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 655)
+    ops.geomTransf('Linear', 656, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 792, *[800, 801], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 656)
+    ops.geomTransf('Linear', 657, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 793, *[801, 398], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 657)
+    ops.geomTransf('Linear', 658, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 794, *[802, 803], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 658)
+    ops.geomTransf('Linear', 659, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 795, *[803, 804], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 659)
+    ops.geomTransf('Linear', 660, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 796, *[804, 805], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 660)
+    ops.geomTransf('Linear', 661, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 797, *[805, 399], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 661)
+    ops.geomTransf('Linear', 662, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 798, *[806, 807], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 662)
+    ops.geomTransf('Linear', 663, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 799, *[807, 808], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 663)
+    ops.geomTransf('Linear', 664, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 800, *[808, 809], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 664)
+    ops.geomTransf('Linear', 665, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 801, *[809, 400], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 665)
+    ops.geomTransf('Linear', 666, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 802, *[810, 811], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 666)
+    ops.geomTransf('Linear', 667, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 803, *[811, 812], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 667)
+    ops.geomTransf('Linear', 668, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 804, *[812, 813], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 668)
+    ops.geomTransf('Linear', 669, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 805, *[813, 401], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 669)
+    ops.geomTransf('Linear', 670, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 806, *[814, 815], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 670)
+    ops.geomTransf('Linear', 671, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 807, *[815, 816], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 671)
+    ops.geomTransf('Linear', 672, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 808, *[816, 817], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 672)
+    ops.geomTransf('Linear', 673, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 809, *[817, 402], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 673)
+    ops.geomTransf('Linear', 674, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 810, *[818, 819], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 674)
+    ops.geomTransf('Linear', 675, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 811, *[819, 820], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 675)
+    ops.geomTransf('Linear', 676, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 812, *[820, 821], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 676)
+    ops.geomTransf('Linear', 677, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 813, *[821, 403], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 677)
+    ops.geomTransf('Linear', 678, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 814, *[822, 823], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 678)
+    ops.geomTransf('Linear', 679, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 815, *[823, 824], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 679)
+    ops.geomTransf('Linear', 680, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 816, *[824, 825], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 680)
+    ops.geomTransf('Linear', 681, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 817, *[825, 404], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 681)
+    ops.geomTransf('Linear', 682, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 818, *[826, 827], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 682)
+    ops.geomTransf('Linear', 683, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 819, *[827, 828], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 683)
+    ops.geomTransf('Linear', 684, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 820, *[828, 829], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 684)
+    ops.geomTransf('Linear', 685, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 821, *[829, 405], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 685)
+    ops.geomTransf('Linear', 686, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 822, *[830, 831], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 686)
+    ops.geomTransf('Linear', 687, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 823, *[831, 832], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 687)
+    ops.geomTransf('Linear', 688, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 824, *[832, 833], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 688)
+    ops.geomTransf('Linear', 689, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 825, *[833, 407], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 689)
+    ops.geomTransf('Linear', 690, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 826, *[834, 835], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 690)
+    ops.geomTransf('Linear', 691, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 827, *[835, 836], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 691)
+    ops.geomTransf('Linear', 692, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 828, *[836, 837], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 692)
+    ops.geomTransf('Linear', 693, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 829, *[837, 408], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 693)
+    ops.geomTransf('Linear', 694, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 830, *[838, 839], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 694)
+    ops.geomTransf('Linear', 695, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 831, *[839, 840], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 695)
+    ops.geomTransf('Linear', 696, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 832, *[840, 841], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 696)
+    ops.geomTransf('Linear', 697, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 833, *[841, 409], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 697)
+    ops.geomTransf('Linear', 698, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 834, *[842, 843], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 698)
+    ops.geomTransf('Linear', 699, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 835, *[843, 844], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 699)
+    ops.geomTransf('Linear', 700, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 836, *[844, 845], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 700)
+    ops.geomTransf('Linear', 701, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 837, *[845, 410], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 701)
+    ops.geomTransf('Linear', 702, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 838, *[846, 847], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 702)
+    ops.geomTransf('Linear', 703, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 839, *[847, 848], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 703)
+    ops.geomTransf('Linear', 704, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 840, *[848, 849], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 704)
+    ops.geomTransf('Linear', 705, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 841, *[849, 411], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 705)
+    ops.geomTransf('Linear', 706, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 842, *[850, 851], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 706)
+    ops.geomTransf('Linear', 707, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 843, *[851, 852], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 707)
+    ops.geomTransf('Linear', 708, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 844, *[852, 853], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 708)
+    ops.geomTransf('Linear', 709, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 845, *[853, 412], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 709)
+    ops.geomTransf('Linear', 710, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 846, *[854, 855], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 710)
+    ops.geomTransf('Linear', 711, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 847, *[855, 856], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 711)
+    ops.geomTransf('Linear', 712, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 848, *[856, 857], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 712)
+    ops.geomTransf('Linear', 713, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 849, *[857, 413], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 713)
+    ops.geomTransf('Linear', 714, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 850, *[858, 859], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 714)
+    ops.geomTransf('Linear', 715, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 851, *[859, 860], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 715)
+    ops.geomTransf('Linear', 716, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 852, *[860, 861], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 716)
+    ops.geomTransf('Linear', 717, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 853, *[861, 414], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 717)
+    ops.geomTransf('Linear', 718, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 854, *[862, 863], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 718)
+    ops.geomTransf('Linear', 719, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 855, *[863, 864], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 719)
+    ops.geomTransf('Linear', 720, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 856, *[864, 865], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 720)
+    ops.geomTransf('Linear', 721, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 857, *[865, 415], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 721)
+    ops.geomTransf('Linear', 722, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 858, *[866, 867], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 722)
+    ops.geomTransf('Linear', 723, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 859, *[867, 868], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 723)
+    ops.geomTransf('Linear', 724, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 860, *[868, 869], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 724)
+    ops.geomTransf('Linear', 725, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 861, *[869, 416], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 725)
+    ops.geomTransf('Linear', 726, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 862, *[870, 871], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 726)
+    ops.geomTransf('Linear', 727, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 863, *[871, 872], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 727)
+    ops.geomTransf('Linear', 728, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 864, *[872, 873], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 728)
+    ops.geomTransf('Linear', 729, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 865, *[873, 417], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 729)
+    ops.geomTransf('Linear', 730, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 866, *[874, 875], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 730)
+    ops.geomTransf('Linear', 731, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 867, *[875, 876], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 731)
+    ops.geomTransf('Linear', 732, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 868, *[876, 877], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 732)
+    ops.geomTransf('Linear', 733, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 869, *[877, 418], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 733)
+    ops.geomTransf('Linear', 734, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 870, *[878, 879], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 734)
+    ops.geomTransf('Linear', 735, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 871, *[879, 880], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 735)
+    ops.geomTransf('Linear', 736, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 872, *[880, 881], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 736)
+    ops.geomTransf('Linear', 737, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 873, *[881, 419], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 737)
+    ops.geomTransf('Linear', 738, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 874, *[882, 883], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 738)
+    ops.geomTransf('Linear', 739, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 875, *[883, 884], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 739)
+    ops.geomTransf('Linear', 740, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 876, *[884, 885], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 740)
+    ops.geomTransf('Linear', 741, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 877, *[885, 420], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 741)
+    ops.geomTransf('Linear', 742, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 878, *[886, 887], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 742)
+    ops.geomTransf('Linear', 743, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 879, *[887, 888], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 743)
+    ops.geomTransf('Linear', 744, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 880, *[888, 889], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 744)
+    ops.geomTransf('Linear', 745, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 881, *[889, 421], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 745)
+    ops.geomTransf('Linear', 746, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 882, *[890, 891], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 746)
+    ops.geomTransf('Linear', 747, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 883, *[891, 892], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 747)
+    ops.geomTransf('Linear', 748, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 884, *[892, 893], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 748)
+    ops.geomTransf('Linear', 749, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 885, *[893, 422], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 749)
+    ops.geomTransf('Linear', 750, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 886, *[894, 895], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 750)
+    ops.geomTransf('Linear', 751, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 887, *[895, 896], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 751)
+    ops.geomTransf('Linear', 752, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 888, *[896, 897], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 752)
+    ops.geomTransf('Linear', 753, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 889, *[897, 423], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 753)
+    ops.geomTransf('Linear', 754, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 890, *[898, 899], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 754)
+    ops.geomTransf('Linear', 755, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 891, *[899, 900], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 755)
+    ops.geomTransf('Linear', 756, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 892, *[900, 901], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 756)
+    ops.geomTransf('Linear', 757, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 893, *[901, 425], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 757)
+    ops.geomTransf('Linear', 758, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 894, *[902, 903], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 758)
+    ops.geomTransf('Linear', 759, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 895, *[903, 904], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 759)
+    ops.geomTransf('Linear', 760, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 896, *[904, 905], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 760)
+    ops.geomTransf('Linear', 761, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 897, *[905, 426], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 761)
+    ops.geomTransf('Linear', 762, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 898, *[906, 907], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 762)
+    ops.geomTransf('Linear', 763, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 899, *[907, 908], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 763)
+    ops.geomTransf('Linear', 764, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 900, *[908, 909], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 764)
+    ops.geomTransf('Linear', 765, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 901, *[909, 427], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 765)
+    ops.geomTransf('Linear', 766, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 902, *[910, 911], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 766)
+    ops.geomTransf('Linear', 767, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 903, *[911, 912], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 767)
+    ops.geomTransf('Linear', 768, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 904, *[912, 913], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 768)
+    ops.geomTransf('Linear', 769, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 905, *[913, 428], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 769)
+    ops.geomTransf('Linear', 770, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 906, *[914, 915], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 770)
+    ops.geomTransf('Linear', 771, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 907, *[915, 916], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 771)
+    ops.geomTransf('Linear', 772, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 908, *[916, 917], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 772)
+    ops.geomTransf('Linear', 773, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 909, *[917, 429], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 773)
+    ops.geomTransf('Linear', 774, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 910, *[918, 919], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 774)
+    ops.geomTransf('Linear', 775, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 911, *[919, 920], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 775)
+    ops.geomTransf('Linear', 776, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 912, *[920, 921], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 776)
+    ops.geomTransf('Linear', 777, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 913, *[921, 430], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 777)
+    ops.geomTransf('Linear', 778, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 914, *[922, 923], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 778)
+    ops.geomTransf('Linear', 779, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 915, *[923, 924], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 779)
+    ops.geomTransf('Linear', 780, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 916, *[924, 925], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 780)
+    ops.geomTransf('Linear', 781, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 917, *[925, 431], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 781)
+    ops.geomTransf('Linear', 782, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 918, *[926, 927], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 782)
+    ops.geomTransf('Linear', 783, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 919, *[927, 928], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 783)
+    ops.geomTransf('Linear', 784, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 920, *[928, 929], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 784)
+    ops.geomTransf('Linear', 785, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 921, *[929, 432], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 785)
+    ops.geomTransf('Linear', 786, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 922, *[930, 931], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 786)
+    ops.geomTransf('Linear', 787, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 923, *[931, 932], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 787)
+    ops.geomTransf('Linear', 788, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 924, *[932, 933], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 788)
+    ops.geomTransf('Linear', 789, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 925, *[933, 433], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 789)
+    ops.geomTransf('Linear', 790, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 926, *[934, 935], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 790)
+    ops.geomTransf('Linear', 791, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 927, *[935, 936], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 791)
+    ops.geomTransf('Linear', 792, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 928, *[936, 937], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 792)
+    ops.geomTransf('Linear', 793, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 929, *[937, 434], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 793)
+    ops.geomTransf('Linear', 794, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 930, *[938, 939], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 794)
+    ops.geomTransf('Linear', 795, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 931, *[939, 940], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 795)
+    ops.geomTransf('Linear', 796, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 932, *[940, 941], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 796)
+    ops.geomTransf('Linear', 797, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 933, *[941, 435], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 797)
+    ops.geomTransf('Linear', 798, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 934, *[942, 943], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 798)
+    ops.geomTransf('Linear', 799, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 935, *[943, 944], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 799)
+    ops.geomTransf('Linear', 800, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 936, *[944, 945], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 800)
+    ops.geomTransf('Linear', 801, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 937, *[945, 436], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 801)
+    ops.geomTransf('Linear', 802, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 938, *[946, 947], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 802)
+    ops.geomTransf('Linear', 803, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 939, *[947, 948], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 803)
+    ops.geomTransf('Linear', 804, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 940, *[948, 949], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 804)
+    ops.geomTransf('Linear', 805, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 941, *[949, 437], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 805)
+    ops.geomTransf('Linear', 806, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 942, *[950, 951], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 806)
+    ops.geomTransf('Linear', 807, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 943, *[951, 952], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 807)
+    ops.geomTransf('Linear', 808, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 944, *[952, 953], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 808)
+    ops.geomTransf('Linear', 809, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 945, *[953, 438], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 809)
+    ops.geomTransf('Linear', 810, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 946, *[954, 955], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 810)
+    ops.geomTransf('Linear', 811, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 947, *[955, 956], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 811)
+    ops.geomTransf('Linear', 812, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 948, *[956, 957], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 812)
+    ops.geomTransf('Linear', 813, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 949, *[957, 439], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 813)
+    ops.geomTransf('Linear', 814, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 950, *[958, 959], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 814)
+    ops.geomTransf('Linear', 815, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 951, *[959, 960], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 815)
+    ops.geomTransf('Linear', 816, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 952, *[960, 961], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 816)
+    ops.geomTransf('Linear', 817, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 953, *[961, 440], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 817)
+    ops.geomTransf('Linear', 818, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 954, *[962, 963], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 818)
+    ops.geomTransf('Linear', 819, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 955, *[963, 964], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 819)
+    ops.geomTransf('Linear', 820, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 956, *[964, 965], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 820)
+    ops.geomTransf('Linear', 821, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 957, *[965, 441], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 821)
+    ops.geomTransf('Linear', 822, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 958, *[966, 967], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 822)
+    ops.geomTransf('Linear', 823, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 959, *[967, 968], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 823)
+    ops.geomTransf('Linear', 824, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 960, *[968, 969], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 824)
+    ops.geomTransf('Linear', 825, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 961, *[969, 443], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 825)
+    ops.geomTransf('Linear', 826, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 962, *[970, 971], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 826)
+    ops.geomTransf('Linear', 827, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 963, *[971, 972], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 827)
+    ops.geomTransf('Linear', 828, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 964, *[972, 973], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 828)
+    ops.geomTransf('Linear', 829, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 965, *[973, 444], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 829)
+    ops.geomTransf('Linear', 830, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 966, *[974, 975], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 830)
+    ops.geomTransf('Linear', 831, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 967, *[975, 976], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 831)
+    ops.geomTransf('Linear', 832, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 968, *[976, 977], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 832)
+    ops.geomTransf('Linear', 833, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 969, *[977, 445], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 833)
+    ops.geomTransf('Linear', 834, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 970, *[978, 979], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 834)
+    ops.geomTransf('Linear', 835, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 971, *[979, 980], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 835)
+    ops.geomTransf('Linear', 836, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 972, *[980, 981], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 836)
+    ops.geomTransf('Linear', 837, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 973, *[981, 446], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 837)
+    ops.geomTransf('Linear', 838, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 974, *[982, 983], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 838)
+    ops.geomTransf('Linear', 839, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 975, *[983, 984], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 839)
+    ops.geomTransf('Linear', 840, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 976, *[984, 985], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 840)
+    ops.geomTransf('Linear', 841, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 977, *[985, 447], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 841)
+    ops.geomTransf('Linear', 842, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 978, *[986, 987], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 842)
+    ops.geomTransf('Linear', 843, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 979, *[987, 988], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 843)
+    ops.geomTransf('Linear', 844, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 980, *[988, 989], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 844)
+    ops.geomTransf('Linear', 845, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 981, *[989, 448], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 845)
+    ops.geomTransf('Linear', 846, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 982, *[990, 991], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 846)
+    ops.geomTransf('Linear', 847, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 983, *[991, 992], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 847)
+    ops.geomTransf('Linear', 848, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 984, *[992, 993], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 848)
+    ops.geomTransf('Linear', 849, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 985, *[993, 449], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 849)
+    ops.geomTransf('Linear', 850, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 986, *[994, 995], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 850)
+    ops.geomTransf('Linear', 851, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 987, *[995, 996], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 851)
+    ops.geomTransf('Linear', 852, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 988, *[996, 997], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 852)
+    ops.geomTransf('Linear', 853, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 989, *[997, 450], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 853)
+    ops.geomTransf('Linear', 854, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 990, *[998, 999], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 854)
+    ops.geomTransf('Linear', 855, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 991, *[999, 1000], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 855)
+    ops.geomTransf('Linear', 856, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 992, *[1000, 1001], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 856)
+    ops.geomTransf('Linear', 857, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 993, *[1001, 451], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 857)
+    ops.geomTransf('Linear', 858, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 994, *[1002, 1003], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 858)
+    ops.geomTransf('Linear', 859, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 995, *[1003, 1004], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 859)
+    ops.geomTransf('Linear', 860, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 996, *[1004, 1005], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 860)
+    ops.geomTransf('Linear', 861, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 997, *[1005, 452], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 861)
+    ops.geomTransf('Linear', 862, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 998, *[1006, 1007], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 862)
+    ops.geomTransf('Linear', 863, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 999, *[1007, 1008], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 863)
+    ops.geomTransf('Linear', 864, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1000, *[1008, 1009], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 864)
+    ops.geomTransf('Linear', 865, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1001, *[1009, 453], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 865)
+    ops.geomTransf('Linear', 866, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1002, *[1010, 1011], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 866)
+    ops.geomTransf('Linear', 867, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1003, *[1011, 1012], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 867)
+    ops.geomTransf('Linear', 868, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1004, *[1012, 1013], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 868)
+    ops.geomTransf('Linear', 869, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1005, *[1013, 454], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 869)
+    ops.geomTransf('Linear', 870, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1006, *[1014, 1015], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 870)
+    ops.geomTransf('Linear', 871, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1007, *[1015, 1016], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 871)
+    ops.geomTransf('Linear', 872, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1008, *[1016, 1017], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 872)
+    ops.geomTransf('Linear', 873, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1009, *[1017, 455], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 873)
+    ops.geomTransf('Linear', 874, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1010, *[1018, 1019], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 874)
+    ops.geomTransf('Linear', 875, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1011, *[1019, 1020], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 875)
+    ops.geomTransf('Linear', 876, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1012, *[1020, 1021], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 876)
+    ops.geomTransf('Linear', 877, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1013, *[1021, 456], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 877)
+    ops.geomTransf('Linear', 878, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1014, *[1022, 1023], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 878)
+    ops.geomTransf('Linear', 879, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1015, *[1023, 1024], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 879)
+    ops.geomTransf('Linear', 880, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1016, *[1024, 1025], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 880)
+    ops.geomTransf('Linear', 881, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1017, *[1025, 457], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 881)
+    ops.geomTransf('Linear', 882, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1018, *[1026, 1027], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 882)
+    ops.geomTransf('Linear', 883, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1019, *[1027, 1028], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 883)
+    ops.geomTransf('Linear', 884, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1020, *[1028, 1029], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 884)
+    ops.geomTransf('Linear', 885, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1021, *[1029, 458], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 885)
+    ops.geomTransf('Linear', 886, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1022, *[1030, 1031], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 886)
+    ops.geomTransf('Linear', 887, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1023, *[1031, 1032], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 887)
+    ops.geomTransf('Linear', 888, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1024, *[1032, 1033], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 888)
+    ops.geomTransf('Linear', 889, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1025, *[1033, 459], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 889)
+    ops.geomTransf('Linear', 890, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1026, *[1034, 1035], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 890)
+    ops.geomTransf('Linear', 891, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1027, *[1035, 1036], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 891)
+    ops.geomTransf('Linear', 892, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1028, *[1036, 1037], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 892)
+    ops.geomTransf('Linear', 893, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1029, *[1037, 461], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 893)
+    ops.geomTransf('Linear', 894, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1030, *[1038, 1039], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 894)
+    ops.geomTransf('Linear', 895, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1031, *[1039, 1040], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 895)
+    ops.geomTransf('Linear', 896, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1032, *[1040, 1041], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 896)
+    ops.geomTransf('Linear', 897, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1033, *[1041, 462], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 897)
+    ops.geomTransf('Linear', 898, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1034, *[1042, 1043], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 898)
+    ops.geomTransf('Linear', 899, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1035, *[1043, 1044], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 899)
+    ops.geomTransf('Linear', 900, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1036, *[1044, 1045], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 900)
+    ops.geomTransf('Linear', 901, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1037, *[1045, 463], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 901)
+    ops.geomTransf('Linear', 902, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1038, *[1046, 1047], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 902)
+    ops.geomTransf('Linear', 903, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1039, *[1047, 1048], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 903)
+    ops.geomTransf('Linear', 904, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1040, *[1048, 1049], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 904)
+    ops.geomTransf('Linear', 905, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1041, *[1049, 464], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 905)
+    ops.geomTransf('Linear', 906, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1042, *[1050, 1051], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 906)
+    ops.geomTransf('Linear', 907, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1043, *[1051, 1052], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 907)
+    ops.geomTransf('Linear', 908, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1044, *[1052, 1053], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 908)
+    ops.geomTransf('Linear', 909, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1045, *[1053, 465], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 909)
+    ops.geomTransf('Linear', 910, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1046, *[1054, 1055], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 910)
+    ops.geomTransf('Linear', 911, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1047, *[1055, 1056], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 911)
+    ops.geomTransf('Linear', 912, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1048, *[1056, 1057], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 912)
+    ops.geomTransf('Linear', 913, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1049, *[1057, 466], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 913)
+    ops.geomTransf('Linear', 914, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1050, *[1058, 1059], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 914)
+    ops.geomTransf('Linear', 915, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1051, *[1059, 1060], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 915)
+    ops.geomTransf('Linear', 916, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1052, *[1060, 1061], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 916)
+    ops.geomTransf('Linear', 917, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1053, *[1061, 467], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 917)
+    ops.geomTransf('Linear', 918, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1054, *[1062, 1063], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 918)
+    ops.geomTransf('Linear', 919, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1055, *[1063, 1064], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 919)
+    ops.geomTransf('Linear', 920, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1056, *[1064, 1065], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 920)
+    ops.geomTransf('Linear', 921, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1057, *[1065, 468], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 921)
+    ops.geomTransf('Linear', 922, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1058, *[1066, 1067], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 922)
+    ops.geomTransf('Linear', 923, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1059, *[1067, 1068], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 923)
+    ops.geomTransf('Linear', 924, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1060, *[1068, 1069], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 924)
+    ops.geomTransf('Linear', 925, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1061, *[1069, 469], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 925)
+    ops.geomTransf('Linear', 926, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1062, *[1070, 1071], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 926)
+    ops.geomTransf('Linear', 927, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1063, *[1071, 1072], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 927)
+    ops.geomTransf('Linear', 928, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1064, *[1072, 1073], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 928)
+    ops.geomTransf('Linear', 929, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1065, *[1073, 470], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 929)
+    ops.geomTransf('Linear', 930, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1066, *[1074, 1075], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 930)
+    ops.geomTransf('Linear', 931, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1067, *[1075, 1076], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 931)
+    ops.geomTransf('Linear', 932, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1068, *[1076, 1077], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 932)
+    ops.geomTransf('Linear', 933, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1069, *[1077, 471], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 933)
+    ops.geomTransf('Linear', 934, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1070, *[1078, 1079], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 934)
+    ops.geomTransf('Linear', 935, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1071, *[1079, 1080], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 935)
+    ops.geomTransf('Linear', 936, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1072, *[1080, 1081], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 936)
+    ops.geomTransf('Linear', 937, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1073, *[1081, 472], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 937)
+    ops.geomTransf('Linear', 938, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1074, *[1082, 1083], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 938)
+    ops.geomTransf('Linear', 939, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1075, *[1083, 1084], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 939)
+    ops.geomTransf('Linear', 940, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1076, *[1084, 1085], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 940)
+    ops.geomTransf('Linear', 941, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1077, *[1085, 473], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 941)
+    ops.geomTransf('Linear', 942, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1078, *[1086, 1087], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 942)
+    ops.geomTransf('Linear', 943, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1079, *[1087, 1088], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 943)
+    ops.geomTransf('Linear', 944, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1080, *[1088, 1089], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 944)
+    ops.geomTransf('Linear', 945, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1081, *[1089, 474], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 945)
+    ops.geomTransf('Linear', 946, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1082, *[1090, 1091], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 946)
+    ops.geomTransf('Linear', 947, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1083, *[1091, 1092], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 947)
+    ops.geomTransf('Linear', 948, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1084, *[1092, 1093], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 948)
+    ops.geomTransf('Linear', 949, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1085, *[1093, 475], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 949)
+    ops.geomTransf('Linear', 950, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1086, *[1094, 1095], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 950)
+    ops.geomTransf('Linear', 951, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1087, *[1095, 1096], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 951)
+    ops.geomTransf('Linear', 952, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1088, *[1096, 1097], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 952)
+    ops.geomTransf('Linear', 953, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1089, *[1097, 476], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 953)
+    ops.geomTransf('Linear', 954, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1090, *[1098, 1099], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 954)
+    ops.geomTransf('Linear', 955, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1091, *[1099, 1100], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 955)
+    ops.geomTransf('Linear', 956, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1092, *[1100, 1101], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 956)
+    ops.geomTransf('Linear', 957, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1093, *[1101, 477], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 957)
+    ops.geomTransf('Linear', 958, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1094, *[1102, 1103], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 958)
+    ops.geomTransf('Linear', 959, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1095, *[1103, 1104], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 959)
+    ops.geomTransf('Linear', 960, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1096, *[1104, 1105], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 960)
+    ops.geomTransf('Linear', 961, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1097, *[1105, 479], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 961)
+    ops.geomTransf('Linear', 962, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1098, *[1106, 1107], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 962)
+    ops.geomTransf('Linear', 963, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1099, *[1107, 1108], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 963)
+    ops.geomTransf('Linear', 964, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1100, *[1108, 1109], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 964)
+    ops.geomTransf('Linear', 965, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1101, *[1109, 480], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 965)
+    ops.geomTransf('Linear', 966, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1102, *[1110, 1111], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 966)
+    ops.geomTransf('Linear', 967, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1103, *[1111, 1112], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 967)
+    ops.geomTransf('Linear', 968, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1104, *[1112, 1113], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 968)
+    ops.geomTransf('Linear', 969, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1105, *[1113, 481], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 969)
+    ops.geomTransf('Linear', 970, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1106, *[1114, 1115], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 970)
+    ops.geomTransf('Linear', 971, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1107, *[1115, 1116], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 971)
+    ops.geomTransf('Linear', 972, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1108, *[1116, 1117], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 972)
+    ops.geomTransf('Linear', 973, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1109, *[1117, 482], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 973)
+    ops.geomTransf('Linear', 974, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1110, *[1118, 1119], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 974)
+    ops.geomTransf('Linear', 975, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1111, *[1119, 1120], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 975)
+    ops.geomTransf('Linear', 976, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1112, *[1120, 1121], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 976)
+    ops.geomTransf('Linear', 977, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1113, *[1121, 483], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 977)
+    ops.geomTransf('Linear', 978, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1114, *[1122, 1123], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 978)
+    ops.geomTransf('Linear', 979, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1115, *[1123, 1124], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 979)
+    ops.geomTransf('Linear', 980, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1116, *[1124, 1125], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 980)
+    ops.geomTransf('Linear', 981, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1117, *[1125, 484], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 981)
+    ops.geomTransf('Linear', 982, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1118, *[1126, 1127], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 982)
+    ops.geomTransf('Linear', 983, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1119, *[1127, 1128], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 983)
+    ops.geomTransf('Linear', 984, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1120, *[1128, 1129], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 984)
+    ops.geomTransf('Linear', 985, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1121, *[1129, 485], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 985)
+    ops.geomTransf('Linear', 986, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1122, *[1130, 1131], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 986)
+    ops.geomTransf('Linear', 987, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1123, *[1131, 1132], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 987)
+    ops.geomTransf('Linear', 988, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1124, *[1132, 1133], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 988)
+    ops.geomTransf('Linear', 989, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1125, *[1133, 486], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 989)
+    ops.geomTransf('Linear', 990, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1126, *[1134, 1135], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 990)
+    ops.geomTransf('Linear', 991, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1127, *[1135, 1136], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 991)
+    ops.geomTransf('Linear', 992, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1128, *[1136, 1137], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 992)
+    ops.geomTransf('Linear', 993, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1129, *[1137, 487], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 993)
+    ops.geomTransf('Linear', 994, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1130, *[1138, 1139], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 994)
+    ops.geomTransf('Linear', 995, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1131, *[1139, 1140], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 995)
+    ops.geomTransf('Linear', 996, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1132, *[1140, 1141], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 996)
+    ops.geomTransf('Linear', 997, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1133, *[1141, 488], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 997)
+    ops.geomTransf('Linear', 998, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1134, *[1142, 1143], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 998)
+    ops.geomTransf('Linear', 999, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1135, *[1143, 1144], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 999)
+    ops.geomTransf('Linear', 1000, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1136, *[1144, 1145], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1000)
+    ops.geomTransf('Linear', 1001, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1137, *[1145, 489], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1001)
+    ops.geomTransf('Linear', 1002, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1138, *[1146, 1147], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1002)
+    ops.geomTransf('Linear', 1003, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1139, *[1147, 1148], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1003)
+    ops.geomTransf('Linear', 1004, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1140, *[1148, 1149], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1004)
+    ops.geomTransf('Linear', 1005, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1141, *[1149, 490], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1005)
+    ops.geomTransf('Linear', 1006, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1142, *[1150, 1151], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1006)
+    ops.geomTransf('Linear', 1007, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1143, *[1151, 1152], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1007)
+    ops.geomTransf('Linear', 1008, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1144, *[1152, 1153], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1008)
+    ops.geomTransf('Linear', 1009, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1145, *[1153, 491], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1009)
+    ops.geomTransf('Linear', 1010, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1146, *[1154, 1155], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1010)
+    ops.geomTransf('Linear', 1011, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1147, *[1155, 1156], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1011)
+    ops.geomTransf('Linear', 1012, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1148, *[1156, 1157], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1012)
+    ops.geomTransf('Linear', 1013, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1149, *[1157, 492], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1013)
+    ops.geomTransf('Linear', 1014, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1150, *[1158, 1159], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1014)
+    ops.geomTransf('Linear', 1015, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1151, *[1159, 1160], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1015)
+    ops.geomTransf('Linear', 1016, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1152, *[1160, 1161], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1016)
+    ops.geomTransf('Linear', 1017, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1153, *[1161, 493], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1017)
+    ops.geomTransf('Linear', 1018, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1154, *[1162, 1163], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1018)
+    ops.geomTransf('Linear', 1019, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1155, *[1163, 1164], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1019)
+    ops.geomTransf('Linear', 1020, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1156, *[1164, 1165], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1020)
+    ops.geomTransf('Linear', 1021, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1157, *[1165, 494], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1021)
+    ops.geomTransf('Linear', 1022, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1158, *[1166, 1167], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1022)
+    ops.geomTransf('Linear', 1023, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1159, *[1167, 1168], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1023)
+    ops.geomTransf('Linear', 1024, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1160, *[1168, 1169], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1024)
+    ops.geomTransf('Linear', 1025, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1161, *[1169, 495], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1025)
+    ops.geomTransf('Linear', 1026, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1162, *[1170, 1171], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1026)
+    ops.geomTransf('Linear', 1027, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1163, *[1171, 1172], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1027)
+    ops.geomTransf('Linear', 1028, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1164, *[1172, 1173], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1028)
+    ops.geomTransf('Linear', 1029, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1165, *[1173, 497], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1029)
+    ops.geomTransf('Linear', 1030, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1166, *[1174, 1175], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1030)
+    ops.geomTransf('Linear', 1031, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1167, *[1175, 1176], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1031)
+    ops.geomTransf('Linear', 1032, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1168, *[1176, 1177], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1032)
+    ops.geomTransf('Linear', 1033, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1169, *[1177, 498], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1033)
+    ops.geomTransf('Linear', 1034, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1170, *[1178, 1179], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1034)
+    ops.geomTransf('Linear', 1035, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1171, *[1179, 1180], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1035)
+    ops.geomTransf('Linear', 1036, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1172, *[1180, 1181], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1036)
+    ops.geomTransf('Linear', 1037, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1173, *[1181, 499], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1037)
+    ops.geomTransf('Linear', 1038, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1174, *[1182, 1183], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1038)
+    ops.geomTransf('Linear', 1039, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1175, *[1183, 1184], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1039)
+    ops.geomTransf('Linear', 1040, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1176, *[1184, 1185], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1040)
+    ops.geomTransf('Linear', 1041, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1177, *[1185, 500], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1041)
+    ops.geomTransf('Linear', 1042, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1178, *[1186, 1187], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1042)
+    ops.geomTransf('Linear', 1043, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1179, *[1187, 1188], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1043)
+    ops.geomTransf('Linear', 1044, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1180, *[1188, 1189], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1044)
+    ops.geomTransf('Linear', 1045, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1181, *[1189, 501], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1045)
+    ops.geomTransf('Linear', 1046, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1182, *[1190, 1191], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1046)
+    ops.geomTransf('Linear', 1047, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1183, *[1191, 1192], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1047)
+    ops.geomTransf('Linear', 1048, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1184, *[1192, 1193], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1048)
+    ops.geomTransf('Linear', 1049, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1185, *[1193, 502], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1049)
+    ops.geomTransf('Linear', 1050, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1186, *[1194, 1195], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1050)
+    ops.geomTransf('Linear', 1051, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1187, *[1195, 1196], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1051)
+    ops.geomTransf('Linear', 1052, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1188, *[1196, 1197], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1052)
+    ops.geomTransf('Linear', 1053, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1189, *[1197, 503], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1053)
+    ops.geomTransf('Linear', 1054, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1190, *[1198, 1199], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1054)
+    ops.geomTransf('Linear', 1055, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1191, *[1199, 1200], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1055)
+    ops.geomTransf('Linear', 1056, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1192, *[1200, 1201], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1056)
+    ops.geomTransf('Linear', 1057, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1193, *[1201, 504], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1057)
+    ops.geomTransf('Linear', 1058, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1194, *[1202, 1203], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1058)
+    ops.geomTransf('Linear', 1059, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1195, *[1203, 1204], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1059)
+    ops.geomTransf('Linear', 1060, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1196, *[1204, 1205], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1060)
+    ops.geomTransf('Linear', 1061, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1197, *[1205, 505], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1061)
+    ops.geomTransf('Linear', 1062, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1198, *[1206, 1207], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1062)
+    ops.geomTransf('Linear', 1063, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1199, *[1207, 1208], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1063)
+    ops.geomTransf('Linear', 1064, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1200, *[1208, 1209], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1064)
+    ops.geomTransf('Linear', 1065, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1201, *[1209, 506], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1065)
+    ops.geomTransf('Linear', 1066, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1202, *[1210, 1211], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1066)
+    ops.geomTransf('Linear', 1067, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1203, *[1211, 1212], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1067)
+    ops.geomTransf('Linear', 1068, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1204, *[1212, 1213], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1068)
+    ops.geomTransf('Linear', 1069, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1205, *[1213, 507], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1069)
+    ops.geomTransf('Linear', 1070, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1206, *[1214, 1215], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1070)
+    ops.geomTransf('Linear', 1071, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1207, *[1215, 1216], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1071)
+    ops.geomTransf('Linear', 1072, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1208, *[1216, 1217], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1072)
+    ops.geomTransf('Linear', 1073, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1209, *[1217, 508], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1073)
+    ops.geomTransf('Linear', 1074, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1210, *[1218, 1219], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1074)
+    ops.geomTransf('Linear', 1075, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1211, *[1219, 1220], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1075)
+    ops.geomTransf('Linear', 1076, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1212, *[1220, 1221], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1076)
+    ops.geomTransf('Linear', 1077, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1213, *[1221, 509], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1077)
+    ops.geomTransf('Linear', 1078, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1214, *[1222, 1223], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1078)
+    ops.geomTransf('Linear', 1079, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1215, *[1223, 1224], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1079)
+    ops.geomTransf('Linear', 1080, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1216, *[1224, 1225], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1080)
+    ops.geomTransf('Linear', 1081, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1217, *[1225, 510], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1081)
+    ops.geomTransf('Linear', 1082, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1218, *[1226, 1227], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1082)
+    ops.geomTransf('Linear', 1083, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1219, *[1227, 1228], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1083)
+    ops.geomTransf('Linear', 1084, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1220, *[1228, 1229], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1084)
+    ops.geomTransf('Linear', 1085, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1221, *[1229, 511], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1085)
+    ops.geomTransf('Linear', 1086, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1222, *[1230, 1231], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1086)
+    ops.geomTransf('Linear', 1087, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1223, *[1231, 1232], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1087)
+    ops.geomTransf('Linear', 1088, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1224, *[1232, 1233], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1088)
+    ops.geomTransf('Linear', 1089, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1225, *[1233, 512], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1089)
+    ops.geomTransf('Linear', 1090, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1226, *[1234, 1235], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1090)
+    ops.geomTransf('Linear', 1091, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1227, *[1235, 1236], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1091)
+    ops.geomTransf('Linear', 1092, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1228, *[1236, 1237], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1092)
+    ops.geomTransf('Linear', 1093, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1229, *[1237, 513], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1093)
+    ops.geomTransf('Linear', 1094, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1230, *[1238, 1239], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1094)
+    ops.geomTransf('Linear', 1095, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1231, *[1239, 1240], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1095)
+    ops.geomTransf('Linear', 1096, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1232, *[1240, 1241], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1096)
+    ops.geomTransf('Linear', 1097, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1233, *[1241, 515], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1097)
+    ops.geomTransf('Linear', 1098, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1234, *[1242, 1243], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1098)
+    ops.geomTransf('Linear', 1099, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1235, *[1243, 1244], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1099)
+    ops.geomTransf('Linear', 1100, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1236, *[1244, 1245], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1100)
+    ops.geomTransf('Linear', 1101, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1237, *[1245, 516], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1101)
+    ops.geomTransf('Linear', 1102, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1238, *[1246, 1247], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1102)
+    ops.geomTransf('Linear', 1103, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1239, *[1247, 1248], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1103)
+    ops.geomTransf('Linear', 1104, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1240, *[1248, 1249], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1104)
+    ops.geomTransf('Linear', 1105, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1241, *[1249, 517], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1105)
+    ops.geomTransf('Linear', 1106, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1242, *[1250, 1251], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1106)
+    ops.geomTransf('Linear', 1107, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1243, *[1251, 1252], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1107)
+    ops.geomTransf('Linear', 1108, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1244, *[1252, 1253], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1108)
+    ops.geomTransf('Linear', 1109, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1245, *[1253, 518], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1109)
+    ops.geomTransf('Linear', 1110, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1246, *[1254, 1255], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1110)
+    ops.geomTransf('Linear', 1111, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1247, *[1255, 1256], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1111)
+    ops.geomTransf('Linear', 1112, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1248, *[1256, 1257], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1112)
+    ops.geomTransf('Linear', 1113, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1249, *[1257, 519], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1113)
+    ops.geomTransf('Linear', 1114, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1250, *[1258, 1259], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1114)
+    ops.geomTransf('Linear', 1115, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1251, *[1259, 1260], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1115)
+    ops.geomTransf('Linear', 1116, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1252, *[1260, 1261], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1116)
+    ops.geomTransf('Linear', 1117, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1253, *[1261, 520], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1117)
+    ops.geomTransf('Linear', 1118, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1254, *[1262, 1263], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1118)
+    ops.geomTransf('Linear', 1119, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1255, *[1263, 1264], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1119)
+    ops.geomTransf('Linear', 1120, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1256, *[1264, 1265], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1120)
+    ops.geomTransf('Linear', 1121, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1257, *[1265, 521], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1121)
+    ops.geomTransf('Linear', 1122, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1258, *[1266, 1267], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1122)
+    ops.geomTransf('Linear', 1123, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1259, *[1267, 1268], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1123)
+    ops.geomTransf('Linear', 1124, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1260, *[1268, 1269], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1124)
+    ops.geomTransf('Linear', 1125, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1261, *[1269, 522], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1125)
+    ops.geomTransf('Linear', 1126, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1262, *[1270, 1271], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1126)
+    ops.geomTransf('Linear', 1127, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1263, *[1271, 1272], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1127)
+    ops.geomTransf('Linear', 1128, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1264, *[1272, 1273], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1128)
+    ops.geomTransf('Linear', 1129, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1265, *[1273, 523], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1129)
+    ops.geomTransf('Linear', 1130, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1266, *[1274, 1275], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1130)
+    ops.geomTransf('Linear', 1131, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1267, *[1275, 1276], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1131)
+    ops.geomTransf('Linear', 1132, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1268, *[1276, 1277], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1132)
+    ops.geomTransf('Linear', 1133, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1269, *[1277, 524], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1133)
+    ops.geomTransf('Linear', 1134, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1270, *[1278, 1279], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1134)
+    ops.geomTransf('Linear', 1135, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1271, *[1279, 1280], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1135)
+    ops.geomTransf('Linear', 1136, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1272, *[1280, 1281], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1136)
+    ops.geomTransf('Linear', 1137, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1273, *[1281, 525], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1137)
+    ops.geomTransf('Linear', 1138, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1274, *[1282, 1283], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1138)
+    ops.geomTransf('Linear', 1139, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1275, *[1283, 1284], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1139)
+    ops.geomTransf('Linear', 1140, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1276, *[1284, 1285], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1140)
+    ops.geomTransf('Linear', 1141, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1277, *[1285, 526], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1141)
+    ops.geomTransf('Linear', 1142, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1278, *[1286, 1287], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1142)
+    ops.geomTransf('Linear', 1143, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1279, *[1287, 1288], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1143)
+    ops.geomTransf('Linear', 1144, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1280, *[1288, 1289], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1144)
+    ops.geomTransf('Linear', 1145, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1281, *[1289, 527], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1145)
+    ops.geomTransf('Linear', 1146, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1282, *[1290, 1291], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1146)
+    ops.geomTransf('Linear', 1147, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1283, *[1291, 1292], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1147)
+    ops.geomTransf('Linear', 1148, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1284, *[1292, 1293], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1148)
+    ops.geomTransf('Linear', 1149, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1285, *[1293, 528], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1149)
+    ops.geomTransf('Linear', 1150, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1286, *[1294, 1295], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1150)
+    ops.geomTransf('Linear', 1151, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1287, *[1295, 1296], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1151)
+    ops.geomTransf('Linear', 1152, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1288, *[1296, 1297], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1152)
+    ops.geomTransf('Linear', 1153, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1289, *[1297, 529], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1153)
+    ops.geomTransf('Linear', 1154, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1290, *[1298, 1299], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1154)
+    ops.geomTransf('Linear', 1155, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1291, *[1299, 1300], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1155)
+    ops.geomTransf('Linear', 1156, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1292, *[1300, 1301], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1156)
+    ops.geomTransf('Linear', 1157, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1293, *[1301, 530], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1157)
+    ops.geomTransf('Linear', 1158, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1294, *[1302, 1303], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1158)
+    ops.geomTransf('Linear', 1159, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1295, *[1303, 1304], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1159)
+    ops.geomTransf('Linear', 1160, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1296, *[1304, 1305], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1160)
+    ops.geomTransf('Linear', 1161, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 1297, *[1305, 531], SecProps[6].A, MatProps[1].E, MatProps[1].G, SecProps[6].Ixx, SecProps[6].Iyy, SecProps[6].Izz, 1161)
+
+    # Fix the node.
+    ops.fix(1, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2, *[1, 1, 1, 1, 1, 1])
+    ops.fix(3, *[1, 1, 1, 1, 1, 1])
+    ops.fix(4, *[1, 1, 1, 1, 1, 1])
+    ops.fix(5, *[1, 1, 1, 1, 1, 1])
+    ops.fix(6, *[1, 1, 1, 1, 1, 1])
+    ops.fix(7, *[1, 1, 1, 1, 1, 1])
+    ops.fix(8, *[1, 1, 1, 1, 1, 1])
+
+
+    # ElasLink element.
+
+
+    # Elastic Link element when fix.
+    # Rigid material.
+
+    ops.uniaxialMaterial('Elastic', 1, 100000000.0)
+    ops.element('twoNodeLink', 1298, *[154, 370], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1299, *[155, 371], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1300, *[156, 372], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1301, *[157, 373], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1302, *[158, 374], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1303, *[159, 375], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1304, *[160, 376], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1305, *[161, 377], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1306, *[162, 378], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1307, *[163, 379], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1308, *[164, 380], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1309, *[165, 381], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1310, *[166, 382], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1311, *[167, 383], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1312, *[168, 384], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1313, *[169, 385], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1314, *[170, 386], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1315, *[171, 387], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1316, *[172, 388], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1317, *[173, 389], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1318, *[174, 390], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1319, *[175, 391], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1320, *[176, 392], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1321, *[177, 393], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1322, *[178, 394], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1323, *[179, 395], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1324, *[180, 396], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1325, *[181, 397], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1326, *[182, 398], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1327, *[183, 399], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1328, *[184, 400], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1329, *[185, 401], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1330, *[186, 402], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1331, *[187, 403], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1332, *[188, 404], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1333, *[189, 405], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1334, *[208, 406], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1335, *[209, 407], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1336, *[210, 408], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1337, *[211, 409], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1338, *[212, 410], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1339, *[213, 411], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1340, *[214, 412], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1341, *[215, 413], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1342, *[216, 414], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1343, *[217, 415], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1344, *[218, 416], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1345, *[219, 417], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1346, *[220, 418], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1347, *[221, 419], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
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+    ops.element('twoNodeLink', 1349, *[223, 421], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1350, *[224, 422], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1351, *[225, 423], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1352, *[226, 424], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1353, *[227, 425], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1354, *[228, 426], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1355, *[229, 427], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1356, *[230, 428], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1357, *[231, 429], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1358, *[232, 430], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1359, *[233, 431], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1360, *[234, 432], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1361, *[235, 433], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1362, *[236, 434], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1363, *[237, 435], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1364, *[238, 436], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1365, *[239, 437], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1366, *[240, 438], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1367, *[241, 439], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1368, *[242, 440], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1369, *[243, 441], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1370, *[244, 442], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1371, *[245, 443], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1372, *[246, 444], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1373, *[247, 445], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1374, *[248, 446], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1375, *[249, 447], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1376, *[250, 448], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1377, *[251, 449], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1378, *[252, 450], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1379, *[253, 451], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1380, *[254, 452], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1381, *[255, 453], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1382, *[256, 454], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1383, *[257, 455], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1384, *[258, 456], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1385, *[259, 457], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1386, *[260, 458], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1387, *[261, 459], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1388, *[262, 460], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1389, *[263, 461], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1390, *[264, 462], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1391, *[265, 463], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1392, *[266, 464], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1393, *[267, 465], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1394, *[268, 466], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1395, *[269, 467], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1396, *[270, 468], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1397, *[271, 469], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1398, *[272, 470], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1399, *[273, 471], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1400, *[274, 472], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1401, *[275, 473], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1402, *[276, 474], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1403, *[277, 475], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1404, *[278, 476], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1405, *[279, 477], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1406, *[280, 478], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1407, *[281, 479], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1408, *[282, 480], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1409, *[283, 481], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1410, *[284, 482], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1411, *[285, 483], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1412, *[286, 484], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1413, *[287, 485], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1414, *[288, 486], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1415, *[289, 487], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1416, *[290, 488], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1417, *[291, 489], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1418, *[292, 490], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1419, *[293, 491], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1420, *[294, 492], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1421, *[295, 493], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1422, *[296, 494], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1423, *[297, 495], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1424, *[316, 496], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1425, *[317, 497], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1426, *[318, 498], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1427, *[319, 499], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1428, *[320, 500], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1429, *[321, 501], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1430, *[322, 502], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1431, *[323, 503], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1432, *[324, 504], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1433, *[325, 505], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1434, *[326, 506], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1435, *[327, 507], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1436, *[328, 508], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1437, *[329, 509], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1438, *[330, 510], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1439, *[331, 511], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1440, *[332, 512], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1441, *[333, 513], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1442, *[334, 514], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1443, *[335, 515], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1444, *[336, 516], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1445, *[337, 517], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1446, *[338, 518], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1447, *[339, 519], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1448, *[340, 520], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1449, *[341, 521], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1450, *[342, 522], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1451, *[343, 523], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1452, *[344, 524], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1453, *[345, 525], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1454, *[346, 526], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1455, *[347, 527], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1456, *[348, 528], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1457, *[349, 529], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1458, *[350, 530], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+    ops.element('twoNodeLink', 1459, *[351, 531], '-mat', *[1, 1, 1, 1, 1, 1], '-dir', *[1, 2, 3, 4, 5, 6], '-orient', *[0.0, -0.75, 0.0])
+
+
+    # Set the mass at a node.
+    ops.mass(1, *[21.4766, 21.4766, 21.4766])
+    ops.mass(2, *[9.3873, 9.3873, 9.3873])
+    ops.mass(3, *[9.3873, 9.3873, 9.3873])
+    ops.mass(4, *[21.4766, 21.4766, 21.4766])
+    ops.mass(5, *[21.4766, 21.4766, 21.4766])
+    ops.mass(6, *[9.3873, 9.3873, 9.3873])
+    ops.mass(7, *[9.3873, 9.3873, 9.3873])
+    ops.mass(8, *[21.4766, 21.4766, 21.4766])
+    ops.mass(9, *[11.1125, 11.1125, 11.1125])
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+    ops.mass(1110, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1111, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1112, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1113, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1114, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1115, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1116, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1117, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1118, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1119, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1120, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1121, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1122, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1123, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1124, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1125, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1126, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1127, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1128, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1129, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1130, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1131, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1132, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1133, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1134, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1135, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1136, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1137, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1138, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1139, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1140, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1141, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1142, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1143, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1144, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1145, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1146, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1147, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1148, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1149, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1150, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1151, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1152, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1153, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1154, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1155, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1156, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1157, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1158, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1159, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1160, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1161, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1162, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1163, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1164, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1165, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1166, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1167, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1168, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1169, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1170, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1171, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1172, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1173, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1174, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1175, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1176, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1177, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1178, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1179, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1180, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1181, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1182, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1183, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1184, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1185, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1186, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1187, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1188, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1189, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1190, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1191, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1192, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1193, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1194, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1195, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1196, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1197, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1198, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1199, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1200, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1201, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1202, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1203, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1204, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1205, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1206, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1207, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1208, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1209, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1210, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1211, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1212, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1213, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1214, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1215, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1216, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1217, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1218, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1219, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1220, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1221, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1222, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1223, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1224, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1225, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1226, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1227, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1228, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1229, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1230, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1231, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1232, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1233, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1234, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1235, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1236, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1237, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1238, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1239, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1240, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1241, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1242, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1243, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1244, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1245, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1246, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1247, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1248, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1249, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1250, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1251, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1252, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1253, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1254, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1255, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1256, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1257, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1258, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1259, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1260, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1261, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1262, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1263, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1264, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1265, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1266, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1267, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1268, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1269, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1270, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1271, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1272, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1273, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1274, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1275, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1276, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1277, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1278, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1279, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1280, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1281, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1282, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1283, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1284, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1285, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1286, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1287, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1288, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1289, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1290, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1291, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1292, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1293, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1294, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1295, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1296, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1297, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1298, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1299, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1300, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1301, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1302, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1303, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1304, *[1.5501, 1.5501, 1.5501])
+    ops.mass(1305, *[1.5501, 1.5501, 1.5501])
\ No newline at end of file
diff --git a/build/lib/opstool/examples/ArchBridge2.py b/build/lib/opstool/examples/ArchBridge2.py
new file mode 100644
index 0000000..eced3d3
--- /dev/null
+++ b/build/lib/opstool/examples/ArchBridge2.py
@@ -0,0 +1,1676 @@
+# This model is converted from
+# http://www.dinochen.com/article.asp?id=179
+# by DinoChen
+
+
+import openseespy.opensees as ops
+
+
+def ArchBridge2():
+    ops.wipe()
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+    ops.node(1, 0.0, 0.0, 0.0)
+    ops.node(2, 125000.0, 0.0, 0.0)
+    ops.node(3, 0.0, 24000.0, 0.0)
+    ops.node(4, 125000.0, 24000.0, 0.0)
+    ops.node(5, 3000.0, 0.0, 8000.0)
+    ops.node(6, 3000.0, 6000.0, 8000.0)
+    ops.node(7, 3000.0, 12000.0, 8000.0)
+    ops.node(8, 3000.0, 18000.0, 8000.0)
+    ops.node(9, 3000.0, 24000.0, 8000.0)
+    ops.node(10, 8100.0, 0.0, 8000.0)
+    ops.node(11, 8100.0, 6000.0, 8000.0)
+    ops.node(12, 8100.0, 12000.0, 8000.0)
+    ops.node(13, 8100.0, 18000.0, 8000.0)
+    ops.node(14, 8100.0, 24000.0, 8000.0)
+    ops.node(15, 14900.0, 0.0, 8000.0)
+    ops.node(16, 14900.0, 6000.0, 8000.0)
+    ops.node(17, 14900.0, 12000.0, 8000.0)
+    ops.node(18, 14900.0, 18000.0, 8000.0)
+    ops.node(19, 14900.0, 24000.0, 8000.0)
+    ops.node(20, 21700.0, 0.0, 8000.0)
+    ops.node(21, 21700.0, 6000.0, 8000.0)
+    ops.node(22, 21700.0, 12000.0, 8000.0)
+    ops.node(23, 21700.0, 18000.0, 8000.0)
+    ops.node(24, 21700.0, 24000.0, 8000.0)
+    ops.node(25, 28500.0, 0.0, 8000.0)
+    ops.node(26, 28500.0, 6000.0, 8000.0)
+    ops.node(27, 28500.0, 12000.0, 8000.0)
+    ops.node(28, 28500.0, 18000.0, 8000.0)
+    ops.node(29, 28500.0, 24000.0, 8000.0)
+    ops.node(30, 35300.0, 0.0, 8000.0)
+    ops.node(31, 35300.0, 6000.0, 8000.0)
+    ops.node(32, 35300.0, 12000.0, 8000.0)
+    ops.node(33, 35300.0, 18000.0, 8000.0)
+    ops.node(34, 35300.0, 24000.0, 8000.0)
+    ops.node(35, 42100.0, 0.0, 8000.0)
+    ops.node(36, 42100.0, 6000.0, 8000.0)
+    ops.node(37, 42100.0, 12000.0, 8000.0)
+    ops.node(38, 42100.0, 18000.0, 8000.0)
+    ops.node(39, 42100.0, 24000.0, 8000.0)
+    ops.node(40, 48900.0, 0.0, 8000.0)
+    ops.node(41, 48900.0, 6000.0, 8000.0)
+    ops.node(42, 48900.0, 12000.0, 8000.0)
+    ops.node(43, 48900.0, 18000.0, 8000.0)
+    ops.node(44, 48900.0, 24000.0, 8000.0)
+    ops.node(45, 55700.0, 0.0, 8000.0)
+    ops.node(46, 55700.0, 6000.0, 8000.0)
+    ops.node(47, 55700.0, 12000.0, 8000.0)
+    ops.node(48, 55700.0, 18000.0, 8000.0)
+    ops.node(49, 55700.0, 24000.0, 8000.0)
+    ops.node(50, 62500.0, 0.0, 8000.0)
+    ops.node(51, 62500.0, 6000.0, 8000.0)
+    ops.node(52, 62500.0, 12000.0, 8000.0)
+    ops.node(53, 62500.0, 18000.0, 8000.0)
+    ops.node(54, 62500.0, 24000.0, 8000.0)
+    ops.node(55, 69300.0, 0.0, 8000.0)
+    ops.node(56, 69300.0, 6000.0, 8000.0)
+    ops.node(57, 69300.0, 12000.0, 8000.0)
+    ops.node(58, 69300.0, 18000.0, 8000.0)
+    ops.node(59, 69300.0, 24000.0, 8000.0)
+    ops.node(60, 76100.0, 0.0, 8000.0)
+    ops.node(61, 76100.0, 6000.0, 8000.0)
+    ops.node(62, 76100.0, 12000.0, 8000.0)
+    ops.node(63, 76100.0, 18000.0, 8000.0)
+    ops.node(64, 76100.0, 24000.0, 8000.0)
+    ops.node(65, 82900.0, 0.0, 8000.0)
+    ops.node(66, 82900.0, 6000.0, 8000.0)
+    ops.node(67, 82900.0, 12000.0, 8000.0)
+    ops.node(68, 82900.0, 18000.0, 8000.0)
+    ops.node(69, 82900.0, 24000.0, 8000.0)
+    ops.node(70, 89700.0, 0.0, 8000.0)
+    ops.node(71, 89700.0, 6000.0, 8000.0)
+    ops.node(72, 89700.0, 12000.0, 8000.0)
+    ops.node(73, 89700.0, 18000.0, 8000.0)
+    ops.node(74, 89700.0, 24000.0, 8000.0)
+    ops.node(75, 96500.0, 0.0, 8000.0)
+    ops.node(76, 96500.0, 6000.0, 8000.0)
+    ops.node(77, 96500.0, 12000.0, 8000.0)
+    ops.node(78, 96500.0, 18000.0, 8000.0)
+    ops.node(79, 96500.0, 24000.0, 8000.0)
+    ops.node(80, 103300.0, 0.0, 8000.0)
+    ops.node(81, 103300.0, 6000.0, 8000.0)
+    ops.node(82, 103300.0, 12000.0, 8000.0)
+    ops.node(83, 103300.0, 18000.0, 8000.0)
+    ops.node(84, 103300.0, 24000.0, 8000.0)
+    ops.node(85, 110100.0, 0.0, 8000.0)
+    ops.node(86, 110100.0, 6000.0, 8000.0)
+    ops.node(87, 110100.0, 12000.0, 8000.0)
+    ops.node(88, 110100.0, 18000.0, 8000.0)
+    ops.node(89, 110100.0, 24000.0, 8000.0)
+    ops.node(90, 116900.0, 0.0, 8000.0)
+    ops.node(91, 116900.0, 6000.0, 8000.0)
+    ops.node(92, 116900.0, 12000.0, 8000.0)
+    ops.node(93, 116900.0, 18000.0, 8000.0)
+    ops.node(94, 116900.0, 24000.0, 8000.0)
+    ops.node(95, 122000.0, 0.0, 8000.0)
+    ops.node(96, 122000.0, 6000.0, 8000.0)
+    ops.node(97, 122000.0, 12000.0, 8000.0)
+    ops.node(98, 122000.0, 18000.0, 8000.0)
+    ops.node(99, 122000.0, 24000.0, 8000.0)
+    ops.node(100, 3000.0, 0.0, 9050.0)
+    ops.node(101, 3000.0, 6000.0, 9050.0)
+    ops.node(102, 3000.0, 12000.0, 9050.0)
+    ops.node(103, 3000.0, 18000.0, 9050.0)
+    ops.node(104, 3000.0, 24000.0, 9050.0)
+    ops.node(105, 8100.0, 0.0, 9050.0)
+    ops.node(106, 8100.0, 6000.0, 9050.0)
+    ops.node(107, 8100.0, 12000.0, 9050.0)
+    ops.node(108, 8100.0, 18000.0, 9050.0)
+    ops.node(109, 8100.0, 24000.0, 9050.0)
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+    ops.element('elasticBeamColumn', 240, 78, 173, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 240)
+    ops.element('elasticBeamColumn', 241, 79, 174, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 241)
+    ops.element('elasticBeamColumn', 242, 80, 175, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 242)
+    ops.element('elasticBeamColumn', 243, 81, 176, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 243)
+    ops.element('elasticBeamColumn', 244, 82, 177, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 244)
+    ops.element('elasticBeamColumn', 245, 83, 178, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 245)
+    ops.element('elasticBeamColumn', 246, 84, 179, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 246)
+    ops.element('elasticBeamColumn', 247, 85, 180, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 247)
+    ops.element('elasticBeamColumn', 248, 86, 181, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 248)
+    ops.element('elasticBeamColumn', 249, 87, 182, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 249)
+    ops.element('elasticBeamColumn', 250, 88, 183, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 250)
+    ops.element('elasticBeamColumn', 251, 89, 184, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 251)
+    ops.element('elasticBeamColumn', 252, 90, 185, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 252)
+    ops.element('elasticBeamColumn', 253, 91, 186, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 253)
+    ops.element('elasticBeamColumn', 254, 92, 187, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 254)
+    ops.element('elasticBeamColumn', 255, 93, 188, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 255)
+    ops.element('elasticBeamColumn', 256, 94, 189, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 256)
+    ops.element('elasticBeamColumn', 257, 99, 190, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 257)
+    ops.element('elasticBeamColumn', 258, 98, 191, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 258)
+    ops.element('elasticBeamColumn', 259, 97, 192, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 259)
+    ops.element('elasticBeamColumn', 260, 96, 193, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 260)
+    ops.element('elasticBeamColumn', 261, 95, 194, 40000, 206000,
+                79230, 225300000, 133300000, 133300000, 261)
+    ops.element('elasticBeamColumn', 262, 105, 195, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 262)
+    ops.element('elasticBeamColumn', 263, 110, 196, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 263)
+    ops.element('elasticBeamColumn', 264, 115, 197, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 264)
+    ops.element('elasticBeamColumn', 265, 120, 198, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 265)
+    ops.element('elasticBeamColumn', 266, 125, 199, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 266)
+    ops.element('elasticBeamColumn', 267, 130, 200, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 267)
+    ops.element('elasticBeamColumn', 268, 135, 201, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 268)
+    ops.element('elasticBeamColumn', 269, 140, 202, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 269)
+    ops.element('elasticBeamColumn', 270, 145, 203, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 270)
+    ops.element('elasticBeamColumn', 271, 185, 204, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 271)
+    ops.element('elasticBeamColumn', 272, 180, 205, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 272)
+    ops.element('elasticBeamColumn', 273, 175, 206, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 273)
+    ops.element('elasticBeamColumn', 274, 170, 207, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 274)
+    ops.element('elasticBeamColumn', 275, 165, 208, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 275)
+    ops.element('elasticBeamColumn', 276, 160, 209, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 276)
+    ops.element('elasticBeamColumn', 277, 155, 210, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 277)
+    ops.element('elasticBeamColumn', 278, 150, 211, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 278)
+    ops.element('elasticBeamColumn', 279, 1, 212, 12000000, 26000,
+                10830, 19440000000000, 16000000000000, 9000000000000, 279)
+    ops.element('elasticBeamColumn', 280, 2, 213, 12000000, 26000,
+                10830, 19440000000000, 16000000000000, 9000000000000, 280)
+    ops.element('elasticBeamColumn', 281, 212, 5, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 281)
+    ops.element('elasticBeamColumn', 282, 213, 95, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 282)
+    ops.element('elasticBeamColumn', 283, 212, 195, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 283)
+    ops.element('elasticBeamColumn', 284, 195, 196, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 284)
+    ops.element('elasticBeamColumn', 285, 196, 197, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 285)
+    ops.element('elasticBeamColumn', 286, 197, 198, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 286)
+    ops.element('elasticBeamColumn', 287, 198, 199, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 287)
+    ops.element('elasticBeamColumn', 288, 199, 200, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 288)
+    ops.element('elasticBeamColumn', 289, 200, 201, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 289)
+    ops.element('elasticBeamColumn', 290, 201, 202, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 290)
+    ops.element('elasticBeamColumn', 291, 202, 203, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 291)
+    ops.element('elasticBeamColumn', 292, 213, 204, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 292)
+    ops.element('elasticBeamColumn', 293, 204, 205, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 293)
+    ops.element('elasticBeamColumn', 294, 205, 206, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 294)
+    ops.element('elasticBeamColumn', 295, 206, 207, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 295)
+    ops.element('elasticBeamColumn', 296, 207, 208, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 296)
+    ops.element('elasticBeamColumn', 297, 208, 209, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 297)
+    ops.element('elasticBeamColumn', 298, 209, 210, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 298)
+    ops.element('elasticBeamColumn', 299, 210, 211, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 299)
+    ops.element('elasticBeamColumn', 300, 211, 203, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 300)
+    ops.element('elasticBeamColumn', 301, 109, 214, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 301)
+    ops.element('elasticBeamColumn', 302, 114, 215, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 302)
+    ops.element('elasticBeamColumn', 303, 119, 216, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 303)
+    ops.element('elasticBeamColumn', 304, 124, 217, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 304)
+    ops.element('elasticBeamColumn', 305, 129, 218, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 305)
+    ops.element('elasticBeamColumn', 306, 134, 219, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 306)
+    ops.element('elasticBeamColumn', 307, 139, 220, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 307)
+    ops.element('elasticBeamColumn', 308, 144, 221, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 308)
+    ops.element('elasticBeamColumn', 309, 149, 222, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 309)
+    ops.element('elasticBeamColumn', 310, 189, 223, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 310)
+    ops.element('elasticBeamColumn', 311, 184, 224, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 311)
+    ops.element('elasticBeamColumn', 312, 179, 225, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 312)
+    ops.element('elasticBeamColumn', 313, 174, 226, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 313)
+    ops.element('elasticBeamColumn', 314, 169, 227, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 314)
+    ops.element('elasticBeamColumn', 315, 164, 228, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 315)
+    ops.element('elasticBeamColumn', 316, 159, 229, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 316)
+    ops.element('elasticBeamColumn', 317, 154, 230, 4084,
+                206000, 79230, 17360000, 8679000, 8679000, 317)
+    ops.element('elasticBeamColumn', 318, 3, 231, 12000000, 26000,
+                10830, 19440000000000, 16000000000000, 9000000000000, 318)
+    ops.element('elasticBeamColumn', 319, 4, 232, 12000000, 26000,
+                10830, 19440000000000, 16000000000000, 9000000000000, 319)
+    ops.element('elasticBeamColumn', 320, 231, 9, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 320)
+    ops.element('elasticBeamColumn', 321, 232, 99, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 321)
+    ops.element('elasticBeamColumn', 322, 231, 214, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 322)
+    ops.element('elasticBeamColumn', 323, 214, 215, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 323)
+    ops.element('elasticBeamColumn', 324, 215, 216, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 324)
+    ops.element('elasticBeamColumn', 325, 216, 217, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 325)
+    ops.element('elasticBeamColumn', 326, 217, 218, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 326)
+    ops.element('elasticBeamColumn', 327, 218, 219, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 327)
+    ops.element('elasticBeamColumn', 328, 219, 220, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 328)
+    ops.element('elasticBeamColumn', 329, 220, 221, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 329)
+    ops.element('elasticBeamColumn', 330, 221, 222, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 330)
+    ops.element('elasticBeamColumn', 331, 232, 223, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 331)
+    ops.element('elasticBeamColumn', 332, 223, 224, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 332)
+    ops.element('elasticBeamColumn', 333, 224, 225, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 333)
+    ops.element('elasticBeamColumn', 334, 225, 226, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 334)
+    ops.element('elasticBeamColumn', 335, 226, 227, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 335)
+    ops.element('elasticBeamColumn', 336, 227, 228, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 336)
+    ops.element('elasticBeamColumn', 337, 228, 229, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 337)
+    ops.element('elasticBeamColumn', 338, 229, 230, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 338)
+    ops.element('elasticBeamColumn', 339, 230, 222, 3142000, 206000,
+                79230, 3338000000000, 1669000000000, 1669000000000, 339)
+    ops.element('elasticBeamColumn', 340, 233, 6, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 340)
+    ops.element('elasticBeamColumn', 341, 234, 96, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 341)
+    ops.element('elasticBeamColumn', 342, 235, 7, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 342)
+    ops.element('elasticBeamColumn', 343, 236, 97, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 343)
+    ops.element('elasticBeamColumn', 344, 237, 8, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 344)
+    ops.element('elasticBeamColumn', 345, 238, 98, 480000, 26000,
+                10830, 20230000000, 57600000000, 6400000000, 345)
+    ops.element('elasticBeamColumn', 346, 231, 237, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 346)
+    ops.element('elasticBeamColumn', 347, 237, 235, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 347)
+    ops.element('elasticBeamColumn', 348, 235, 233, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 348)
+    ops.element('elasticBeamColumn', 349, 233, 212, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 349)
+    ops.element('elasticBeamColumn', 350, 213, 234, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 350)
+    ops.element('elasticBeamColumn', 351, 234, 236, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 351)
+    ops.element('elasticBeamColumn', 352, 236, 238, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 352)
+    ops.element('elasticBeamColumn', 353, 238, 232, 16750000, 26000,
+                10830, 26710000000000, 8724000000000, 62660000000000, 353)
+    ops.element('elasticBeamColumn', 354, 198, 239, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 354)
+    ops.element('elasticBeamColumn', 355, 239, 217, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 355)
+    ops.element('elasticBeamColumn', 356, 216, 239, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 356)
+    ops.element('elasticBeamColumn', 357, 197, 239, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 357)
+    ops.element('elasticBeamColumn', 358, 203, 240, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 358)
+    ops.element('elasticBeamColumn', 359, 240, 222, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 359)
+    ops.element('elasticBeamColumn', 360, 221, 240, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 360)
+    ops.element('elasticBeamColumn', 361, 230, 240, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 361)
+    ops.element('elasticBeamColumn', 362, 202, 240, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 362)
+    ops.element('elasticBeamColumn', 363, 211, 240, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 363)
+    ops.element('elasticBeamColumn', 364, 207, 241, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 364)
+    ops.element('elasticBeamColumn', 365, 241, 226, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 365)
+    ops.element('elasticBeamColumn', 366, 225, 241, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 366)
+    ops.element('elasticBeamColumn', 367, 206, 241, 1005000, 206000,
+                79230, 201100000000, 100500000000, 100500000000, 367)
+    ops.element('ShellMITC4', 368, 104, 109, 108, 103, 701)
+    ops.element('ShellMITC4', 369, 103, 108, 107, 102, 701)
+    ops.element('ShellMITC4', 370, 102, 107, 106, 101, 701)
+    ops.element('ShellMITC4', 371, 101, 106, 105, 100, 701)
+    ops.element('ShellMITC4', 372, 109, 114, 113, 108, 701)
+    ops.element('ShellMITC4', 373, 108, 113, 112, 107, 701)
+    ops.element('ShellMITC4', 374, 107, 112, 111, 106, 701)
+    ops.element('ShellMITC4', 375, 106, 111, 110, 105, 701)
+    ops.element('ShellMITC4', 376, 114, 119, 118, 113, 701)
+    ops.element('ShellMITC4', 377, 113, 118, 117, 112, 701)
+    ops.element('ShellMITC4', 378, 112, 117, 116, 111, 701)
+    ops.element('ShellMITC4', 379, 111, 116, 115, 110, 701)
+    ops.element('ShellMITC4', 380, 119, 124, 123, 118, 701)
+    ops.element('ShellMITC4', 381, 118, 123, 122, 117, 701)
+    ops.element('ShellMITC4', 382, 117, 122, 121, 116, 701)
+    ops.element('ShellMITC4', 383, 116, 121, 120, 115, 701)
+    ops.element('ShellMITC4', 384, 124, 129, 128, 123, 701)
+    ops.element('ShellMITC4', 385, 123, 128, 127, 122, 701)
+    ops.element('ShellMITC4', 386, 122, 127, 126, 121, 701)
+    ops.element('ShellMITC4', 387, 121, 126, 125, 120, 701)
+    ops.element('ShellMITC4', 388, 129, 134, 133, 128, 701)
+    ops.element('ShellMITC4', 389, 128, 133, 132, 127, 701)
+    ops.element('ShellMITC4', 390, 127, 132, 131, 126, 701)
+    ops.element('ShellMITC4', 391, 126, 131, 130, 125, 701)
+    ops.element('ShellMITC4', 392, 134, 139, 138, 133, 701)
+    ops.element('ShellMITC4', 393, 133, 138, 137, 132, 701)
+    ops.element('ShellMITC4', 394, 132, 137, 136, 131, 701)
+    ops.element('ShellMITC4', 395, 131, 136, 135, 130, 701)
+    ops.element('ShellMITC4', 396, 139, 144, 143, 138, 701)
+    ops.element('ShellMITC4', 397, 138, 143, 142, 137, 701)
+    ops.element('ShellMITC4', 398, 137, 142, 141, 136, 701)
+    ops.element('ShellMITC4', 399, 136, 141, 140, 135, 701)
+    ops.element('ShellMITC4', 400, 144, 149, 148, 143, 701)
+    ops.element('ShellMITC4', 401, 143, 148, 147, 142, 701)
+    ops.element('ShellMITC4', 402, 142, 147, 146, 141, 701)
+    ops.element('ShellMITC4', 403, 141, 146, 145, 140, 701)
+    ops.element('ShellMITC4', 404, 149, 154, 153, 148, 701)
+    ops.element('ShellMITC4', 405, 148, 153, 152, 147, 701)
+    ops.element('ShellMITC4', 406, 147, 152, 151, 146, 701)
+    ops.element('ShellMITC4', 407, 146, 151, 150, 145, 701)
+    ops.element('ShellMITC4', 408, 154, 159, 158, 153, 701)
+    ops.element('ShellMITC4', 409, 153, 158, 157, 152, 701)
+    ops.element('ShellMITC4', 410, 152, 157, 156, 151, 701)
+    ops.element('ShellMITC4', 411, 151, 156, 155, 150, 701)
+    ops.element('ShellMITC4', 412, 159, 164, 163, 158, 701)
+    ops.element('ShellMITC4', 413, 158, 163, 162, 157, 701)
+    ops.element('ShellMITC4', 414, 157, 162, 161, 156, 701)
+    ops.element('ShellMITC4', 415, 156, 161, 160, 155, 701)
+    ops.element('ShellMITC4', 416, 164, 169, 168, 163, 701)
+    ops.element('ShellMITC4', 417, 163, 168, 167, 162, 701)
+    ops.element('ShellMITC4', 418, 162, 167, 166, 161, 701)
+    ops.element('ShellMITC4', 419, 161, 166, 165, 160, 701)
+    ops.element('ShellMITC4', 420, 169, 174, 173, 168, 701)
+    ops.element('ShellMITC4', 421, 168, 173, 172, 167, 701)
+    ops.element('ShellMITC4', 422, 167, 172, 171, 166, 701)
+    ops.element('ShellMITC4', 423, 166, 171, 170, 165, 701)
+    ops.element('ShellMITC4', 424, 174, 179, 178, 173, 701)
+    ops.element('ShellMITC4', 425, 173, 178, 177, 172, 701)
+    ops.element('ShellMITC4', 426, 172, 177, 176, 171, 701)
+    ops.element('ShellMITC4', 427, 171, 176, 175, 170, 701)
+    ops.element('ShellMITC4', 428, 179, 184, 183, 178, 701)
+    ops.element('ShellMITC4', 429, 178, 183, 182, 177, 701)
+    ops.element('ShellMITC4', 430, 177, 182, 181, 176, 701)
+    ops.element('ShellMITC4', 431, 176, 181, 180, 175, 701)
+    ops.element('ShellMITC4', 432, 184, 189, 188, 183, 701)
+    ops.element('ShellMITC4', 433, 183, 188, 187, 182, 701)
+    ops.element('ShellMITC4', 434, 182, 187, 186, 181, 701)
+    ops.element('ShellMITC4', 435, 181, 186, 185, 180, 701)
+    ops.element('ShellMITC4', 436, 189, 190, 191, 188, 701)
+    ops.element('ShellMITC4', 437, 188, 191, 192, 187, 701)
+    ops.element('ShellMITC4', 438, 187, 192, 193, 186, 701)
+    ops.element('ShellMITC4', 439, 186, 193, 194, 185, 701)
diff --git a/build/lib/opstool/examples/CableStayedBridge.py b/build/lib/opstool/examples/CableStayedBridge.py
new file mode 100644
index 0000000..c4c24b4
--- /dev/null
+++ b/build/lib/opstool/examples/CableStayedBridge.py
@@ -0,0 +1,10012 @@
+# This document was created from CSiBridge version 24.0.0
+
+# Units: Kgf, mm, C
+
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def CableStayedBridge():
+    # Destroy all constructed objects,
+    # i.e. all components of the model, all components of the analysis and all recorders.
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+
+    # Construct a coordinate-transformation object.
+    # For vertical elements.
+    ops.geomTransf('Linear', 1, -1, 0, 0)
+    ops.geomTransf('PDelta', 3, -1, 0, 0)
+    ops.geomTransf('Corotational', 5, -1, 0, 0)
+    # For other elements except vertical one.
+    ops.geomTransf('Linear', 2, 0, 0, 1)
+    ops.geomTransf('PDelta', 4, 0, 0, 1)
+    ops.geomTransf('Corotational', 6, 0, 0, 1)
+    # Specify the tag of transformation, which can be changed according to requirements
+    transf_Ver = 1
+    transf_Other = 2
+
+    # Mechanical properties of material
+    MatProp_df = dict()
+    # UnitMass-Mass Density; E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Thermal expansion coefficient
+    MatProp = namedtuple('MatProp', ('UnitMass', 'E', 'G', 'v', 'rho'))
+    MatProp_df["4000Psi"] = MatProp._make(
+        (2.45014307299924e-10, 2534.56354148831, 1056.0681422868, 0.2, 9.89999952793124e-06))
+    MatProp_df["A416Gr270"] = MatProp._make(
+        (8.0038007068661e-10, 20037.4843449687, 0.0, 0.0, 1.16999994421006e-05))
+    MatProp_df["A615Gr60"] = MatProp._make(
+        (8.0038007068661e-10, 20389.0191580383, 0.0, 0.0, 1.16999994421006e-05))
+    MatProp_df["A709Gr50"] = MatProp._make(
+        (8.0038007068661e-10, 20389.0191580383, 7841.93044539935, 0.3, 1.16999994421006e-05))
+    MatProp_df["Deck_beam_RC"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Deck_Girder_RC"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Deck_Slab_RC"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Pier_RC"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Piles"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Pipe_Cap"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Piper_Footing"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+    MatProp_df["Pylon_RC"] = MatProp._make(
+        (2.45014307299924e-10, 2833.72824486, 1180.720102025, 0.2, 9.89999952793124e-06))
+
+    # Create OpenSees node.
+    ops.node(1, *[150000.0, -8025.0, -20000.0])
+    ops.node(2, *[150000.0, -20062.5, 12000.0])
+    ops.node(3, *[150000.0, 0.0, 90000.0])
+    ops.node(4, *[150000.0, 8025.0, -20000.0])
+    ops.node(5, *[150000.0, 20062.5, 12000.0])
+    ops.node(6, *[150000.0, 0.0, 115000.0])
+    ops.node(7, *[450000.0, -8025.0, -20000.0])
+    ops.node(8, *[450000.0, -20062.5, 12000.0])
+    ops.node(9, *[450000.0, 0.0, 90000.0])
+    ops.node(10, *[450000.0, 8025.0, -20000.0])
+    ops.node(11, *[450000.0, 20062.5, 12000.0])
+    ops.node(12, *[450000.0, 0.0, 115000.0])
+    ops.node(13, *[140360.0, -16040.0, -20000.0])
+    ops.node(14, *[140360.0, -16040.0, -28000.0])
+    ops.node(15, *[140360.0, -16040.0, -36000.0])
+    ops.node(16, *[140360.0, -16040.0, -44000.0])
+    ops.node(17, *[140360.0, -16040.0, -52000.0])
+    ops.node(18, *[140360.0, -16040.0, -60000.0])
+    ops.node(19, *[140360.0, -12030.0, -20000.0])
+    ops.node(20, *[140360.0, -12030.0, -28000.0])
+    ops.node(21, *[140360.0, -12030.0, -36000.0])
+    ops.node(22, *[140360.0, -12030.0, -44000.0])
+    ops.node(23, *[140360.0, -12030.0, -52000.0])
+    ops.node(24, *[140360.0, -12030.0, -60000.0])
+    ops.node(25, *[140360.0, -8020.0, -20000.0])
+    ops.node(26, *[140360.0, -8020.0, -28000.0])
+    ops.node(27, *[140360.0, -8020.0, -36000.0])
+    ops.node(28, *[140360.0, -8020.0, -44000.0])
+    ops.node(29, *[140360.0, -8020.0, -52000.0])
+    ops.node(30, *[140360.0, -8020.0, -60000.0])
+    ops.node(31, *[140360.0, -4010.0, -20000.0])
+    ops.node(32, *[140360.0, -4010.0, -28000.0])
+    ops.node(33, *[140360.0, -4010.0, -36000.0])
+    ops.node(34, *[140360.0, -4010.0, -44000.0])
+    ops.node(35, *[140360.0, -4010.0, -52000.0])
+    ops.node(36, *[140360.0, -4010.0, -60000.0])
+    ops.node(37, *[140360.0, 0.0, -20000.0])
+    ops.node(38, *[140360.0, 0.0, -28000.0])
+    ops.node(39, *[140360.0, 0.0, -36000.0])
+    ops.node(40, *[140360.0, 0.0, -44000.0])
+    ops.node(41, *[140360.0, 0.0, -52000.0])
+    ops.node(42, *[140360.0, 0.0, -60000.0])
+    ops.node(43, *[140360.0, 4010.0, -20000.0])
+    ops.node(44, *[140360.0, 4010.0, -28000.0])
+    ops.node(45, *[140360.0, 4010.0, -36000.0])
+    ops.node(46, *[140360.0, 4010.0, -44000.0])
+    ops.node(47, *[140360.0, 4010.0, -52000.0])
+    ops.node(48, *[140360.0, 4010.0, -60000.0])
+    ops.node(49, *[140360.0, 8020.0, -20000.0])
+    ops.node(50, *[140360.0, 8020.0, -28000.0])
+    ops.node(51, *[140360.0, 8020.0, -36000.0])
+    ops.node(52, *[140360.0, 8020.0, -44000.0])
+    ops.node(53, *[140360.0, 8020.0, -52000.0])
+    ops.node(54, *[140360.0, 8020.0, -60000.0])
+    ops.node(55, *[140360.0, 12030.0, -20000.0])
+    ops.node(56, *[140360.0, 12030.0, -28000.0])
+    ops.node(57, *[140360.0, 12030.0, -36000.0])
+    ops.node(58, *[140360.0, 12030.0, -44000.0])
+    ops.node(59, *[140360.0, 12030.0, -52000.0])
+    ops.node(60, *[140360.0, 12030.0, -60000.0])
+    ops.node(61, *[140360.0, 16040.0, -20000.0])
+    ops.node(62, *[140360.0, 16040.0, -28000.0])
+    ops.node(63, *[140360.0, 16040.0, -36000.0])
+    ops.node(64, *[140360.0, 16040.0, -44000.0])
+    ops.node(65, *[140360.0, 16040.0, -52000.0])
+    ops.node(66, *[140360.0, 16040.0, -60000.0])
+    ops.node(67, *[145180.0, -16040.0, -20000.0])
+    ops.node(68, *[145180.0, -16040.0, -28000.0])
+    ops.node(69, *[145180.0, -16040.0, -36000.0])
+    ops.node(70, *[145180.0, -16040.0, -44000.0])
+    ops.node(71, *[145180.0, -16040.0, -52000.0])
+    ops.node(72, *[145180.0, -16040.0, -60000.0])
+    ops.node(73, *[145180.0, -12030.0, -20000.0])
+    ops.node(74, *[145180.0, -12030.0, -28000.0])
+    ops.node(75, *[145180.0, -12030.0, -36000.0])
+    ops.node(76, *[145180.0, -12030.0, -44000.0])
+    ops.node(77, *[145180.0, -12030.0, -52000.0])
+    ops.node(78, *[145180.0, -12030.0, -60000.0])
+    ops.node(79, *[145180.0, -8020.0, -20000.0])
+    ops.node(80, *[145180.0, -8020.0, -28000.0])
+    ops.node(81, *[145180.0, -8020.0, -36000.0])
+    ops.node(82, *[145180.0, -8020.0, -44000.0])
+    ops.node(83, *[145180.0, -8020.0, -52000.0])
+    ops.node(84, *[145180.0, -8020.0, -60000.0])
+    ops.node(85, *[145180.0, -4010.0, -20000.0])
+    ops.node(86, *[145180.0, -4010.0, -28000.0])
+    ops.node(87, *[145180.0, -4010.0, -36000.0])
+    ops.node(88, *[145180.0, -4010.0, -44000.0])
+    ops.node(89, *[145180.0, -4010.0, -52000.0])
+    ops.node(90, *[145180.0, -4010.0, -60000.0])
+    ops.node(91, *[145180.0, 0.0, -20000.0])
+    ops.node(92, *[145180.0, 0.0, -28000.0])
+    ops.node(93, *[145180.0, 0.0, -36000.0])
+    ops.node(94, *[145180.0, 0.0, -44000.0])
+    ops.node(95, *[145180.0, 0.0, -52000.0])
+    ops.node(96, *[145180.0, 0.0, -60000.0])
+    ops.node(97, *[145180.0, 4010.0, -20000.0])
+    ops.node(98, *[145180.0, 4010.0, -28000.0])
+    ops.node(99, *[145180.0, 4010.0, -36000.0])
+    ops.node(100, *[145180.0, 4010.0, -44000.0])
+    ops.node(101, *[145180.0, 4010.0, -52000.0])
+    ops.node(102, *[145180.0, 4010.0, -60000.0])
+    ops.node(103, *[145180.0, 8020.0, -20000.0])
+    ops.node(104, *[145180.0, 8020.0, -28000.0])
+    ops.node(105, *[145180.0, 8020.0, -36000.0])
+    ops.node(106, *[145180.0, 8020.0, -44000.0])
+    ops.node(107, *[145180.0, 8020.0, -52000.0])
+    ops.node(108, *[145180.0, 8020.0, -60000.0])
+    ops.node(109, *[145180.0, 12030.0, -20000.0])
+    ops.node(110, *[145180.0, 12030.0, -28000.0])
+    ops.node(111, *[145180.0, 12030.0, -36000.0])
+    ops.node(112, *[145180.0, 12030.0, -44000.0])
+    ops.node(113, *[145180.0, 12030.0, -52000.0])
+    ops.node(114, *[145180.0, 12030.0, -60000.0])
+    ops.node(115, *[145180.0, 16040.0, -20000.0])
+    ops.node(116, *[145180.0, 16040.0, -28000.0])
+    ops.node(117, *[145180.0, 16040.0, -36000.0])
+    ops.node(118, *[145180.0, 16040.0, -44000.0])
+    ops.node(119, *[145180.0, 16040.0, -52000.0])
+    ops.node(120, *[145180.0, 16040.0, -60000.0])
+    ops.node(121, *[150000.0, -16040.0, -20000.0])
+    ops.node(122, *[150000.0, -16040.0, -28000.0])
+    ops.node(123, *[150000.0, -16040.0, -36000.0])
+    ops.node(124, *[150000.0, -16040.0, -44000.0])
+    ops.node(125, *[150000.0, -16040.0, -52000.0])
+    ops.node(126, *[150000.0, -16040.0, -60000.0])
+    ops.node(127, *[150000.0, -12030.0, -20000.0])
+    ops.node(128, *[150000.0, -12030.0, -28000.0])
+    ops.node(129, *[150000.0, -12030.0, -36000.0])
+    ops.node(130, *[150000.0, -12030.0, -44000.0])
+    ops.node(131, *[150000.0, -12030.0, -52000.0])
+    ops.node(132, *[150000.0, -12030.0, -60000.0])
+    ops.node(134, *[150000.0, -8020.0, -28000.0])
+    ops.node(135, *[150000.0, -8020.0, -36000.0])
+    ops.node(136, *[150000.0, -8020.0, -44000.0])
+    ops.node(137, *[150000.0, -8020.0, -52000.0])
+    ops.node(138, *[150000.0, -8020.0, -60000.0])
+    ops.node(139, *[150000.0, -4010.0, -20000.0])
+    ops.node(140, *[150000.0, -4010.0, -28000.0])
+    ops.node(141, *[150000.0, -4010.0, -36000.0])
+    ops.node(142, *[150000.0, -4010.0, -44000.0])
+    ops.node(143, *[150000.0, -4010.0, -52000.0])
+    ops.node(144, *[150000.0, -4010.0, -60000.0])
+    ops.node(145, *[150000.0, 0.0, -20000.0])
+    ops.node(146, *[150000.0, 0.0, -28000.0])
+    ops.node(147, *[150000.0, 0.0, -36000.0])
+    ops.node(148, *[150000.0, 0.0, -44000.0])
+    ops.node(149, *[150000.0, 0.0, -52000.0])
+    ops.node(150, *[150000.0, 0.0, -60000.0])
+    ops.node(151, *[150000.0, 4010.0, -20000.0])
+    ops.node(152, *[150000.0, 4010.0, -28000.0])
+    ops.node(153, *[150000.0, 4010.0, -36000.0])
+    ops.node(154, *[150000.0, 4010.0, -44000.0])
+    ops.node(155, *[150000.0, 4010.0, -52000.0])
+    ops.node(156, *[150000.0, 4010.0, -60000.0])
+    ops.node(158, *[150000.0, 8020.0, -28000.0])
+    ops.node(159, *[150000.0, 8020.0, -36000.0])
+    ops.node(160, *[150000.0, 8020.0, -44000.0])
+    ops.node(161, *[150000.0, 8020.0, -52000.0])
+    ops.node(162, *[150000.0, 8020.0, -60000.0])
+    ops.node(163, *[150000.0, 12030.0, -20000.0])
+    ops.node(164, *[150000.0, 12030.0, -28000.0])
+    ops.node(165, *[150000.0, 12030.0, -36000.0])
+    ops.node(166, *[150000.0, 12030.0, -44000.0])
+    ops.node(167, *[150000.0, 12030.0, -52000.0])
+    ops.node(168, *[150000.0, 12030.0, -60000.0])
+    ops.node(169, *[150000.0, 16040.0, -20000.0])
+    ops.node(170, *[150000.0, 16040.0, -28000.0])
+    ops.node(171, *[150000.0, 16040.0, -36000.0])
+    ops.node(172, *[150000.0, 16040.0, -44000.0])
+    ops.node(173, *[150000.0, 16040.0, -52000.0])
+    ops.node(174, *[150000.0, 16040.0, -60000.0])
+    ops.node(175, *[154820.0, -16040.0, -20000.0])
+    ops.node(176, *[154820.0, -16040.0, -28000.0])
+    ops.node(177, *[154820.0, -16040.0, -36000.0])
+    ops.node(178, *[154820.0, -16040.0, -44000.0])
+    ops.node(179, *[154820.0, -16040.0, -52000.0])
+    ops.node(180, *[154820.0, -16040.0, -60000.0])
+    ops.node(181, *[154820.0, -12030.0, -20000.0])
+    ops.node(182, *[154820.0, -12030.0, -28000.0])
+    ops.node(183, *[154820.0, -12030.0, -36000.0])
+    ops.node(184, *[154820.0, -12030.0, -44000.0])
+    ops.node(185, *[154820.0, -12030.0, -52000.0])
+    ops.node(186, *[154820.0, -12030.0, -60000.0])
+    ops.node(187, *[154820.0, -8020.0, -20000.0])
+    ops.node(188, *[154820.0, -8020.0, -28000.0])
+    ops.node(189, *[154820.0, -8020.0, -36000.0])
+    ops.node(190, *[154820.0, -8020.0, -44000.0])
+    ops.node(191, *[154820.0, -8020.0, -52000.0])
+    ops.node(192, *[154820.0, -8020.0, -60000.0])
+    ops.node(193, *[154820.0, -4010.0, -20000.0])
+    ops.node(194, *[154820.0, -4010.0, -28000.0])
+    ops.node(195, *[154820.0, -4010.0, -36000.0])
+    ops.node(196, *[154820.0, -4010.0, -44000.0])
+    ops.node(197, *[154820.0, -4010.0, -52000.0])
+    ops.node(198, *[154820.0, -4010.0, -60000.0])
+    ops.node(199, *[154820.0, 0.0, -20000.0])
+    ops.node(200, *[154820.0, 0.0, -28000.0])
+    ops.node(201, *[154820.0, 0.0, -36000.0])
+    ops.node(202, *[154820.0, 0.0, -44000.0])
+    ops.node(203, *[154820.0, 0.0, -52000.0])
+    ops.node(204, *[154820.0, 0.0, -60000.0])
+    ops.node(205, *[154820.0, 4010.0, -20000.0])
+    ops.node(206, *[154820.0, 4010.0, -28000.0])
+    ops.node(207, *[154820.0, 4010.0, -36000.0])
+    ops.node(208, *[154820.0, 4010.0, -44000.0])
+    ops.node(209, *[154820.0, 4010.0, -52000.0])
+    ops.node(210, *[154820.0, 4010.0, -60000.0])
+    ops.node(211, *[154820.0, 8020.0, -20000.0])
+    ops.node(212, *[154820.0, 8020.0, -28000.0])
+    ops.node(213, *[154820.0, 8020.0, -36000.0])
+    ops.node(214, *[154820.0, 8020.0, -44000.0])
+    ops.node(215, *[154820.0, 8020.0, -52000.0])
+    ops.node(216, *[154820.0, 8020.0, -60000.0])
+    ops.node(217, *[154820.0, 12030.0, -20000.0])
+    ops.node(218, *[154820.0, 12030.0, -28000.0])
+    ops.node(219, *[154820.0, 12030.0, -36000.0])
+    ops.node(220, *[154820.0, 12030.0, -44000.0])
+    ops.node(221, *[154820.0, 12030.0, -52000.0])
+    ops.node(222, *[154820.0, 12030.0, -60000.0])
+    ops.node(223, *[154820.0, 16040.0, -20000.0])
+    ops.node(224, *[154820.0, 16040.0, -28000.0])
+    ops.node(225, *[154820.0, 16040.0, -36000.0])
+    ops.node(226, *[154820.0, 16040.0, -44000.0])
+    ops.node(227, *[154820.0, 16040.0, -52000.0])
+    ops.node(228, *[154820.0, 16040.0, -60000.0])
+    ops.node(229, *[159640.0, -16040.0, -20000.0])
+    ops.node(230, *[159640.0, -16040.0, -28000.0])
+    ops.node(231, *[159640.0, -16040.0, -36000.0])
+    ops.node(232, *[159640.0, -16040.0, -44000.0])
+    ops.node(233, *[159640.0, -16040.0, -52000.0])
+    ops.node(234, *[159640.0, -16040.0, -60000.0])
+    ops.node(235, *[159640.0, -12030.0, -20000.0])
+    ops.node(236, *[159640.0, -12030.0, -28000.0])
+    ops.node(237, *[159640.0, -12030.0, -36000.0])
+    ops.node(238, *[159640.0, -12030.0, -44000.0])
+    ops.node(239, *[159640.0, -12030.0, -52000.0])
+    ops.node(240, *[159640.0, -12030.0, -60000.0])
+    ops.node(241, *[159640.0, -8020.0, -20000.0])
+    ops.node(242, *[159640.0, -8020.0, -28000.0])
+    ops.node(243, *[159640.0, -8020.0, -36000.0])
+    ops.node(244, *[159640.0, -8020.0, -44000.0])
+    ops.node(245, *[159640.0, -8020.0, -52000.0])
+    ops.node(246, *[159640.0, -8020.0, -60000.0])
+    ops.node(247, *[159640.0, -4010.0, -20000.0])
+    ops.node(248, *[159640.0, -4010.0, -28000.0])
+    ops.node(249, *[159640.0, -4010.0, -36000.0])
+    ops.node(250, *[159640.0, -4010.0, -44000.0])
+    ops.node(251, *[159640.0, -4010.0, -52000.0])
+    ops.node(252, *[159640.0, -4010.0, -60000.0])
+    ops.node(253, *[159640.0, 0.0, -20000.0])
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+    ops.node(2229, *[578750.0, -12000.0, 15000.0])
+    ops.node(2230, *[578750.0, -15000.0, 15000.0])
+    ops.node(2231, *[578750.0, 12000.0, 12000.0])
+    ops.node(2232, *[578750.0, -12000.0, 12000.0])
+    ops.node(2233, *[582291.666666666, 12000.0, 15000.0])
+    ops.node(2234, *[582291.666666666, 15000.0, 15000.0])
+    ops.node(2235, *[582291.666666666, 0.0, 15000.0])
+    ops.node(2236, *[582291.666666666, -12000.0, 15000.0])
+    ops.node(2237, *[582291.666666666, -15000.0, 15000.0])
+    ops.node(2238, *[582291.666666666, 12000.0, 12000.0])
+    ops.node(2239, *[582291.666666666, -12000.0, 12000.0])
+    ops.node(2240, *[585833.333333333, 15000.0, 15000.0])
+    ops.node(2241, *[585833.333333333, 0.0, 15000.0])
+    ops.node(2242, *[585833.333333333, -15000.0, 15000.0])
+    ops.node(2243, *[585833.333333333, 12000.0, 12000.0])
+    ops.node(2244, *[585833.333333333, -12000.0, 12000.0])
+    ops.node(2245, *[589374.999999999, 12000.0, 15000.0])
+    ops.node(2246, *[589374.999999999, 15000.0, 15000.0])
+    ops.node(2247, *[589374.999999999, 0.0, 15000.0])
+    ops.node(2248, *[589374.999999999, -12000.0, 15000.0])
+    ops.node(2249, *[589374.999999999, -15000.0, 15000.0])
+    ops.node(2250, *[589374.999999999, 12000.0, 12000.0])
+    ops.node(2251, *[589374.999999999, -12000.0, 12000.0])
+    ops.node(2252, *[592916.666666666, 12000.0, 15000.0])
+    ops.node(2253, *[592916.666666666, 15000.0, 15000.0])
+    ops.node(2254, *[592916.666666666, 0.0, 15000.0])
+    ops.node(2255, *[592916.666666666, -12000.0, 15000.0])
+    ops.node(2256, *[592916.666666666, -15000.0, 15000.0])
+    ops.node(2257, *[592916.666666666, 12000.0, 12000.0])
+    ops.node(2258, *[592916.666666666, -12000.0, 12000.0])
+    ops.node(2259, *[596458.333333333, 12000.0, 15000.0])
+    ops.node(2260, *[596458.333333333, 15000.0, 15000.0])
+    ops.node(2261, *[596458.333333333, 0.0, 15000.0])
+    ops.node(2262, *[596458.333333333, -12000.0, 15000.0])
+    ops.node(2263, *[596458.333333333, -15000.0, 15000.0])
+    ops.node(2264, *[596458.333333333, 12000.0, 12000.0])
+    ops.node(2265, *[596458.333333333, -12000.0, 12000.0])
+    ops.node(2266, *[599999.999999999, 15000.0, 15000.0])
+    ops.node(2267, *[599999.999999999, -15000.0, 15000.0])
+    ops.node(2268, *[599999.999999999, 12000.0, 12000.0])
+    ops.node(2269, *[599999.999999999, -12000.0, 12000.0])
+    ops.node(2270, *[150000.0, -19059.375, 15900.0])
+    ops.node(2271, *[150000.0, -18056.25, 19800.0])
+    ops.node(2272, *[150000.0, -17053.125, 23700.0])
+    ops.node(2273, *[150000.0, -16050.0, 27600.0])
+    ops.node(2274, *[150000.0, -15046.875, 31500.0])
+    ops.node(2275, *[150000.0, -14043.75, 35400.0])
+    ops.node(2276, *[150000.0, -13040.625, 39300.0])
+    ops.node(2277, *[150000.0, -12037.5, 43200.0])
+    ops.node(2278, *[150000.0, -11034.375, 47100.0])
+    ops.node(2279, *[150000.0, -10031.25, 51000.0])
+    ops.node(2280, *[150000.0, -9028.125, 54900.0])
+    ops.node(2281, *[150000.0, -8025.0, 58800.0])
+    ops.node(2282, *[150000.0, -7021.875, 62700.0])
+    ops.node(2283, *[150000.0, -6018.75, 66600.0])
+    ops.node(2284, *[150000.0, -5015.625, 70500.0])
+    ops.node(2285, *[150000.0, -4012.5, 74400.0])
+    ops.node(2286, *[150000.0, -3009.375, 78300.0])
+    ops.node(2287, *[150000.0, -2006.25, 82200.0])
+    ops.node(2288, *[150000.0, -1003.12499999999, 86100.0])
+    ops.node(2289, *[150000.0, 19059.375, 15900.0])
+    ops.node(2290, *[150000.0, 18056.25, 19800.0])
+    ops.node(2291, *[150000.0, 17053.125, 23700.0])
+    ops.node(2292, *[150000.0, 16050.0, 27600.0])
+    ops.node(2293, *[150000.0, 15046.875, 31500.0])
+    ops.node(2294, *[150000.0, 14043.75, 35400.0])
+    ops.node(2295, *[150000.0, 13040.625, 39300.0])
+    ops.node(2296, *[150000.0, 12037.5, 43200.0])
+    ops.node(2297, *[150000.0, 11034.375, 47100.0])
+    ops.node(2298, *[150000.0, 10031.25, 51000.0])
+    ops.node(2299, *[150000.0, 9028.125, 54900.0])
+    ops.node(2300, *[150000.0, 8025.0, 58800.0])
+    ops.node(2301, *[150000.0, 7021.875, 62700.0])
+    ops.node(2302, *[150000.0, 6018.75, 66600.0])
+    ops.node(2303, *[150000.0, 5015.625, 70500.0])
+    ops.node(2304, *[150000.0, 4012.5, 74400.0])
+    ops.node(2305, *[150000.0, 3009.375, 78300.0])
+    ops.node(2306, *[150000.0, 2006.25, 82200.0])
+    ops.node(2307, *[150000.0, 1003.12499999999, 86100.0])
+    ops.node(2308, *[450000.0, -19059.375, 15900.0])
+    ops.node(2309, *[450000.0, -18056.25, 19800.0])
+    ops.node(2310, *[450000.0, -17053.125, 23700.0])
+    ops.node(2311, *[450000.0, -16050.0, 27600.0])
+    ops.node(2312, *[450000.0, -15046.875, 31500.0])
+    ops.node(2313, *[450000.0, -14043.75, 35400.0])
+    ops.node(2314, *[450000.0, -13040.625, 39300.0])
+    ops.node(2315, *[450000.0, -12037.5, 43200.0])
+    ops.node(2316, *[450000.0, -11034.375, 47100.0])
+    ops.node(2317, *[450000.0, -10031.25, 51000.0])
+    ops.node(2318, *[450000.0, -9028.125, 54900.0])
+    ops.node(2319, *[450000.0, -8025.0, 58800.0])
+    ops.node(2320, *[450000.0, -7021.875, 62700.0])
+    ops.node(2321, *[450000.0, -6018.75, 66600.0])
+    ops.node(2322, *[450000.0, -5015.625, 70500.0])
+    ops.node(2323, *[450000.0, -4012.5, 74400.0])
+    ops.node(2324, *[450000.0, -3009.375, 78300.0])
+    ops.node(2325, *[450000.0, -2006.25, 82200.0])
+    ops.node(2326, *[450000.0, -1003.12499999999, 86100.0])
+    ops.node(2327, *[450000.0, 19059.375, 15900.0])
+    ops.node(2328, *[450000.0, 18056.25, 19800.0])
+    ops.node(2329, *[450000.0, 17053.125, 23700.0])
+    ops.node(2330, *[450000.0, 16050.0, 27600.0])
+    ops.node(2331, *[450000.0, 15046.875, 31500.0])
+    ops.node(2332, *[450000.0, 14043.75, 35400.0])
+    ops.node(2333, *[450000.0, 13040.625, 39300.0])
+    ops.node(2334, *[450000.0, 12037.5, 43200.0])
+    ops.node(2335, *[450000.0, 11034.375, 47100.0])
+    ops.node(2336, *[450000.0, 10031.25, 51000.0])
+    ops.node(2337, *[450000.0, 9028.125, 54900.0])
+    ops.node(2338, *[450000.0, 8025.0, 58800.0])
+    ops.node(2339, *[450000.0, 7021.875, 62700.0])
+    ops.node(2340, *[450000.0, 6018.75, 66600.0])
+    ops.node(2341, *[450000.0, 5015.625, 70500.0])
+    ops.node(2342, *[450000.0, 4012.5, 74400.0])
+    ops.node(2343, *[450000.0, 3009.375, 78300.0])
+    ops.node(2344, *[450000.0, 2006.25, 82200.0])
+    ops.node(2345, *[450000.0, 1003.12499999999, 86100.0])
+    ops.node(2346, *[150000.0, -9228.75, -16800.0])
+    ops.node(2347, *[150000.0, -10432.5, -13600.0])
+    ops.node(2348, *[150000.0, -11636.25, -10400.0])
+    ops.node(2349, *[150000.0, -12840.0, -7200.0])
+    ops.node(2350, *[150000.0, -14043.75, -4000.0])
+    ops.node(2351, *[150000.0, -15247.5, -800.000000000001])
+    ops.node(2352, *[150000.0, -16451.25, 2400.0])
+    ops.node(2353, *[150000.0, -17655.0, 5600.0])
+    ops.node(2354, *[150000.0, -18858.75, 8800.0])
+    ops.node(2355, *[150000.0, 9228.75, -16800.0])
+    ops.node(2356, *[150000.0, 10432.5, -13600.0])
+    ops.node(2357, *[150000.0, 11636.25, -10400.0])
+    ops.node(2358, *[150000.0, 12840.0, -7200.0])
+    ops.node(2359, *[150000.0, 14043.75, -4000.0])
+    ops.node(2360, *[150000.0, 15247.5, -800.000000000001])
+    ops.node(2361, *[150000.0, 16451.25, 2400.0])
+    ops.node(2362, *[150000.0, 17655.0, 5600.0])
+    ops.node(2363, *[150000.0, 18858.75, 8800.0])
+    ops.node(2364, *[450000.0, -9228.75, -16800.0])
+    ops.node(2365, *[450000.0, -10432.5, -13600.0])
+    ops.node(2366, *[450000.0, -11636.25, -10400.0])
+    ops.node(2367, *[450000.0, -12840.0, -7200.0])
+    ops.node(2368, *[450000.0, -14043.75, -4000.0])
+    ops.node(2369, *[450000.0, -15247.5, -800.000000000001])
+    ops.node(2370, *[450000.0, -16451.25, 2400.0])
+    ops.node(2371, *[450000.0, -17655.0, 5600.0])
+    ops.node(2372, *[450000.0, -18858.75, 8800.0])
+    ops.node(2373, *[450000.0, 9228.75, -16800.0])
+    ops.node(2374, *[450000.0, 10432.5, -13600.0])
+    ops.node(2375, *[450000.0, 11636.25, -10400.0])
+    ops.node(2376, *[450000.0, 12840.0, -7200.0])
+    ops.node(2377, *[450000.0, 14043.75, -4000.0])
+    ops.node(2378, *[450000.0, 15247.5, -800.000000000001])
+    ops.node(2379, *[450000.0, 16451.25, 2400.0])
+    ops.node(2380, *[450000.0, 17655.0, 5600.0])
+    ops.node(2381, *[450000.0, 18858.75, 8800.0])
+    ops.node(2382, *[0.0, 0.0, -7275.0])
+    ops.node(2383, *[0.0, 0.0, -4800.0])
+    ops.node(2384, *[0.0, 0.0, -2325.0])
+    ops.node(2385, *[0.0, 0.0, 150.0])
+    ops.node(2386, *[0.0, 0.0, 2625.0])
+    ops.node(2387, *[0.0, 0.0, 5100.0])
+    ops.node(2388, *[0.0, 0.0, 7575.0])
+    ops.node(2389, *[0.0, 0.0, 10050.0])
+    ops.node(2390, *[0.0, 0.0, 12525.0])
+    ops.node(2391, *[30000.0, 0.0, -7275.0])
+    ops.node(2392, *[30000.0, 0.0, -4800.0])
+    ops.node(2393, *[30000.0, 0.0, -2325.0])
+    ops.node(2394, *[30000.0, 0.0, 150.0])
+    ops.node(2395, *[30000.0, 0.0, 2625.0])
+    ops.node(2396, *[30000.0, 0.0, 5100.0])
+    ops.node(2397, *[30000.0, 0.0, 7575.0])
+    ops.node(2398, *[30000.0, 0.0, 10050.0])
+    ops.node(2399, *[30000.0, 0.0, 12525.0])
+    ops.node(2400, *[60000.0, 0.0, -7275.0])
+    ops.node(2401, *[60000.0, 0.0, -4800.0])
+    ops.node(2402, *[60000.0, 0.0, -2325.0])
+    ops.node(2403, *[60000.0, 0.0, 150.0])
+    ops.node(2404, *[60000.0, 0.0, 2625.0])
+    ops.node(2405, *[60000.0, 0.0, 5100.0])
+    ops.node(2406, *[60000.0, 0.0, 7575.0])
+    ops.node(2407, *[60000.0, 0.0, 10050.0])
+    ops.node(2408, *[60000.0, 0.0, 12525.0])
+    ops.node(2409, *[90000.0, 0.0, -7275.0])
+    ops.node(2410, *[90000.0, 0.0, -4800.0])
+    ops.node(2411, *[90000.0, 0.0, -2325.0])
+    ops.node(2412, *[90000.0, 0.0, 150.0])
+    ops.node(2413, *[90000.0, 0.0, 2625.0])
+    ops.node(2414, *[90000.0, 0.0, 5100.0])
+    ops.node(2415, *[90000.0, 0.0, 7575.0])
+    ops.node(2416, *[90000.0, 0.0, 10050.0])
+    ops.node(2417, *[90000.0, 0.0, 12525.0])
+    ops.node(2418, *[120000.0, 0.0, -7275.0])
+    ops.node(2419, *[120000.0, 0.0, -4800.0])
+    ops.node(2420, *[120000.0, 0.0, -2325.0])
+    ops.node(2421, *[120000.0, 0.0, 150.0])
+    ops.node(2422, *[120000.0, 0.0, 2625.0])
+    ops.node(2423, *[120000.0, 0.0, 5100.0])
+    ops.node(2424, *[120000.0, 0.0, 7575.0])
+    ops.node(2425, *[120000.0, 0.0, 10050.0])
+    ops.node(2426, *[120000.0, 0.0, 12525.0])
+    ops.node(2427, *[600000.0, 0.0, -2775.0])
+    ops.node(2428, *[600000.0, 0.0, -800.0])
+    ops.node(2429, *[600000.0, 0.0, 1175.0])
+    ops.node(2430, *[600000.0, 0.0, 3150.0])
+    ops.node(2431, *[600000.0, 0.0, 5125.0])
+    ops.node(2432, *[600000.0, 0.0, 7100.0])
+    ops.node(2433, *[600000.0, 0.0, 9075.0])
+    ops.node(2434, *[600000.0, 0.0, 11050.0])
+    ops.node(2435, *[600000.0, 0.0, 13025.0])
+    ops.node(2436, *[570000.0, 0.0, -2775.0])
+    ops.node(2437, *[570000.0, 0.0, -800.0])
+    ops.node(2438, *[570000.0, 0.0, 1175.0])
+    ops.node(2439, *[570000.0, 0.0, 3150.0])
+    ops.node(2440, *[570000.0, 0.0, 5125.0])
+    ops.node(2441, *[570000.0, 0.0, 7100.0])
+    ops.node(2442, *[570000.0, 0.0, 9075.0])
+    ops.node(2443, *[570000.0, 0.0, 11050.0])
+    ops.node(2444, *[570000.0, 0.0, 13025.0])
+    ops.node(2445, *[540000.0, 0.0, -2775.0])
+    ops.node(2446, *[540000.0, 0.0, -800.0])
+    ops.node(2447, *[540000.0, 0.0, 1175.0])
+    ops.node(2448, *[540000.0, 0.0, 3150.0])
+    ops.node(2449, *[540000.0, 0.0, 5125.0])
+    ops.node(2450, *[540000.0, 0.0, 7100.0])
+    ops.node(2451, *[540000.0, 0.0, 9075.0])
+    ops.node(2452, *[540000.0, 0.0, 11050.0])
+    ops.node(2453, *[540000.0, 0.0, 13025.0])
+    ops.node(2454, *[510000.0, 0.0, -2775.0])
+    ops.node(2455, *[510000.0, 0.0, -800.0])
+    ops.node(2456, *[510000.0, 0.0, 1175.0])
+    ops.node(2457, *[510000.0, 0.0, 3150.0])
+    ops.node(2458, *[510000.0, 0.0, 5125.0])
+    ops.node(2459, *[510000.0, 0.0, 7100.0])
+    ops.node(2460, *[510000.0, 0.0, 9075.0])
+    ops.node(2461, *[510000.0, 0.0, 11050.0])
+    ops.node(2462, *[510000.0, 0.0, 13025.0])
+    ops.node(2463, *[480000.0, 0.0, -2775.0])
+    ops.node(2464, *[480000.0, 0.0, -800.0])
+    ops.node(2465, *[480000.0, 0.0, 1175.0])
+    ops.node(2466, *[480000.0, 0.0, 3150.0])
+    ops.node(2467, *[480000.0, 0.0, 5125.0])
+    ops.node(2468, *[480000.0, 0.0, 7100.0])
+    ops.node(2469, *[480000.0, 0.0, 9075.0])
+    ops.node(2470, *[480000.0, 0.0, 11050.0])
+    ops.node(2471, *[480000.0, 0.0, 13025.0])
+    ops.node(2472, *[450000.0, -9600.0, 12000.0])
+    ops.node(2473, *[450000.0, -7200.0, 12000.0])
+    ops.node(2474, *[450000.0, -4800.0, 12000.0])
+    ops.node(2475, *[450000.0, -2400.0, 12000.0])
+    ops.node(2476, *[450000.0, 0.0, 12000.0])
+    ops.node(2477, *[450000.0, 2400.0, 12000.0])
+    ops.node(2478, *[450000.0, 4800.0, 12000.0])
+    ops.node(2479, *[450000.0, 7200.0, 12000.0])
+    ops.node(2480, *[450000.0, 9600.0, 12000.0])
+    ops.node(2481, *[450000.0, -17375.0, 12000.0])
+    ops.node(2482, *[450000.0, -14687.5, 12000.0])
+    ops.node(2483, *[450000.0, 14687.5, 12000.0])
+    ops.node(2484, *[450000.0, 17375.0, 12000.0])
+    ops.node(2485, *[150000.0, -9600.0, 12000.0])
+    ops.node(2486, *[150000.0, -7200.0, 12000.0])
+    ops.node(2487, *[150000.0, -4800.0, 12000.0])
+    ops.node(2488, *[150000.0, -2400.0, 12000.0])
+    ops.node(2489, *[150000.0, 0.0, 12000.0])
+    ops.node(2490, *[150000.0, 2400.0, 12000.0])
+    ops.node(2491, *[150000.0, 4800.0, 12000.0])
+    ops.node(2492, *[150000.0, 7200.0, 12000.0])
+    ops.node(2493, *[150000.0, 9600.0, 12000.0])
+    ops.node(2494, *[150000.0, -17375.0, 12000.0])
+    ops.node(2495, *[150000.0, -14687.5, 12000.0])
+    ops.node(2496, *[150000.0, 14687.5, 12000.0])
+    ops.node(2497, *[150000.0, 17375.0, 12000.0])
+
+    # Fix the node.
+    ops.fix(18, *[1, 1, 1, 1, 1, 1])
+    ops.fix(24, *[1, 1, 1, 1, 1, 1])
+    ops.fix(30, *[1, 1, 1, 1, 1, 1])
+    ops.fix(36, *[1, 1, 1, 1, 1, 1])
+    ops.fix(42, *[1, 1, 1, 1, 1, 1])
+    ops.fix(48, *[1, 1, 1, 1, 1, 1])
+    ops.fix(54, *[1, 1, 1, 1, 1, 1])
+    ops.fix(60, *[1, 1, 1, 1, 1, 1])
+    ops.fix(66, *[1, 1, 1, 1, 1, 1])
+    ops.fix(72, *[1, 1, 1, 1, 1, 1])
+    ops.fix(78, *[1, 1, 1, 1, 1, 1])
+    ops.fix(84, *[1, 1, 1, 1, 1, 1])
+    ops.fix(90, *[1, 1, 1, 1, 1, 1])
+    ops.fix(96, *[1, 1, 1, 1, 1, 1])
+    ops.fix(102, *[1, 1, 1, 1, 1, 1])
+    ops.fix(108, *[1, 1, 1, 1, 1, 1])
+    ops.fix(114, *[1, 1, 1, 1, 1, 1])
+    ops.fix(120, *[1, 1, 1, 1, 1, 1])
+    ops.fix(126, *[1, 1, 1, 1, 1, 1])
+    ops.fix(132, *[1, 1, 1, 1, 1, 1])
+    ops.fix(138, *[1, 1, 1, 1, 1, 1])
+    ops.fix(144, *[1, 1, 1, 1, 1, 1])
+    ops.fix(150, *[1, 1, 1, 1, 1, 1])
+    ops.fix(156, *[1, 1, 1, 1, 1, 1])
+    ops.fix(162, *[1, 1, 1, 1, 1, 1])
+    ops.fix(168, *[1, 1, 1, 1, 1, 1])
+    ops.fix(174, *[1, 1, 1, 1, 1, 1])
+    ops.fix(180, *[1, 1, 1, 1, 1, 1])
+    ops.fix(186, *[1, 1, 1, 1, 1, 1])
+    ops.fix(192, *[1, 1, 1, 1, 1, 1])
+    ops.fix(198, *[1, 1, 1, 1, 1, 1])
+    ops.fix(204, *[1, 1, 1, 1, 1, 1])
+    ops.fix(210, *[1, 1, 1, 1, 1, 1])
+    ops.fix(216, *[1, 1, 1, 1, 1, 1])
+    ops.fix(222, *[1, 1, 1, 1, 1, 1])
+    ops.fix(228, *[1, 1, 1, 1, 1, 1])
+    ops.fix(234, *[1, 1, 1, 1, 1, 1])
+    ops.fix(240, *[1, 1, 1, 1, 1, 1])
+    ops.fix(246, *[1, 1, 1, 1, 1, 1])
+    ops.fix(252, *[1, 1, 1, 1, 1, 1])
+    ops.fix(258, *[1, 1, 1, 1, 1, 1])
+    ops.fix(264, *[1, 1, 1, 1, 1, 1])
+    ops.fix(270, *[1, 1, 1, 1, 1, 1])
+    ops.fix(276, *[1, 1, 1, 1, 1, 1])
+    ops.fix(282, *[1, 1, 1, 1, 1, 1])
+    ops.fix(288, *[1, 1, 1, 1, 1, 1])
+    ops.fix(294, *[1, 1, 1, 1, 1, 1])
+    ops.fix(300, *[1, 1, 1, 1, 1, 1])
+    ops.fix(306, *[1, 1, 1, 1, 1, 1])
+    ops.fix(312, *[1, 1, 1, 1, 1, 1])
+    ops.fix(318, *[1, 1, 1, 1, 1, 1])
+    ops.fix(324, *[1, 1, 1, 1, 1, 1])
+    ops.fix(330, *[1, 1, 1, 1, 1, 1])
+    ops.fix(336, *[1, 1, 1, 1, 1, 1])
+    ops.fix(342, *[1, 1, 1, 1, 1, 1])
+    ops.fix(348, *[1, 1, 1, 1, 1, 1])
+    ops.fix(354, *[1, 1, 1, 1, 1, 1])
+    ops.fix(360, *[1, 1, 1, 1, 1, 1])
+    ops.fix(366, *[1, 1, 1, 1, 1, 1])
+    ops.fix(372, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(390, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(408, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(426, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(438, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(456, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(598, *[1, 1, 1, 1, 1, 1])
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+    ops.fix(967, *[1, 1, 1, 1, 1, 1])
+    ops.fix(968, *[1, 1, 1, 1, 1, 1])
+    ops.fix(969, *[1, 1, 1, 1, 1, 1])
+    ops.fix(970, *[1, 1, 1, 1, 1, 1])
+    ops.fix(971, *[1, 1, 1, 1, 1, 1])
+    ops.fix(972, *[1, 1, 1, 1, 1, 1])
+    ops.fix(973, *[1, 1, 1, 1, 1, 1])
+    ops.fix(974, *[1, 1, 1, 1, 1, 1])
+    ops.fix(975, *[1, 1, 1, 1, 1, 1])
+    ops.fix(976, *[1, 1, 1, 1, 1, 1])
+    ops.fix(977, *[1, 1, 1, 1, 1, 1])
+    ops.fix(978, *[1, 1, 1, 1, 1, 1])
+    ops.fix(979, *[1, 1, 1, 1, 1, 1])
+    ops.fix(980, *[1, 1, 1, 1, 1, 1])
+    ops.fix(981, *[1, 1, 1, 1, 1, 1])
+    ops.fix(982, *[1, 1, 1, 1, 1, 1])
+    ops.fix(983, *[1, 1, 1, 1, 1, 1])
+    ops.fix(984, *[1, 1, 1, 1, 1, 1])
+    ops.fix(985, *[1, 1, 1, 1, 1, 1])
+    ops.fix(986, *[1, 1, 1, 1, 1, 1])
+    ops.fix(987, *[1, 1, 1, 1, 1, 1])
+    ops.fix(988, *[1, 1, 1, 1, 1, 1])
+    ops.fix(989, *[1, 1, 1, 1, 1, 1])
+    ops.fix(990, *[1, 1, 1, 1, 1, 1])
+    ops.fix(991, *[1, 1, 1, 1, 1, 1])
+    ops.fix(992, *[1, 1, 1, 1, 1, 1])
+    ops.fix(993, *[1, 1, 1, 1, 1, 1])
+    ops.fix(994, *[1, 1, 1, 1, 1, 1])
+    ops.fix(995, *[1, 1, 1, 1, 1, 1])
+    ops.fix(996, *[1, 1, 1, 1, 1, 1])
+    ops.fix(997, *[1, 1, 1, 1, 1, 1])
+    ops.fix(998, *[1, 1, 1, 1, 1, 1])
+    ops.fix(999, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1000, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1001, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1002, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1003, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1004, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1005, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1006, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1007, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1008, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1009, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1010, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1011, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1012, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1013, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1014, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1015, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1016, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1017, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1018, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1019, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1020, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1021, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1022, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1023, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1024, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1025, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1026, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1027, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1028, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1029, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1030, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1031, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1032, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1033, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1034, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1035, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1036, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1037, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1038, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1039, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1040, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1041, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1042, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1043, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1044, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1045, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1046, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1047, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1048, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1049, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1050, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1051, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1052, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1053, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1054, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1055, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1056, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1057, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1058, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1059, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1060, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1061, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1062, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1063, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1064, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1065, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1066, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1067, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1068, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1069, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1070, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1071, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1072, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1073, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1074, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1075, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1076, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1077, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1078, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1079, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1080, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1081, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1082, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1083, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1084, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1085, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1086, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1087, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1088, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1089, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1090, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1091, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1092, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1093, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1094, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1095, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1096, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1097, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1098, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1099, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1100, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1101, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1102, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1103, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1104, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1105, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1106, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1107, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1108, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1109, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1110, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1111, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1112, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1113, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1114, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1115, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1116, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1117, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1118, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1119, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1120, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1121, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1122, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1123, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1124, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1125, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1126, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1127, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1128, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1129, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1130, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1131, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1132, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1133, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1134, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1135, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1136, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1137, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1138, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1139, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1140, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1141, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1142, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1143, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1144, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1145, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1146, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1147, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1148, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1149, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1150, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1151, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1152, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1153, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1154, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1155, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1156, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1157, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1158, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1159, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1160, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1161, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1162, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1163, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1164, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1165, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1166, *[1, 1, 1, 1, 1, 1])
+
+    # Mechanical properties DataFrame of section
+    FrameSecProp_df = dict()
+    FrameSecProp = namedtuple(
+        'FrameSecProp', ('matName', 'A', 'J', 'I33', 'I22', 'AS2', 'AS3'))
+    FrameSecProp_df["Cable"] = FrameSecProp._make(
+        ['A709Gr50', 31415.9265358979, 157079632.67949, 78539816.3397449, 78539816.3397449, 28274.3338823081, 28274.3338823081])
+    FrameSecProp_df["Cap1"] = FrameSecProp._make(
+        ['4000Psi', 36180225.0, 184352055914630.0, 109084056754219.0, 109084056754219.0, 30150187.5, 30150187.5])
+    FrameSecProp_df["Cross_Beam"] = FrameSecProp._make(
+        ['4000Psi', 11254687.5, 15003467524080.9, 5629688476562.5, 19791873550415.0, 9378906.25, 9378906.25])
+    FrameSecProp_df["FootingL1"] = FrameSecProp._make(
+        ['4000Psi', 2777777.77777778, 1086676954732.51, 643004115226.338, 643004115226.338, 2314814.81481482, 2314814.81481482])
+    FrameSecProp_df["Left_Leg"] = FrameSecProp._make(
+        ['4000Psi', 15187500.0, 31136727769374.8, 14416259765625.0, 25628906250000.0, 12656250.0, 12656250.0])
+    FrameSecProp_df["PierL1"] = FrameSecProp._make(
+        ['4000Psi', 8000000.0, 7324166666666.67, 10666666666666.7, 2666666666666.67, 6666666.66666667, 6666666.66666667])
+    FrameSecProp_df["Piles"] = FrameSecProp._make(
+        ['4000Psi', 2250000.0, 712968750000.0, 421875000000.0, 421875000000.0, 1875000.0, 1875000.0])
+    FrameSecProp_df["Upper_Pylon"] = FrameSecProp._make(
+        ['4000Psi', 20250000.0, 57750468750000.0, 34171875000000.0, 34171875000000.0, 16875000.0, 16875000.0])
+
+    # Create OpenSees elements.
+    # element('elasticBeamColumn', eleTag, *eleNodes, Area, E_mod, G_mod, Jxx, Iy, Iz, transfTag, <'-mass', mass>, <'-cMass'>)
+    ops.element('elasticBeamColumn', 1, *[13, 14], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 2, *[14, 15], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 3, *[15, 16], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 4, *[16, 17], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 5, *[17, 18], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 6, *[19, 20], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 7, *[20, 21], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 8, *[21, 22], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 9, *[22, 23], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 10, *[23, 24], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 11, *[25, 26], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 12, *[26, 27], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 13, *[27, 28], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 14, *[28, 29], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 15, *[29, 30], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 16, *[31, 32], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 17, *[32, 33], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 18, *[33, 34], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 19, *[34, 35], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 20, *[35, 36], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 21, *[37, 38], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 22, *[38, 39], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 23, *[39, 40], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 24, *[40, 41], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 25, *[41, 42], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 26, *[43, 44], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 27, *[44, 45], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 28, *[45, 46], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 29, *[46, 47], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 30, *[47, 48], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 31, *[49, 50], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 32, *[50, 51], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 33, *[51, 52], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 34, *[52, 53], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 35, *[53, 54], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 36, *[55, 56], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 37, *[56, 57], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 38, *[57, 58], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 39, *[58, 59], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 40, *[59, 60], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 41, *[61, 62], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 42, *[62, 63], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 43, *[63, 64], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 44, *[64, 65], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 45, *[65, 66], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 46, *[67, 68], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 47, *[68, 69], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 48, *[69, 70], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 49, *[70, 71], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 50, *[71, 72], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 51, *[73, 74], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 52, *[74, 75], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 53, *[75, 76], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 54, *[76, 77], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 55, *[77, 78], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 56, *[79, 80], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 57, *[80, 81], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 58, *[81, 82], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 59, *[82, 83], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 60, *[83, 84], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 61, *[85, 86], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 62, *[86, 87], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 63, *[87, 88], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 64, *[88, 89], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 65, *[89, 90], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 66, *[91, 92], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 67, *[92, 93], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 68, *[93, 94], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 69, *[94, 95], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 70, *[95, 96], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 71, *[97, 98], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 72, *[98, 99], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 73, *[99, 100], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 74, *[100, 101], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 75, *[101, 102], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 76, *[103, 104], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 77, *[104, 105], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 78, *[105, 106], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 79, *[106, 107], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 80, *[107, 108], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 81, *[109, 110], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 82, *[110, 111], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 83, *[111, 112], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 84, *[112, 113], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 85, *[113, 114], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 86, *[115, 116], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 87, *[116, 117], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 88, *[117, 118], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 89, *[118, 119], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 90, *[119, 120], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 91, *[121, 122], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 92, *[122, 123], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 93, *[123, 124], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 94, *[124, 125], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 95, *[125, 126], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 96, *[127, 128], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 97, *[128, 129], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 98, *[129, 130], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 99, *[130, 131], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 100, *[131, 132], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 101, *[1, 134], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 102, *[134, 135], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 103, *[135, 136], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 104, *[136, 137], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 105, *[137, 138], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 106, *[139, 140], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 107, *[140, 141], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 108, *[141, 142], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 109, *[142, 143], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 110, *[143, 144], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 111, *[145, 146], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 112, *[146, 147], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 113, *[147, 148], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 114, *[148, 149], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 115, *[149, 150], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 116, *[151, 152], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 117, *[152, 153], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 118, *[153, 154], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 119, *[154, 155], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 120, *[155, 156], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 121, *[4, 158], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 122, *[158, 159], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 123, *[159, 160], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 124, *[160, 161], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 125, *[161, 162], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 126, *[163, 164], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 127, *[164, 165], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 128, *[165, 166], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 129, *[166, 167], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 130, *[167, 168], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 131, *[169, 170], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 132, *[170, 171], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 133, *[171, 172], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 134, *[172, 173], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 135, *[173, 174], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 136, *[175, 176], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 137, *[176, 177], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 138, *[177, 178], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 139, *[178, 179], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 140, *[179, 180], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 141, *[181, 182], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 142, *[182, 183], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 143, *[183, 184], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 144, *[184, 185], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 145, *[185, 186], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 146, *[187, 188], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 147, *[188, 189], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 148, *[189, 190], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 149, *[190, 191], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 150, *[191, 192], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 151, *[193, 194], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 152, *[194, 195], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 153, *[195, 196], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 154, *[196, 197], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 155, *[197, 198], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 156, *[199, 200], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 157, *[200, 201], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 158, *[201, 202], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 159, *[202, 203], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 160, *[203, 204], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 161, *[205, 206], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 162, *[206, 207], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 163, *[207, 208], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 164, *[208, 209], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 165, *[209, 210], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 166, *[211, 212], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 167, *[212, 213], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 168, *[213, 214], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 169, *[214, 215], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 170, *[215, 216], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 171, *[217, 218], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 172, *[218, 219], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 173, *[219, 220], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 174, *[220, 221], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 175, *[221, 222], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 176, *[223, 224], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 177, *[224, 225], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 178, *[225, 226], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 179, *[226, 227], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 180, *[227, 228], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 181, *[229, 230], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 182, *[230, 231], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 183, *[231, 232], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 184, *[232, 233], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 185, *[233, 234], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 186, *[235, 236], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 187, *[236, 237], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 188, *[237, 238], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 189, *[238, 239], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 190, *[239, 240], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 191, *[241, 242], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 192, *[242, 243], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 193, *[243, 244], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 194, *[244, 245], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 195, *[245, 246], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 196, *[247, 248], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 197, *[248, 249], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 198, *[249, 250], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 199, *[250, 251], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 200, *[251, 252], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 201, *[253, 254], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 202, *[254, 255], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 203, *[255, 256], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 204, *[256, 257], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 205, *[257, 258], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 206, *[259, 260], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 207, *[260, 261], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 208, *[261, 262], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 209, *[262, 263], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 210, *[263, 264], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 211, *[265, 266], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 212, *[266, 267], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 213, *[267, 268], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 214, *[268, 269], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 215, *[269, 270], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 216, *[271, 272], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 217, *[272, 273], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 218, *[273, 274], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 219, *[274, 275], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 220, *[275, 276], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 221, *[277, 278], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 222, *[278, 279], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 223, *[279, 280], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 224, *[280, 281], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 225, *[281, 282], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 226, *[121, 169], FrameSecProp_df['Cap1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Cap1'].J, FrameSecProp_df['Cap1'].I33, FrameSecProp_df['Cap1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 227, *[37, 253], FrameSecProp_df['Cap1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cap1'].J, FrameSecProp_df['Cap1'].I33, FrameSecProp_df['Cap1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 228, *[283, 284], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 229, *[284, 285], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 230, *[285, 286], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 231, *[286, 287], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 232, *[287, 288], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 233, *[289, 290], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 234, *[290, 291], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 235, *[291, 292], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 236, *[292, 293], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 237, *[293, 294], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 238, *[295, 296], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 239, *[296, 297], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 240, *[297, 298], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 241, *[298, 299], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 242, *[299, 300], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 243, *[301, 302], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 244, *[302, 303], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 245, *[303, 304], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 246, *[304, 305], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 247, *[305, 306], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 248, *[307, 308], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 249, *[308, 309], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 250, *[309, 310], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 251, *[310, 311], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 252, *[311, 312], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 253, *[313, 314], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 254, *[314, 315], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 255, *[315, 316], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 256, *[316, 317], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 257, *[317, 318], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 258, *[319, 320], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 259, *[320, 321], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 260, *[321, 322], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 261, *[322, 323], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 262, *[323, 324], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 263, *[325, 326], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 264, *[326, 327], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 265, *[327, 328], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 266, *[328, 329], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 267, *[329, 330], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 268, *[331, 332], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 269, *[332, 333], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 270, *[333, 334], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 271, *[334, 335], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 272, *[335, 336], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 273, *[337, 338], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 274, *[338, 339], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 275, *[339, 340], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 276, *[340, 341], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 277, *[341, 342], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 278, *[343, 344], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 279, *[344, 345], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 280, *[345, 346], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 281, *[346, 347], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 282, *[347, 348], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 283, *[349, 350], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 284, *[350, 351], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 285, *[351, 352], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 286, *[352, 353], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 287, *[353, 354], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 288, *[355, 356], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 289, *[356, 357], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 290, *[357, 358], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 291, *[358, 359], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 292, *[359, 360], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 293, *[361, 362], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 294, *[362, 363], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 295, *[363, 364], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 296, *[364, 365], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 297, *[365, 366], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 298, *[367, 368], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 299, *[368, 369], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 300, *[369, 370], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 301, *[370, 371], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 302, *[371, 372], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 303, *[373, 374], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 304, *[374, 375], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 305, *[375, 376], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 306, *[376, 377], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 307, *[377, 378], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 308, *[379, 380], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 309, *[380, 381], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 310, *[381, 382], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 311, *[382, 383], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 312, *[383, 384], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 313, *[385, 386], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 314, *[386, 387], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 315, *[387, 388], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 316, *[388, 389], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 317, *[389, 390], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 318, *[391, 392], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 319, *[392, 393], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 320, *[393, 394], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 321, *[394, 395], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 322, *[395, 396], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 323, *[397, 398], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 324, *[398, 399], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 325, *[399, 400], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 326, *[400, 401], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 327, *[401, 402], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 328, *[7, 404], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 329, *[404, 405], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 330, *[405, 406], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 331, *[406, 407], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 332, *[407, 408], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 333, *[409, 410], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 334, *[410, 411], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 335, *[411, 412], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 336, *[412, 413], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 337, *[413, 414], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 338, *[415, 416], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 339, *[416, 417], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 340, *[417, 418], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 341, *[418, 419], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 342, *[419, 420], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 343, *[421, 422], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 344, *[422, 423], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 345, *[423, 424], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 346, *[424, 425], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 347, *[425, 426], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 348, *[10, 428], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 349, *[428, 429], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 350, *[429, 430], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 351, *[430, 431], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 352, *[431, 432], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 353, *[433, 434], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 354, *[434, 435], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 355, *[435, 436], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 356, *[436, 437], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 357, *[437, 438], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 358, *[439, 440], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 359, *[440, 441], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 360, *[441, 442], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 361, *[442, 443], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 362, *[443, 444], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 363, *[445, 446], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 364, *[446, 447], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 365, *[447, 448], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 366, *[448, 449], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 367, *[449, 450], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 368, *[451, 452], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 369, *[452, 453], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 370, *[453, 454], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 371, *[454, 455], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 372, *[455, 456], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 373, *[457, 458], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 374, *[458, 459], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 375, *[459, 460], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 376, *[460, 461], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 377, *[461, 462], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 378, *[463, 464], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 379, *[464, 465], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 380, *[465, 466], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 381, *[466, 467], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 382, *[467, 468], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 383, *[469, 470], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 384, *[470, 471], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 385, *[471, 472], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 386, *[472, 473], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 387, *[473, 474], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 388, *[475, 476], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 389, *[476, 477], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 390, *[477, 478], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 391, *[478, 479], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 392, *[479, 480], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 393, *[481, 482], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 394, *[482, 483], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 395, *[483, 484], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 396, *[484, 485], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 397, *[485, 486], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 398, *[487, 488], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 399, *[488, 489], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 400, *[489, 490], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 401, *[490, 491], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 402, *[491, 492], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 403, *[493, 494], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 404, *[494, 495], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 405, *[495, 496], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 406, *[496, 497], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 407, *[497, 498], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 408, *[499, 500], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 409, *[500, 501], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 410, *[501, 502], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 411, *[502, 503], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 412, *[503, 504], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 413, *[505, 506], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 414, *[506, 507], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 415, *[507, 508], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 416, *[508, 509], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 417, *[509, 510], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 418, *[511, 512], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 419, *[512, 513], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 420, *[513, 514], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 421, *[514, 515], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 422, *[515, 516], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 423, *[517, 518], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 424, *[518, 519], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 425, *[519, 520], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 426, *[520, 521], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 427, *[521, 522], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 428, *[523, 524], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 429, *[524, 525], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 430, *[525, 526], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 431, *[526, 527], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 432, *[527, 528], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 433, *[529, 530], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 434, *[530, 531], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 435, *[531, 532], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 436, *[532, 533], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 437, *[533, 534], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 438, *[535, 536], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 439, *[536, 537], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 440, *[537, 538], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 441, *[538, 539], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 442, *[539, 540], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 443, *[541, 542], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 444, *[542, 543], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 445, *[543, 544], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 446, *[544, 545], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 447, *[545, 546], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 448, *[547, 548], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 449, *[548, 549], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 450, *[549, 550], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 451, *[550, 551], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 452, *[551, 552], FrameSecProp_df['Piles'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Piles'].J, FrameSecProp_df['Piles'].I33, FrameSecProp_df['Piles'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 453, *[391, 439], FrameSecProp_df['Cap1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Cap1'].J, FrameSecProp_df['Cap1'].I33, FrameSecProp_df['Cap1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 454, *[307, 523], FrameSecProp_df['Cap1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['Cap1'].J, FrameSecProp_df['Cap1'].I33, FrameSecProp_df['Cap1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 455, *[555, 554], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 456, *[554, 556], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 457, *[559, 558], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 458, *[558, 560], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 459, *[563, 562], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 460, *[562, 564], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 461, *[567, 566], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 462, *[566, 568], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 463, *[571, 570], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 464, *[570, 572], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 465, *[575, 574], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 466, *[574, 576], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 467, *[579, 578], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 468, *[578, 580], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 469, *[583, 582], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 470, *[582, 584], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 471, *[587, 586], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 472, *[586, 588], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 473, *[591, 590], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 474, *[590, 592], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 475, *[593, 594], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 476, *[595, 596], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 477, *[597, 598], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 478, *[599, 600], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 479, *[601, 602], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 480, *[603, 604], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 481, *[605, 606], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 482, *[607, 608], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 483, *[609, 610], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 484, *[611, 612], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 485, *[613, 614], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 486, *[615, 616], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 487, *[617, 618], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 488, *[619, 620], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 489, *[621, 622], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 490, *[623, 624], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 491, *[625, 626], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 492, *[627, 628], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 493, *[629, 630], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 494, *[631, 632], FrameSecProp_df['FootingL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['FootingL1'].J, FrameSecProp_df['FootingL1'].I33, FrameSecProp_df['FootingL1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 495, *[633, 634], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 496, *[635, 636], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 497, *[637, 638], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 498, *[639, 640], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 499, *[641, 642], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 500, *[643, 644], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 501, *[645, 646], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 502, *[647, 648], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 503, *[649, 650], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 504, *[651, 555], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 505, *[633, 652], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 506, *[635, 653], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 507, *[637, 654], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 508, *[639, 655], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 509, *[641, 656], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 510, *[643, 657], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 511, *[645, 658], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 512, *[647, 659], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 513, *[649, 660], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 514, *[651, 556], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 515, *[633, 661], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 516, *[635, 662], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 517, *[637, 663], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 518, *[639, 664], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 519, *[641, 665], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 520, *[643, 666], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 521, *[645, 667], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 522, *[647, 668], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 523, *[649, 669], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 524, *[651, 670], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 525, *[633, 671], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 526, *[635, 672], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 527, *[637, 673], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 528, *[639, 674], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 529, *[641, 675], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 530, *[643, 676], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 531, *[645, 677], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 532, *[647, 678], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 533, *[649, 679], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 534, *[651, 680], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 535, *[681, 682], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 536, *[683, 684], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 537, *[685, 686], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 538, *[687, 688], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 539, *[689, 690], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 540, *[691, 692], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 541, *[693, 694], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 542, *[695, 696], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 543, *[697, 698], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 544, *[699, 575], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 545, *[681, 700], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 546, *[683, 701], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 547, *[685, 702], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 548, *[687, 703], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 549, *[689, 704], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 550, *[691, 705], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 551, *[693, 706], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 552, *[695, 707], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 553, *[697, 708], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 554, *[699, 576], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 555, *[681, 709], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 556, *[683, 710], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 557, *[685, 711], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 558, *[687, 712], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 559, *[689, 713], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 560, *[691, 714], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 561, *[693, 715], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 562, *[695, 716], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 563, *[697, 717], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 564, *[699, 670], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 565, *[681, 718], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 566, *[683, 719], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 567, *[685, 720], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 568, *[687, 721], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 569, *[689, 722], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 570, *[691, 723], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 571, *[693, 724], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 572, *[695, 725], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 573, *[697, 726], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 574, *[699, 680], FrameSecProp_df['Cable'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['Cable'].J, FrameSecProp_df['Cable'].I33, FrameSecProp_df['Cable'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 575, *[2, 2270], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 576, *[2270, 2271], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 577, *[2271, 2272], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 578, *[2272, 2273], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 579, *[2273, 2274], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 580, *[2274, 2275], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 581, *[2275, 2276], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 582, *[2276, 2277], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 583, *[2277, 2278], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 584, *[2278, 2279], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 585, *[2279, 2280], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 586, *[2280, 2281], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 587, *[2281, 2282], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 588, *[2282, 2283], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 589, *[2283, 2284], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 590, *[2284, 2285], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 591, *[2285, 2286], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 592, *[2286, 2287], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 593, *[2287, 2288], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 594, *[2288, 3], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 595, *[5, 2289], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 596, *[2289, 2290], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 597, *[2290, 2291], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 598, *[2291, 2292], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 599, *[2292, 2293], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 600, *[2293, 2294], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 601, *[2294, 2295], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 602, *[2295, 2296], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 603, *[2296, 2297], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 604, *[2297, 2298], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 605, *[2298, 2299], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 606, *[2299, 2300], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 607, *[2300, 2301], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 608, *[2301, 2302], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 609, *[2302, 2303], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 610, *[2303, 2304], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 611, *[2304, 2305], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 612, *[2305, 2306], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 613, *[2306, 2307], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 614, *[2307, 3], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 615, *[8, 2308], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 616, *[2308, 2309], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 617, *[2309, 2310], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 618, *[2310, 2311], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 619, *[2311, 2312], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 620, *[2312, 2313], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 621, *[2313, 2314], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 622, *[2314, 2315], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 623, *[2315, 2316], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 624, *[2316, 2317], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 625, *[2317, 2318], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 626, *[2318, 2319], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 627, *[2319, 2320], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 628, *[2320, 2321], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 629, *[2321, 2322], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 630, *[2322, 2323], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 631, *[2323, 2324], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 632, *[2324, 2325], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 633, *[2325, 2326], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 634, *[2326, 9], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 635, *[11, 2327], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 636, *[2327, 2328], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 637, *[2328, 2329], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 638, *[2329, 2330], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 639, *[2330, 2331], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 640, *[2331, 2332], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 641, *[2332, 2333], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 642, *[2333, 2334], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 643, *[2334, 2335], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 644, *[2335, 2336], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 645, *[2336, 2337], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 646, *[2337, 2338], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 647, *[2338, 2339], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 648, *[2339, 2340], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 649, *[2340, 2341], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 650, *[2341, 2342], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 651, *[2342, 2343], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 652, *[2343, 2344], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 653, *[2344, 2345], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 654, *[2345, 9], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 655, *[1, 2346], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 656, *[2346, 2347], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 657, *[2347, 2348], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 658, *[2348, 2349], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 659, *[2349, 2350], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 660, *[2350, 2351], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 661, *[2351, 2352], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 662, *[2352, 2353], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 663, *[2353, 2354], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 664, *[2354, 2], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 665, *[4, 2355], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 666, *[2355, 2356], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 667, *[2356, 2357], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 668, *[2357, 2358], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 669, *[2358, 2359], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 670, *[2359, 2360], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 671, *[2360, 2361], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 672, *[2361, 2362], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 673, *[2362, 2363], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 674, *[2363, 5], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 675, *[7, 2364], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 676, *[2364, 2365], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 677, *[2365, 2366], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 678, *[2366, 2367], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 679, *[2367, 2368], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 680, *[2368, 2369], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 681, *[2369, 2370], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 682, *[2370, 2371], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 683, *[2371, 2372], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 684, *[2372, 8], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 685, *[10, 2373], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 686, *[2373, 2374], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 687, *[2374, 2375], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 688, *[2375, 2376], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 689, *[2376, 2377], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 690, *[2377, 2378], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 691, *[2378, 2379], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 692, *[2379, 2380], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 693, *[2380, 2381], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 694, *[2381, 11], FrameSecProp_df['Left_Leg'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Left_Leg'].J, FrameSecProp_df['Left_Leg'].I33, FrameSecProp_df['Left_Leg'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 695, *[3, 633], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 696, *[633, 635], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 697, *[635, 637], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 698, *[637, 639], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 699, *[639, 641], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 700, *[641, 643], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 701, *[643, 645], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 702, *[645, 647], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 703, *[647, 649], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 704, *[649, 651], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 705, *[651, 6], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 706, *[9, 681], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 707, *[681, 683], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 708, *[683, 685], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 709, *[685, 687], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 710, *[687, 689], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 711, *[689, 691], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 712, *[691, 693], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 713, *[693, 695], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 714, *[695, 697], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 715, *[697, 699], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 716, *[699, 12], FrameSecProp_df['Upper_Pylon'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Upper_Pylon'].J, FrameSecProp_df['Upper_Pylon'].I33, FrameSecProp_df['Upper_Pylon'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 717, *[553, 2382], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 718, *[2382, 2383], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 719, *[2383, 2384], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 720, *[2384, 2385], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 721, *[2385, 2386], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 722, *[2386, 2387], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 723, *[2387, 2388], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 724, *[2388, 2389], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 725, *[2389, 2390], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 726, *[2390, 554], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 727, *[557, 2391], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 728, *[2391, 2392], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 729, *[2392, 2393], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 730, *[2393, 2394], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 731, *[2394, 2395], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 732, *[2395, 2396], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 733, *[2396, 2397], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 734, *[2397, 2398], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 735, *[2398, 2399], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 736, *[2399, 558], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 737, *[561, 2400], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 738, *[2400, 2401], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 739, *[2401, 2402], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 740, *[2402, 2403], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 741, *[2403, 2404], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 742, *[2404, 2405], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 743, *[2405, 2406], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 744, *[2406, 2407], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 745, *[2407, 2408], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 746, *[2408, 562], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 747, *[565, 2409], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 748, *[2409, 2410], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 749, *[2410, 2411], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 750, *[2411, 2412], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 751, *[2412, 2413], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 752, *[2413, 2414], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 753, *[2414, 2415], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 754, *[2415, 2416], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 755, *[2416, 2417], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 756, *[2417, 566], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 757, *[569, 2418], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 758, *[2418, 2419], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 759, *[2419, 2420], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 760, *[2420, 2421], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 761, *[2421, 2422], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 762, *[2422, 2423], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 763, *[2423, 2424], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 764, *[2424, 2425], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 765, *[2425, 2426], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 766, *[2426, 570], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 767, *[573, 2427], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 768, *[2427, 2428], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 769, *[2428, 2429], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 770, *[2429, 2430], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 771, *[2430, 2431], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 772, *[2431, 2432], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 773, *[2432, 2433], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 774, *[2433, 2434], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 775, *[2434, 2435], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 776, *[2435, 574], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 777, *[577, 2436], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 778, *[2436, 2437], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 779, *[2437, 2438], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 780, *[2438, 2439], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 781, *[2439, 2440], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 782, *[2440, 2441], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 783, *[2441, 2442], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 784, *[2442, 2443], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 785, *[2443, 2444], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 786, *[2444, 578], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 787, *[581, 2445], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 788, *[2445, 2446], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 789, *[2446, 2447], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 790, *[2447, 2448], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 791, *[2448, 2449], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 792, *[2449, 2450], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 793, *[2450, 2451], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 794, *[2451, 2452], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 795, *[2452, 2453], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 796, *[2453, 582], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 797, *[585, 2454], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 798, *[2454, 2455], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 799, *[2455, 2456], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 800, *[2456, 2457], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 801, *[2457, 2458], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 802, *[2458, 2459], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 803, *[2459, 2460], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 804, *[2460, 2461], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 805, *[2461, 2462], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 806, *[2462, 586], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 807, *[589, 2463], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 808, *[2463, 2464], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 809, *[2464, 2465], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 810, *[2465, 2466], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 811, *[2466, 2467], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 812, *[2467, 2468], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 813, *[2468, 2469], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 814, *[2469, 2470], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 815, *[2470, 2471], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E,
+                MatProp_df['4000Psi'].G, FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 816, *[2471, 590], FrameSecProp_df['PierL1'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['PierL1'].J, FrameSecProp_df['PierL1'].I33, FrameSecProp_df['PierL1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 817, *[1767, 2472], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 818, *[2472, 2473], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 819, *[2473, 2474], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 820, *[2474, 2475], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 821, *[2475, 2476], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 822, *[2476, 2477], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 823, *[2477, 2478], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 824, *[2478, 2479], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 825, *[2479, 2480], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 826, *[2480, 1766], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 827, *[8, 2481], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 828, *[2481, 2482], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 829, *[2482, 1767], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 830, *[1766, 2483], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 831, *[2483, 2484], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 832, *[2484, 11], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 833, *[1213, 2485], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 834, *[2485, 2486], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 835, *[2486, 2487], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 836, *[2487, 2488], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 837, *[2488, 2489], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 838, *[2489, 2490], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 839, *[2490, 2491], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 840, *[2491, 2492], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 841, *[2492, 2493], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 842, *[2493, 1212], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 843, *[2, 2494], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 844, *[2494, 2495], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 845, *[2495, 1213], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 846, *[1212, 2496], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 847, *[2496, 2497], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 848, *[2497, 5], FrameSecProp_df['Cross_Beam'].A, MatProp_df['4000Psi'].E, MatProp_df['4000Psi'].G,
+                FrameSecProp_df['Cross_Beam'].J, FrameSecProp_df['Cross_Beam'].I33, FrameSecProp_df['Cross_Beam'].I22, transf_Other)
+
+    # Plate_Shell element.
+    ops.nDMaterial('ElasticIsotropic', 1, 2833.72824486, 0.2)
+    ops.nDMaterial('PlateFiber', 2, 1)
+    ops.section('PlateFiber', 3, 2, 250.0)
+    ops.nDMaterial('ElasticIsotropic', 4, 2833.72824486, 0.2)
+    ops.nDMaterial('PlateFiber', 5, 4)
+    ops.section('PlateFiber', 6, 5, 750.0)
+    ops.nDMaterial('ElasticIsotropic', 7, 2833.72824486, 0.2)
+    ops.nDMaterial('PlateFiber', 8, 7)
+    ops.section('PlateFiber', 9, 8, 1666.66666666667)
+    ops.nDMaterial('ElasticIsotropic', 10, 2833.72824486, 0.2)
+    ops.nDMaterial('PlateFiber', 11, 10)
+    ops.section('PlateFiber', 12, 11, 6015.0)
+    # Create Plate_Shell element.
+    ops.element('ShellMITC4', 849, *[73, 19, 13, 67], 12)
+    ops.element('ShellMITC4', 850, *[79, 25, 19, 73], 12)
+    ops.element('ShellMITC4', 851, *[85, 31, 25, 79], 12)
+    ops.element('ShellMITC4', 852, *[91, 37, 31, 85], 12)
+    ops.element('ShellMITC4', 853, *[1424, 560, 558, 1426], 3)
+    ops.element('ShellMITC4', 854, *[560, 659, 1432, 558], 3)
+    ops.element('ShellMITC4', 855, *[97, 43, 37, 91], 12)
+    ops.element('ShellMITC4', 856, *[103, 49, 43, 97], 12)
+    ops.element('ShellMITC4', 857, *[109, 55, 49, 103], 12)
+    ops.element('ShellMITC4', 858, *[115, 61, 55, 109], 12)
+    ops.element('ShellMITC4', 859, *[127, 73, 67, 121], 12)
+    ops.element('ShellMITC4', 860, *[1, 79, 73, 127], 12)
+    ops.element('ShellMITC4', 861, *[139, 85, 79, 1], 12)
+    ops.element('ShellMITC4', 862, *[145, 91, 85, 139], 12)
+    ops.element('ShellMITC4', 863, *[151, 97, 91, 145], 12)
+    ops.element('ShellMITC4', 864, *[4, 103, 97, 151], 12)
+    ops.element('ShellMITC4', 865, *[163, 109, 103, 4], 12)
+    ops.element('ShellMITC4', 866, *[169, 115, 109, 163], 12)
+    ops.element('ShellMITC4', 867, *[181, 127, 121, 175], 12)
+    ops.element('ShellMITC4', 868, *[187, 1, 127, 181], 12)
+    ops.element('ShellMITC4', 869, *[193, 139, 1, 187], 12)
+    ops.element('ShellMITC4', 870, *[199, 145, 139, 193], 12)
+    ops.element('ShellMITC4', 871, *[205, 151, 145, 199], 12)
+    ops.element('ShellMITC4', 872, *[211, 4, 151, 205], 12)
+    ops.element('ShellMITC4', 873, *[217, 163, 4, 211], 12)
+    ops.element('ShellMITC4', 874, *[223, 169, 163, 217], 12)
+    ops.element('ShellMITC4', 875, *[235, 181, 175, 229], 12)
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+    ops.element('ShellMITC4', 1678, *[1612, 1606, 1605, 676], 3)
+    ops.element('ShellMITC4', 1679, *[676, 1605, 1607, 1613], 3)
+    ops.element('ShellMITC4', 1680, *[1613, 1607, 1608, 666], 3)
+    ops.element('ShellMITC4', 1681, *[666, 1608, 1609, 1614], 3)
+    ops.element('ShellMITC4', 1682, *[676, 1605, 1610, 1615], 6)
+    ops.element('ShellMITC4', 1683, *[666, 1608, 1611, 1616], 6)
+    ops.element('ShellMITC4', 1684, *[1618, 1612, 676, 1617], 3)
+    ops.element('ShellMITC4', 1685, *[1617, 676, 1613, 1619], 3)
+    ops.element('ShellMITC4', 1686, *[1619, 1613, 666, 1620], 3)
+    ops.element('ShellMITC4', 1687, *[1620, 666, 1614, 1621], 3)
+    ops.element('ShellMITC4', 1688, *[1617, 676, 1615, 1622], 6)
+    ops.element('ShellMITC4', 1689, *[1620, 666, 1616, 1623], 6)
+    ops.element('ShellMITC4', 1690, *[1625, 1618, 1617, 1624], 3)
+    ops.element('ShellMITC4', 1691, *[1624, 1617, 1619, 1626], 3)
+    ops.element('ShellMITC4', 1692, *[1626, 1619, 1620, 1627], 3)
+    ops.element('ShellMITC4', 1693, *[1627, 1620, 1621, 1628], 3)
+    ops.element('ShellMITC4', 1694, *[1624, 1617, 1622, 1629], 6)
+    ops.element('ShellMITC4', 1695, *[1627, 1620, 1623, 1630], 6)
+    ops.element('ShellMITC4', 1696, *[1632, 1625, 1624, 1631], 3)
+    ops.element('ShellMITC4', 1697, *[1631, 1624, 1626, 1633], 3)
+    ops.element('ShellMITC4', 1698, *[1633, 1626, 1627, 1634], 3)
+    ops.element('ShellMITC4', 1699, *[1634, 1627, 1628, 1635], 3)
+    ops.element('ShellMITC4', 1700, *[1631, 1624, 1629, 1636], 6)
+    ops.element('ShellMITC4', 1701, *[1634, 1627, 1630, 1637], 6)
+    ops.element('ShellMITC4', 1702, *[1638, 1632, 1631, 677], 3)
+    ops.element('ShellMITC4', 1703, *[677, 1631, 1633, 1639], 3)
+    ops.element('ShellMITC4', 1704, *[1639, 1633, 1634, 667], 3)
+    ops.element('ShellMITC4', 1705, *[667, 1634, 1635, 1640], 3)
+    ops.element('ShellMITC4', 1706, *[677, 1631, 1636, 1641], 6)
+    ops.element('ShellMITC4', 1707, *[667, 1634, 1637, 1642], 6)
+    ops.element('ShellMITC4', 1708, *[1644, 1638, 677, 1643], 3)
+    ops.element('ShellMITC4', 1709, *[1643, 677, 1639, 1645], 3)
+    ops.element('ShellMITC4', 1710, *[1645, 1639, 667, 1646], 3)
+    ops.element('ShellMITC4', 1711, *[1646, 667, 1640, 1647], 3)
+    ops.element('ShellMITC4', 1712, *[1643, 677, 1641, 1648], 6)
+    ops.element('ShellMITC4', 1713, *[1646, 667, 1642, 1649], 6)
+    ops.element('ShellMITC4', 1714, *[1651, 1644, 1643, 1650], 3)
+    ops.element('ShellMITC4', 1715, *[1650, 1643, 1645, 1652], 3)
+    ops.element('ShellMITC4', 1716, *[1652, 1645, 1646, 1653], 3)
+    ops.element('ShellMITC4', 1717, *[1653, 1646, 1647, 1654], 3)
+    ops.element('ShellMITC4', 1718, *[1650, 1643, 1648, 1655], 6)
+    ops.element('ShellMITC4', 1719, *[1653, 1646, 1649, 1656], 6)
+    ops.element('ShellMITC4', 1720, *[1658, 1651, 1650, 1657], 3)
+    ops.element('ShellMITC4', 1721, *[1657, 1650, 1652, 1659], 3)
+    ops.element('ShellMITC4', 1722, *[1659, 1652, 1653, 1660], 3)
+    ops.element('ShellMITC4', 1723, *[1660, 1653, 1654, 1661], 3)
+    ops.element('ShellMITC4', 1724, *[1657, 1650, 1655, 1662], 6)
+    ops.element('ShellMITC4', 1725, *[1660, 1653, 1656, 1663], 6)
+    ops.element('ShellMITC4', 1726, *[1664, 1658, 1657, 678], 3)
+    ops.element('ShellMITC4', 1727, *[678, 1657, 1659, 1665], 3)
+    ops.element('ShellMITC4', 1728, *[1665, 1659, 1660, 668], 3)
+    ops.element('ShellMITC4', 1729, *[668, 1660, 1661, 1666], 3)
+    ops.element('ShellMITC4', 1730, *[678, 1657, 1662, 1667], 6)
+    ops.element('ShellMITC4', 1731, *[668, 1660, 1663, 1668], 6)
+    ops.element('ShellMITC4', 1732, *[1670, 1664, 678, 1669], 3)
+    ops.element('ShellMITC4', 1733, *[1669, 678, 1665, 1671], 3)
+    ops.element('ShellMITC4', 1734, *[1671, 1665, 668, 1672], 3)
+    ops.element('ShellMITC4', 1735, *[1672, 668, 1666, 1673], 3)
+    ops.element('ShellMITC4', 1736, *[1669, 678, 1667, 1674], 6)
+    ops.element('ShellMITC4', 1737, *[1672, 668, 1668, 1675], 6)
+    ops.element('ShellMITC4', 1738, *[1677, 1670, 1669, 1676], 3)
+    ops.element('ShellMITC4', 1739, *[1676, 1669, 1671, 1678], 3)
+    ops.element('ShellMITC4', 1740, *[1678, 1671, 1672, 1679], 3)
+    ops.element('ShellMITC4', 1741, *[1679, 1672, 1673, 1680], 3)
+    ops.element('ShellMITC4', 1742, *[1676, 1669, 1674, 1681], 6)
+    ops.element('ShellMITC4', 1743, *[1679, 1672, 1675, 1682], 6)
+    ops.element('ShellMITC4', 1744, *[1684, 1677, 1676, 1683], 3)
+    ops.element('ShellMITC4', 1745, *[1683, 1676, 1678, 1685], 3)
+    ops.element('ShellMITC4', 1746, *[1685, 1678, 1679, 1686], 3)
+    ops.element('ShellMITC4', 1747, *[1686, 1679, 1680, 1687], 3)
+    ops.element('ShellMITC4', 1748, *[1683, 1676, 1681, 1688], 6)
+    ops.element('ShellMITC4', 1749, *[1686, 1679, 1682, 1689], 6)
+    ops.element('ShellMITC4', 1750, *[1690, 1684, 1683, 679], 3)
+    ops.element('ShellMITC4', 1751, *[679, 1683, 1685, 1691], 3)
+    ops.element('ShellMITC4', 1752, *[1691, 1685, 1686, 669], 3)
+    ops.element('ShellMITC4', 1753, *[669, 1686, 1687, 1692], 3)
+    ops.element('ShellMITC4', 1754, *[679, 1683, 1688, 1693], 6)
+    ops.element('ShellMITC4', 1755, *[669, 1686, 1689, 1694], 6)
+    ops.element('ShellMITC4', 1756, *[1696, 1690, 679, 1695], 3)
+    ops.element('ShellMITC4', 1757, *[1695, 679, 1691, 1697], 3)
+    ops.element('ShellMITC4', 1758, *[1697, 1691, 669, 1698], 3)
+    ops.element('ShellMITC4', 1759, *[1698, 669, 1692, 1699], 3)
+    ops.element('ShellMITC4', 1760, *[1695, 679, 1693, 1700], 6)
+    ops.element('ShellMITC4', 1761, *[1698, 669, 1694, 1701], 6)
+    ops.element('ShellMITC4', 1762, *[1703, 1696, 1695, 1702], 3)
+    ops.element('ShellMITC4', 1763, *[1702, 1695, 1697, 1704], 3)
+    ops.element('ShellMITC4', 1764, *[1704, 1697, 1698, 1705], 3)
+    ops.element('ShellMITC4', 1765, *[1705, 1698, 1699, 1706], 3)
+    ops.element('ShellMITC4', 1766, *[1702, 1695, 1700, 1707], 6)
+    ops.element('ShellMITC4', 1767, *[1705, 1698, 1701, 1708], 6)
+    ops.element('ShellMITC4', 1768, *[1710, 1703, 1702, 1709], 3)
+    ops.element('ShellMITC4', 1769, *[1709, 1702, 1704, 1711], 3)
+    ops.element('ShellMITC4', 1770, *[1711, 1704, 1705, 1712], 3)
+    ops.element('ShellMITC4', 1771, *[1712, 1705, 1706, 1713], 3)
+    ops.element('ShellMITC4', 1772, *[1709, 1702, 1707, 1714], 6)
+    ops.element('ShellMITC4', 1773, *[1712, 1705, 1708, 1715], 6)
+    ops.element('ShellMITC4', 1774, *[1716, 1710, 1709, 680], 3)
+    ops.element('ShellMITC4', 1775, *[680, 1709, 1711, 1717], 3)
+    ops.element('ShellMITC4', 1776, *[1717, 1711, 1712, 670], 3)
+    ops.element('ShellMITC4', 1777, *[670, 1712, 1713, 1718], 3)
+    ops.element('ShellMITC4', 1778, *[680, 1709, 1714, 1719], 6)
+    ops.element('ShellMITC4', 1779, *[670, 1712, 1715, 1720], 6)
+    ops.element('ShellMITC4', 1780, *[1723, 1721, 718, 1722], 3)
+    ops.element('ShellMITC4', 1781, *[1722, 718, 1724, 1725], 3)
+    ops.element('ShellMITC4', 1782, *[1725, 1724, 709, 1726], 3)
+    ops.element('ShellMITC4', 1783, *[1726, 709, 1727, 1728], 3)
+    ops.element('ShellMITC4', 1784, *[1722, 718, 1729, 1730], 6)
+    ops.element('ShellMITC4', 1785, *[1726, 709, 1731, 1732], 6)
+    ops.element('ShellMITC4', 1786, *[1734, 1723, 1722, 1733], 3)
+    ops.element('ShellMITC4', 1787, *[1733, 1722, 1725, 1735], 3)
+    ops.element('ShellMITC4', 1788, *[1735, 1725, 1726, 1736], 3)
+    ops.element('ShellMITC4', 1789, *[1736, 1726, 1728, 1737], 3)
+    ops.element('ShellMITC4', 1790, *[1733, 1722, 1730, 1738], 6)
+    ops.element('ShellMITC4', 1791, *[1736, 1726, 1732, 1739], 6)
+    ops.element('ShellMITC4', 1792, *[1741, 1734, 1733, 1740], 3)
+    ops.element('ShellMITC4', 1793, *[1740, 1733, 1735, 1742], 3)
+    ops.element('ShellMITC4', 1794, *[1742, 1735, 1736, 1743], 3)
+    ops.element('ShellMITC4', 1795, *[1743, 1736, 1737, 1744], 3)
+    ops.element('ShellMITC4', 1796, *[1740, 1733, 1738, 1745], 6)
+    ops.element('ShellMITC4', 1797, *[1743, 1736, 1739, 1746], 6)
+    ops.element('ShellMITC4', 1798, *[1748, 1741, 1740, 1747], 3)
+    ops.element('ShellMITC4', 1799, *[1747, 1740, 1742, 1749], 3)
+    ops.element('ShellMITC4', 1800, *[1749, 1742, 1743, 1750], 3)
+    ops.element('ShellMITC4', 1801, *[1750, 1743, 1744, 1751], 3)
+    ops.element('ShellMITC4', 1802, *[1747, 1740, 1745, 1752], 6)
+    ops.element('ShellMITC4', 1803, *[1750, 1743, 1746, 1753], 6)
+    ops.element('ShellMITC4', 1804, *[1755, 1748, 1747, 1754], 3)
+    ops.element('ShellMITC4', 1805, *[1754, 1747, 1749, 1756], 3)
+    ops.element('ShellMITC4', 1806, *[1756, 1749, 1750, 1757], 3)
+    ops.element('ShellMITC4', 1807, *[1757, 1750, 1751, 1758], 3)
+    ops.element('ShellMITC4', 1808, *[1754, 1747, 1752, 1759], 6)
+    ops.element('ShellMITC4', 1809, *[1757, 1750, 1753, 1760], 6)
+    ops.element('ShellMITC4', 1810, *[1762, 1755, 1754, 1761], 3)
+    ops.element('ShellMITC4', 1811, *[1761, 1754, 1756, 1763], 3)
+    ops.element('ShellMITC4', 1812, *[1763, 1756, 1757, 1764], 3)
+    ops.element('ShellMITC4', 1813, *[1764, 1757, 1758, 1765], 3)
+    ops.element('ShellMITC4', 1814, *[1761, 1754, 1759, 1766], 6)
+    ops.element('ShellMITC4', 1815, *[1764, 1757, 1760, 1767], 6)
+    ops.element('ShellMITC4', 1816, *[1769, 1762, 1761, 1768], 3)
+    ops.element('ShellMITC4', 1817, *[1768, 1761, 1763, 1770], 3)
+    ops.element('ShellMITC4', 1818, *[1770, 1763, 1764, 1771], 3)
+    ops.element('ShellMITC4', 1819, *[1771, 1764, 1765, 1772], 3)
+    ops.element('ShellMITC4', 1820, *[1768, 1761, 1766, 1773], 6)
+    ops.element('ShellMITC4', 1821, *[1771, 1764, 1767, 1774], 6)
+    ops.element('ShellMITC4', 1822, *[1776, 1769, 1768, 1775], 3)
+    ops.element('ShellMITC4', 1823, *[1775, 1768, 1770, 1777], 3)
+    ops.element('ShellMITC4', 1824, *[1777, 1770, 1771, 1778], 3)
+    ops.element('ShellMITC4', 1825, *[1778, 1771, 1772, 1779], 3)
+    ops.element('ShellMITC4', 1826, *[1775, 1768, 1773, 1780], 6)
+    ops.element('ShellMITC4', 1827, *[1778, 1771, 1774, 1781], 6)
+    ops.element('ShellMITC4', 1828, *[1783, 1776, 1775, 1782], 3)
+    ops.element('ShellMITC4', 1829, *[1782, 1775, 1777, 1784], 3)
+    ops.element('ShellMITC4', 1830, *[1784, 1777, 1778, 1785], 3)
+    ops.element('ShellMITC4', 1831, *[1785, 1778, 1779, 1786], 3)
+    ops.element('ShellMITC4', 1832, *[1782, 1775, 1780, 1787], 6)
+    ops.element('ShellMITC4', 1833, *[1785, 1778, 1781, 1788], 6)
+    ops.element('ShellMITC4', 1834, *[1790, 1783, 1782, 1789], 3)
+    ops.element('ShellMITC4', 1835, *[1789, 1782, 1784, 1791], 3)
+    ops.element('ShellMITC4', 1836, *[1791, 1784, 1785, 1792], 3)
+    ops.element('ShellMITC4', 1837, *[1792, 1785, 1786, 1793], 3)
+    ops.element('ShellMITC4', 1838, *[1789, 1782, 1787, 1794], 6)
+    ops.element('ShellMITC4', 1839, *[1792, 1785, 1788, 1795], 6)
+    ops.element('ShellMITC4', 1840, *[1797, 1790, 1789, 1796], 3)
+    ops.element('ShellMITC4', 1841, *[1796, 1789, 1791, 1798], 3)
+    ops.element('ShellMITC4', 1842, *[1798, 1791, 1792, 1799], 3)
+    ops.element('ShellMITC4', 1843, *[1799, 1792, 1793, 1800], 3)
+    ops.element('ShellMITC4', 1844, *[1796, 1789, 1794, 1801], 6)
+    ops.element('ShellMITC4', 1845, *[1799, 1792, 1795, 1802], 6)
+    ops.element('ShellMITC4', 1846, *[1803, 1797, 1796, 700], 3)
+    ops.element('ShellMITC4', 1847, *[700, 1796, 1798, 1804], 3)
+    ops.element('ShellMITC4', 1848, *[1804, 1798, 1799, 682], 3)
+    ops.element('ShellMITC4', 1849, *[682, 1799, 1800, 1805], 3)
+    ops.element('ShellMITC4', 1850, *[700, 1796, 1801, 1806], 6)
+    ops.element('ShellMITC4', 1851, *[682, 1799, 1802, 1807], 6)
+    ops.element('ShellMITC4', 1852, *[1721, 1809, 1808, 718], 3)
+    ops.element('ShellMITC4', 1853, *[718, 1808, 1810, 1724], 3)
+    ops.element('ShellMITC4', 1854, *[1724, 1810, 1811, 709], 3)
+    ops.element('ShellMITC4', 1855, *[709, 1811, 1812, 1727], 3)
+    ops.element('ShellMITC4', 1856, *[718, 1808, 1813, 1729], 6)
+    ops.element('ShellMITC4', 1857, *[709, 1811, 1814, 1731], 6)
+    ops.element('ShellMITC4', 1858, *[1809, 1816, 1815, 1808], 3)
+    ops.element('ShellMITC4', 1859, *[1808, 1815, 1817, 1810], 3)
+    ops.element('ShellMITC4', 1860, *[1810, 1817, 1818, 1811], 3)
+    ops.element('ShellMITC4', 1861, *[1811, 1818, 1819, 1812], 3)
+    ops.element('ShellMITC4', 1862, *[1808, 1815, 1820, 1813], 6)
+    ops.element('ShellMITC4', 1863, *[1811, 1818, 1821, 1814], 6)
+    ops.element('ShellMITC4', 1864, *[1816, 1823, 1822, 1815], 3)
+    ops.element('ShellMITC4', 1865, *[1815, 1822, 1824, 1817], 3)
+    ops.element('ShellMITC4', 1866, *[1817, 1824, 1825, 1818], 3)
+    ops.element('ShellMITC4', 1867, *[1818, 1825, 1826, 1819], 3)
+    ops.element('ShellMITC4', 1868, *[1815, 1822, 1827, 1820], 6)
+    ops.element('ShellMITC4', 1869, *[1818, 1825, 1828, 1821], 6)
+    ops.element('ShellMITC4', 1870, *[1823, 1829, 719, 1822], 3)
+    ops.element('ShellMITC4', 1871, *[1822, 719, 1830, 1824], 3)
+    ops.element('ShellMITC4', 1872, *[1824, 1830, 710, 1825], 3)
+    ops.element('ShellMITC4', 1873, *[1825, 710, 1831, 1826], 3)
+    ops.element('ShellMITC4', 1874, *[1822, 719, 1832, 1827], 6)
+    ops.element('ShellMITC4', 1875, *[1825, 710, 1833, 1828], 6)
+    ops.element('ShellMITC4', 1876, *[1829, 1835, 1834, 719], 3)
+    ops.element('ShellMITC4', 1877, *[719, 1834, 1836, 1830], 3)
+    ops.element('ShellMITC4', 1878, *[1830, 1836, 1837, 710], 3)
+    ops.element('ShellMITC4', 1879, *[710, 1837, 1838, 1831], 3)
+    ops.element('ShellMITC4', 1880, *[719, 1834, 1839, 1832], 6)
+    ops.element('ShellMITC4', 1881, *[710, 1837, 1840, 1833], 6)
+    ops.element('ShellMITC4', 1882, *[1835, 1842, 1841, 1834], 3)
+    ops.element('ShellMITC4', 1883, *[1834, 1841, 1843, 1836], 3)
+    ops.element('ShellMITC4', 1884, *[1836, 1843, 1844, 1837], 3)
+    ops.element('ShellMITC4', 1885, *[1837, 1844, 1845, 1838], 3)
+    ops.element('ShellMITC4', 1886, *[1834, 1841, 1846, 1839], 6)
+    ops.element('ShellMITC4', 1887, *[1837, 1844, 1847, 1840], 6)
+    ops.element('ShellMITC4', 1888, *[1842, 1849, 1848, 1841], 3)
+    ops.element('ShellMITC4', 1889, *[1841, 1848, 1850, 1843], 3)
+    ops.element('ShellMITC4', 1890, *[1843, 1850, 1851, 1844], 3)
+    ops.element('ShellMITC4', 1891, *[1844, 1851, 1852, 1845], 3)
+    ops.element('ShellMITC4', 1892, *[1841, 1848, 1853, 1846], 6)
+    ops.element('ShellMITC4', 1893, *[1844, 1851, 1854, 1847], 6)
+    ops.element('ShellMITC4', 1894, *[1849, 1855, 720, 1848], 3)
+    ops.element('ShellMITC4', 1895, *[1848, 720, 1856, 1850], 3)
+    ops.element('ShellMITC4', 1896, *[1850, 1856, 711, 1851], 3)
+    ops.element('ShellMITC4', 1897, *[1851, 711, 1857, 1852], 3)
+    ops.element('ShellMITC4', 1898, *[1848, 720, 1858, 1853], 6)
+    ops.element('ShellMITC4', 1899, *[1851, 711, 1859, 1854], 6)
+    ops.element('ShellMITC4', 1900, *[1855, 1861, 1860, 720], 3)
+    ops.element('ShellMITC4', 1901, *[720, 1860, 1862, 1856], 3)
+    ops.element('ShellMITC4', 1902, *[1856, 1862, 1863, 711], 3)
+    ops.element('ShellMITC4', 1903, *[711, 1863, 1864, 1857], 3)
+    ops.element('ShellMITC4', 1904, *[720, 1860, 1865, 1858], 6)
+    ops.element('ShellMITC4', 1905, *[711, 1863, 1866, 1859], 6)
+    ops.element('ShellMITC4', 1906, *[1861, 1868, 1867, 1860], 3)
+    ops.element('ShellMITC4', 1907, *[1860, 1867, 1869, 1862], 3)
+    ops.element('ShellMITC4', 1908, *[1862, 1869, 1870, 1863], 3)
+    ops.element('ShellMITC4', 1909, *[1863, 1870, 1871, 1864], 3)
+    ops.element('ShellMITC4', 1910, *[1860, 1867, 1872, 1865], 6)
+    ops.element('ShellMITC4', 1911, *[1863, 1870, 1873, 1866], 6)
+    ops.element('ShellMITC4', 1912, *[1868, 1875, 1874, 1867], 3)
+    ops.element('ShellMITC4', 1913, *[1867, 1874, 1876, 1869], 3)
+    ops.element('ShellMITC4', 1914, *[1869, 1876, 1877, 1870], 3)
+    ops.element('ShellMITC4', 1915, *[1870, 1877, 1878, 1871], 3)
+    ops.element('ShellMITC4', 1916, *[1867, 1874, 1879, 1872], 6)
+    ops.element('ShellMITC4', 1917, *[1870, 1877, 1880, 1873], 6)
+    ops.element('ShellMITC4', 1918, *[1875, 1881, 721, 1874], 3)
+    ops.element('ShellMITC4', 1919, *[1874, 721, 1882, 1876], 3)
+    ops.element('ShellMITC4', 1920, *[1876, 1882, 712, 1877], 3)
+    ops.element('ShellMITC4', 1921, *[1877, 712, 1883, 1878], 3)
+    ops.element('ShellMITC4', 1922, *[1874, 721, 1884, 1879], 6)
+    ops.element('ShellMITC4', 1923, *[1877, 712, 1885, 1880], 6)
+    ops.element('ShellMITC4', 1924, *[1881, 1887, 1886, 721], 3)
+    ops.element('ShellMITC4', 1925, *[721, 1886, 1888, 1882], 3)
+    ops.element('ShellMITC4', 1926, *[1882, 1888, 1889, 712], 3)
+    ops.element('ShellMITC4', 1927, *[712, 1889, 1890, 1883], 3)
+    ops.element('ShellMITC4', 1928, *[721, 1886, 1891, 1884], 6)
+    ops.element('ShellMITC4', 1929, *[712, 1889, 1892, 1885], 6)
+    ops.element('ShellMITC4', 1930, *[1887, 1894, 1893, 1886], 3)
+    ops.element('ShellMITC4', 1931, *[1886, 1893, 1895, 1888], 3)
+    ops.element('ShellMITC4', 1932, *[1888, 1895, 1896, 1889], 3)
+    ops.element('ShellMITC4', 1933, *[1889, 1896, 1897, 1890], 3)
+    ops.element('ShellMITC4', 1934, *[1886, 1893, 1898, 1891], 6)
+    ops.element('ShellMITC4', 1935, *[1889, 1896, 1899, 1892], 6)
+    ops.element('ShellMITC4', 1936, *[1894, 1901, 1900, 1893], 3)
+    ops.element('ShellMITC4', 1937, *[1893, 1900, 1902, 1895], 3)
+    ops.element('ShellMITC4', 1938, *[1895, 1902, 1903, 1896], 3)
+    ops.element('ShellMITC4', 1939, *[1896, 1903, 1904, 1897], 3)
+    ops.element('ShellMITC4', 1940, *[1893, 1900, 1905, 1898], 6)
+    ops.element('ShellMITC4', 1941, *[1896, 1903, 1906, 1899], 6)
+    ops.element('ShellMITC4', 1942, *[1901, 1907, 722, 1900], 3)
+    ops.element('ShellMITC4', 1943, *[1900, 722, 1908, 1902], 3)
+    ops.element('ShellMITC4', 1944, *[1902, 1908, 713, 1903], 3)
+    ops.element('ShellMITC4', 1945, *[1903, 713, 1909, 1904], 3)
+    ops.element('ShellMITC4', 1946, *[1900, 722, 1910, 1905], 6)
+    ops.element('ShellMITC4', 1947, *[1903, 713, 1911, 1906], 6)
+    ops.element('ShellMITC4', 1948, *[1907, 1913, 1912, 722], 3)
+    ops.element('ShellMITC4', 1949, *[722, 1912, 1914, 1908], 3)
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+    ops.element('ShellMITC4', 2226, *[707, 2207, 2212, 2217], 6)
+    ops.element('ShellMITC4', 2227, *[696, 2210, 2213, 2218], 6)
+    ops.element('ShellMITC4', 2228, *[2220, 2214, 707, 2219], 3)
+    ops.element('ShellMITC4', 2229, *[2219, 707, 2215, 2221], 3)
+    ops.element('ShellMITC4', 2230, *[2221, 2215, 696, 2222], 3)
+    ops.element('ShellMITC4', 2231, *[2222, 696, 2216, 2223], 3)
+    ops.element('ShellMITC4', 2232, *[2219, 707, 2217, 2224], 6)
+    ops.element('ShellMITC4', 2233, *[2222, 696, 2218, 2225], 6)
+    ops.element('ShellMITC4', 2234, *[2227, 2220, 2219, 2226], 3)
+    ops.element('ShellMITC4', 2235, *[2226, 2219, 2221, 2228], 3)
+    ops.element('ShellMITC4', 2236, *[2228, 2221, 2222, 2229], 3)
+    ops.element('ShellMITC4', 2237, *[2229, 2222, 2223, 2230], 3)
+    ops.element('ShellMITC4', 2238, *[2226, 2219, 2224, 2231], 6)
+    ops.element('ShellMITC4', 2239, *[2229, 2222, 2225, 2232], 6)
+    ops.element('ShellMITC4', 2240, *[2234, 2227, 2226, 2233], 3)
+    ops.element('ShellMITC4', 2241, *[2233, 2226, 2228, 2235], 3)
+    ops.element('ShellMITC4', 2242, *[2235, 2228, 2229, 2236], 3)
+    ops.element('ShellMITC4', 2243, *[2236, 2229, 2230, 2237], 3)
+    ops.element('ShellMITC4', 2244, *[2233, 2226, 2231, 2238], 6)
+    ops.element('ShellMITC4', 2245, *[2236, 2229, 2232, 2239], 6)
+    ops.element('ShellMITC4', 2246, *[2240, 2234, 2233, 708], 3)
+    ops.element('ShellMITC4', 2247, *[708, 2233, 2235, 2241], 3)
+    ops.element('ShellMITC4', 2248, *[2241, 2235, 2236, 698], 3)
+    ops.element('ShellMITC4', 2249, *[698, 2236, 2237, 2242], 3)
+    ops.element('ShellMITC4', 2250, *[708, 2233, 2238, 2243], 6)
+    ops.element('ShellMITC4', 2251, *[698, 2236, 2239, 2244], 6)
+    ops.element('ShellMITC4', 2252, *[2246, 2240, 708, 2245], 3)
+    ops.element('ShellMITC4', 2253, *[2245, 708, 2241, 2247], 3)
+    ops.element('ShellMITC4', 2254, *[2247, 2241, 698, 2248], 3)
+    ops.element('ShellMITC4', 2255, *[2248, 698, 2242, 2249], 3)
+    ops.element('ShellMITC4', 2256, *[2245, 708, 2243, 2250], 6)
+    ops.element('ShellMITC4', 2257, *[2248, 698, 2244, 2251], 6)
+    ops.element('ShellMITC4', 2258, *[2253, 2246, 2245, 2252], 3)
+    ops.element('ShellMITC4', 2259, *[2252, 2245, 2247, 2254], 3)
+    ops.element('ShellMITC4', 2260, *[2254, 2247, 2248, 2255], 3)
+    ops.element('ShellMITC4', 2261, *[2255, 2248, 2249, 2256], 3)
+    ops.element('ShellMITC4', 2262, *[2252, 2245, 2250, 2257], 6)
+    ops.element('ShellMITC4', 2263, *[2255, 2248, 2251, 2258], 6)
+    ops.element('ShellMITC4', 2264, *[2260, 2253, 2252, 2259], 3)
+    ops.element('ShellMITC4', 2265, *[2259, 2252, 2254, 2261], 3)
+    ops.element('ShellMITC4', 2266, *[2261, 2254, 2255, 2262], 3)
+    ops.element('ShellMITC4', 2267, *[2262, 2255, 2256, 2263], 3)
+    ops.element('ShellMITC4', 2268, *[2259, 2252, 2257, 2264], 6)
+    ops.element('ShellMITC4', 2269, *[2262, 2255, 2258, 2265], 6)
+    ops.element('ShellMITC4', 2270, *[576, 2266, 2260, 2259], 3)
+    ops.element('ShellMITC4', 2271, *[576, 2259, 2261, 574], 3)
+    ops.element('ShellMITC4', 2272, *[574, 2261, 2262, 575], 3)
+    ops.element('ShellMITC4', 2273, *[575, 2262, 2263, 2267], 3)
+    ops.element('ShellMITC4', 2274, *[576, 2259, 2264, 2268], 6)
+    ops.element('ShellMITC4', 2275, *[575, 2262, 2265, 2269], 6)
+    ops.element('ShellMITC4', 2276, *[568, 1320, 1322, 566], 3)
+    ops.element('ShellMITC4', 2277, *[1315, 566, 567, 1316], 3)
+    ops.element('ShellMITC4', 2278, *[566, 1322, 1323, 567], 3)
+    ops.element('ShellMITC4', 2279, *[580, 2207, 2209, 578], 3)
+    ops.element('ShellMITC4', 2280, *[707, 580, 578, 2215], 3)
+    ops.element('ShellMITC4', 2281, *[578, 2209, 2210, 579], 3)
+    ops.element('ShellMITC4', 2282, *[696, 2215, 578, 579], 3)
+    ops.element('ShellMITC4', 2283, *[584, 2155, 2157, 582], 3)
+    ops.element('ShellMITC4', 2284, *[705, 584, 582, 2163], 3)
+    ops.element('ShellMITC4', 2285, *[582, 2157, 2158, 583], 3)
+    ops.element('ShellMITC4', 2286, *[2163, 582, 583, 692], 3)
+    ops.element('ShellMITC4', 2287, *[588, 2096, 2098, 586], 3)
+    ops.element('ShellMITC4', 2288, *[2103, 588, 586, 2105], 3)
+    ops.element('ShellMITC4', 2289, *[586, 2098, 2099, 587], 3)
+    ops.element('ShellMITC4', 2290, *[2105, 586, 587, 2106], 3)
+    ops.element('ShellMITC4', 2291, *[592, 2044, 2046, 590], 3)
+    ops.element('ShellMITC4', 2292, *[2051, 592, 590, 2053], 3)
+    ops.element('ShellMITC4', 2293, *[590, 2046, 2047, 591], 3)
+    ops.element('ShellMITC4', 2294, *[2053, 590, 591, 2054], 3)
+
+    # Set the mass at a node.
+    ops.mass(1, *[37.051442982612315, 37.051442982612315, 37.051442982612315])
+    ops.mass(2, *[17.55907259770763, 17.55907259770763, 17.55907259770763])
+    ops.mass(3, *[27.388722855018642, 27.388722855018642, 27.388722855018642])
+    ops.mass(4, *[37.05144298261231, 37.05144298261231, 37.05144298261231])
+    ops.mass(5, *[17.55907259770763, 17.55907259770763, 17.55907259770763])
+    ops.mass(6, *[12.403849307058652, 12.403849307058652, 12.403849307058652])
+    ops.mass(7, *[37.051442982612315, 37.051442982612315, 37.051442982612315])
+    ops.mass(8, *[17.55907259770763, 17.55907259770763, 17.55907259770763])
+    ops.mass(9, *[27.388722855018642, 27.388722855018642, 27.388722855018642])
+    ops.mass(10, *[37.05144298261231, 37.05144298261231, 37.05144298261231])
+    ops.mass(11, *[17.55907259770763, 17.55907259770763, 17.55907259770763])
+    ops.mass(12, *[12.403849307058652, 12.403849307058652, 12.403849307058652])
+    ops.mass(13, *[9.326415887984732, 9.326415887984732, 9.326415887984732])
+    ops.mass(14, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(15, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(16, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(17, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(18, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(19, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(20, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(21, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(22, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(23, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(24, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(25, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(26, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(27, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(28, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(29, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(30, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(31, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(32, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(33, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(34, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(35, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(36, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(37, *[101.90314847769514, 101.90314847769514, 101.90314847769514])
+    ops.mass(38, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(39, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(40, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(41, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(42, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(43, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(44, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(45, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(46, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(47, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(48, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(49, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(50, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(51, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(52, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(53, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(54, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(55, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(56, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(57, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(58, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(59, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(60, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(61, *[9.326415887984732, 9.326415887984732, 9.326415887984732])
+    ops.mass(62, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(63, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(64, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(65, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(66, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(67, *[16.447703010270146, 16.447703010270146, 16.447703010270146])
+    ops.mass(68, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(69, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(70, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(71, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(72, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(73, *[30.685837549652557, 30.685837549652557, 30.685837549652557])
+    ops.mass(74, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(75, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(76, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(77, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(78, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(79, *[30.69027725484098, 30.69027725484098, 30.69027725484098])
+    ops.mass(80, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(81, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(82, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(83, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(84, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(85, *[30.6947169600294, 30.6947169600294, 30.6947169600294])
+    ops.mass(86, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(87, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(88, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(89, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(90, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(91, *[30.69027725484098, 30.69027725484098, 30.69027725484098])
+    ops.mass(92, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(93, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(94, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(95, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(96, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(97, *[30.6947169600294, 30.6947169600294, 30.6947169600294])
+    ops.mass(98, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(99, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(100, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(101, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(102, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(103, *[30.69027725484098, 30.69027725484098, 30.69027725484098])
+    ops.mass(104, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(105, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(106, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(107, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(108, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(109, *[30.685837549652557,
+             30.685837549652557, 30.685837549652557])
+    ops.mass(110, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(111, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(112, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(113, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(114, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(115, *[16.447703010270146,
+             16.447703010270146, 16.447703010270146])
+    ops.mass(116, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(117, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(118, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(119, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(120, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(121, *[158.63705418220968,
+             158.63705418220968, 158.63705418220968])
+    ops.mass(122, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(123, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(124, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(125, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(126, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(127, *[30.6813978444641, 30.6813978444641, 30.6813978444641])
+    ops.mass(128, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(129, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(130, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(131, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(132, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(134, *[4.410257962087803, 4.410257962087803, 4.410257962087803])
+    ops.mass(135, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(136, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(137, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(138, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(139, *[30.69915666521786, 30.69915666521786, 30.69915666521786])
+    ops.mass(140, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(141, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(142, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(143, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(144, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(145, *[30.69027725484098, 30.69027725484098, 30.69027725484098])
+    ops.mass(146, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(147, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(148, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(149, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(150, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(151, *[30.699156665217856,
+             30.699156665217856, 30.699156665217856])
+    ops.mass(152, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(153, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(154, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(155, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
+    ops.mass(156, *[2.205128765699316, 2.205128765699316, 2.205128765699316])
+    ops.mass(158, *[4.410257962087803, 4.410257962087803, 4.410257962087803])
+    ops.mass(159, *[4.410257531398632, 4.410257531398632, 4.410257531398632])
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+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2428, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2429, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2430, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2431, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2432, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2433, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2434, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2435, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2436, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2437, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2438, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2439, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2440, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2441, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2442, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2443, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2444, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2445, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2446, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2447, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2448, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2449, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2450, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2451, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2452, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2453, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2454, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2455, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2456, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2457, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2458, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2459, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2460, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2461, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2462, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2463, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2464, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2465, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2466, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2467, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2468, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2469, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2470, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2471, *[3.8712260553387994,
+             3.8712260553387994, 3.8712260553387994])
+    ops.mass(2472, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2473, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2474, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2475, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2476, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2477, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2478, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2479, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2480, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2481, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2482, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2483, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2484, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2485, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2486, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2487, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2488, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2489, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2490, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2491, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2492, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2493, *[6.618142708055072, 6.618142708055072, 6.618142708055072])
+    ops.mass(2494, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2495, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2496, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
+    ops.mass(2497, *[7.410941053290836, 7.410941053290836, 7.410941053290836])
diff --git a/build/lib/opstool/examples/Dam.py b/build/lib/opstool/examples/Dam.py
new file mode 100644
index 0000000..68c9e09
--- /dev/null
+++ b/build/lib/opstool/examples/Dam.py
@@ -0,0 +1,4666 @@
+# This document was created from CSiBridge version 24.0.0
+
+# Units: KN, m, C
+
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def Dam():
+    # Destroy all constructed objects,
+    # i.e. all components of the model, all components of the analysis and all recorders.
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 3)
+
+    # Mechanical properties of material
+    MatProp_df = dict()
+    # UnitMass-Mass Density; E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Thermal expansion coefficient
+    MatProp = namedtuple('MatProp', ('UnitMass', 'E', 'G', 'v', 'rho'))
+    MatProp_df["4000Psi"] = MatProp._make(
+        (2.40276960558926, 24855578.0600518, 10356490.8583549, 0.2, 9.89999952793124e-06))
+    MatProp_df["A709Gr50"] = MatProp._make(
+        (7.84904737995992, 199947978.795958, 76903068.767676, 0.3, 1.16999994421006e-05))
+
+    # Create OpenSees node.
+    ops.node(1, *[18.1845453532451, 21.2913670368009, 0.0])
+    ops.node(2, *[19.7989898732233, 19.7989898732233, 0.0])
+    ops.node(3, *[20.7823375465659, 24.332990899201, 0.0])
+    ops.node(4, *[22.6274169979695, 22.6274169979695, 0.0])
+    ops.node(5, *[18.7041037919093, 21.8996918092809, 2.0])
+    ops.node(6, *[20.3646752981726, 20.3646752981726, 2.0])
+    ops.node(7, *[21.1287098390086, 24.738540747521, 2.0])
+    ops.node(8, *[23.0045406146023, 23.0045406146023, 2.0])
+    ops.node(9, *[16.4579870641892, 22.6524758424985, 0.0])
+    ops.node(10, *[18.8091280733591, 25.8885438199983, 0.0])
+    ops.node(11, *[16.9282152660232, 23.2996894379985, 2.0])
+    ops.node(12, *[19.1226135412485, 26.3200195503316, 2.0])
+    ops.node(13, *[14.6299598120466, 23.8739246019146, 0.0])
+    ops.node(14, *[16.7199540709104, 27.2844852593309, 0.0])
+    ops.node(15, *[15.0479586638193, 24.5560367333979, 2.0])
+    ops.node(16, *[16.9986199720922, 27.7392266803198, 2.0])
+    ops.node(17, *[12.7117339927073, 24.9481826772743, 0.0])
+    ops.node(18, *[14.5276959916655, 28.5122087740278, 0.0])
+    ops.node(19, *[13.0749263924989, 25.660987896625, 2.0])
+    ops.node(20, *[14.7698242581933, 28.9874122535949, 2.0])
+    ops.node(21, *[10.7151361062225, 25.868626910316, 0.0])
+    ops.node(22, *[12.2458698356829, 29.5641450403612, 0.0])
+    ops.node(23, *[11.0212828521146, 26.6077305363251, 2.0])
+    ops.node(24, *[12.4499676662776, 30.0568807910339, 2.0])
+    ops.node(25, *[8.65247584249853, 26.6295824562643, 0.0])
+    ops.node(26, *[9.88854381999832, 30.4338085214449, 0.0])
+    ops.node(27, *[8.89968943799849, 27.3904276693004, 2.0])
+    ops.node(28, *[10.053352883665, 30.941038663469, 2.0])
+    ops.node(29, *[6.53647018796535, 27.2263577711349, 0.0])
+    ops.node(30, *[7.47025164338898, 31.1158374527256, 0.0])
+    ops.node(31, *[6.72322647905008, 28.0042537074531, 2.0])
+    ops.node(32, *[7.59475583744546, 31.6344347436044, 2.0])
+    ops.node(33, *[4.38016502112647, 27.6552735366639, 0.0])
+    ops.node(34, *[5.00590288128739, 31.6060268990444, 0.0])
+    ops.node(35, *[4.50531259315865, 28.44542420914, 2.0])
+    ops.node(36, *[5.08933459597551, 32.1327940140285, 2.0])
+    ops.node(37, *[2.19685468037966, 27.9136853445276, 0.0])
+    ops.node(38, *[2.51069106329104, 31.9013546794601, 0.0])
+    ops.node(39, *[2.25962195696194, 28.7112192115141, 2.0])
+    ops.node(40, *[2.55253591434589, 32.4330439241178, 2.0])
+    ops.node(41, *[1.71444889535133e-15, 28.0, 0.0])
+    ops.node(42, *[1.9593701661158e-15, 32.0, 0.0])
+    ops.node(43, *[1.76343314950422e-15, 28.8, 2.0])
+    ops.node(44, *[1.99202633555107e-15, 32.5333333333333, 2.0])
+    ops.node(45, *[-2.19685468037966, 27.9136853445276, 0.0])
+    ops.node(46, *[-2.51069106329104, 31.9013546794601, 0.0])
+    ops.node(47, *[-2.25962195696193, 28.7112192115141, 2.0])
+    ops.node(48, *[-2.55253591434589, 32.4330439241178, 2.0])
+    ops.node(49, *[-4.38016502112647, 27.6552735366639, 0.0])
+    ops.node(50, *[-5.00590288128739, 31.6060268990444, 0.0])
+    ops.node(51, *[-4.50531259315865, 28.44542420914, 2.0])
+    ops.node(52, *[-5.08933459597552, 32.1327940140285, 2.0])
+    ops.node(53, *[-6.53647018796534, 27.2263577711349, 0.0])
+    ops.node(54, *[-7.47025164338896, 31.1158374527257, 0.0])
+    ops.node(55, *[-6.72322647905007, 28.0042537074531, 2.0])
+    ops.node(56, *[-7.59475583744545, 31.6344347436044, 2.0])
+    ops.node(57, *[-8.65247584249853, 26.6295824562643, 0.0])
+    ops.node(58, *[-9.88854381999831, 30.4338085214449, 0.0])
+    ops.node(59, *[-8.89968943799848, 27.3904276693004, 2.0])
+    ops.node(60, *[-10.053352883665, 30.941038663469, 2.0])
+    ops.node(61, *[-10.7151361062225, 25.868626910316, 0.0])
+    ops.node(62, *[-12.2458698356829, 29.5641450403612, 0.0])
+    ops.node(63, *[-11.0212828521146, 26.6077305363251, 2.0])
+    ops.node(64, *[-12.4499676662776, 30.0568807910339, 2.0])
+    ops.node(65, *[-12.7117339927073, 24.9481826772743, 0.0])
+    ops.node(66, *[-14.5276959916655, 28.5122087740278, 0.0])
+    ops.node(67, *[-13.0749263924989, 25.660987896625, 2.0])
+    ops.node(68, *[-14.7698242581933, 28.9874122535949, 2.0])
+    ops.node(69, *[-14.6299598120466, 23.8739246019146, 0.0])
+    ops.node(70, *[-16.7199540709104, 27.284485259331, 0.0])
+    ops.node(71, *[-15.0479586638193, 24.5560367333979, 2.0])
+    ops.node(72, *[-16.9986199720922, 27.7392266803198, 2.0])
+    ops.node(73, *[-16.4579870641892, 22.6524758424985, 0.0])
+    ops.node(74, *[-18.8091280733591, 25.8885438199983, 0.0])
+    ops.node(75, *[-16.9282152660232, 23.2996894379985, 2.0])
+    ops.node(76, *[-19.1226135412485, 26.3200195503316, 2.0])
+    ops.node(77, *[-18.1845453532451, 21.2913670368009, 0.0])
+    ops.node(78, *[-20.7823375465659, 24.332990899201, 0.0])
+    ops.node(79, *[-18.7041037919093, 21.8996918092809, 2.0])
+    ops.node(80, *[-21.1287098390086, 24.738540747521, 2.0])
+    ops.node(81, *[-19.7989898732233, 19.7989898732233, 0.0])
+    ops.node(82, *[-22.6274169979695, 22.6274169979695, 0.0])
+    ops.node(83, *[-20.3646752981726, 20.3646752981726, 2.0])
+    ops.node(84, *[-23.0045406146023, 23.0045406146023, 2.0])
+    ops.node(85, *[23.3801297398866, 27.3746147616011, 0.0])
+    ops.node(86, *[25.4558441227157, 25.4558441227157, 0.0])
+    ops.node(87, *[23.553315886108, 27.5773896857611, 2.0])
+    ops.node(88, *[25.6444059310321, 25.6444059310321, 2.0])
+    ops.node(89, *[21.160269082529, 29.1246117974981, 0.0])
+    ops.node(90, *[21.3170118164737, 29.3403496626648, 2.0])
+    ops.node(91, *[18.8099483297742, 30.6950459167473, 0.0])
+    ops.node(92, *[18.9492812803651, 30.9224166272417, 2.0])
+    ops.node(93, *[16.3436579906237, 32.0762348707812, 0.0])
+    ops.node(94, *[16.4647221238876, 32.3138366105648, 2.0])
+    ops.node(95, *[13.7766035651432, 33.2596631704063, 0.0])
+    ops.node(96, *[13.8786524804406, 33.5060310457427, 2.0])
+    ops.node(97, *[11.1246117974981, 34.2380345866255, 0.0])
+    ops.node(98, *[11.2070163293314, 34.4916496576376, 2.0])
+    ops.node(99, *[8.4040330988126, 35.0053171343164, 0.0])
+    ops.node(100, *[8.46628519584084, 35.2646157797557, 2.0])
+    ops.node(101, *[5.63164074144831, 35.556780261425, 0.0])
+    ops.node(102, *[5.67335659879237, 35.820163818917, 2.0])
+    ops.node(103, *[2.82452744620242, 35.8890240143926, 0.0])
+    ops.node(104, *[2.84544987172985, 36.1548686367214, 2.0])
+    ops.node(105, *[2.20429143688028e-15, 36.0, 0.0])
+    ops.node(106, *[2.22061952159791e-15, 36.2666666666667, 2.0])
+    ops.node(107, *[-2.82452744620242, 35.8890240143926, 0.0])
+    ops.node(108, *[-2.84544987172984, 36.1548686367214, 2.0])
+    ops.node(109, *[-5.63164074144832, 35.556780261425, 0.0])
+    ops.node(110, *[-5.67335659879238, 35.820163818917, 2.0])
+    ops.node(111, *[-8.40403309881258, 35.0053171343164, 0.0])
+    ops.node(112, *[-8.46628519584083, 35.2646157797557, 2.0])
+    ops.node(113, *[-11.1246117974981, 34.2380345866255, 0.0])
+    ops.node(114, *[-11.2070163293314, 34.4916496576376, 2.0])
+    ops.node(115, *[-13.7766035651432, 33.2596631704063, 0.0])
+    ops.node(116, *[-13.8786524804406, 33.5060310457427, 2.0])
+    ops.node(117, *[-16.3436579906237, 32.0762348707812, 0.0])
+    ops.node(118, *[-16.4647221238876, 32.3138366105648, 2.0])
+    ops.node(119, *[-18.8099483297742, 30.6950459167473, 0.0])
+    ops.node(120, *[-18.9492812803651, 30.9224166272417, 2.0])
+    ops.node(121, *[-21.160269082529, 29.1246117974981, 0.0])
+    ops.node(122, *[-21.3170118164737, 29.3403496626648, 2.0])
+    ops.node(123, *[-23.3801297398866, 27.3746147616011, 0.0])
+    ops.node(124, *[-23.553315886108, 27.5773896857611, 2.0])
+    ops.node(125, *[-25.4558441227157, 25.4558441227157, 0.0])
+    ops.node(126, *[-25.6444059310321, 25.6444059310321, 2.0])
+    ops.node(127, *[25.9779219332073, 30.4162386240012, 0.0])
+    ops.node(128, *[28.2842712474619, 28.2842712474619, 0.0])
+    ops.node(129, *[25.9779219332073, 30.4162386240012, 2.0])
+    ops.node(130, *[28.2842712474619, 28.2842712474619, 2.0])
+    ops.node(131, *[23.5114100916989, 32.3606797749979, 0.0])
+    ops.node(132, *[23.5114100916989, 32.3606797749979, 2.0])
+    ops.node(133, *[20.899942588638, 34.1056065741637, 0.0])
+    ops.node(134, *[20.899942588638, 34.1056065741637, 2.0])
+    ops.node(135, *[18.1596199895819, 35.6402609675347, 0.0])
+    ops.node(136, *[18.1596199895819, 35.6402609675347, 2.0])
+    ops.node(137, *[15.3073372946036, 36.9551813004515, 0.0])
+    ops.node(138, *[15.3073372946036, 36.9551813004515, 2.0])
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+    ops.node(1125, *[-16.3436579906237, 32.0762348707812, 26.0])
+    ops.node(1126, *[-16.9489786569431, 33.2642435696991, 26.0])
+    ops.node(1127, *[-18.8099483297742, 30.6950459167473, 26.0])
+    ops.node(1128, *[-19.5066130827288, 31.8318994692194, 26.0])
+    ops.node(1129, *[-21.160269082529, 29.1246117974981, 26.0])
+    ops.node(1130, *[-21.9439827522523, 30.2033011233314, 26.0])
+    ops.node(1131, *[-23.3801297398866, 27.3746147616011, 26.0])
+    ops.node(1132, *[-24.2460604709935, 28.3884893824012, 26.0])
+    ops.node(1133, *[-25.4558441227157, 25.4558441227157, 26.0])
+    ops.node(1134, *[-26.3986531642978, 26.3986531642978, 26.0])
+    ops.node(1135, *[25.1119912021004, 29.4023640032012, 26.0])
+    ops.node(1136, *[27.3414622058798, 27.3414622058798, 26.0])
+    ops.node(1137, *[22.7276964219756, 31.2819904491646, 26.0])
+    ops.node(1138, *[20.2032778356834, 32.9687530216916, 26.0])
+    ops.node(1139, *[17.5542993232625, 34.4522522686169, 26.0])
+    ops.node(1140, *[14.7970927181168, 35.7233419237698, 26.0])
+    ops.node(1141, *[11.9486571158313, 36.7741852967459, 26.0])
+    ops.node(1142, *[9.02655406909501, 37.5983035887102, 26.0])
+    ops.node(1143, *[6.04879931488893, 38.1906158363453, 26.0])
+    ops.node(1144, *[3.03375170147667, 38.547470237681, 26.0])
+    ops.node(1145, *[2.3675722840566e-15, 38.6666666666667, 26.0])
+    ops.node(1146, *[-3.03375170147667, 38.547470237681, 26.0])
+    ops.node(1147, *[-6.04879931488893, 38.1906158363453, 26.0])
+    ops.node(1148, *[-9.026554069095, 37.5983035887102, 26.0])
+    ops.node(1149, *[-11.9486571158313, 36.7741852967459, 26.0])
+    ops.node(1150, *[-14.7970927181168, 35.7233419237698, 26.0])
+    ops.node(1151, *[-17.5542993232625, 34.4522522686169, 26.0])
+    ops.node(1152, *[-20.2032778356834, 32.9687530216916, 26.0])
+    ops.node(1153, *[-22.7276964219756, 31.2819904491646, 26.0])
+    ops.node(1154, *[-25.1119912021004, 29.4023640032012, 26.0])
+    ops.node(1155, *[-27.3414622058798, 27.3414622058798, 26.0])
+    ops.node(1156, *[25.9779219332073, 30.4162386240012, 26.0])
+    ops.node(1157, *[28.2842712474619, 28.2842712474619, 26.0])
+    ops.node(1158, *[23.5114100916989, 32.3606797749979, 26.0])
+    ops.node(1159, *[20.899942588638, 34.1056065741637, 26.0])
+    ops.node(1160, *[18.1596199895819, 35.6402609675347, 26.0])
+    ops.node(1161, *[15.3073372946036, 36.9551813004515, 26.0])
+    ops.node(1162, *[12.3606797749979, 38.0422606518061, 26.0])
+    ops.node(1163, *[9.33781455423622, 38.8947968159071, 26.0])
+    ops.node(1164, *[6.25737860160924, 39.5075336238055, 26.0])
+    ops.node(1165, *[3.1383638291138, 39.8766933493251, 26.0])
+    ops.node(1166, *[2.44921270764475e-15, 40.0, 26.0])
+    ops.node(1167, *[-3.13836382911379, 39.8766933493251, 26.0])
+    ops.node(1168, *[-6.25737860160924, 39.5075336238055, 26.0])
+    ops.node(1169, *[-9.33781455423621, 38.8947968159071, 26.0])
+    ops.node(1170, *[-12.3606797749979, 38.0422606518061, 26.0])
+    ops.node(1171, *[-15.3073372946036, 36.9551813004515, 26.0])
+    ops.node(1172, *[-18.1596199895819, 35.6402609675347, 26.0])
+    ops.node(1173, *[-20.899942588638, 34.1056065741637, 26.0])
+    ops.node(1174, *[-23.5114100916989, 32.3606797749979, 26.0])
+    ops.node(1175, *[-25.9779219332073, 30.4162386240012, 26.0])
+    ops.node(1176, *[-28.2842712474619, 28.2842712474619, 26.0])
+    ops.node(1177, *[23.3801297398866, 27.3746147616011, 28.0])
+    ops.node(1178, *[25.4558441227157, 25.4558441227157, 28.0])
+    ops.node(1179, *[24.2460604709935, 28.3884893824012, 28.0])
+    ops.node(1180, *[26.3986531642978, 26.3986531642978, 28.0])
+    ops.node(1181, *[21.160269082529, 29.1246117974981, 28.0])
+    ops.node(1182, *[21.9439827522523, 30.2033011233314, 28.0])
+    ops.node(1183, *[18.8099483297742, 30.6950459167473, 28.0])
+    ops.node(1184, *[19.5066130827288, 31.8318994692194, 28.0])
+    ops.node(1185, *[16.3436579906237, 32.0762348707812, 28.0])
+    ops.node(1186, *[16.9489786569431, 33.2642435696991, 28.0])
+    ops.node(1187, *[13.7766035651432, 33.2596631704063, 28.0])
+    ops.node(1188, *[14.28684814163, 34.491502547088, 28.0])
+    ops.node(1189, *[11.1246117974981, 34.2380345866255, 28.0])
+    ops.node(1190, *[11.5366344566647, 35.5061099416857, 28.0])
+    ops.node(1191, *[8.4040330988126, 35.0053171343164, 28.0])
+    ops.node(1192, *[8.71529358395381, 36.3018103615133, 28.0])
+    ops.node(1193, *[5.63164074144831, 35.556780261425, 28.0])
+    ops.node(1194, *[5.84022002816862, 36.8736980488851, 28.0])
+    ops.node(1195, *[2.82452744620242, 35.8890240143926, 28.0])
+    ops.node(1196, *[2.92913957383955, 37.2182471260368, 28.0])
+    ops.node(1197, *[2.20429143688028e-15, 36.0, 28.0])
+    ops.node(1198, *[2.28593186046844e-15, 37.3333333333333, 28.0])
+    ops.node(1199, *[-2.82452744620242, 35.8890240143926, 28.0])
+    ops.node(1200, *[-2.92913957383954, 37.2182471260368, 28.0])
+    ops.node(1201, *[-5.63164074144832, 35.556780261425, 28.0])
+    ops.node(1202, *[-5.84022002816863, 36.8736980488851, 28.0])
+    ops.node(1203, *[-8.40403309881258, 35.0053171343164, 28.0])
+    ops.node(1204, *[-8.71529358395379, 36.3018103615133, 28.0])
+    ops.node(1205, *[-11.1246117974981, 34.2380345866255, 28.0])
+    ops.node(1206, *[-11.5366344566647, 35.5061099416857, 28.0])
+    ops.node(1207, *[-13.7766035651432, 33.2596631704063, 28.0])
+    ops.node(1208, *[-14.28684814163, 34.491502547088, 28.0])
+    ops.node(1209, *[-16.3436579906237, 32.0762348707812, 28.0])
+    ops.node(1210, *[-16.9489786569431, 33.2642435696991, 28.0])
+    ops.node(1211, *[-18.8099483297742, 30.6950459167473, 28.0])
+    ops.node(1212, *[-19.5066130827288, 31.8318994692194, 28.0])
+    ops.node(1213, *[-21.160269082529, 29.1246117974981, 28.0])
+    ops.node(1214, *[-21.9439827522523, 30.2033011233314, 28.0])
+    ops.node(1215, *[-23.3801297398866, 27.3746147616011, 28.0])
+    ops.node(1216, *[-24.2460604709935, 28.3884893824012, 28.0])
+    ops.node(1217, *[-25.4558441227157, 25.4558441227157, 28.0])
+    ops.node(1218, *[-26.3986531642978, 26.3986531642978, 28.0])
+    ops.node(1219, *[25.1119912021004, 29.4023640032012, 28.0])
+    ops.node(1220, *[27.3414622058798, 27.3414622058798, 28.0])
+    ops.node(1221, *[22.7276964219756, 31.2819904491646, 28.0])
+    ops.node(1222, *[20.2032778356834, 32.9687530216916, 28.0])
+    ops.node(1223, *[17.5542993232625, 34.4522522686169, 28.0])
+    ops.node(1224, *[14.7970927181168, 35.7233419237698, 28.0])
+    ops.node(1225, *[11.9486571158313, 36.7741852967459, 28.0])
+    ops.node(1226, *[9.02655406909501, 37.5983035887102, 28.0])
+    ops.node(1227, *[6.04879931488893, 38.1906158363453, 28.0])
+    ops.node(1228, *[3.03375170147667, 38.547470237681, 28.0])
+    ops.node(1229, *[2.3675722840566e-15, 38.6666666666667, 28.0])
+    ops.node(1230, *[-3.03375170147667, 38.547470237681, 28.0])
+    ops.node(1231, *[-6.04879931488893, 38.1906158363453, 28.0])
+    ops.node(1232, *[-9.026554069095, 37.5983035887102, 28.0])
+    ops.node(1233, *[-11.9486571158313, 36.7741852967459, 28.0])
+    ops.node(1234, *[-14.7970927181168, 35.7233419237698, 28.0])
+    ops.node(1235, *[-17.5542993232625, 34.4522522686169, 28.0])
+    ops.node(1236, *[-20.2032778356834, 32.9687530216916, 28.0])
+    ops.node(1237, *[-22.7276964219756, 31.2819904491646, 28.0])
+    ops.node(1238, *[-25.1119912021004, 29.4023640032012, 28.0])
+    ops.node(1239, *[-27.3414622058798, 27.3414622058798, 28.0])
+    ops.node(1240, *[25.9779219332073, 30.4162386240012, 28.0])
+    ops.node(1241, *[28.2842712474619, 28.2842712474619, 28.0])
+    ops.node(1242, *[23.5114100916989, 32.3606797749979, 28.0])
+    ops.node(1243, *[20.899942588638, 34.1056065741637, 28.0])
+    ops.node(1244, *[18.1596199895819, 35.6402609675347, 28.0])
+    ops.node(1245, *[15.3073372946036, 36.9551813004515, 28.0])
+    ops.node(1246, *[12.3606797749979, 38.0422606518061, 28.0])
+    ops.node(1247, *[9.33781455423622, 38.8947968159071, 28.0])
+    ops.node(1248, *[6.25737860160924, 39.5075336238055, 28.0])
+    ops.node(1249, *[3.1383638291138, 39.8766933493251, 28.0])
+    ops.node(1250, *[2.44921270764475e-15, 40.0, 28.0])
+    ops.node(1251, *[-3.13836382911379, 39.8766933493251, 28.0])
+    ops.node(1252, *[-6.25737860160924, 39.5075336238055, 28.0])
+    ops.node(1253, *[-9.33781455423621, 38.8947968159071, 28.0])
+    ops.node(1254, *[-12.3606797749979, 38.0422606518061, 28.0])
+    ops.node(1255, *[-15.3073372946036, 36.9551813004515, 28.0])
+    ops.node(1256, *[-18.1596199895819, 35.6402609675347, 28.0])
+    ops.node(1257, *[-20.899942588638, 34.1056065741637, 28.0])
+    ops.node(1258, *[-23.5114100916989, 32.3606797749979, 28.0])
+    ops.node(1259, *[-25.9779219332073, 30.4162386240012, 28.0])
+    ops.node(1260, *[-28.2842712474619, 28.2842712474619, 28.0])
+    ops.node(1261, *[23.3801297398866, 27.3746147616011, 30.0])
+    ops.node(1262, *[25.4558441227157, 25.4558441227157, 30.0])
+    ops.node(1263, *[24.2460604709935, 28.3884893824012, 30.0])
+    ops.node(1264, *[26.3986531642978, 26.3986531642978, 30.0])
+    ops.node(1265, *[21.160269082529, 29.1246117974981, 30.0])
+    ops.node(1266, *[21.9439827522523, 30.2033011233314, 30.0])
+    ops.node(1267, *[18.8099483297742, 30.6950459167473, 30.0])
+    ops.node(1268, *[19.5066130827288, 31.8318994692194, 30.0])
+    ops.node(1269, *[16.3436579906237, 32.0762348707812, 30.0])
+    ops.node(1270, *[16.9489786569431, 33.2642435696991, 30.0])
+    ops.node(1271, *[13.7766035651432, 33.2596631704063, 30.0])
+    ops.node(1272, *[14.28684814163, 34.491502547088, 30.0])
+    ops.node(1273, *[11.1246117974981, 34.2380345866255, 30.0])
+    ops.node(1274, *[11.5366344566647, 35.5061099416857, 30.0])
+    ops.node(1275, *[8.4040330988126, 35.0053171343164, 30.0])
+    ops.node(1276, *[8.71529358395381, 36.3018103615133, 30.0])
+    ops.node(1277, *[5.63164074144831, 35.556780261425, 30.0])
+    ops.node(1278, *[5.84022002816862, 36.8736980488851, 30.0])
+    ops.node(1279, *[2.82452744620242, 35.8890240143926, 30.0])
+    ops.node(1280, *[2.92913957383955, 37.2182471260368, 30.0])
+    ops.node(1281, *[2.20429143688028e-15, 36.0, 30.0])
+    ops.node(1282, *[2.28593186046844e-15, 37.3333333333333, 30.0])
+    ops.node(1283, *[-2.82452744620242, 35.8890240143926, 30.0])
+    ops.node(1284, *[-2.92913957383954, 37.2182471260368, 30.0])
+    ops.node(1285, *[-5.63164074144832, 35.556780261425, 30.0])
+    ops.node(1286, *[-5.84022002816863, 36.8736980488851, 30.0])
+    ops.node(1287, *[-8.40403309881258, 35.0053171343164, 30.0])
+    ops.node(1288, *[-8.71529358395379, 36.3018103615133, 30.0])
+    ops.node(1289, *[-11.1246117974981, 34.2380345866255, 30.0])
+    ops.node(1290, *[-11.5366344566647, 35.5061099416857, 30.0])
+    ops.node(1291, *[-13.7766035651432, 33.2596631704063, 30.0])
+    ops.node(1292, *[-14.28684814163, 34.491502547088, 30.0])
+    ops.node(1293, *[-16.3436579906237, 32.0762348707812, 30.0])
+    ops.node(1294, *[-16.9489786569431, 33.2642435696991, 30.0])
+    ops.node(1295, *[-18.8099483297742, 30.6950459167473, 30.0])
+    ops.node(1296, *[-19.5066130827288, 31.8318994692194, 30.0])
+    ops.node(1297, *[-21.160269082529, 29.1246117974981, 30.0])
+    ops.node(1298, *[-21.9439827522523, 30.2033011233314, 30.0])
+    ops.node(1299, *[-23.3801297398866, 27.3746147616011, 30.0])
+    ops.node(1300, *[-24.2460604709935, 28.3884893824012, 30.0])
+    ops.node(1301, *[-25.4558441227157, 25.4558441227157, 30.0])
+    ops.node(1302, *[-26.3986531642978, 26.3986531642978, 30.0])
+    ops.node(1303, *[25.1119912021004, 29.4023640032012, 30.0])
+    ops.node(1304, *[27.3414622058798, 27.3414622058798, 30.0])
+    ops.node(1305, *[22.7276964219756, 31.2819904491646, 30.0])
+    ops.node(1306, *[20.2032778356834, 32.9687530216916, 30.0])
+    ops.node(1307, *[17.5542993232625, 34.4522522686169, 30.0])
+    ops.node(1308, *[14.7970927181168, 35.7233419237698, 30.0])
+    ops.node(1309, *[11.9486571158313, 36.7741852967459, 30.0])
+    ops.node(1310, *[9.02655406909501, 37.5983035887102, 30.0])
+    ops.node(1311, *[6.04879931488893, 38.1906158363453, 30.0])
+    ops.node(1312, *[3.03375170147667, 38.547470237681, 30.0])
+    ops.node(1313, *[2.3675722840566e-15, 38.6666666666667, 30.0])
+    ops.node(1314, *[-3.03375170147667, 38.547470237681, 30.0])
+    ops.node(1315, *[-6.04879931488893, 38.1906158363453, 30.0])
+    ops.node(1316, *[-9.026554069095, 37.5983035887102, 30.0])
+    ops.node(1317, *[-11.9486571158313, 36.7741852967459, 30.0])
+    ops.node(1318, *[-14.7970927181168, 35.7233419237698, 30.0])
+    ops.node(1319, *[-17.5542993232625, 34.4522522686169, 30.0])
+    ops.node(1320, *[-20.2032778356834, 32.9687530216916, 30.0])
+    ops.node(1321, *[-22.7276964219756, 31.2819904491646, 30.0])
+    ops.node(1322, *[-25.1119912021004, 29.4023640032012, 30.0])
+    ops.node(1323, *[-27.3414622058798, 27.3414622058798, 30.0])
+    ops.node(1324, *[25.9779219332073, 30.4162386240012, 30.0])
+    ops.node(1325, *[28.2842712474619, 28.2842712474619, 30.0])
+    ops.node(1326, *[23.5114100916989, 32.3606797749979, 30.0])
+    ops.node(1327, *[20.899942588638, 34.1056065741637, 30.0])
+    ops.node(1328, *[18.1596199895819, 35.6402609675347, 30.0])
+    ops.node(1329, *[15.3073372946036, 36.9551813004515, 30.0])
+    ops.node(1330, *[12.3606797749979, 38.0422606518061, 30.0])
+    ops.node(1331, *[9.33781455423622, 38.8947968159071, 30.0])
+    ops.node(1332, *[6.25737860160924, 39.5075336238055, 30.0])
+    ops.node(1333, *[3.1383638291138, 39.8766933493251, 30.0])
+    ops.node(1334, *[2.44921270764475e-15, 40.0, 30.0])
+    ops.node(1335, *[-3.13836382911379, 39.8766933493251, 30.0])
+    ops.node(1336, *[-6.25737860160924, 39.5075336238055, 30.0])
+    ops.node(1337, *[-9.33781455423621, 38.8947968159071, 30.0])
+    ops.node(1338, *[-12.3606797749979, 38.0422606518061, 30.0])
+    ops.node(1339, *[-15.3073372946036, 36.9551813004515, 30.0])
+    ops.node(1340, *[-18.1596199895819, 35.6402609675347, 30.0])
+    ops.node(1341, *[-20.899942588638, 34.1056065741637, 30.0])
+    ops.node(1342, *[-23.5114100916989, 32.3606797749979, 30.0])
+    ops.node(1343, *[-25.9779219332073, 30.4162386240012, 30.0])
+    ops.node(1344, *[-28.2842712474619, 28.2842712474619, 30.0])
+
+    # Fix the node.
+    ops.fix(1, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2, *[1, 1, 1, 1, 1, 1])
+    ops.fix(3, *[1, 1, 1, 1, 1, 1])
+    ops.fix(4, *[1, 1, 1, 1, 1, 1])
+    ops.fix(6, *[1, 1, 0, 1, 1, 1])
+    ops.fix(8, *[1, 1, 0, 1, 1, 1])
+    ops.fix(9, *[1, 1, 1, 1, 1, 1])
+    ops.fix(10, *[1, 1, 1, 1, 1, 1])
+    ops.fix(13, *[1, 1, 1, 1, 1, 1])
+    ops.fix(14, *[1, 1, 1, 1, 1, 1])
+    ops.fix(17, *[1, 1, 1, 1, 1, 1])
+    ops.fix(18, *[1, 1, 1, 1, 1, 1])
+    ops.fix(21, *[1, 1, 1, 1, 1, 1])
+    ops.fix(22, *[1, 1, 1, 1, 1, 1])
+    ops.fix(25, *[1, 1, 1, 1, 1, 1])
+    ops.fix(26, *[1, 1, 1, 1, 1, 1])
+    ops.fix(29, *[1, 1, 1, 1, 1, 1])
+    ops.fix(30, *[1, 1, 1, 1, 1, 1])
+    ops.fix(33, *[1, 1, 1, 1, 1, 1])
+    ops.fix(34, *[1, 1, 1, 1, 1, 1])
+    ops.fix(37, *[1, 1, 1, 1, 1, 1])
+    ops.fix(38, *[1, 1, 1, 1, 1, 1])
+    ops.fix(41, *[1, 1, 1, 1, 1, 1])
+    ops.fix(42, *[1, 1, 1, 1, 1, 1])
+    ops.fix(45, *[1, 1, 1, 1, 1, 1])
+    ops.fix(46, *[1, 1, 1, 1, 1, 1])
+    ops.fix(49, *[1, 1, 1, 1, 1, 1])
+    ops.fix(50, *[1, 1, 1, 1, 1, 1])
+    ops.fix(53, *[1, 1, 1, 1, 1, 1])
+    ops.fix(54, *[1, 1, 1, 1, 1, 1])
+    ops.fix(57, *[1, 1, 1, 1, 1, 1])
+    ops.fix(58, *[1, 1, 1, 1, 1, 1])
+    ops.fix(61, *[1, 1, 1, 1, 1, 1])
+    ops.fix(62, *[1, 1, 1, 1, 1, 1])
+    ops.fix(65, *[1, 1, 1, 1, 1, 1])
+    ops.fix(66, *[1, 1, 1, 1, 1, 1])
+    ops.fix(69, *[1, 1, 1, 1, 1, 1])
+    ops.fix(70, *[1, 1, 1, 1, 1, 1])
+    ops.fix(73, *[1, 1, 1, 1, 1, 1])
+    ops.fix(74, *[1, 1, 1, 1, 1, 1])
+    ops.fix(77, *[1, 1, 1, 1, 1, 1])
+    ops.fix(78, *[1, 1, 1, 1, 1, 1])
+    ops.fix(81, *[1, 1, 1, 1, 1, 1])
+    ops.fix(82, *[1, 1, 1, 1, 1, 1])
+    ops.fix(83, *[1, 1, 0, 1, 1, 1])
+    ops.fix(84, *[1, 1, 0, 1, 1, 1])
+    ops.fix(85, *[1, 1, 1, 1, 1, 1])
+    ops.fix(86, *[1, 1, 1, 1, 1, 1])
+    ops.fix(88, *[1, 1, 0, 1, 1, 1])
+    ops.fix(89, *[1, 1, 1, 1, 1, 1])
+    ops.fix(91, *[1, 1, 1, 1, 1, 1])
+    ops.fix(93, *[1, 1, 1, 1, 1, 1])
+    ops.fix(95, *[1, 1, 1, 1, 1, 1])
+    ops.fix(97, *[1, 1, 1, 1, 1, 1])
+    ops.fix(99, *[1, 1, 1, 1, 1, 1])
+    ops.fix(101, *[1, 1, 1, 1, 1, 1])
+    ops.fix(103, *[1, 1, 1, 1, 1, 1])
+    ops.fix(105, *[1, 1, 1, 1, 1, 1])
+    ops.fix(107, *[1, 1, 1, 1, 1, 1])
+    ops.fix(109, *[1, 1, 1, 1, 1, 1])
+    ops.fix(111, *[1, 1, 1, 1, 1, 1])
+    ops.fix(113, *[1, 1, 1, 1, 1, 1])
+    ops.fix(115, *[1, 1, 1, 1, 1, 1])
+    ops.fix(117, *[1, 1, 1, 1, 1, 1])
+    ops.fix(119, *[1, 1, 1, 1, 1, 1])
+    ops.fix(121, *[1, 1, 1, 1, 1, 1])
+    ops.fix(123, *[1, 1, 1, 1, 1, 1])
+    ops.fix(125, *[1, 1, 1, 1, 1, 1])
+    ops.fix(126, *[1, 1, 0, 1, 1, 1])
+    ops.fix(127, *[1, 1, 1, 1, 1, 1])
+    ops.fix(128, *[1, 1, 1, 1, 1, 1])
+    ops.fix(130, *[1, 1, 0, 1, 1, 1])
+    ops.fix(131, *[1, 1, 1, 1, 1, 1])
+    ops.fix(133, *[1, 1, 1, 1, 1, 1])
+    ops.fix(135, *[1, 1, 1, 1, 1, 1])
+    ops.fix(137, *[1, 1, 1, 1, 1, 1])
+    ops.fix(139, *[1, 1, 1, 1, 1, 1])
+    ops.fix(141, *[1, 1, 1, 1, 1, 1])
+    ops.fix(143, *[1, 1, 1, 1, 1, 1])
+    ops.fix(145, *[1, 1, 1, 1, 1, 1])
+    ops.fix(147, *[1, 1, 1, 1, 1, 1])
+    ops.fix(149, *[1, 1, 1, 1, 1, 1])
+    ops.fix(151, *[1, 1, 1, 1, 1, 1])
+    ops.fix(153, *[1, 1, 1, 1, 1, 1])
+    ops.fix(155, *[1, 1, 1, 1, 1, 1])
+    ops.fix(157, *[1, 1, 1, 1, 1, 1])
+    ops.fix(159, *[1, 1, 1, 1, 1, 1])
+    ops.fix(161, *[1, 1, 1, 1, 1, 1])
+    ops.fix(163, *[1, 1, 1, 1, 1, 1])
+    ops.fix(165, *[1, 1, 1, 1, 1, 1])
+    ops.fix(167, *[1, 1, 1, 1, 1, 1])
+    ops.fix(168, *[1, 1, 0, 1, 1, 1])
+    ops.fix(170, *[1, 1, 0, 1, 1, 1])
+    ops.fix(172, *[1, 1, 0, 1, 1, 1])
+    ops.fix(209, *[1, 1, 0, 1, 1, 1])
+    ops.fix(210, *[1, 1, 0, 1, 1, 1])
+    ops.fix(212, *[1, 1, 0, 1, 1, 1])
+    ops.fix(231, *[1, 1, 0, 1, 1, 1])
+    ops.fix(233, *[1, 1, 0, 1, 1, 1])
+    ops.fix(252, *[1, 1, 0, 1, 1, 1])
+    ops.fix(254, *[1, 1, 0, 1, 1, 1])
+    ops.fix(256, *[1, 1, 0, 1, 1, 1])
+    ops.fix(293, *[1, 1, 0, 1, 1, 1])
+    ops.fix(294, *[1, 1, 0, 1, 1, 1])
+    ops.fix(296, *[1, 1, 0, 1, 1, 1])
+    ops.fix(315, *[1, 1, 0, 1, 1, 1])
+    ops.fix(317, *[1, 1, 0, 1, 1, 1])
+    ops.fix(336, *[1, 1, 0, 1, 1, 1])
+    ops.fix(338, *[1, 1, 0, 1, 1, 1])
+    ops.fix(340, *[1, 1, 0, 1, 1, 1])
+    ops.fix(377, *[1, 1, 0, 1, 1, 1])
+    ops.fix(378, *[1, 1, 0, 1, 1, 1])
+    ops.fix(380, *[1, 1, 0, 1, 1, 1])
+    ops.fix(399, *[1, 1, 0, 1, 1, 1])
+    ops.fix(401, *[1, 1, 0, 1, 1, 1])
+    ops.fix(420, *[1, 1, 0, 1, 1, 1])
+    ops.fix(422, *[1, 1, 0, 1, 1, 1])
+    ops.fix(424, *[1, 1, 0, 1, 1, 1])
+    ops.fix(461, *[1, 1, 0, 1, 1, 1])
+    ops.fix(462, *[1, 1, 0, 1, 1, 1])
+    ops.fix(464, *[1, 1, 0, 1, 1, 1])
+    ops.fix(483, *[1, 1, 0, 1, 1, 1])
+    ops.fix(485, *[1, 1, 0, 1, 1, 1])
+    ops.fix(504, *[1, 1, 0, 1, 1, 1])
+    ops.fix(506, *[1, 1, 0, 1, 1, 1])
+    ops.fix(508, *[1, 1, 0, 1, 1, 1])
+    ops.fix(545, *[1, 1, 0, 1, 1, 1])
+    ops.fix(546, *[1, 1, 0, 1, 1, 1])
+    ops.fix(548, *[1, 1, 0, 1, 1, 1])
+    ops.fix(567, *[1, 1, 0, 1, 1, 1])
+    ops.fix(569, *[1, 1, 0, 1, 1, 1])
+    ops.fix(588, *[1, 1, 0, 1, 1, 1])
+    ops.fix(590, *[1, 1, 0, 1, 1, 1])
+    ops.fix(592, *[1, 1, 0, 1, 1, 1])
+    ops.fix(629, *[1, 1, 0, 1, 1, 1])
+    ops.fix(630, *[1, 1, 0, 1, 1, 1])
+    ops.fix(632, *[1, 1, 0, 1, 1, 1])
+    ops.fix(651, *[1, 1, 0, 1, 1, 1])
+    ops.fix(653, *[1, 1, 0, 1, 1, 1])
+    ops.fix(672, *[1, 1, 0, 1, 1, 1])
+    ops.fix(674, *[1, 1, 0, 1, 1, 1])
+    ops.fix(676, *[1, 1, 0, 1, 1, 1])
+    ops.fix(713, *[1, 1, 0, 1, 1, 1])
+    ops.fix(714, *[1, 1, 0, 1, 1, 1])
+    ops.fix(716, *[1, 1, 0, 1, 1, 1])
+    ops.fix(735, *[1, 1, 0, 1, 1, 1])
+    ops.fix(737, *[1, 1, 0, 1, 1, 1])
+    ops.fix(756, *[1, 1, 0, 1, 1, 1])
+    ops.fix(758, *[1, 1, 0, 1, 1, 1])
+    ops.fix(760, *[1, 1, 0, 1, 1, 1])
+    ops.fix(797, *[1, 1, 0, 1, 1, 1])
+    ops.fix(798, *[1, 1, 0, 1, 1, 1])
+    ops.fix(800, *[1, 1, 0, 1, 1, 1])
+    ops.fix(819, *[1, 1, 0, 1, 1, 1])
+    ops.fix(821, *[1, 1, 0, 1, 1, 1])
+    ops.fix(840, *[1, 1, 0, 1, 1, 1])
+    ops.fix(842, *[1, 1, 0, 1, 1, 1])
+    ops.fix(844, *[1, 1, 0, 1, 1, 1])
+    ops.fix(881, *[1, 1, 0, 1, 1, 1])
+    ops.fix(882, *[1, 1, 0, 1, 1, 1])
+    ops.fix(884, *[1, 1, 0, 1, 1, 1])
+    ops.fix(903, *[1, 1, 0, 1, 1, 1])
+    ops.fix(905, *[1, 1, 0, 1, 1, 1])
+    ops.fix(924, *[1, 1, 0, 1, 1, 1])
+    ops.fix(926, *[1, 1, 0, 1, 1, 1])
+    ops.fix(928, *[1, 1, 0, 1, 1, 1])
+    ops.fix(965, *[1, 1, 0, 1, 1, 1])
+    ops.fix(966, *[1, 1, 0, 1, 1, 1])
+    ops.fix(968, *[1, 1, 0, 1, 1, 1])
+    ops.fix(987, *[1, 1, 0, 1, 1, 1])
+    ops.fix(989, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1008, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1010, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1012, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1049, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1050, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1052, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1071, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1073, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1092, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1094, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1096, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1133, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1134, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1136, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1155, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1157, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1176, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1178, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1180, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1217, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1218, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1220, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1239, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1241, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1260, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1262, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1264, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1301, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1302, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1304, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1323, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1325, *[1, 1, 0, 1, 1, 1])
+    ops.fix(1344, *[1, 1, 0, 1, 1, 1])
+
+    # Mechanical properties DataFrame of section
+    FrameSecProp_df = dict()
+    FrameSecProp = namedtuple(
+        'FrameSecProp', ('matName', 'A', 'J', 'I33', 'I22', 'AS2', 'AS3'))
+
+    # Create OpenSees elements.
+    # element('elasticBeamColumn', eleTag, *eleNodes, Area, E_mod, G_mod,
+    # Jxx, Iy, Iz, transfTag, <'-mass', mass>, <'-cMass'>)
+
+    # Plate_Shell element.
+    # Create Plate_Shell element.
+
+    # Solid element.
+    ops.model('basic', '-ndm', 3, '-ndf', 3)
+
+    ops.nDMaterial('ElasticIsotropic', 2, 24855578.0600518, 0.2)
+    # Create Solid element.
+    ops.element('stdBrick', 1, *[4, 3, 1, 2, 8, 7, 5, 6], 2)
+    ops.element('stdBrick', 2, *[3, 10, 9, 1, 7, 12, 11, 5], 2)
+    ops.element('stdBrick', 3, *[10, 14, 13, 9, 12, 16, 15, 11], 2)
+    ops.element('stdBrick', 4, *[14, 18, 17, 13, 16, 20, 19, 15], 2)
+    ops.element('stdBrick', 5, *[18, 22, 21, 17, 20, 24, 23, 19], 2)
+    ops.element('stdBrick', 6, *[22, 26, 25, 21, 24, 28, 27, 23], 2)
+    ops.element('stdBrick', 7, *[26, 30, 29, 25, 28, 32, 31, 27], 2)
+    ops.element('stdBrick', 8, *[30, 34, 33, 29, 32, 36, 35, 31], 2)
+    ops.element('stdBrick', 9, *[34, 38, 37, 33, 36, 40, 39, 35], 2)
+    ops.element('stdBrick', 10, *[38, 42, 41, 37, 40, 44, 43, 39], 2)
+    ops.element('stdBrick', 11, *[42, 46, 45, 41, 44, 48, 47, 43], 2)
+    ops.element('stdBrick', 12, *[45, 46, 50, 49, 47, 48, 52, 51], 2)
+    ops.element('stdBrick', 13, *[49, 50, 54, 53, 51, 52, 56, 55], 2)
+    ops.element('stdBrick', 14, *[53, 54, 58, 57, 55, 56, 60, 59], 2)
+    ops.element('stdBrick', 15, *[57, 58, 62, 61, 59, 60, 64, 63], 2)
+    ops.element('stdBrick', 16, *[61, 62, 66, 65, 63, 64, 68, 67], 2)
+    ops.element('stdBrick', 17, *[65, 66, 70, 69, 67, 68, 72, 71], 2)
+    ops.element('stdBrick', 18, *[69, 70, 74, 73, 71, 72, 76, 75], 2)
+    ops.element('stdBrick', 19, *[73, 74, 78, 77, 75, 76, 80, 79], 2)
+    ops.element('stdBrick', 20, *[77, 78, 82, 81, 79, 80, 84, 83], 2)
+    ops.element('stdBrick', 21, *[86, 85, 3, 4, 88, 87, 7, 8], 2)
+    ops.element('stdBrick', 22, *[85, 89, 10, 3, 87, 90, 12, 7], 2)
+    ops.element('stdBrick', 23, *[89, 91, 14, 10, 90, 92, 16, 12], 2)
+    ops.element('stdBrick', 24, *[91, 93, 18, 14, 92, 94, 20, 16], 2)
+    ops.element('stdBrick', 25, *[93, 95, 22, 18, 94, 96, 24, 20], 2)
+    ops.element('stdBrick', 26, *[95, 97, 26, 22, 96, 98, 28, 24], 2)
+    ops.element('stdBrick', 27, *[97, 99, 30, 26, 98, 100, 32, 28], 2)
+    ops.element('stdBrick', 28, *[99, 101, 34, 30, 100, 102, 36, 32], 2)
+    ops.element('stdBrick', 29, *[101, 103, 38, 34, 102, 104, 40, 36], 2)
+    ops.element('stdBrick', 30, *[103, 105, 42, 38, 104, 106, 44, 40], 2)
+    ops.element('stdBrick', 31, *[105, 107, 46, 42, 106, 108, 48, 44], 2)
+    ops.element('stdBrick', 32, *[46, 107, 109, 50, 48, 108, 110, 52], 2)
+    ops.element('stdBrick', 33, *[50, 109, 111, 54, 52, 110, 112, 56], 2)
+    ops.element('stdBrick', 34, *[54, 111, 113, 58, 56, 112, 114, 60], 2)
+    ops.element('stdBrick', 35, *[58, 113, 115, 62, 60, 114, 116, 64], 2)
+    ops.element('stdBrick', 36, *[62, 115, 117, 66, 64, 116, 118, 68], 2)
+    ops.element('stdBrick', 37, *[66, 117, 119, 70, 68, 118, 120, 72], 2)
+    ops.element('stdBrick', 38, *[70, 119, 121, 74, 72, 120, 122, 76], 2)
+    ops.element('stdBrick', 39, *[74, 121, 123, 78, 76, 122, 124, 80], 2)
+    ops.element('stdBrick', 40, *[78, 123, 125, 82, 80, 124, 126, 84], 2)
+    ops.element('stdBrick', 41, *[128, 127, 85, 86, 130, 129, 87, 88], 2)
+    ops.element('stdBrick', 42, *[127, 131, 89, 85, 129, 132, 90, 87], 2)
+    ops.element('stdBrick', 43, *[131, 133, 91, 89, 132, 134, 92, 90], 2)
+    ops.element('stdBrick', 44, *[133, 135, 93, 91, 134, 136, 94, 92], 2)
+    ops.element('stdBrick', 45, *[135, 137, 95, 93, 136, 138, 96, 94], 2)
+    ops.element('stdBrick', 46, *[137, 139, 97, 95, 138, 140, 98, 96], 2)
+    ops.element('stdBrick', 47, *[139, 141, 99, 97, 140, 142, 100, 98], 2)
+    ops.element('stdBrick', 48, *[141, 143, 101, 99, 142, 144, 102, 100], 2)
+    ops.element('stdBrick', 49, *[143, 145, 103, 101, 144, 146, 104, 102], 2)
+    ops.element('stdBrick', 50, *[145, 147, 105, 103, 146, 148, 106, 104], 2)
+    ops.element('stdBrick', 51, *[147, 149, 107, 105, 148, 150, 108, 106], 2)
+    ops.element('stdBrick', 52, *[107, 149, 151, 109, 108, 150, 152, 110], 2)
+    ops.element('stdBrick', 53, *[109, 151, 153, 111, 110, 152, 154, 112], 2)
+    ops.element('stdBrick', 54, *[111, 153, 155, 113, 112, 154, 156, 114], 2)
+    ops.element('stdBrick', 55, *[113, 155, 157, 115, 114, 156, 158, 116], 2)
+    ops.element('stdBrick', 56, *[115, 157, 159, 117, 116, 158, 160, 118], 2)
+    ops.element('stdBrick', 57, *[117, 159, 161, 119, 118, 160, 162, 120], 2)
+    ops.element('stdBrick', 58, *[119, 161, 163, 121, 120, 162, 164, 122], 2)
+    ops.element('stdBrick', 59, *[121, 163, 165, 123, 122, 164, 166, 124], 2)
+    ops.element('stdBrick', 60, *[123, 165, 167, 125, 124, 166, 168, 126], 2)
+    ops.element('stdBrick', 61, *[8, 7, 5, 6, 172, 171, 169, 170], 2)
+    ops.element('stdBrick', 62, *[7, 12, 11, 5, 171, 174, 173, 169], 2)
+    ops.element('stdBrick', 63, *[12, 16, 15, 11, 174, 176, 175, 173], 2)
+    ops.element('stdBrick', 64, *[16, 20, 19, 15, 176, 178, 177, 175], 2)
+    ops.element('stdBrick', 65, *[20, 24, 23, 19, 178, 180, 179, 177], 2)
+    ops.element('stdBrick', 66, *[24, 28, 27, 23, 180, 182, 181, 179], 2)
+    ops.element('stdBrick', 67, *[28, 32, 31, 27, 182, 184, 183, 181], 2)
+    ops.element('stdBrick', 68, *[32, 36, 35, 31, 184, 186, 185, 183], 2)
+    ops.element('stdBrick', 69, *[36, 40, 39, 35, 186, 188, 187, 185], 2)
+    ops.element('stdBrick', 70, *[40, 44, 43, 39, 188, 190, 189, 187], 2)
+    ops.element('stdBrick', 71, *[44, 48, 47, 43, 190, 192, 191, 189], 2)
+    ops.element('stdBrick', 72, *[47, 48, 52, 51, 191, 192, 194, 193], 2)
+    ops.element('stdBrick', 73, *[51, 52, 56, 55, 193, 194, 196, 195], 2)
+    ops.element('stdBrick', 74, *[55, 56, 60, 59, 195, 196, 198, 197], 2)
+    ops.element('stdBrick', 75, *[59, 60, 64, 63, 197, 198, 200, 199], 2)
+    ops.element('stdBrick', 76, *[63, 64, 68, 67, 199, 200, 202, 201], 2)
+    ops.element('stdBrick', 77, *[67, 68, 72, 71, 201, 202, 204, 203], 2)
+    ops.element('stdBrick', 78, *[71, 72, 76, 75, 203, 204, 206, 205], 2)
+    ops.element('stdBrick', 79, *[75, 76, 80, 79, 205, 206, 208, 207], 2)
+    ops.element('stdBrick', 80, *[79, 80, 84, 83, 207, 208, 210, 209], 2)
+    ops.element('stdBrick', 81, *[88, 87, 7, 8, 212, 211, 171, 172], 2)
+    ops.element('stdBrick', 82, *[87, 90, 12, 7, 211, 213, 174, 171], 2)
+    ops.element('stdBrick', 83, *[90, 92, 16, 12, 213, 214, 176, 174], 2)
+    ops.element('stdBrick', 84, *[92, 94, 20, 16, 214, 215, 178, 176], 2)
+    ops.element('stdBrick', 85, *[94, 96, 24, 20, 215, 216, 180, 178], 2)
+    ops.element('stdBrick', 86, *[96, 98, 28, 24, 216, 217, 182, 180], 2)
+    ops.element('stdBrick', 87, *[98, 100, 32, 28, 217, 218, 184, 182], 2)
+    ops.element('stdBrick', 88, *[100, 102, 36, 32, 218, 219, 186, 184], 2)
+    ops.element('stdBrick', 89, *[102, 104, 40, 36, 219, 220, 188, 186], 2)
+    ops.element('stdBrick', 90, *[104, 106, 44, 40, 220, 221, 190, 188], 2)
+    ops.element('stdBrick', 91, *[106, 108, 48, 44, 221, 222, 192, 190], 2)
+    ops.element('stdBrick', 92, *[48, 108, 110, 52, 192, 222, 223, 194], 2)
+    ops.element('stdBrick', 93, *[52, 110, 112, 56, 194, 223, 224, 196], 2)
+    ops.element('stdBrick', 94, *[56, 112, 114, 60, 196, 224, 225, 198], 2)
+    ops.element('stdBrick', 95, *[60, 114, 116, 64, 198, 225, 226, 200], 2)
+    ops.element('stdBrick', 96, *[64, 116, 118, 68, 200, 226, 227, 202], 2)
+    ops.element('stdBrick', 97, *[68, 118, 120, 72, 202, 227, 228, 204], 2)
+    ops.element('stdBrick', 98, *[72, 120, 122, 76, 204, 228, 229, 206], 2)
+    ops.element('stdBrick', 99, *[76, 122, 124, 80, 206, 229, 230, 208], 2)
+    ops.element('stdBrick', 100, *[80, 124, 126, 84, 208, 230, 231, 210], 2)
+    ops.element('stdBrick', 101, *[130, 129, 87, 88, 233, 232, 211, 212], 2)
+    ops.element('stdBrick', 102, *[129, 132, 90, 87, 232, 234, 213, 211], 2)
+    ops.element('stdBrick', 103, *[132, 134, 92, 90, 234, 235, 214, 213], 2)
+    ops.element('stdBrick', 104, *[134, 136, 94, 92, 235, 236, 215, 214], 2)
+    ops.element('stdBrick', 105, *[136, 138, 96, 94, 236, 237, 216, 215], 2)
+    ops.element('stdBrick', 106, *[138, 140, 98, 96, 237, 238, 217, 216], 2)
+    ops.element('stdBrick', 107, *[140, 142, 100, 98, 238, 239, 218, 217], 2)
+    ops.element('stdBrick', 108, *[142, 144, 102, 100, 239, 240, 219, 218], 2)
+    ops.element('stdBrick', 109, *[144, 146, 104, 102, 240, 241, 220, 219], 2)
+    ops.element('stdBrick', 110, *[146, 148, 106, 104, 241, 242, 221, 220], 2)
+    ops.element('stdBrick', 111, *[148, 150, 108, 106, 242, 243, 222, 221], 2)
+    ops.element('stdBrick', 112, *[108, 150, 152, 110, 222, 243, 244, 223], 2)
+    ops.element('stdBrick', 113, *[110, 152, 154, 112, 223, 244, 245, 224], 2)
+    ops.element('stdBrick', 114, *[112, 154, 156, 114, 224, 245, 246, 225], 2)
+    ops.element('stdBrick', 115, *[114, 156, 158, 116, 225, 246, 247, 226], 2)
+    ops.element('stdBrick', 116, *[116, 158, 160, 118, 226, 247, 248, 227], 2)
+    ops.element('stdBrick', 117, *[118, 160, 162, 120, 227, 248, 249, 228], 2)
+    ops.element('stdBrick', 118, *[120, 162, 164, 122, 228, 249, 250, 229], 2)
+    ops.element('stdBrick', 119, *[122, 164, 166, 124, 229, 250, 251, 230], 2)
+    ops.element('stdBrick', 120, *[124, 166, 168, 126, 230, 251, 252, 231], 2)
+    ops.element('stdBrick', 121, *[172, 171, 169, 170, 256, 255, 253, 254], 2)
+    ops.element('stdBrick', 122, *[171, 174, 173, 169, 255, 258, 257, 253], 2)
+    ops.element('stdBrick', 123, *[174, 176, 175, 173, 258, 260, 259, 257], 2)
+    ops.element('stdBrick', 124, *[176, 178, 177, 175, 260, 262, 261, 259], 2)
+    ops.element('stdBrick', 125, *[178, 180, 179, 177, 262, 264, 263, 261], 2)
+    ops.element('stdBrick', 126, *[180, 182, 181, 179, 264, 266, 265, 263], 2)
+    ops.element('stdBrick', 127, *[182, 184, 183, 181, 266, 268, 267, 265], 2)
+    ops.element('stdBrick', 128, *[184, 186, 185, 183, 268, 270, 269, 267], 2)
+    ops.element('stdBrick', 129, *[186, 188, 187, 185, 270, 272, 271, 269], 2)
+    ops.element('stdBrick', 130, *[188, 190, 189, 187, 272, 274, 273, 271], 2)
+    ops.element('stdBrick', 131, *[190, 192, 191, 189, 274, 276, 275, 273], 2)
+    ops.element('stdBrick', 132, *[191, 192, 194, 193, 275, 276, 278, 277], 2)
+    ops.element('stdBrick', 133, *[193, 194, 196, 195, 277, 278, 280, 279], 2)
+    ops.element('stdBrick', 134, *[195, 196, 198, 197, 279, 280, 282, 281], 2)
+    ops.element('stdBrick', 135, *[197, 198, 200, 199, 281, 282, 284, 283], 2)
+    ops.element('stdBrick', 136, *[199, 200, 202, 201, 283, 284, 286, 285], 2)
+    ops.element('stdBrick', 137, *[201, 202, 204, 203, 285, 286, 288, 287], 2)
+    ops.element('stdBrick', 138, *[203, 204, 206, 205, 287, 288, 290, 289], 2)
+    ops.element('stdBrick', 139, *[205, 206, 208, 207, 289, 290, 292, 291], 2)
+    ops.element('stdBrick', 140, *[207, 208, 210, 209, 291, 292, 294, 293], 2)
+    ops.element('stdBrick', 141, *[212, 211, 171, 172, 296, 295, 255, 256], 2)
+    ops.element('stdBrick', 142, *[211, 213, 174, 171, 295, 297, 258, 255], 2)
+    ops.element('stdBrick', 143, *[213, 214, 176, 174, 297, 298, 260, 258], 2)
+    ops.element('stdBrick', 144, *[214, 215, 178, 176, 298, 299, 262, 260], 2)
+    ops.element('stdBrick', 145, *[215, 216, 180, 178, 299, 300, 264, 262], 2)
+    ops.element('stdBrick', 146, *[216, 217, 182, 180, 300, 301, 266, 264], 2)
+    ops.element('stdBrick', 147, *[217, 218, 184, 182, 301, 302, 268, 266], 2)
+    ops.element('stdBrick', 148, *[218, 219, 186, 184, 302, 303, 270, 268], 2)
+    ops.element('stdBrick', 149, *[219, 220, 188, 186, 303, 304, 272, 270], 2)
+    ops.element('stdBrick', 150, *[220, 221, 190, 188, 304, 305, 274, 272], 2)
+    ops.element('stdBrick', 151, *[221, 222, 192, 190, 305, 306, 276, 274], 2)
+    ops.element('stdBrick', 152, *[192, 222, 223, 194, 276, 306, 307, 278], 2)
+    ops.element('stdBrick', 153, *[194, 223, 224, 196, 278, 307, 308, 280], 2)
+    ops.element('stdBrick', 154, *[196, 224, 225, 198, 280, 308, 309, 282], 2)
+    ops.element('stdBrick', 155, *[198, 225, 226, 200, 282, 309, 310, 284], 2)
+    ops.element('stdBrick', 156, *[200, 226, 227, 202, 284, 310, 311, 286], 2)
+    ops.element('stdBrick', 157, *[202, 227, 228, 204, 286, 311, 312, 288], 2)
+    ops.element('stdBrick', 158, *[204, 228, 229, 206, 288, 312, 313, 290], 2)
+    ops.element('stdBrick', 159, *[206, 229, 230, 208, 290, 313, 314, 292], 2)
+    ops.element('stdBrick', 160, *[208, 230, 231, 210, 292, 314, 315, 294], 2)
+    ops.element('stdBrick', 161, *[233, 232, 211, 212, 317, 316, 295, 296], 2)
+    ops.element('stdBrick', 162, *[232, 234, 213, 211, 316, 318, 297, 295], 2)
+    ops.element('stdBrick', 163, *[234, 235, 214, 213, 318, 319, 298, 297], 2)
+    ops.element('stdBrick', 164, *[235, 236, 215, 214, 319, 320, 299, 298], 2)
+    ops.element('stdBrick', 165, *[236, 237, 216, 215, 320, 321, 300, 299], 2)
+    ops.element('stdBrick', 166, *[237, 238, 217, 216, 321, 322, 301, 300], 2)
+    ops.element('stdBrick', 167, *[238, 239, 218, 217, 322, 323, 302, 301], 2)
+    ops.element('stdBrick', 168, *[239, 240, 219, 218, 323, 324, 303, 302], 2)
+    ops.element('stdBrick', 169, *[240, 241, 220, 219, 324, 325, 304, 303], 2)
+    ops.element('stdBrick', 170, *[241, 242, 221, 220, 325, 326, 305, 304], 2)
+    ops.element('stdBrick', 171, *[242, 243, 222, 221, 326, 327, 306, 305], 2)
+    ops.element('stdBrick', 172, *[222, 243, 244, 223, 306, 327, 328, 307], 2)
+    ops.element('stdBrick', 173, *[223, 244, 245, 224, 307, 328, 329, 308], 2)
+    ops.element('stdBrick', 174, *[224, 245, 246, 225, 308, 329, 330, 309], 2)
+    ops.element('stdBrick', 175, *[225, 246, 247, 226, 309, 330, 331, 310], 2)
+    ops.element('stdBrick', 176, *[226, 247, 248, 227, 310, 331, 332, 311], 2)
+    ops.element('stdBrick', 177, *[227, 248, 249, 228, 311, 332, 333, 312], 2)
+    ops.element('stdBrick', 178, *[228, 249, 250, 229, 312, 333, 334, 313], 2)
+    ops.element('stdBrick', 179, *[229, 250, 251, 230, 313, 334, 335, 314], 2)
+    ops.element('stdBrick', 180, *[230, 251, 252, 231, 314, 335, 336, 315], 2)
+    ops.element('stdBrick', 181, *[256, 255, 253, 254, 340, 339, 337, 338], 2)
+    ops.element('stdBrick', 182, *[255, 258, 257, 253, 339, 342, 341, 337], 2)
+    ops.element('stdBrick', 183, *[258, 260, 259, 257, 342, 344, 343, 341], 2)
+    ops.element('stdBrick', 184, *[260, 262, 261, 259, 344, 346, 345, 343], 2)
+    ops.element('stdBrick', 185, *[262, 264, 263, 261, 346, 348, 347, 345], 2)
+    ops.element('stdBrick', 186, *[264, 266, 265, 263, 348, 350, 349, 347], 2)
+    ops.element('stdBrick', 187, *[266, 268, 267, 265, 350, 352, 351, 349], 2)
+    ops.element('stdBrick', 188, *[268, 270, 269, 267, 352, 354, 353, 351], 2)
+    ops.element('stdBrick', 189, *[270, 272, 271, 269, 354, 356, 355, 353], 2)
+    ops.element('stdBrick', 190, *[272, 274, 273, 271, 356, 358, 357, 355], 2)
+    ops.element('stdBrick', 191, *[274, 276, 275, 273, 358, 360, 359, 357], 2)
+    ops.element('stdBrick', 192, *[275, 276, 278, 277, 359, 360, 362, 361], 2)
+    ops.element('stdBrick', 193, *[277, 278, 280, 279, 361, 362, 364, 363], 2)
+    ops.element('stdBrick', 194, *[279, 280, 282, 281, 363, 364, 366, 365], 2)
+    ops.element('stdBrick', 195, *[281, 282, 284, 283, 365, 366, 368, 367], 2)
+    ops.element('stdBrick', 196, *[283, 284, 286, 285, 367, 368, 370, 369], 2)
+    ops.element('stdBrick', 197, *[285, 286, 288, 287, 369, 370, 372, 371], 2)
+    ops.element('stdBrick', 198, *[287, 288, 290, 289, 371, 372, 374, 373], 2)
+    ops.element('stdBrick', 199, *[289, 290, 292, 291, 373, 374, 376, 375], 2)
+    ops.element('stdBrick', 200, *[291, 292, 294, 293, 375, 376, 378, 377], 2)
+    ops.element('stdBrick', 201, *[296, 295, 255, 256, 380, 379, 339, 340], 2)
+    ops.element('stdBrick', 202, *[295, 297, 258, 255, 379, 381, 342, 339], 2)
+    ops.element('stdBrick', 203, *[297, 298, 260, 258, 381, 382, 344, 342], 2)
+    ops.element('stdBrick', 204, *[298, 299, 262, 260, 382, 383, 346, 344], 2)
+    ops.element('stdBrick', 205, *[299, 300, 264, 262, 383, 384, 348, 346], 2)
+    ops.element('stdBrick', 206, *[300, 301, 266, 264, 384, 385, 350, 348], 2)
+    ops.element('stdBrick', 207, *[301, 302, 268, 266, 385, 386, 352, 350], 2)
+    ops.element('stdBrick', 208, *[302, 303, 270, 268, 386, 387, 354, 352], 2)
+    ops.element('stdBrick', 209, *[303, 304, 272, 270, 387, 388, 356, 354], 2)
+    ops.element('stdBrick', 210, *[304, 305, 274, 272, 388, 389, 358, 356], 2)
+    ops.element('stdBrick', 211, *[305, 306, 276, 274, 389, 390, 360, 358], 2)
+    ops.element('stdBrick', 212, *[276, 306, 307, 278, 360, 390, 391, 362], 2)
+    ops.element('stdBrick', 213, *[278, 307, 308, 280, 362, 391, 392, 364], 2)
+    ops.element('stdBrick', 214, *[280, 308, 309, 282, 364, 392, 393, 366], 2)
+    ops.element('stdBrick', 215, *[282, 309, 310, 284, 366, 393, 394, 368], 2)
+    ops.element('stdBrick', 216, *[284, 310, 311, 286, 368, 394, 395, 370], 2)
+    ops.element('stdBrick', 217, *[286, 311, 312, 288, 370, 395, 396, 372], 2)
+    ops.element('stdBrick', 218, *[288, 312, 313, 290, 372, 396, 397, 374], 2)
+    ops.element('stdBrick', 219, *[290, 313, 314, 292, 374, 397, 398, 376], 2)
+    ops.element('stdBrick', 220, *[292, 314, 315, 294, 376, 398, 399, 378], 2)
+    ops.element('stdBrick', 221, *[317, 316, 295, 296, 401, 400, 379, 380], 2)
+    ops.element('stdBrick', 222, *[316, 318, 297, 295, 400, 402, 381, 379], 2)
+    ops.element('stdBrick', 223, *[318, 319, 298, 297, 402, 403, 382, 381], 2)
+    ops.element('stdBrick', 224, *[319, 320, 299, 298, 403, 404, 383, 382], 2)
+    ops.element('stdBrick', 225, *[320, 321, 300, 299, 404, 405, 384, 383], 2)
+    ops.element('stdBrick', 226, *[321, 322, 301, 300, 405, 406, 385, 384], 2)
+    ops.element('stdBrick', 227, *[322, 323, 302, 301, 406, 407, 386, 385], 2)
+    ops.element('stdBrick', 228, *[323, 324, 303, 302, 407, 408, 387, 386], 2)
+    ops.element('stdBrick', 229, *[324, 325, 304, 303, 408, 409, 388, 387], 2)
+    ops.element('stdBrick', 230, *[325, 326, 305, 304, 409, 410, 389, 388], 2)
+    ops.element('stdBrick', 231, *[326, 327, 306, 305, 410, 411, 390, 389], 2)
+    ops.element('stdBrick', 232, *[306, 327, 328, 307, 390, 411, 412, 391], 2)
+    ops.element('stdBrick', 233, *[307, 328, 329, 308, 391, 412, 413, 392], 2)
+    ops.element('stdBrick', 234, *[308, 329, 330, 309, 392, 413, 414, 393], 2)
+    ops.element('stdBrick', 235, *[309, 330, 331, 310, 393, 414, 415, 394], 2)
+    ops.element('stdBrick', 236, *[310, 331, 332, 311, 394, 415, 416, 395], 2)
+    ops.element('stdBrick', 237, *[311, 332, 333, 312, 395, 416, 417, 396], 2)
+    ops.element('stdBrick', 238, *[312, 333, 334, 313, 396, 417, 418, 397], 2)
+    ops.element('stdBrick', 239, *[313, 334, 335, 314, 397, 418, 419, 398], 2)
+    ops.element('stdBrick', 240, *[314, 335, 336, 315, 398, 419, 420, 399], 2)
+    ops.element('stdBrick', 241, *[340, 339, 337, 338, 424, 423, 421, 422], 2)
+    ops.element('stdBrick', 242, *[339, 342, 341, 337, 423, 426, 425, 421], 2)
+    ops.element('stdBrick', 243, *[342, 344, 343, 341, 426, 428, 427, 425], 2)
+    ops.element('stdBrick', 244, *[344, 346, 345, 343, 428, 430, 429, 427], 2)
+    ops.element('stdBrick', 245, *[346, 348, 347, 345, 430, 432, 431, 429], 2)
+    ops.element('stdBrick', 246, *[348, 350, 349, 347, 432, 434, 433, 431], 2)
+    ops.element('stdBrick', 247, *[350, 352, 351, 349, 434, 436, 435, 433], 2)
+    ops.element('stdBrick', 248, *[352, 354, 353, 351, 436, 438, 437, 435], 2)
+    ops.element('stdBrick', 249, *[354, 356, 355, 353, 438, 440, 439, 437], 2)
+    ops.element('stdBrick', 250, *[356, 358, 357, 355, 440, 442, 441, 439], 2)
+    ops.element('stdBrick', 251, *[358, 360, 359, 357, 442, 444, 443, 441], 2)
+    ops.element('stdBrick', 252, *[359, 360, 362, 361, 443, 444, 446, 445], 2)
+    ops.element('stdBrick', 253, *[361, 362, 364, 363, 445, 446, 448, 447], 2)
+    ops.element('stdBrick', 254, *[363, 364, 366, 365, 447, 448, 450, 449], 2)
+    ops.element('stdBrick', 255, *[365, 366, 368, 367, 449, 450, 452, 451], 2)
+    ops.element('stdBrick', 256, *[367, 368, 370, 369, 451, 452, 454, 453], 2)
+    ops.element('stdBrick', 257, *[369, 370, 372, 371, 453, 454, 456, 455], 2)
+    ops.element('stdBrick', 258, *[371, 372, 374, 373, 455, 456, 458, 457], 2)
+    ops.element('stdBrick', 259, *[373, 374, 376, 375, 457, 458, 460, 459], 2)
+    ops.element('stdBrick', 260, *[375, 376, 378, 377, 459, 460, 462, 461], 2)
+    ops.element('stdBrick', 261, *[380, 379, 339, 340, 464, 463, 423, 424], 2)
+    ops.element('stdBrick', 262, *[379, 381, 342, 339, 463, 465, 426, 423], 2)
+    ops.element('stdBrick', 263, *[381, 382, 344, 342, 465, 466, 428, 426], 2)
+    ops.element('stdBrick', 264, *[382, 383, 346, 344, 466, 467, 430, 428], 2)
+    ops.element('stdBrick', 265, *[383, 384, 348, 346, 467, 468, 432, 430], 2)
+    ops.element('stdBrick', 266, *[384, 385, 350, 348, 468, 469, 434, 432], 2)
+    ops.element('stdBrick', 267, *[385, 386, 352, 350, 469, 470, 436, 434], 2)
+    ops.element('stdBrick', 268, *[386, 387, 354, 352, 470, 471, 438, 436], 2)
+    ops.element('stdBrick', 269, *[387, 388, 356, 354, 471, 472, 440, 438], 2)
+    ops.element('stdBrick', 270, *[388, 389, 358, 356, 472, 473, 442, 440], 2)
+    ops.element('stdBrick', 271, *[389, 390, 360, 358, 473, 474, 444, 442], 2)
+    ops.element('stdBrick', 272, *[360, 390, 391, 362, 444, 474, 475, 446], 2)
+    ops.element('stdBrick', 273, *[362, 391, 392, 364, 446, 475, 476, 448], 2)
+    ops.element('stdBrick', 274, *[364, 392, 393, 366, 448, 476, 477, 450], 2)
+    ops.element('stdBrick', 275, *[366, 393, 394, 368, 450, 477, 478, 452], 2)
+    ops.element('stdBrick', 276, *[368, 394, 395, 370, 452, 478, 479, 454], 2)
+    ops.element('stdBrick', 277, *[370, 395, 396, 372, 454, 479, 480, 456], 2)
+    ops.element('stdBrick', 278, *[372, 396, 397, 374, 456, 480, 481, 458], 2)
+    ops.element('stdBrick', 279, *[374, 397, 398, 376, 458, 481, 482, 460], 2)
+    ops.element('stdBrick', 280, *[376, 398, 399, 378, 460, 482, 483, 462], 2)
+    ops.element('stdBrick', 281, *[401, 400, 379, 380, 485, 484, 463, 464], 2)
+    ops.element('stdBrick', 282, *[400, 402, 381, 379, 484, 486, 465, 463], 2)
+    ops.element('stdBrick', 283, *[402, 403, 382, 381, 486, 487, 466, 465], 2)
+    ops.element('stdBrick', 284, *[403, 404, 383, 382, 487, 488, 467, 466], 2)
+    ops.element('stdBrick', 285, *[404, 405, 384, 383, 488, 489, 468, 467], 2)
+    ops.element('stdBrick', 286, *[405, 406, 385, 384, 489, 490, 469, 468], 2)
+    ops.element('stdBrick', 287, *[406, 407, 386, 385, 490, 491, 470, 469], 2)
+    ops.element('stdBrick', 288, *[407, 408, 387, 386, 491, 492, 471, 470], 2)
+    ops.element('stdBrick', 289, *[408, 409, 388, 387, 492, 493, 472, 471], 2)
+    ops.element('stdBrick', 290, *[409, 410, 389, 388, 493, 494, 473, 472], 2)
+    ops.element('stdBrick', 291, *[410, 411, 390, 389, 494, 495, 474, 473], 2)
+    ops.element('stdBrick', 292, *[390, 411, 412, 391, 474, 495, 496, 475], 2)
+    ops.element('stdBrick', 293, *[391, 412, 413, 392, 475, 496, 497, 476], 2)
+    ops.element('stdBrick', 294, *[392, 413, 414, 393, 476, 497, 498, 477], 2)
+    ops.element('stdBrick', 295, *[393, 414, 415, 394, 477, 498, 499, 478], 2)
+    ops.element('stdBrick', 296, *[394, 415, 416, 395, 478, 499, 500, 479], 2)
+    ops.element('stdBrick', 297, *[395, 416, 417, 396, 479, 500, 501, 480], 2)
+    ops.element('stdBrick', 298, *[396, 417, 418, 397, 480, 501, 502, 481], 2)
+    ops.element('stdBrick', 299, *[397, 418, 419, 398, 481, 502, 503, 482], 2)
+    ops.element('stdBrick', 300, *[398, 419, 420, 399, 482, 503, 504, 483], 2)
+    ops.element('stdBrick', 301, *[424, 423, 421, 422, 508, 507, 505, 506], 2)
+    ops.element('stdBrick', 302, *[423, 426, 425, 421, 507, 510, 509, 505], 2)
+    ops.element('stdBrick', 303, *[426, 428, 427, 425, 510, 512, 511, 509], 2)
+    ops.element('stdBrick', 304, *[428, 430, 429, 427, 512, 514, 513, 511], 2)
+    ops.element('stdBrick', 305, *[430, 432, 431, 429, 514, 516, 515, 513], 2)
+    ops.element('stdBrick', 306, *[432, 434, 433, 431, 516, 518, 517, 515], 2)
+    ops.element('stdBrick', 307, *[434, 436, 435, 433, 518, 520, 519, 517], 2)
+    ops.element('stdBrick', 308, *[436, 438, 437, 435, 520, 522, 521, 519], 2)
+    ops.element('stdBrick', 309, *[438, 440, 439, 437, 522, 524, 523, 521], 2)
+    ops.element('stdBrick', 310, *[440, 442, 441, 439, 524, 526, 525, 523], 2)
+    ops.element('stdBrick', 311, *[442, 444, 443, 441, 526, 528, 527, 525], 2)
+    ops.element('stdBrick', 312, *[443, 444, 446, 445, 527, 528, 530, 529], 2)
+    ops.element('stdBrick', 313, *[445, 446, 448, 447, 529, 530, 532, 531], 2)
+    ops.element('stdBrick', 314, *[447, 448, 450, 449, 531, 532, 534, 533], 2)
+    ops.element('stdBrick', 315, *[449, 450, 452, 451, 533, 534, 536, 535], 2)
+    ops.element('stdBrick', 316, *[451, 452, 454, 453, 535, 536, 538, 537], 2)
+    ops.element('stdBrick', 317, *[453, 454, 456, 455, 537, 538, 540, 539], 2)
+    ops.element('stdBrick', 318, *[455, 456, 458, 457, 539, 540, 542, 541], 2)
+    ops.element('stdBrick', 319, *[457, 458, 460, 459, 541, 542, 544, 543], 2)
+    ops.element('stdBrick', 320, *[459, 460, 462, 461, 543, 544, 546, 545], 2)
+    ops.element('stdBrick', 321, *[464, 463, 423, 424, 548, 547, 507, 508], 2)
+    ops.element('stdBrick', 322, *[463, 465, 426, 423, 547, 549, 510, 507], 2)
+    ops.element('stdBrick', 323, *[465, 466, 428, 426, 549, 550, 512, 510], 2)
+    ops.element('stdBrick', 324, *[466, 467, 430, 428, 550, 551, 514, 512], 2)
+    ops.element('stdBrick', 325, *[467, 468, 432, 430, 551, 552, 516, 514], 2)
+    ops.element('stdBrick', 326, *[468, 469, 434, 432, 552, 553, 518, 516], 2)
+    ops.element('stdBrick', 327, *[469, 470, 436, 434, 553, 554, 520, 518], 2)
+    ops.element('stdBrick', 328, *[470, 471, 438, 436, 554, 555, 522, 520], 2)
+    ops.element('stdBrick', 329, *[471, 472, 440, 438, 555, 556, 524, 522], 2)
+    ops.element('stdBrick', 330, *[472, 473, 442, 440, 556, 557, 526, 524], 2)
+    ops.element('stdBrick', 331, *[473, 474, 444, 442, 557, 558, 528, 526], 2)
+    ops.element('stdBrick', 332, *[444, 474, 475, 446, 528, 558, 559, 530], 2)
+    ops.element('stdBrick', 333, *[446, 475, 476, 448, 530, 559, 560, 532], 2)
+    ops.element('stdBrick', 334, *[448, 476, 477, 450, 532, 560, 561, 534], 2)
+    ops.element('stdBrick', 335, *[450, 477, 478, 452, 534, 561, 562, 536], 2)
+    ops.element('stdBrick', 336, *[452, 478, 479, 454, 536, 562, 563, 538], 2)
+    ops.element('stdBrick', 337, *[454, 479, 480, 456, 538, 563, 564, 540], 2)
+    ops.element('stdBrick', 338, *[456, 480, 481, 458, 540, 564, 565, 542], 2)
+    ops.element('stdBrick', 339, *[458, 481, 482, 460, 542, 565, 566, 544], 2)
+    ops.element('stdBrick', 340, *[460, 482, 483, 462, 544, 566, 567, 546], 2)
+    ops.element('stdBrick', 341, *[485, 484, 463, 464, 569, 568, 547, 548], 2)
+    ops.element('stdBrick', 342, *[484, 486, 465, 463, 568, 570, 549, 547], 2)
+    ops.element('stdBrick', 343, *[486, 487, 466, 465, 570, 571, 550, 549], 2)
+    ops.element('stdBrick', 344, *[487, 488, 467, 466, 571, 572, 551, 550], 2)
+    ops.element('stdBrick', 345, *[488, 489, 468, 467, 572, 573, 552, 551], 2)
+    ops.element('stdBrick', 346, *[489, 490, 469, 468, 573, 574, 553, 552], 2)
+    ops.element('stdBrick', 347, *[490, 491, 470, 469, 574, 575, 554, 553], 2)
+    ops.element('stdBrick', 348, *[491, 492, 471, 470, 575, 576, 555, 554], 2)
+    ops.element('stdBrick', 349, *[492, 493, 472, 471, 576, 577, 556, 555], 2)
+    ops.element('stdBrick', 350, *[493, 494, 473, 472, 577, 578, 557, 556], 2)
+    ops.element('stdBrick', 351, *[494, 495, 474, 473, 578, 579, 558, 557], 2)
+    ops.element('stdBrick', 352, *[474, 495, 496, 475, 558, 579, 580, 559], 2)
+    ops.element('stdBrick', 353, *[475, 496, 497, 476, 559, 580, 581, 560], 2)
+    ops.element('stdBrick', 354, *[476, 497, 498, 477, 560, 581, 582, 561], 2)
+    ops.element('stdBrick', 355, *[477, 498, 499, 478, 561, 582, 583, 562], 2)
+    ops.element('stdBrick', 356, *[478, 499, 500, 479, 562, 583, 584, 563], 2)
+    ops.element('stdBrick', 357, *[479, 500, 501, 480, 563, 584, 585, 564], 2)
+    ops.element('stdBrick', 358, *[480, 501, 502, 481, 564, 585, 586, 565], 2)
+    ops.element('stdBrick', 359, *[481, 502, 503, 482, 565, 586, 587, 566], 2)
+    ops.element('stdBrick', 360, *[482, 503, 504, 483, 566, 587, 588, 567], 2)
+    ops.element('stdBrick', 361, *[508, 507, 505, 506, 592, 591, 589, 590], 2)
+    ops.element('stdBrick', 362, *[507, 510, 509, 505, 591, 594, 593, 589], 2)
+    ops.element('stdBrick', 363, *[510, 512, 511, 509, 594, 596, 595, 593], 2)
+    ops.element('stdBrick', 364, *[512, 514, 513, 511, 596, 598, 597, 595], 2)
+    ops.element('stdBrick', 365, *[514, 516, 515, 513, 598, 600, 599, 597], 2)
+    ops.element('stdBrick', 366, *[516, 518, 517, 515, 600, 602, 601, 599], 2)
+    ops.element('stdBrick', 367, *[518, 520, 519, 517, 602, 604, 603, 601], 2)
+    ops.element('stdBrick', 368, *[520, 522, 521, 519, 604, 606, 605, 603], 2)
+    ops.element('stdBrick', 369, *[522, 524, 523, 521, 606, 608, 607, 605], 2)
+    ops.element('stdBrick', 370, *[524, 526, 525, 523, 608, 610, 609, 607], 2)
+    ops.element('stdBrick', 371, *[526, 528, 527, 525, 610, 612, 611, 609], 2)
+    ops.element('stdBrick', 372, *[527, 528, 530, 529, 611, 612, 614, 613], 2)
+    ops.element('stdBrick', 373, *[529, 530, 532, 531, 613, 614, 616, 615], 2)
+    ops.element('stdBrick', 374, *[531, 532, 534, 533, 615, 616, 618, 617], 2)
+    ops.element('stdBrick', 375, *[533, 534, 536, 535, 617, 618, 620, 619], 2)
+    ops.element('stdBrick', 376, *[535, 536, 538, 537, 619, 620, 622, 621], 2)
+    ops.element('stdBrick', 377, *[537, 538, 540, 539, 621, 622, 624, 623], 2)
+    ops.element('stdBrick', 378, *[539, 540, 542, 541, 623, 624, 626, 625], 2)
+    ops.element('stdBrick', 379, *[541, 542, 544, 543, 625, 626, 628, 627], 2)
+    ops.element('stdBrick', 380, *[543, 544, 546, 545, 627, 628, 630, 629], 2)
+    ops.element('stdBrick', 381, *[548, 547, 507, 508, 632, 631, 591, 592], 2)
+    ops.element('stdBrick', 382, *[547, 549, 510, 507, 631, 633, 594, 591], 2)
+    ops.element('stdBrick', 383, *[549, 550, 512, 510, 633, 634, 596, 594], 2)
+    ops.element('stdBrick', 384, *[550, 551, 514, 512, 634, 635, 598, 596], 2)
+    ops.element('stdBrick', 385, *[551, 552, 516, 514, 635, 636, 600, 598], 2)
+    ops.element('stdBrick', 386, *[552, 553, 518, 516, 636, 637, 602, 600], 2)
+    ops.element('stdBrick', 387, *[553, 554, 520, 518, 637, 638, 604, 602], 2)
+    ops.element('stdBrick', 388, *[554, 555, 522, 520, 638, 639, 606, 604], 2)
+    ops.element('stdBrick', 389, *[555, 556, 524, 522, 639, 640, 608, 606], 2)
+    ops.element('stdBrick', 390, *[556, 557, 526, 524, 640, 641, 610, 608], 2)
+    ops.element('stdBrick', 391, *[557, 558, 528, 526, 641, 642, 612, 610], 2)
+    ops.element('stdBrick', 392, *[528, 558, 559, 530, 612, 642, 643, 614], 2)
+    ops.element('stdBrick', 393, *[530, 559, 560, 532, 614, 643, 644, 616], 2)
+    ops.element('stdBrick', 394, *[532, 560, 561, 534, 616, 644, 645, 618], 2)
+    ops.element('stdBrick', 395, *[534, 561, 562, 536, 618, 645, 646, 620], 2)
+    ops.element('stdBrick', 396, *[536, 562, 563, 538, 620, 646, 647, 622], 2)
+    ops.element('stdBrick', 397, *[538, 563, 564, 540, 622, 647, 648, 624], 2)
+    ops.element('stdBrick', 398, *[540, 564, 565, 542, 624, 648, 649, 626], 2)
+    ops.element('stdBrick', 399, *[542, 565, 566, 544, 626, 649, 650, 628], 2)
+    ops.element('stdBrick', 400, *[544, 566, 567, 546, 628, 650, 651, 630], 2)
+    ops.element('stdBrick', 401, *[569, 568, 547, 548, 653, 652, 631, 632], 2)
+    ops.element('stdBrick', 402, *[568, 570, 549, 547, 652, 654, 633, 631], 2)
+    ops.element('stdBrick', 403, *[570, 571, 550, 549, 654, 655, 634, 633], 2)
+    ops.element('stdBrick', 404, *[571, 572, 551, 550, 655, 656, 635, 634], 2)
+    ops.element('stdBrick', 405, *[572, 573, 552, 551, 656, 657, 636, 635], 2)
+    ops.element('stdBrick', 406, *[573, 574, 553, 552, 657, 658, 637, 636], 2)
+    ops.element('stdBrick', 407, *[574, 575, 554, 553, 658, 659, 638, 637], 2)
+    ops.element('stdBrick', 408, *[575, 576, 555, 554, 659, 660, 639, 638], 2)
+    ops.element('stdBrick', 409, *[576, 577, 556, 555, 660, 661, 640, 639], 2)
+    ops.element('stdBrick', 410, *[577, 578, 557, 556, 661, 662, 641, 640], 2)
+    ops.element('stdBrick', 411, *[578, 579, 558, 557, 662, 663, 642, 641], 2)
+    ops.element('stdBrick', 412, *[558, 579, 580, 559, 642, 663, 664, 643], 2)
+    ops.element('stdBrick', 413, *[559, 580, 581, 560, 643, 664, 665, 644], 2)
+    ops.element('stdBrick', 414, *[560, 581, 582, 561, 644, 665, 666, 645], 2)
+    ops.element('stdBrick', 415, *[561, 582, 583, 562, 645, 666, 667, 646], 2)
+    ops.element('stdBrick', 416, *[562, 583, 584, 563, 646, 667, 668, 647], 2)
+    ops.element('stdBrick', 417, *[563, 584, 585, 564, 647, 668, 669, 648], 2)
+    ops.element('stdBrick', 418, *[564, 585, 586, 565, 648, 669, 670, 649], 2)
+    ops.element('stdBrick', 419, *[565, 586, 587, 566, 649, 670, 671, 650], 2)
+    ops.element('stdBrick', 420, *[566, 587, 588, 567, 650, 671, 672, 651], 2)
+    ops.element('stdBrick', 421, *[592, 591, 589, 590, 676, 675, 673, 674], 2)
+    ops.element('stdBrick', 422, *[591, 594, 593, 589, 675, 678, 677, 673], 2)
+    ops.element('stdBrick', 423, *[594, 596, 595, 593, 678, 680, 679, 677], 2)
+    ops.element('stdBrick', 424, *[596, 598, 597, 595, 680, 682, 681, 679], 2)
+    ops.element('stdBrick', 425, *[598, 600, 599, 597, 682, 684, 683, 681], 2)
+    ops.element('stdBrick', 426, *[600, 602, 601, 599, 684, 686, 685, 683], 2)
+    ops.element('stdBrick', 427, *[602, 604, 603, 601, 686, 688, 687, 685], 2)
+    ops.element('stdBrick', 428, *[604, 606, 605, 603, 688, 690, 689, 687], 2)
+    ops.element('stdBrick', 429, *[606, 608, 607, 605, 690, 692, 691, 689], 2)
+    ops.element('stdBrick', 430, *[608, 610, 609, 607, 692, 694, 693, 691], 2)
+    ops.element('stdBrick', 431, *[610, 612, 611, 609, 694, 696, 695, 693], 2)
+    ops.element('stdBrick', 432, *[611, 612, 614, 613, 695, 696, 698, 697], 2)
+    ops.element('stdBrick', 433, *[613, 614, 616, 615, 697, 698, 700, 699], 2)
+    ops.element('stdBrick', 434, *[615, 616, 618, 617, 699, 700, 702, 701], 2)
+    ops.element('stdBrick', 435, *[617, 618, 620, 619, 701, 702, 704, 703], 2)
+    ops.element('stdBrick', 436, *[619, 620, 622, 621, 703, 704, 706, 705], 2)
+    ops.element('stdBrick', 437, *[621, 622, 624, 623, 705, 706, 708, 707], 2)
+    ops.element('stdBrick', 438, *[623, 624, 626, 625, 707, 708, 710, 709], 2)
+    ops.element('stdBrick', 439, *[625, 626, 628, 627, 709, 710, 712, 711], 2)
+    ops.element('stdBrick', 440, *[627, 628, 630, 629, 711, 712, 714, 713], 2)
+    ops.element('stdBrick', 441, *[632, 631, 591, 592, 716, 715, 675, 676], 2)
+    ops.element('stdBrick', 442, *[631, 633, 594, 591, 715, 717, 678, 675], 2)
+    ops.element('stdBrick', 443, *[633, 634, 596, 594, 717, 718, 680, 678], 2)
+    ops.element('stdBrick', 444, *[634, 635, 598, 596, 718, 719, 682, 680], 2)
+    ops.element('stdBrick', 445, *[635, 636, 600, 598, 719, 720, 684, 682], 2)
+    ops.element('stdBrick', 446, *[636, 637, 602, 600, 720, 721, 686, 684], 2)
+    ops.element('stdBrick', 447, *[637, 638, 604, 602, 721, 722, 688, 686], 2)
+    ops.element('stdBrick', 448, *[638, 639, 606, 604, 722, 723, 690, 688], 2)
+    ops.element('stdBrick', 449, *[639, 640, 608, 606, 723, 724, 692, 690], 2)
+    ops.element('stdBrick', 450, *[640, 641, 610, 608, 724, 725, 694, 692], 2)
+    ops.element('stdBrick', 451, *[641, 642, 612, 610, 725, 726, 696, 694], 2)
+    ops.element('stdBrick', 452, *[612, 642, 643, 614, 696, 726, 727, 698], 2)
+    ops.element('stdBrick', 453, *[614, 643, 644, 616, 698, 727, 728, 700], 2)
+    ops.element('stdBrick', 454, *[616, 644, 645, 618, 700, 728, 729, 702], 2)
+    ops.element('stdBrick', 455, *[618, 645, 646, 620, 702, 729, 730, 704], 2)
+    ops.element('stdBrick', 456, *[620, 646, 647, 622, 704, 730, 731, 706], 2)
+    ops.element('stdBrick', 457, *[622, 647, 648, 624, 706, 731, 732, 708], 2)
+    ops.element('stdBrick', 458, *[624, 648, 649, 626, 708, 732, 733, 710], 2)
+    ops.element('stdBrick', 459, *[626, 649, 650, 628, 710, 733, 734, 712], 2)
+    ops.element('stdBrick', 460, *[628, 650, 651, 630, 712, 734, 735, 714], 2)
+    ops.element('stdBrick', 461, *[653, 652, 631, 632, 737, 736, 715, 716], 2)
+    ops.element('stdBrick', 462, *[652, 654, 633, 631, 736, 738, 717, 715], 2)
+    ops.element('stdBrick', 463, *[654, 655, 634, 633, 738, 739, 718, 717], 2)
+    ops.element('stdBrick', 464, *[655, 656, 635, 634, 739, 740, 719, 718], 2)
+    ops.element('stdBrick', 465, *[656, 657, 636, 635, 740, 741, 720, 719], 2)
+    ops.element('stdBrick', 466, *[657, 658, 637, 636, 741, 742, 721, 720], 2)
+    ops.element('stdBrick', 467, *[658, 659, 638, 637, 742, 743, 722, 721], 2)
+    ops.element('stdBrick', 468, *[659, 660, 639, 638, 743, 744, 723, 722], 2)
+    ops.element('stdBrick', 469, *[660, 661, 640, 639, 744, 745, 724, 723], 2)
+    ops.element('stdBrick', 470, *[661, 662, 641, 640, 745, 746, 725, 724], 2)
+    ops.element('stdBrick', 471, *[662, 663, 642, 641, 746, 747, 726, 725], 2)
+    ops.element('stdBrick', 472, *[642, 663, 664, 643, 726, 747, 748, 727], 2)
+    ops.element('stdBrick', 473, *[643, 664, 665, 644, 727, 748, 749, 728], 2)
+    ops.element('stdBrick', 474, *[644, 665, 666, 645, 728, 749, 750, 729], 2)
+    ops.element('stdBrick', 475, *[645, 666, 667, 646, 729, 750, 751, 730], 2)
+    ops.element('stdBrick', 476, *[646, 667, 668, 647, 730, 751, 752, 731], 2)
+    ops.element('stdBrick', 477, *[647, 668, 669, 648, 731, 752, 753, 732], 2)
+    ops.element('stdBrick', 478, *[648, 669, 670, 649, 732, 753, 754, 733], 2)
+    ops.element('stdBrick', 479, *[649, 670, 671, 650, 733, 754, 755, 734], 2)
+    ops.element('stdBrick', 480, *[650, 671, 672, 651, 734, 755, 756, 735], 2)
+    ops.element('stdBrick', 481, *[676, 675, 673, 674, 760, 759, 757, 758], 2)
+    ops.element('stdBrick', 482, *[675, 678, 677, 673, 759, 762, 761, 757], 2)
+    ops.element('stdBrick', 483, *[678, 680, 679, 677, 762, 764, 763, 761], 2)
+    ops.element('stdBrick', 484, *[680, 682, 681, 679, 764, 766, 765, 763], 2)
+    ops.element('stdBrick', 485, *[682, 684, 683, 681, 766, 768, 767, 765], 2)
+    ops.element('stdBrick', 486, *[684, 686, 685, 683, 768, 770, 769, 767], 2)
+    ops.element('stdBrick', 487, *[686, 688, 687, 685, 770, 772, 771, 769], 2)
+    ops.element('stdBrick', 488, *[688, 690, 689, 687, 772, 774, 773, 771], 2)
+    ops.element('stdBrick', 489, *[690, 692, 691, 689, 774, 776, 775, 773], 2)
+    ops.element('stdBrick', 490, *[692, 694, 693, 691, 776, 778, 777, 775], 2)
+    ops.element('stdBrick', 491, *[694, 696, 695, 693, 778, 780, 779, 777], 2)
+    ops.element('stdBrick', 492, *[695, 696, 698, 697, 779, 780, 782, 781], 2)
+    ops.element('stdBrick', 493, *[697, 698, 700, 699, 781, 782, 784, 783], 2)
+    ops.element('stdBrick', 494, *[699, 700, 702, 701, 783, 784, 786, 785], 2)
+    ops.element('stdBrick', 495, *[701, 702, 704, 703, 785, 786, 788, 787], 2)
+    ops.element('stdBrick', 496, *[703, 704, 706, 705, 787, 788, 790, 789], 2)
+    ops.element('stdBrick', 497, *[705, 706, 708, 707, 789, 790, 792, 791], 2)
+    ops.element('stdBrick', 498, *[707, 708, 710, 709, 791, 792, 794, 793], 2)
+    ops.element('stdBrick', 499, *[709, 710, 712, 711, 793, 794, 796, 795], 2)
+    ops.element('stdBrick', 500, *[711, 712, 714, 713, 795, 796, 798, 797], 2)
+    ops.element('stdBrick', 501, *[716, 715, 675, 676, 800, 799, 759, 760], 2)
+    ops.element('stdBrick', 502, *[715, 717, 678, 675, 799, 801, 762, 759], 2)
+    ops.element('stdBrick', 503, *[717, 718, 680, 678, 801, 802, 764, 762], 2)
+    ops.element('stdBrick', 504, *[718, 719, 682, 680, 802, 803, 766, 764], 2)
+    ops.element('stdBrick', 505, *[719, 720, 684, 682, 803, 804, 768, 766], 2)
+    ops.element('stdBrick', 506, *[720, 721, 686, 684, 804, 805, 770, 768], 2)
+    ops.element('stdBrick', 507, *[721, 722, 688, 686, 805, 806, 772, 770], 2)
+    ops.element('stdBrick', 508, *[722, 723, 690, 688, 806, 807, 774, 772], 2)
+    ops.element('stdBrick', 509, *[723, 724, 692, 690, 807, 808, 776, 774], 2)
+    ops.element('stdBrick', 510, *[724, 725, 694, 692, 808, 809, 778, 776], 2)
+    ops.element('stdBrick', 511, *[725, 726, 696, 694, 809, 810, 780, 778], 2)
+    ops.element('stdBrick', 512, *[696, 726, 727, 698, 780, 810, 811, 782], 2)
+    ops.element('stdBrick', 513, *[698, 727, 728, 700, 782, 811, 812, 784], 2)
+    ops.element('stdBrick', 514, *[700, 728, 729, 702, 784, 812, 813, 786], 2)
+    ops.element('stdBrick', 515, *[702, 729, 730, 704, 786, 813, 814, 788], 2)
+    ops.element('stdBrick', 516, *[704, 730, 731, 706, 788, 814, 815, 790], 2)
+    ops.element('stdBrick', 517, *[706, 731, 732, 708, 790, 815, 816, 792], 2)
+    ops.element('stdBrick', 518, *[708, 732, 733, 710, 792, 816, 817, 794], 2)
+    ops.element('stdBrick', 519, *[710, 733, 734, 712, 794, 817, 818, 796], 2)
+    ops.element('stdBrick', 520, *[712, 734, 735, 714, 796, 818, 819, 798], 2)
+    ops.element('stdBrick', 521, *[737, 736, 715, 716, 821, 820, 799, 800], 2)
+    ops.element('stdBrick', 522, *[736, 738, 717, 715, 820, 822, 801, 799], 2)
+    ops.element('stdBrick', 523, *[738, 739, 718, 717, 822, 823, 802, 801], 2)
+    ops.element('stdBrick', 524, *[739, 740, 719, 718, 823, 824, 803, 802], 2)
+    ops.element('stdBrick', 525, *[740, 741, 720, 719, 824, 825, 804, 803], 2)
+    ops.element('stdBrick', 526, *[741, 742, 721, 720, 825, 826, 805, 804], 2)
+    ops.element('stdBrick', 527, *[742, 743, 722, 721, 826, 827, 806, 805], 2)
+    ops.element('stdBrick', 528, *[743, 744, 723, 722, 827, 828, 807, 806], 2)
+    ops.element('stdBrick', 529, *[744, 745, 724, 723, 828, 829, 808, 807], 2)
+    ops.element('stdBrick', 530, *[745, 746, 725, 724, 829, 830, 809, 808], 2)
+    ops.element('stdBrick', 531, *[746, 747, 726, 725, 830, 831, 810, 809], 2)
+    ops.element('stdBrick', 532, *[726, 747, 748, 727, 810, 831, 832, 811], 2)
+    ops.element('stdBrick', 533, *[727, 748, 749, 728, 811, 832, 833, 812], 2)
+    ops.element('stdBrick', 534, *[728, 749, 750, 729, 812, 833, 834, 813], 2)
+    ops.element('stdBrick', 535, *[729, 750, 751, 730, 813, 834, 835, 814], 2)
+    ops.element('stdBrick', 536, *[730, 751, 752, 731, 814, 835, 836, 815], 2)
+    ops.element('stdBrick', 537, *[731, 752, 753, 732, 815, 836, 837, 816], 2)
+    ops.element('stdBrick', 538, *[732, 753, 754, 733, 816, 837, 838, 817], 2)
+    ops.element('stdBrick', 539, *[733, 754, 755, 734, 817, 838, 839, 818], 2)
+    ops.element('stdBrick', 540, *[734, 755, 756, 735, 818, 839, 840, 819], 2)
+    ops.element('stdBrick', 541, *[760, 759, 757, 758, 844, 843, 841, 842], 2)
+    ops.element('stdBrick', 542, *[759, 762, 761, 757, 843, 846, 845, 841], 2)
+    ops.element('stdBrick', 543, *[762, 764, 763, 761, 846, 848, 847, 845], 2)
+    ops.element('stdBrick', 544, *[764, 766, 765, 763, 848, 850, 849, 847], 2)
+    ops.element('stdBrick', 545, *[766, 768, 767, 765, 850, 852, 851, 849], 2)
+    ops.element('stdBrick', 546, *[768, 770, 769, 767, 852, 854, 853, 851], 2)
+    ops.element('stdBrick', 547, *[770, 772, 771, 769, 854, 856, 855, 853], 2)
+    ops.element('stdBrick', 548, *[772, 774, 773, 771, 856, 858, 857, 855], 2)
+    ops.element('stdBrick', 549, *[774, 776, 775, 773, 858, 860, 859, 857], 2)
+    ops.element('stdBrick', 550, *[776, 778, 777, 775, 860, 862, 861, 859], 2)
+    ops.element('stdBrick', 551, *[778, 780, 779, 777, 862, 864, 863, 861], 2)
+    ops.element('stdBrick', 552, *[779, 780, 782, 781, 863, 864, 866, 865], 2)
+    ops.element('stdBrick', 553, *[781, 782, 784, 783, 865, 866, 868, 867], 2)
+    ops.element('stdBrick', 554, *[783, 784, 786, 785, 867, 868, 870, 869], 2)
+    ops.element('stdBrick', 555, *[785, 786, 788, 787, 869, 870, 872, 871], 2)
+    ops.element('stdBrick', 556, *[787, 788, 790, 789, 871, 872, 874, 873], 2)
+    ops.element('stdBrick', 557, *[789, 790, 792, 791, 873, 874, 876, 875], 2)
+    ops.element('stdBrick', 558, *[791, 792, 794, 793, 875, 876, 878, 877], 2)
+    ops.element('stdBrick', 559, *[793, 794, 796, 795, 877, 878, 880, 879], 2)
+    ops.element('stdBrick', 560, *[795, 796, 798, 797, 879, 880, 882, 881], 2)
+    ops.element('stdBrick', 561, *[800, 799, 759, 760, 884, 883, 843, 844], 2)
+    ops.element('stdBrick', 562, *[799, 801, 762, 759, 883, 885, 846, 843], 2)
+    ops.element('stdBrick', 563, *[801, 802, 764, 762, 885, 886, 848, 846], 2)
+    ops.element('stdBrick', 564, *[802, 803, 766, 764, 886, 887, 850, 848], 2)
+    ops.element('stdBrick', 565, *[803, 804, 768, 766, 887, 888, 852, 850], 2)
+    ops.element('stdBrick', 566, *[804, 805, 770, 768, 888, 889, 854, 852], 2)
+    ops.element('stdBrick', 567, *[805, 806, 772, 770, 889, 890, 856, 854], 2)
+    ops.element('stdBrick', 568, *[806, 807, 774, 772, 890, 891, 858, 856], 2)
+    ops.element('stdBrick', 569, *[807, 808, 776, 774, 891, 892, 860, 858], 2)
+    ops.element('stdBrick', 570, *[808, 809, 778, 776, 892, 893, 862, 860], 2)
+    ops.element('stdBrick', 571, *[809, 810, 780, 778, 893, 894, 864, 862], 2)
+    ops.element('stdBrick', 572, *[780, 810, 811, 782, 864, 894, 895, 866], 2)
+    ops.element('stdBrick', 573, *[782, 811, 812, 784, 866, 895, 896, 868], 2)
+    ops.element('stdBrick', 574, *[784, 812, 813, 786, 868, 896, 897, 870], 2)
+    ops.element('stdBrick', 575, *[786, 813, 814, 788, 870, 897, 898, 872], 2)
+    ops.element('stdBrick', 576, *[788, 814, 815, 790, 872, 898, 899, 874], 2)
+    ops.element('stdBrick', 577, *[790, 815, 816, 792, 874, 899, 900, 876], 2)
+    ops.element('stdBrick', 578, *[792, 816, 817, 794, 876, 900, 901, 878], 2)
+    ops.element('stdBrick', 579, *[794, 817, 818, 796, 878, 901, 902, 880], 2)
+    ops.element('stdBrick', 580, *[796, 818, 819, 798, 880, 902, 903, 882], 2)
+    ops.element('stdBrick', 581, *[821, 820, 799, 800, 905, 904, 883, 884], 2)
+    ops.element('stdBrick', 582, *[820, 822, 801, 799, 904, 906, 885, 883], 2)
+    ops.element('stdBrick', 583, *[822, 823, 802, 801, 906, 907, 886, 885], 2)
+    ops.element('stdBrick', 584, *[823, 824, 803, 802, 907, 908, 887, 886], 2)
+    ops.element('stdBrick', 585, *[824, 825, 804, 803, 908, 909, 888, 887], 2)
+    ops.element('stdBrick', 586, *[825, 826, 805, 804, 909, 910, 889, 888], 2)
+    ops.element('stdBrick', 587, *[826, 827, 806, 805, 910, 911, 890, 889], 2)
+    ops.element('stdBrick', 588, *[827, 828, 807, 806, 911, 912, 891, 890], 2)
+    ops.element('stdBrick', 589, *[828, 829, 808, 807, 912, 913, 892, 891], 2)
+    ops.element('stdBrick', 590, *[829, 830, 809, 808, 913, 914, 893, 892], 2)
+    ops.element('stdBrick', 591, *[830, 831, 810, 809, 914, 915, 894, 893], 2)
+    ops.element('stdBrick', 592, *[810, 831, 832, 811, 894, 915, 916, 895], 2)
+    ops.element('stdBrick', 593, *[811, 832, 833, 812, 895, 916, 917, 896], 2)
+    ops.element('stdBrick', 594, *[812, 833, 834, 813, 896, 917, 918, 897], 2)
+    ops.element('stdBrick', 595, *[813, 834, 835, 814, 897, 918, 919, 898], 2)
+    ops.element('stdBrick', 596, *[814, 835, 836, 815, 898, 919, 920, 899], 2)
+    ops.element('stdBrick', 597, *[815, 836, 837, 816, 899, 920, 921, 900], 2)
+    ops.element('stdBrick', 598, *[816, 837, 838, 817, 900, 921, 922, 901], 2)
+    ops.element('stdBrick', 599, *[817, 838, 839, 818, 901, 922, 923, 902], 2)
+    ops.element('stdBrick', 600, *[818, 839, 840, 819, 902, 923, 924, 903], 2)
+    ops.element('stdBrick', 601, *[844, 843, 841, 842, 928, 927, 925, 926], 2)
+    ops.element('stdBrick', 602, *[843, 846, 845, 841, 927, 930, 929, 925], 2)
+    ops.element('stdBrick', 603, *[846, 848, 847, 845, 930, 932, 931, 929], 2)
+    ops.element('stdBrick', 604, *[848, 850, 849, 847, 932, 934, 933, 931], 2)
+    ops.element('stdBrick', 605, *[850, 852, 851, 849, 934, 936, 935, 933], 2)
+    ops.element('stdBrick', 606, *[852, 854, 853, 851, 936, 938, 937, 935], 2)
+    ops.element('stdBrick', 607, *[854, 856, 855, 853, 938, 940, 939, 937], 2)
+    ops.element('stdBrick', 608, *[856, 858, 857, 855, 940, 942, 941, 939], 2)
+    ops.element('stdBrick', 609, *[858, 860, 859, 857, 942, 944, 943, 941], 2)
+    ops.element('stdBrick', 610, *[860, 862, 861, 859, 944, 946, 945, 943], 2)
+    ops.element('stdBrick', 611, *[862, 864, 863, 861, 946, 948, 947, 945], 2)
+    ops.element('stdBrick', 612, *[863, 864, 866, 865, 947, 948, 950, 949], 2)
+    ops.element('stdBrick', 613, *[865, 866, 868, 867, 949, 950, 952, 951], 2)
+    ops.element('stdBrick', 614, *[867, 868, 870, 869, 951, 952, 954, 953], 2)
+    ops.element('stdBrick', 615, *[869, 870, 872, 871, 953, 954, 956, 955], 2)
+    ops.element('stdBrick', 616, *[871, 872, 874, 873, 955, 956, 958, 957], 2)
+    ops.element('stdBrick', 617, *[873, 874, 876, 875, 957, 958, 960, 959], 2)
+    ops.element('stdBrick', 618, *[875, 876, 878, 877, 959, 960, 962, 961], 2)
+    ops.element('stdBrick', 619, *[877, 878, 880, 879, 961, 962, 964, 963], 2)
+    ops.element('stdBrick', 620, *[879, 880, 882, 881, 963, 964, 966, 965], 2)
+    ops.element('stdBrick', 621, *[884, 883, 843, 844, 968, 967, 927, 928], 2)
+    ops.element('stdBrick', 622, *[883, 885, 846, 843, 967, 969, 930, 927], 2)
+    ops.element('stdBrick', 623, *[885, 886, 848, 846, 969, 970, 932, 930], 2)
+    ops.element('stdBrick', 624, *[886, 887, 850, 848, 970, 971, 934, 932], 2)
+    ops.element('stdBrick', 625, *[887, 888, 852, 850, 971, 972, 936, 934], 2)
+    ops.element('stdBrick', 626, *[888, 889, 854, 852, 972, 973, 938, 936], 2)
+    ops.element('stdBrick', 627, *[889, 890, 856, 854, 973, 974, 940, 938], 2)
+    ops.element('stdBrick', 628, *[890, 891, 858, 856, 974, 975, 942, 940], 2)
+    ops.element('stdBrick', 629, *[891, 892, 860, 858, 975, 976, 944, 942], 2)
+    ops.element('stdBrick', 630, *[892, 893, 862, 860, 976, 977, 946, 944], 2)
+    ops.element('stdBrick', 631, *[893, 894, 864, 862, 977, 978, 948, 946], 2)
+    ops.element('stdBrick', 632, *[864, 894, 895, 866, 948, 978, 979, 950], 2)
+    ops.element('stdBrick', 633, *[866, 895, 896, 868, 950, 979, 980, 952], 2)
+    ops.element('stdBrick', 634, *[868, 896, 897, 870, 952, 980, 981, 954], 2)
+    ops.element('stdBrick', 635, *[870, 897, 898, 872, 954, 981, 982, 956], 2)
+    ops.element('stdBrick', 636, *[872, 898, 899, 874, 956, 982, 983, 958], 2)
+    ops.element('stdBrick', 637, *[874, 899, 900, 876, 958, 983, 984, 960], 2)
+    ops.element('stdBrick', 638, *[876, 900, 901, 878, 960, 984, 985, 962], 2)
+    ops.element('stdBrick', 639, *[878, 901, 902, 880, 962, 985, 986, 964], 2)
+    ops.element('stdBrick', 640, *[880, 902, 903, 882, 964, 986, 987, 966], 2)
+    ops.element('stdBrick', 641, *[905, 904, 883, 884, 989, 988, 967, 968], 2)
+    ops.element('stdBrick', 642, *[904, 906, 885, 883, 988, 990, 969, 967], 2)
+    ops.element('stdBrick', 643, *[906, 907, 886, 885, 990, 991, 970, 969], 2)
+    ops.element('stdBrick', 644, *[907, 908, 887, 886, 991, 992, 971, 970], 2)
+    ops.element('stdBrick', 645, *[908, 909, 888, 887, 992, 993, 972, 971], 2)
+    ops.element('stdBrick', 646, *[909, 910, 889, 888, 993, 994, 973, 972], 2)
+    ops.element('stdBrick', 647, *[910, 911, 890, 889, 994, 995, 974, 973], 2)
+    ops.element('stdBrick', 648, *[911, 912, 891, 890, 995, 996, 975, 974], 2)
+    ops.element('stdBrick', 649, *[912, 913, 892, 891, 996, 997, 976, 975], 2)
+    ops.element('stdBrick', 650, *[913, 914, 893, 892, 997, 998, 977, 976], 2)
+    ops.element('stdBrick', 651, *[914, 915, 894, 893, 998, 999, 978, 977], 2)
+    ops.element('stdBrick', 652, *[894, 915, 916, 895, 978, 999, 1000, 979], 2)
+    ops.element('stdBrick', 653, *
+                [895, 916, 917, 896, 979, 1000, 1001, 980], 2)
+    ops.element('stdBrick', 654, *
+                [896, 917, 918, 897, 980, 1001, 1002, 981], 2)
+    ops.element('stdBrick', 655, *
+                [897, 918, 919, 898, 981, 1002, 1003, 982], 2)
+    ops.element('stdBrick', 656, *
+                [898, 919, 920, 899, 982, 1003, 1004, 983], 2)
+    ops.element('stdBrick', 657, *
+                [899, 920, 921, 900, 983, 1004, 1005, 984], 2)
+    ops.element('stdBrick', 658, *
+                [900, 921, 922, 901, 984, 1005, 1006, 985], 2)
+    ops.element('stdBrick', 659, *
+                [901, 922, 923, 902, 985, 1006, 1007, 986], 2)
+    ops.element('stdBrick', 660, *
+                [902, 923, 924, 903, 986, 1007, 1008, 987], 2)
+    ops.element('stdBrick', 661, *[928, 927, 925,
+                926, 1012, 1011, 1009, 1010], 2)
+    ops.element('stdBrick', 662, *[927, 930, 929,
+                925, 1011, 1014, 1013, 1009], 2)
+    ops.element('stdBrick', 663, *[930, 932, 931,
+                929, 1014, 1016, 1015, 1013], 2)
+    ops.element('stdBrick', 664, *[932, 934, 933,
+                931, 1016, 1018, 1017, 1015], 2)
+    ops.element('stdBrick', 665, *[934, 936, 935,
+                933, 1018, 1020, 1019, 1017], 2)
+    ops.element('stdBrick', 666, *[936, 938, 937,
+                935, 1020, 1022, 1021, 1019], 2)
+    ops.element('stdBrick', 667, *[938, 940, 939,
+                937, 1022, 1024, 1023, 1021], 2)
+    ops.element('stdBrick', 668, *[940, 942, 941,
+                939, 1024, 1026, 1025, 1023], 2)
+    ops.element('stdBrick', 669, *[942, 944, 943,
+                941, 1026, 1028, 1027, 1025], 2)
+    ops.element('stdBrick', 670, *[944, 946, 945,
+                943, 1028, 1030, 1029, 1027], 2)
+    ops.element('stdBrick', 671, *[946, 948, 947,
+                945, 1030, 1032, 1031, 1029], 2)
+    ops.element('stdBrick', 672, *[947, 948, 950,
+                949, 1031, 1032, 1034, 1033], 2)
+    ops.element('stdBrick', 673, *[949, 950, 952,
+                951, 1033, 1034, 1036, 1035], 2)
+    ops.element('stdBrick', 674, *[951, 952, 954,
+                953, 1035, 1036, 1038, 1037], 2)
+    ops.element('stdBrick', 675, *[953, 954, 956,
+                955, 1037, 1038, 1040, 1039], 2)
+    ops.element('stdBrick', 676, *[955, 956, 958,
+                957, 1039, 1040, 1042, 1041], 2)
+    ops.element('stdBrick', 677, *[957, 958, 960,
+                959, 1041, 1042, 1044, 1043], 2)
+    ops.element('stdBrick', 678, *[959, 960, 962,
+                961, 1043, 1044, 1046, 1045], 2)
+    ops.element('stdBrick', 679, *[961, 962, 964,
+                963, 1045, 1046, 1048, 1047], 2)
+    ops.element('stdBrick', 680, *[963, 964, 966,
+                965, 1047, 1048, 1050, 1049], 2)
+    ops.element('stdBrick', 681, *[968, 967, 927,
+                928, 1052, 1051, 1011, 1012], 2)
+    ops.element('stdBrick', 682, *[967, 969, 930,
+                927, 1051, 1053, 1014, 1011], 2)
+    ops.element('stdBrick', 683, *[969, 970, 932,
+                930, 1053, 1054, 1016, 1014], 2)
+    ops.element('stdBrick', 684, *[970, 971, 934,
+                932, 1054, 1055, 1018, 1016], 2)
+    ops.element('stdBrick', 685, *[971, 972, 936,
+                934, 1055, 1056, 1020, 1018], 2)
+    ops.element('stdBrick', 686, *[972, 973, 938,
+                936, 1056, 1057, 1022, 1020], 2)
+    ops.element('stdBrick', 687, *[973, 974, 940,
+                938, 1057, 1058, 1024, 1022], 2)
+    ops.element('stdBrick', 688, *[974, 975, 942,
+                940, 1058, 1059, 1026, 1024], 2)
+    ops.element('stdBrick', 689, *[975, 976, 944,
+                942, 1059, 1060, 1028, 1026], 2)
+    ops.element('stdBrick', 690, *[976, 977, 946,
+                944, 1060, 1061, 1030, 1028], 2)
+    ops.element('stdBrick', 691, *[977, 978, 948,
+                946, 1061, 1062, 1032, 1030], 2)
+    ops.element('stdBrick', 692, *[948, 978, 979,
+                950, 1032, 1062, 1063, 1034], 2)
+    ops.element('stdBrick', 693, *[950, 979, 980,
+                952, 1034, 1063, 1064, 1036], 2)
+    ops.element('stdBrick', 694, *[952, 980, 981,
+                954, 1036, 1064, 1065, 1038], 2)
+    ops.element('stdBrick', 695, *[954, 981, 982,
+                956, 1038, 1065, 1066, 1040], 2)
+    ops.element('stdBrick', 696, *[956, 982, 983,
+                958, 1040, 1066, 1067, 1042], 2)
+    ops.element('stdBrick', 697, *[958, 983, 984,
+                960, 1042, 1067, 1068, 1044], 2)
+    ops.element('stdBrick', 698, *[960, 984, 985,
+                962, 1044, 1068, 1069, 1046], 2)
+    ops.element('stdBrick', 699, *[962, 985, 986,
+                964, 1046, 1069, 1070, 1048], 2)
+    ops.element('stdBrick', 700, *[964, 986, 987,
+                966, 1048, 1070, 1071, 1050], 2)
+    ops.element('stdBrick', 701, *[989, 988, 967,
+                968, 1073, 1072, 1051, 1052], 2)
+    ops.element('stdBrick', 702, *[988, 990, 969,
+                967, 1072, 1074, 1053, 1051], 2)
+    ops.element('stdBrick', 703, *[990, 991, 970,
+                969, 1074, 1075, 1054, 1053], 2)
+    ops.element('stdBrick', 704, *[991, 992, 971,
+                970, 1075, 1076, 1055, 1054], 2)
+    ops.element('stdBrick', 705, *[992, 993, 972,
+                971, 1076, 1077, 1056, 1055], 2)
+    ops.element('stdBrick', 706, *[993, 994, 973,
+                972, 1077, 1078, 1057, 1056], 2)
+    ops.element('stdBrick', 707, *[994, 995, 974,
+                973, 1078, 1079, 1058, 1057], 2)
+    ops.element('stdBrick', 708, *[995, 996, 975,
+                974, 1079, 1080, 1059, 1058], 2)
+    ops.element('stdBrick', 709, *[996, 997, 976,
+                975, 1080, 1081, 1060, 1059], 2)
+    ops.element('stdBrick', 710, *[997, 998, 977,
+                976, 1081, 1082, 1061, 1060], 2)
+    ops.element('stdBrick', 711, *[998, 999, 978,
+                977, 1082, 1083, 1062, 1061], 2)
+    ops.element('stdBrick', 712, *
+                [978, 999, 1000, 979, 1062, 1083, 1084, 1063], 2)
+    ops.element('stdBrick', 713, *[979, 1000, 1001,
+                980, 1063, 1084, 1085, 1064], 2)
+    ops.element('stdBrick', 714, *[980, 1001, 1002,
+                981, 1064, 1085, 1086, 1065], 2)
+    ops.element('stdBrick', 715, *[981, 1002, 1003,
+                982, 1065, 1086, 1087, 1066], 2)
+    ops.element('stdBrick', 716, *[982, 1003, 1004,
+                983, 1066, 1087, 1088, 1067], 2)
+    ops.element('stdBrick', 717, *[983, 1004, 1005,
+                984, 1067, 1088, 1089, 1068], 2)
+    ops.element('stdBrick', 718, *[984, 1005, 1006,
+                985, 1068, 1089, 1090, 1069], 2)
+    ops.element('stdBrick', 719, *[985, 1006, 1007,
+                986, 1069, 1090, 1091, 1070], 2)
+    ops.element('stdBrick', 720, *[986, 1007, 1008,
+                987, 1070, 1091, 1092, 1071], 2)
+    ops.element('stdBrick', 721, *[1012, 1011, 1009,
+                1010, 1096, 1095, 1093, 1094], 2)
+    ops.element('stdBrick', 722, *[1011, 1014, 1013,
+                1009, 1095, 1098, 1097, 1093], 2)
+    ops.element('stdBrick', 723, *[1014, 1016, 1015,
+                1013, 1098, 1100, 1099, 1097], 2)
+    ops.element('stdBrick', 724, *[1016, 1018, 1017,
+                1015, 1100, 1102, 1101, 1099], 2)
+    ops.element('stdBrick', 725, *[1018, 1020, 1019,
+                1017, 1102, 1104, 1103, 1101], 2)
+    ops.element('stdBrick', 726, *[1020, 1022, 1021,
+                1019, 1104, 1106, 1105, 1103], 2)
+    ops.element('stdBrick', 727, *[1022, 1024, 1023,
+                1021, 1106, 1108, 1107, 1105], 2)
+    ops.element('stdBrick', 728, *[1024, 1026, 1025,
+                1023, 1108, 1110, 1109, 1107], 2)
+    ops.element('stdBrick', 729, *[1026, 1028, 1027,
+                1025, 1110, 1112, 1111, 1109], 2)
+    ops.element('stdBrick', 730, *[1028, 1030, 1029,
+                1027, 1112, 1114, 1113, 1111], 2)
+    ops.element('stdBrick', 731, *[1030, 1032, 1031,
+                1029, 1114, 1116, 1115, 1113], 2)
+    ops.element('stdBrick', 732, *[1031, 1032, 1034,
+                1033, 1115, 1116, 1118, 1117], 2)
+    ops.element('stdBrick', 733, *[1033, 1034, 1036,
+                1035, 1117, 1118, 1120, 1119], 2)
+    ops.element('stdBrick', 734, *[1035, 1036, 1038,
+                1037, 1119, 1120, 1122, 1121], 2)
+    ops.element('stdBrick', 735, *[1037, 1038, 1040,
+                1039, 1121, 1122, 1124, 1123], 2)
+    ops.element('stdBrick', 736, *[1039, 1040, 1042,
+                1041, 1123, 1124, 1126, 1125], 2)
+    ops.element('stdBrick', 737, *[1041, 1042, 1044,
+                1043, 1125, 1126, 1128, 1127], 2)
+    ops.element('stdBrick', 738, *[1043, 1044, 1046,
+                1045, 1127, 1128, 1130, 1129], 2)
+    ops.element('stdBrick', 739, *[1045, 1046, 1048,
+                1047, 1129, 1130, 1132, 1131], 2)
+    ops.element('stdBrick', 740, *[1047, 1048, 1050,
+                1049, 1131, 1132, 1134, 1133], 2)
+    ops.element('stdBrick', 741, *[1052, 1051, 1011,
+                1012, 1136, 1135, 1095, 1096], 2)
+    ops.element('stdBrick', 742, *[1051, 1053, 1014,
+                1011, 1135, 1137, 1098, 1095], 2)
+    ops.element('stdBrick', 743, *[1053, 1054, 1016,
+                1014, 1137, 1138, 1100, 1098], 2)
+    ops.element('stdBrick', 744, *[1054, 1055, 1018,
+                1016, 1138, 1139, 1102, 1100], 2)
+    ops.element('stdBrick', 745, *[1055, 1056, 1020,
+                1018, 1139, 1140, 1104, 1102], 2)
+    ops.element('stdBrick', 746, *[1056, 1057, 1022,
+                1020, 1140, 1141, 1106, 1104], 2)
+    ops.element('stdBrick', 747, *[1057, 1058, 1024,
+                1022, 1141, 1142, 1108, 1106], 2)
+    ops.element('stdBrick', 748, *[1058, 1059, 1026,
+                1024, 1142, 1143, 1110, 1108], 2)
+    ops.element('stdBrick', 749, *[1059, 1060, 1028,
+                1026, 1143, 1144, 1112, 1110], 2)
+    ops.element('stdBrick', 750, *[1060, 1061, 1030,
+                1028, 1144, 1145, 1114, 1112], 2)
+    ops.element('stdBrick', 751, *[1061, 1062, 1032,
+                1030, 1145, 1146, 1116, 1114], 2)
+    ops.element('stdBrick', 752, *[1032, 1062, 1063,
+                1034, 1116, 1146, 1147, 1118], 2)
+    ops.element('stdBrick', 753, *[1034, 1063, 1064,
+                1036, 1118, 1147, 1148, 1120], 2)
+    ops.element('stdBrick', 754, *[1036, 1064, 1065,
+                1038, 1120, 1148, 1149, 1122], 2)
+    ops.element('stdBrick', 755, *[1038, 1065, 1066,
+                1040, 1122, 1149, 1150, 1124], 2)
+    ops.element('stdBrick', 756, *[1040, 1066, 1067,
+                1042, 1124, 1150, 1151, 1126], 2)
+    ops.element('stdBrick', 757, *[1042, 1067, 1068,
+                1044, 1126, 1151, 1152, 1128], 2)
+    ops.element('stdBrick', 758, *[1044, 1068, 1069,
+                1046, 1128, 1152, 1153, 1130], 2)
+    ops.element('stdBrick', 759, *[1046, 1069, 1070,
+                1048, 1130, 1153, 1154, 1132], 2)
+    ops.element('stdBrick', 760, *[1048, 1070, 1071,
+                1050, 1132, 1154, 1155, 1134], 2)
+    ops.element('stdBrick', 761, *[1073, 1072, 1051,
+                1052, 1157, 1156, 1135, 1136], 2)
+    ops.element('stdBrick', 762, *[1072, 1074, 1053,
+                1051, 1156, 1158, 1137, 1135], 2)
+    ops.element('stdBrick', 763, *[1074, 1075, 1054,
+                1053, 1158, 1159, 1138, 1137], 2)
+    ops.element('stdBrick', 764, *[1075, 1076, 1055,
+                1054, 1159, 1160, 1139, 1138], 2)
+    ops.element('stdBrick', 765, *[1076, 1077, 1056,
+                1055, 1160, 1161, 1140, 1139], 2)
+    ops.element('stdBrick', 766, *[1077, 1078, 1057,
+                1056, 1161, 1162, 1141, 1140], 2)
+    ops.element('stdBrick', 767, *[1078, 1079, 1058,
+                1057, 1162, 1163, 1142, 1141], 2)
+    ops.element('stdBrick', 768, *[1079, 1080, 1059,
+                1058, 1163, 1164, 1143, 1142], 2)
+    ops.element('stdBrick', 769, *[1080, 1081, 1060,
+                1059, 1164, 1165, 1144, 1143], 2)
+    ops.element('stdBrick', 770, *[1081, 1082, 1061,
+                1060, 1165, 1166, 1145, 1144], 2)
+    ops.element('stdBrick', 771, *[1082, 1083, 1062,
+                1061, 1166, 1167, 1146, 1145], 2)
+    ops.element('stdBrick', 772, *[1062, 1083, 1084,
+                1063, 1146, 1167, 1168, 1147], 2)
+    ops.element('stdBrick', 773, *[1063, 1084, 1085,
+                1064, 1147, 1168, 1169, 1148], 2)
+    ops.element('stdBrick', 774, *[1064, 1085, 1086,
+                1065, 1148, 1169, 1170, 1149], 2)
+    ops.element('stdBrick', 775, *[1065, 1086, 1087,
+                1066, 1149, 1170, 1171, 1150], 2)
+    ops.element('stdBrick', 776, *[1066, 1087, 1088,
+                1067, 1150, 1171, 1172, 1151], 2)
+    ops.element('stdBrick', 777, *[1067, 1088, 1089,
+                1068, 1151, 1172, 1173, 1152], 2)
+    ops.element('stdBrick', 778, *[1068, 1089, 1090,
+                1069, 1152, 1173, 1174, 1153], 2)
+    ops.element('stdBrick', 779, *[1069, 1090, 1091,
+                1070, 1153, 1174, 1175, 1154], 2)
+    ops.element('stdBrick', 780, *[1070, 1091, 1092,
+                1071, 1154, 1175, 1176, 1155], 2)
+    ops.element('stdBrick', 781, *[1096, 1095, 1093,
+                1094, 1180, 1179, 1177, 1178], 2)
+    ops.element('stdBrick', 782, *[1095, 1098, 1097,
+                1093, 1179, 1182, 1181, 1177], 2)
+    ops.element('stdBrick', 783, *[1098, 1100, 1099,
+                1097, 1182, 1184, 1183, 1181], 2)
+    ops.element('stdBrick', 784, *[1100, 1102, 1101,
+                1099, 1184, 1186, 1185, 1183], 2)
+    ops.element('stdBrick', 785, *[1102, 1104, 1103,
+                1101, 1186, 1188, 1187, 1185], 2)
+    ops.element('stdBrick', 786, *[1104, 1106, 1105,
+                1103, 1188, 1190, 1189, 1187], 2)
+    ops.element('stdBrick', 787, *[1106, 1108, 1107,
+                1105, 1190, 1192, 1191, 1189], 2)
+    ops.element('stdBrick', 788, *[1108, 1110, 1109,
+                1107, 1192, 1194, 1193, 1191], 2)
+    ops.element('stdBrick', 789, *[1110, 1112, 1111,
+                1109, 1194, 1196, 1195, 1193], 2)
+    ops.element('stdBrick', 790, *[1112, 1114, 1113,
+                1111, 1196, 1198, 1197, 1195], 2)
+    ops.element('stdBrick', 791, *[1114, 1116, 1115,
+                1113, 1198, 1200, 1199, 1197], 2)
+    ops.element('stdBrick', 792, *[1115, 1116, 1118,
+                1117, 1199, 1200, 1202, 1201], 2)
+    ops.element('stdBrick', 793, *[1117, 1118, 1120,
+                1119, 1201, 1202, 1204, 1203], 2)
+    ops.element('stdBrick', 794, *[1119, 1120, 1122,
+                1121, 1203, 1204, 1206, 1205], 2)
+    ops.element('stdBrick', 795, *[1121, 1122, 1124,
+                1123, 1205, 1206, 1208, 1207], 2)
+    ops.element('stdBrick', 796, *[1123, 1124, 1126,
+                1125, 1207, 1208, 1210, 1209], 2)
+    ops.element('stdBrick', 797, *[1125, 1126, 1128,
+                1127, 1209, 1210, 1212, 1211], 2)
+    ops.element('stdBrick', 798, *[1127, 1128, 1130,
+                1129, 1211, 1212, 1214, 1213], 2)
+    ops.element('stdBrick', 799, *[1129, 1130, 1132,
+                1131, 1213, 1214, 1216, 1215], 2)
+    ops.element('stdBrick', 800, *[1131, 1132, 1134,
+                1133, 1215, 1216, 1218, 1217], 2)
+    ops.element('stdBrick', 801, *[1136, 1135, 1095,
+                1096, 1220, 1219, 1179, 1180], 2)
+    ops.element('stdBrick', 802, *[1135, 1137, 1098,
+                1095, 1219, 1221, 1182, 1179], 2)
+    ops.element('stdBrick', 803, *[1137, 1138, 1100,
+                1098, 1221, 1222, 1184, 1182], 2)
+    ops.element('stdBrick', 804, *[1138, 1139, 1102,
+                1100, 1222, 1223, 1186, 1184], 2)
+    ops.element('stdBrick', 805, *[1139, 1140, 1104,
+                1102, 1223, 1224, 1188, 1186], 2)
+    ops.element('stdBrick', 806, *[1140, 1141, 1106,
+                1104, 1224, 1225, 1190, 1188], 2)
+    ops.element('stdBrick', 807, *[1141, 1142, 1108,
+                1106, 1225, 1226, 1192, 1190], 2)
+    ops.element('stdBrick', 808, *[1142, 1143, 1110,
+                1108, 1226, 1227, 1194, 1192], 2)
+    ops.element('stdBrick', 809, *[1143, 1144, 1112,
+                1110, 1227, 1228, 1196, 1194], 2)
+    ops.element('stdBrick', 810, *[1144, 1145, 1114,
+                1112, 1228, 1229, 1198, 1196], 2)
+    ops.element('stdBrick', 811, *[1145, 1146, 1116,
+                1114, 1229, 1230, 1200, 1198], 2)
+    ops.element('stdBrick', 812, *[1116, 1146, 1147,
+                1118, 1200, 1230, 1231, 1202], 2)
+    ops.element('stdBrick', 813, *[1118, 1147, 1148,
+                1120, 1202, 1231, 1232, 1204], 2)
+    ops.element('stdBrick', 814, *[1120, 1148, 1149,
+                1122, 1204, 1232, 1233, 1206], 2)
+    ops.element('stdBrick', 815, *[1122, 1149, 1150,
+                1124, 1206, 1233, 1234, 1208], 2)
+    ops.element('stdBrick', 816, *[1124, 1150, 1151,
+                1126, 1208, 1234, 1235, 1210], 2)
+    ops.element('stdBrick', 817, *[1126, 1151, 1152,
+                1128, 1210, 1235, 1236, 1212], 2)
+    ops.element('stdBrick', 818, *[1128, 1152, 1153,
+                1130, 1212, 1236, 1237, 1214], 2)
+    ops.element('stdBrick', 819, *[1130, 1153, 1154,
+                1132, 1214, 1237, 1238, 1216], 2)
+    ops.element('stdBrick', 820, *[1132, 1154, 1155,
+                1134, 1216, 1238, 1239, 1218], 2)
+    ops.element('stdBrick', 821, *[1157, 1156, 1135,
+                1136, 1241, 1240, 1219, 1220], 2)
+    ops.element('stdBrick', 822, *[1156, 1158, 1137,
+                1135, 1240, 1242, 1221, 1219], 2)
+    ops.element('stdBrick', 823, *[1158, 1159, 1138,
+                1137, 1242, 1243, 1222, 1221], 2)
+    ops.element('stdBrick', 824, *[1159, 1160, 1139,
+                1138, 1243, 1244, 1223, 1222], 2)
+    ops.element('stdBrick', 825, *[1160, 1161, 1140,
+                1139, 1244, 1245, 1224, 1223], 2)
+    ops.element('stdBrick', 826, *[1161, 1162, 1141,
+                1140, 1245, 1246, 1225, 1224], 2)
+    ops.element('stdBrick', 827, *[1162, 1163, 1142,
+                1141, 1246, 1247, 1226, 1225], 2)
+    ops.element('stdBrick', 828, *[1163, 1164, 1143,
+                1142, 1247, 1248, 1227, 1226], 2)
+    ops.element('stdBrick', 829, *[1164, 1165, 1144,
+                1143, 1248, 1249, 1228, 1227], 2)
+    ops.element('stdBrick', 830, *[1165, 1166, 1145,
+                1144, 1249, 1250, 1229, 1228], 2)
+    ops.element('stdBrick', 831, *[1166, 1167, 1146,
+                1145, 1250, 1251, 1230, 1229], 2)
+    ops.element('stdBrick', 832, *[1146, 1167, 1168,
+                1147, 1230, 1251, 1252, 1231], 2)
+    ops.element('stdBrick', 833, *[1147, 1168, 1169,
+                1148, 1231, 1252, 1253, 1232], 2)
+    ops.element('stdBrick', 834, *[1148, 1169, 1170,
+                1149, 1232, 1253, 1254, 1233], 2)
+    ops.element('stdBrick', 835, *[1149, 1170, 1171,
+                1150, 1233, 1254, 1255, 1234], 2)
+    ops.element('stdBrick', 836, *[1150, 1171, 1172,
+                1151, 1234, 1255, 1256, 1235], 2)
+    ops.element('stdBrick', 837, *[1151, 1172, 1173,
+                1152, 1235, 1256, 1257, 1236], 2)
+    ops.element('stdBrick', 838, *[1152, 1173, 1174,
+                1153, 1236, 1257, 1258, 1237], 2)
+    ops.element('stdBrick', 839, *[1153, 1174, 1175,
+                1154, 1237, 1258, 1259, 1238], 2)
+    ops.element('stdBrick', 840, *[1154, 1175, 1176,
+                1155, 1238, 1259, 1260, 1239], 2)
+    ops.element('stdBrick', 841, *[1180, 1179, 1177,
+                1178, 1264, 1263, 1261, 1262], 2)
+    ops.element('stdBrick', 842, *[1179, 1182, 1181,
+                1177, 1263, 1266, 1265, 1261], 2)
+    ops.element('stdBrick', 843, *[1182, 1184, 1183,
+                1181, 1266, 1268, 1267, 1265], 2)
+    ops.element('stdBrick', 844, *[1184, 1186, 1185,
+                1183, 1268, 1270, 1269, 1267], 2)
+    ops.element('stdBrick', 845, *[1186, 1188, 1187,
+                1185, 1270, 1272, 1271, 1269], 2)
+    ops.element('stdBrick', 846, *[1188, 1190, 1189,
+                1187, 1272, 1274, 1273, 1271], 2)
+    ops.element('stdBrick', 847, *[1190, 1192, 1191,
+                1189, 1274, 1276, 1275, 1273], 2)
+    ops.element('stdBrick', 848, *[1192, 1194, 1193,
+                1191, 1276, 1278, 1277, 1275], 2)
+    ops.element('stdBrick', 849, *[1194, 1196, 1195,
+                1193, 1278, 1280, 1279, 1277], 2)
+    ops.element('stdBrick', 850, *[1196, 1198, 1197,
+                1195, 1280, 1282, 1281, 1279], 2)
+    ops.element('stdBrick', 851, *[1198, 1200, 1199,
+                1197, 1282, 1284, 1283, 1281], 2)
+    ops.element('stdBrick', 852, *[1199, 1200, 1202,
+                1201, 1283, 1284, 1286, 1285], 2)
+    ops.element('stdBrick', 853, *[1201, 1202, 1204,
+                1203, 1285, 1286, 1288, 1287], 2)
+    ops.element('stdBrick', 854, *[1203, 1204, 1206,
+                1205, 1287, 1288, 1290, 1289], 2)
+    ops.element('stdBrick', 855, *[1205, 1206, 1208,
+                1207, 1289, 1290, 1292, 1291], 2)
+    ops.element('stdBrick', 856, *[1207, 1208, 1210,
+                1209, 1291, 1292, 1294, 1293], 2)
+    ops.element('stdBrick', 857, *[1209, 1210, 1212,
+                1211, 1293, 1294, 1296, 1295], 2)
+    ops.element('stdBrick', 858, *[1211, 1212, 1214,
+                1213, 1295, 1296, 1298, 1297], 2)
+    ops.element('stdBrick', 859, *[1213, 1214, 1216,
+                1215, 1297, 1298, 1300, 1299], 2)
+    ops.element('stdBrick', 860, *[1215, 1216, 1218,
+                1217, 1299, 1300, 1302, 1301], 2)
+    ops.element('stdBrick', 861, *[1220, 1219, 1179,
+                1180, 1304, 1303, 1263, 1264], 2)
+    ops.element('stdBrick', 862, *[1219, 1221, 1182,
+                1179, 1303, 1305, 1266, 1263], 2)
+    ops.element('stdBrick', 863, *[1221, 1222, 1184,
+                1182, 1305, 1306, 1268, 1266], 2)
+    ops.element('stdBrick', 864, *[1222, 1223, 1186,
+                1184, 1306, 1307, 1270, 1268], 2)
+    ops.element('stdBrick', 865, *[1223, 1224, 1188,
+                1186, 1307, 1308, 1272, 1270], 2)
+    ops.element('stdBrick', 866, *[1224, 1225, 1190,
+                1188, 1308, 1309, 1274, 1272], 2)
+    ops.element('stdBrick', 867, *[1225, 1226, 1192,
+                1190, 1309, 1310, 1276, 1274], 2)
+    ops.element('stdBrick', 868, *[1226, 1227, 1194,
+                1192, 1310, 1311, 1278, 1276], 2)
+    ops.element('stdBrick', 869, *[1227, 1228, 1196,
+                1194, 1311, 1312, 1280, 1278], 2)
+    ops.element('stdBrick', 870, *[1228, 1229, 1198,
+                1196, 1312, 1313, 1282, 1280], 2)
+    ops.element('stdBrick', 871, *[1229, 1230, 1200,
+                1198, 1313, 1314, 1284, 1282], 2)
+    ops.element('stdBrick', 872, *[1200, 1230, 1231,
+                1202, 1284, 1314, 1315, 1286], 2)
+    ops.element('stdBrick', 873, *[1202, 1231, 1232,
+                1204, 1286, 1315, 1316, 1288], 2)
+    ops.element('stdBrick', 874, *[1204, 1232, 1233,
+                1206, 1288, 1316, 1317, 1290], 2)
+    ops.element('stdBrick', 875, *[1206, 1233, 1234,
+                1208, 1290, 1317, 1318, 1292], 2)
+    ops.element('stdBrick', 876, *[1208, 1234, 1235,
+                1210, 1292, 1318, 1319, 1294], 2)
+    ops.element('stdBrick', 877, *[1210, 1235, 1236,
+                1212, 1294, 1319, 1320, 1296], 2)
+    ops.element('stdBrick', 878, *[1212, 1236, 1237,
+                1214, 1296, 1320, 1321, 1298], 2)
+    ops.element('stdBrick', 879, *[1214, 1237, 1238,
+                1216, 1298, 1321, 1322, 1300], 2)
+    ops.element('stdBrick', 880, *[1216, 1238, 1239,
+                1218, 1300, 1322, 1323, 1302], 2)
+    ops.element('stdBrick', 881, *[1241, 1240, 1219,
+                1220, 1325, 1324, 1303, 1304], 2)
+    ops.element('stdBrick', 882, *[1240, 1242, 1221,
+                1219, 1324, 1326, 1305, 1303], 2)
+    ops.element('stdBrick', 883, *[1242, 1243, 1222,
+                1221, 1326, 1327, 1306, 1305], 2)
+    ops.element('stdBrick', 884, *[1243, 1244, 1223,
+                1222, 1327, 1328, 1307, 1306], 2)
+    ops.element('stdBrick', 885, *[1244, 1245, 1224,
+                1223, 1328, 1329, 1308, 1307], 2)
+    ops.element('stdBrick', 886, *[1245, 1246, 1225,
+                1224, 1329, 1330, 1309, 1308], 2)
+    ops.element('stdBrick', 887, *[1246, 1247, 1226,
+                1225, 1330, 1331, 1310, 1309], 2)
+    ops.element('stdBrick', 888, *[1247, 1248, 1227,
+                1226, 1331, 1332, 1311, 1310], 2)
+    ops.element('stdBrick', 889, *[1248, 1249, 1228,
+                1227, 1332, 1333, 1312, 1311], 2)
+    ops.element('stdBrick', 890, *[1249, 1250, 1229,
+                1228, 1333, 1334, 1313, 1312], 2)
+    ops.element('stdBrick', 891, *[1250, 1251, 1230,
+                1229, 1334, 1335, 1314, 1313], 2)
+    ops.element('stdBrick', 892, *[1230, 1251, 1252,
+                1231, 1314, 1335, 1336, 1315], 2)
+    ops.element('stdBrick', 893, *[1231, 1252, 1253,
+                1232, 1315, 1336, 1337, 1316], 2)
+    ops.element('stdBrick', 894, *[1232, 1253, 1254,
+                1233, 1316, 1337, 1338, 1317], 2)
+    ops.element('stdBrick', 895, *[1233, 1254, 1255,
+                1234, 1317, 1338, 1339, 1318], 2)
+    ops.element('stdBrick', 896, *[1234, 1255, 1256,
+                1235, 1318, 1339, 1340, 1319], 2)
+    ops.element('stdBrick', 897, *[1235, 1256, 1257,
+                1236, 1319, 1340, 1341, 1320], 2)
+    ops.element('stdBrick', 898, *[1236, 1257, 1258,
+                1237, 1320, 1341, 1342, 1321], 2)
+    ops.element('stdBrick', 899, *[1237, 1258, 1259,
+                1238, 1321, 1342, 1343, 1322], 2)
+    ops.element('stdBrick', 900, *[1238, 1259, 1260,
+                1239, 1322, 1343, 1344, 1323], 2)
+
+    # Set the mass at a node.
+    ops.mass(1, *[11.054203237135827, 11.054203237135827, 11.054203237135827])
+    ops.mass(2, *[5.5271016185679285, 5.5271016185679285, 5.5271016185679285])
+    ops.mass(3, *[23.518250282787594, 23.518250282787594, 23.518250282787594])
+    ops.mass(4, *[11.759125141393827, 11.759125141393827, 11.759125141393827])
+    ops.mass(5, *[21.5721742808583, 21.5721742808583, 21.5721742808583])
+    ops.mass(6, *[10.786087140429181, 10.786087140429181, 10.786087140429181])
+    ops.mass(7, *[45.776354911053794, 45.776354911053794, 45.776354911053794])
+    ops.mass(8, *[22.88817745552696, 22.88817745552696, 22.88817745552696])
+    ops.mass(9, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(10, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(11, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(12, *[45.77635491105367, 45.77635491105367, 45.77635491105367])
+    ops.mass(13, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(14, *[23.518250282787562, 23.518250282787562, 23.518250282787562])
+    ops.mass(15, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(16, *[45.77635491105373, 45.77635491105373, 45.77635491105373])
+    ops.mass(17, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(18, *[23.518250282787566, 23.518250282787566, 23.518250282787566])
+    ops.mass(19, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(20, *[45.77635491105377, 45.77635491105377, 45.77635491105377])
+    ops.mass(21, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(22, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(23, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(24, *[45.776354911053744, 45.776354911053744, 45.776354911053744])
+    ops.mass(25, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(26, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(27, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(28, *[45.77635491105371, 45.77635491105371, 45.77635491105371])
+    ops.mass(29, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(30, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(31, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(32, *[45.77635491105367, 45.77635491105367, 45.77635491105367])
+    ops.mass(33, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(34, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(35, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(36, *[45.77635491105367, 45.77635491105367, 45.77635491105367])
+    ops.mass(37, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(38, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(39, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(40, *[45.7763549110537, 45.7763549110537, 45.7763549110537])
+    ops.mass(41, *[11.054203237135797, 11.054203237135797, 11.054203237135797])
+    ops.mass(42, *[23.518250282787534, 23.518250282787534, 23.518250282787534])
+    ops.mass(43, *[21.572174280858242, 21.572174280858242, 21.572174280858242])
+    ops.mass(44, *[45.776354911053744, 45.776354911053744, 45.776354911053744])
+    ops.mass(45, *[11.054203237135827, 11.054203237135827, 11.054203237135827])
+    ops.mass(46, *[23.518250282787594, 23.518250282787594, 23.518250282787594])
+    ops.mass(47, *[21.57217428085827, 21.57217428085827, 21.57217428085827])
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+    ops.mass(1239, *[9.719208505617132, 9.719208505617132, 9.719208505617132])
+    ops.mass(1240, *[9.886781066058779, 9.886781066058779, 9.886781066058779])
+    ops.mass(1241, *[4.943390533029398, 4.943390533029398, 4.943390533029398])
+    ops.mass(1242, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1243, *[9.886781066058774, 9.886781066058774, 9.886781066058774])
+    ops.mass(1244, *[9.886781066058774, 9.886781066058774, 9.886781066058774])
+    ops.mass(1245, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1246, *[9.886781066058761, 9.886781066058761, 9.886781066058761])
+    ops.mass(1247, *[9.886781066058779, 9.886781066058779, 9.886781066058779])
+    ops.mass(1248, *[9.886781066058784, 9.886781066058784, 9.886781066058784])
+    ops.mass(1249, *[9.886781066058763, 9.886781066058763, 9.886781066058763])
+    ops.mass(1250, *[9.88678106605875, 9.88678106605875, 9.88678106605875])
+    ops.mass(1251, *[9.886781066058768, 9.886781066058768, 9.886781066058768])
+    ops.mass(1252, *[9.886781066058749, 9.886781066058749, 9.886781066058749])
+    ops.mass(1253, *[9.886781066058749, 9.886781066058749, 9.886781066058749])
+    ops.mass(1254, *[9.88678106605878, 9.88678106605878, 9.88678106605878])
+    ops.mass(1255, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1256, *[9.886781066058761, 9.886781066058761, 9.886781066058761])
+    ops.mass(1257, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1258, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1259, *[9.886781066058766, 9.886781066058766, 9.886781066058766])
+    ops.mass(1260, *[4.943390533029387, 4.943390533029387, 4.943390533029387])
+    ops.mass(1261, *[4.608245412146061, 4.608245412146061, 4.608245412146061])
+    ops.mass(1262, *[2.3041227060730334,
+             2.3041227060730334, 2.3041227060730334])
+    ops.mass(1263, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1264, *[4.692031692366909, 4.692031692366909, 4.692031692366909])
+    ops.mass(1265, *[4.608245412146055, 4.608245412146055, 4.608245412146055])
+    ops.mass(1266, *[9.384063384733782, 9.384063384733782, 9.384063384733782])
+    ops.mass(1267, *[4.608245412146061, 4.608245412146061, 4.608245412146061])
+    ops.mass(1268, *[9.384063384733794, 9.384063384733794, 9.384063384733794])
+    ops.mass(1269, *[4.608245412146067, 4.608245412146067, 4.608245412146067])
+    ops.mass(1270, *[9.384063384733805, 9.384063384733805, 9.384063384733805])
+    ops.mass(1271, *[4.608245412146073, 4.608245412146073, 4.608245412146073])
+    ops.mass(1272, *[9.38406338473381, 9.38406338473381, 9.38406338473381])
+    ops.mass(1273, *[4.608245412146073, 4.608245412146073, 4.608245412146073])
+    ops.mass(1274, *[9.384063384733809, 9.384063384733809, 9.384063384733809])
+    ops.mass(1275, *[4.608245412146063, 4.608245412146063, 4.608245412146063])
+    ops.mass(1276, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1277, *[4.6082454121460605,
+             4.6082454121460605, 4.6082454121460605])
+    ops.mass(1278, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1279, *[4.608245412146063, 4.608245412146063, 4.608245412146063])
+    ops.mass(1280, *[9.384063384733802, 9.384063384733802, 9.384063384733802])
+    ops.mass(1281, *[4.608245412146067, 4.608245412146067, 4.608245412146067])
+    ops.mass(1282, *[9.384063384733805, 9.384063384733805, 9.384063384733805])
+    ops.mass(1283, *[4.608245412146073, 4.608245412146073, 4.608245412146073])
+    ops.mass(1284, *[9.384063384733826, 9.384063384733826, 9.384063384733826])
+    ops.mass(1285, *[4.608245412146055, 4.608245412146055, 4.608245412146055])
+    ops.mass(1286, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1287, *[4.608245412146049, 4.608245412146049, 4.608245412146049])
+    ops.mass(1288, *[9.384063384733787, 9.384063384733787, 9.384063384733787])
+    ops.mass(1289, *[4.608245412146067, 4.608245412146067, 4.608245412146067])
+    ops.mass(1290, *[9.384063384733821, 9.384063384733821, 9.384063384733821])
+    ops.mass(1291, *[4.608245412146063, 4.608245412146063, 4.608245412146063])
+    ops.mass(1292, *[9.384063384733807, 9.384063384733807, 9.384063384733807])
+    ops.mass(1293, *[4.6082454121460605,
+             4.6082454121460605, 4.6082454121460605])
+    ops.mass(1294, *[9.384063384733802, 9.384063384733802, 9.384063384733802])
+    ops.mass(1295, *[4.6082454121460605,
+             4.6082454121460605, 4.6082454121460605])
+    ops.mass(1296, *[9.384063384733805, 9.384063384733805, 9.384063384733805])
+    ops.mass(1297, *[4.6082454121460605,
+             4.6082454121460605, 4.6082454121460605])
+    ops.mass(1298, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1299, *[4.6082454121460605,
+             4.6082454121460605, 4.6082454121460605])
+    ops.mass(1300, *[9.3840633847338, 9.3840633847338, 9.3840633847338])
+    ops.mass(1301, *[2.3041227060730303,
+             2.3041227060730303, 2.3041227060730303])
+    ops.mass(1302, *[4.6920316923669025,
+             4.6920316923669025, 4.6920316923669025])
+    ops.mass(1303, *[9.719208505617127, 9.719208505617127, 9.719208505617127])
+    ops.mass(1304, *[4.859604252808575, 4.859604252808575, 4.859604252808575])
+    ops.mass(1305, *[9.719208505617111, 9.719208505617111, 9.719208505617111])
+    ops.mass(1306, *[9.71920850561712, 9.71920850561712, 9.71920850561712])
+    ops.mass(1307, *[9.719208505617125, 9.719208505617125, 9.719208505617125])
+    ops.mass(1308, *[9.719208505617122, 9.719208505617122, 9.719208505617122])
+    ops.mass(1309, *[9.719208505617116, 9.719208505617116, 9.719208505617116])
+    ops.mass(1310, *[9.719208505617125, 9.719208505617125, 9.719208505617125])
+    ops.mass(1311, *[9.71920850561713, 9.71920850561713, 9.71920850561713])
+    ops.mass(1312, *[9.71920850561712, 9.71920850561712, 9.71920850561712])
+    ops.mass(1313, *[9.719208505617114, 9.719208505617114, 9.719208505617114])
+    ops.mass(1314, *[9.719208505617138, 9.719208505617138, 9.719208505617138])
+    ops.mass(1315, *[9.719208505617118, 9.719208505617118, 9.719208505617118])
+    ops.mass(1316, *[9.719208505617113, 9.719208505617113, 9.719208505617113])
+    ops.mass(1317, *[9.719208505617145, 9.719208505617145, 9.719208505617145])
+    ops.mass(1318, *[9.719208505617129, 9.719208505617129, 9.719208505617129])
+    ops.mass(1319, *[9.719208505617122, 9.719208505617122, 9.719208505617122])
+    ops.mass(1320, *[9.719208505617129, 9.719208505617129, 9.719208505617129])
+    ops.mass(1321, *[9.719208505617122, 9.719208505617122, 9.719208505617122])
+    ops.mass(1322, *[9.719208505617122, 9.719208505617122, 9.719208505617122])
+    ops.mass(1323, *[4.859604252808566, 4.859604252808566, 4.859604252808566])
+    ops.mass(1324, *[4.9433905330293895,
+             4.9433905330293895, 4.9433905330293895])
+    ops.mass(1325, *[2.471695266514699, 2.471695266514699, 2.471695266514699])
+    ops.mass(1326, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1327, *[4.943390533029387, 4.943390533029387, 4.943390533029387])
+    ops.mass(1328, *[4.943390533029387, 4.943390533029387, 4.943390533029387])
+    ops.mass(1329, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1330, *[4.943390533029381, 4.943390533029381, 4.943390533029381])
+    ops.mass(1331, *[4.9433905330293895,
+             4.9433905330293895, 4.9433905330293895])
+    ops.mass(1332, *[4.943390533029392, 4.943390533029392, 4.943390533029392])
+    ops.mass(1333, *[4.9433905330293815,
+             4.9433905330293815, 4.9433905330293815])
+    ops.mass(1334, *[4.943390533029375, 4.943390533029375, 4.943390533029375])
+    ops.mass(1335, *[4.943390533029384, 4.943390533029384, 4.943390533029384])
+    ops.mass(1336, *[4.943390533029374, 4.943390533029374, 4.943390533029374])
+    ops.mass(1337, *[4.943390533029374, 4.943390533029374, 4.943390533029374])
+    ops.mass(1338, *[4.94339053302939, 4.94339053302939, 4.94339053302939])
+    ops.mass(1339, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1340, *[4.943390533029381, 4.943390533029381, 4.943390533029381])
+    ops.mass(1341, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1342, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1343, *[4.943390533029383, 4.943390533029383, 4.943390533029383])
+    ops.mass(1344, *[2.4716952665146934,
+             2.4716952665146934, 2.4716952665146934])
diff --git a/build/lib/opstool/examples/DamBreak.py b/build/lib/opstool/examples/DamBreak.py
new file mode 100644
index 0000000..ce83afd
--- /dev/null
+++ b/build/lib/opstool/examples/DamBreak.py
@@ -0,0 +1,72 @@
+import os
+import openseespy.opensees as ops
+
+
+def DamBreak():
+    # ------------------------------
+    # Start of model generation
+    # -----------------------------
+
+    # remove existing model
+    ops.wipe()
+
+    # set modelbuilder
+    ops.model('basic', '-ndm', 2, '-ndf', 2)
+
+    # geometric
+    L = 0.146
+    H = L * 2
+    H2 = 0.3
+    h = 0.005
+    alpha = 1.4
+    tw = 3 * h
+
+    # material
+    rho = 1000.0
+    mu = 0.0001
+    b1 = 0.0
+    b2 = -9.81
+    thk = 0.012
+    kappa = -1.0
+
+    # time steps
+    dtmax = 1e-3
+    dtmin = 1e-6
+    totaltime = 1.0
+
+    # nodes
+    ops.node(1, 0.0, 0.0)
+    ops.node(2, L, 0.0)
+    ops.node(3, L, H)
+    ops.node(4, 0.0, H)
+    ops.node(5, 0.0, H2)
+    ops.node(6, 4 * L, 0.0)
+    ops.node(7, 4 * L, H2)
+    ops.node(8, -tw, H2)
+    ops.node(9, -tw, -tw)
+    ops.node(10, 4 * L + tw, -tw)
+    ops.node(11, 4 * L + tw, H2)
+
+    # ids for meshing
+    wall_id = 1
+    water_bound_id = -1
+    water_body_id = -2
+
+    # wall mesh
+    wall_tag = 3
+    ndf = 2
+    ops.mesh('line', 1, 9, 4, 5, 8, 9, 10, 11, 7, 6, 2, wall_id, ndf, h)
+    ops.mesh('line', 2, 3, 2, 1, 4, wall_id, ndf, h)
+    ops.nDMaterial('ElasticIsotropic', 10, 3.45E7, 0.2)
+    eleArgs = ['tri31', 1., 'PlaneStrain', 10, 0., 0., 0., 0.]
+    ops.mesh('tri', wall_tag, 2, 1, 2, wall_id, ndf, h, *eleArgs)
+
+    # fluid mesh
+    fluid_tag = 4
+    ops.mesh('line', 5, 3, 2, 3, 4, water_bound_id, ndf, h)
+
+    eleArgs = ['PFEMElementBubble', rho, mu, b1, b2, thk, kappa]
+    ops.mesh('tri', fluid_tag, 2, 2, 5, water_body_id, ndf, h, *eleArgs)
+
+    for nd in ops.getNodeTags('-mesh', wall_tag):
+        ops.fix(nd, 1, 1)
diff --git a/build/lib/opstool/examples/Frame3D.py b/build/lib/opstool/examples/Frame3D.py
new file mode 100644
index 0000000..310a334
--- /dev/null
+++ b/build/lib/opstool/examples/Frame3D.py
@@ -0,0 +1,3619 @@
+# !-*- coding:utf-8 -*-
+
+# This document was created from Midas2OPS version 0.01
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def Frame3D():
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+
+    # Mechanical properties of material
+    # E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Mass Density;
+    # gamma-unit weight; r: expansion coefficient
+    mat_props = namedtuple(
+        'mat_props', ['mat_name', 'E', 'v', 'G', 'r', 'gamma', 'rho'])
+    MatProps = dict()
+    MatProps[1] = mat_props._make(
+        ('C40', 32500000.0, 0.2, 13541666.666666668, 5.5556e-06, 25.0, 2.5493))
+
+    # Mechanical properties of Sections
+    # A-Area; Asy-Shear area along y; Asz-Shear area along z;
+    # Ixx-torsional; Iyy-inertia moment about y; Izz-inertia moment about z;
+    sec_props = namedtuple(
+        'sec_props', ['sec_name', 'A', 'Asy', 'Asz', 'Ixx', 'Iyy', 'Izz'])
+    SecProps = dict()
+    SecProps[1] = sec_props._make(
+        ('yan', 0.25, 0.2083, 0.2083, 0.0088, 0.0052, 0.0052))
+
+    # Create OpenSees node.
+    ops.node(1, 0, 0, 0)
+    ops.node(2, 5, 0, 0)
+    ops.node(3, 10, 0, 0)
+    ops.node(4, 15, 0, 0)
+    ops.node(5, 20, 0, 0)
+    ops.node(6, 25, 0, 0)
+    ops.node(7, 0, 0, 5)
+    ops.node(8, 5, 0, 5)
+    ops.node(9, 10, 0, 5)
+    ops.node(10, 15, 0, 5)
+    ops.node(11, 20, 0, 5)
+    ops.node(12, 25, 0, 5)
+    ops.node(13, 0, 0, 10)
+    ops.node(14, 5, 0, 10)
+    ops.node(15, 10, 0, 10)
+    ops.node(16, 15, 0, 10)
+    ops.node(17, 20, 0, 10)
+    ops.node(18, 25, 0, 10)
+    ops.node(19, 0, 0, 15)
+    ops.node(20, 5, 0, 15)
+    ops.node(21, 10, 0, 15)
+    ops.node(22, 15, 0, 15)
+    ops.node(23, 20, 0, 15)
+    ops.node(24, 25, 0, 15)
+    ops.node(25, 0, 0, 20)
+    ops.node(26, 5, 0, 20)
+    ops.node(27, 10, 0, 20)
+    ops.node(28, 15, 0, 20)
+    ops.node(29, 20, 0, 20)
+    ops.node(30, 25, 0, 20)
+    ops.node(31, 0, 0, 25)
+    ops.node(32, 5, 0, 25)
+    ops.node(33, 10, 0, 25)
+    ops.node(34, 15, 0, 25)
+    ops.node(35, 20, 0, 25)
+    ops.node(36, 25, 0, 25)
+    ops.node(37, 0, 5, 0)
+    ops.node(38, 5, 5, 0)
+    ops.node(39, 10, 5, 0)
+    ops.node(40, 15, 5, 0)
+    ops.node(41, 20, 5, 0)
+    ops.node(42, 25, 5, 0)
+    ops.node(43, 0, 5, 5)
+    ops.node(44, 5, 5, 5)
+    ops.node(45, 10, 5, 5)
+    ops.node(46, 15, 5, 5)
+    ops.node(47, 20, 5, 5)
+    ops.node(48, 25, 5, 5)
+    ops.node(49, 0, 5, 10)
+    ops.node(50, 5, 5, 10)
+    ops.node(51, 10, 5, 10)
+    ops.node(52, 15, 5, 10)
+    ops.node(53, 20, 5, 10)
+    ops.node(54, 25, 5, 10)
+    ops.node(55, 0, 5, 15)
+    ops.node(56, 5, 5, 15)
+    ops.node(57, 10, 5, 15)
+    ops.node(58, 15, 5, 15)
+    ops.node(59, 20, 5, 15)
+    ops.node(60, 25, 5, 15)
+    ops.node(61, 0, 5, 20)
+    ops.node(62, 5, 5, 20)
+    ops.node(63, 10, 5, 20)
+    ops.node(64, 15, 5, 20)
+    ops.node(65, 20, 5, 20)
+    ops.node(66, 25, 5, 20)
+    ops.node(67, 0, 5, 25)
+    ops.node(68, 5, 5, 25)
+    ops.node(69, 10, 5, 25)
+    ops.node(70, 15, 5, 25)
+    ops.node(71, 20, 5, 25)
+    ops.node(72, 25, 5, 25)
+    ops.node(73, 0, 10, 0)
+    ops.node(74, 5, 10, 0)
+    ops.node(75, 10, 10, 0)
+    ops.node(76, 15, 10, 0)
+    ops.node(77, 20, 10, 0)
+    ops.node(78, 25, 10, 0)
+    ops.node(79, 0, 10, 5)
+    ops.node(80, 5, 10, 5)
+    ops.node(81, 10, 10, 5)
+    ops.node(82, 15, 10, 5)
+    ops.node(83, 20, 10, 5)
+    ops.node(84, 25, 10, 5)
+    ops.node(85, 0, 10, 10)
+    ops.node(86, 5, 10, 10)
+    ops.node(87, 10, 10, 10)
+    ops.node(88, 15, 10, 10)
+    ops.node(89, 20, 10, 10)
+    ops.node(90, 25, 10, 10)
+    ops.node(91, 0, 10, 15)
+    ops.node(92, 5, 10, 15)
+    ops.node(93, 10, 10, 15)
+    ops.node(94, 15, 10, 15)
+    ops.node(95, 20, 10, 15)
+    ops.node(96, 25, 10, 15)
+    ops.node(97, 0, 10, 20)
+    ops.node(98, 5, 10, 20)
+    ops.node(99, 10, 10, 20)
+    ops.node(100, 15, 10, 20)
+    ops.node(101, 20, 10, 20)
+    ops.node(102, 25, 10, 20)
+    ops.node(103, 0, 10, 25)
+    ops.node(104, 5, 10, 25)
+    ops.node(105, 10, 10, 25)
+    ops.node(106, 15, 10, 25)
+    ops.node(107, 20, 10, 25)
+    ops.node(108, 25, 10, 25)
+    ops.node(109, 0, 15, 0)
+    ops.node(110, 5, 15, 0)
+    ops.node(111, 10, 15, 0)
+    ops.node(112, 15, 15, 0)
+    ops.node(113, 20, 15, 0)
+    ops.node(114, 25, 15, 0)
+    ops.node(115, 0, 15, 5)
+    ops.node(116, 5, 15, 5)
+    ops.node(117, 10, 15, 5)
+    ops.node(118, 15, 15, 5)
+    ops.node(119, 20, 15, 5)
+    ops.node(120, 25, 15, 5)
+    ops.node(121, 0, 15, 10)
+    ops.node(122, 5, 15, 10)
+    ops.node(123, 10, 15, 10)
+    ops.node(124, 15, 15, 10)
+    ops.node(125, 20, 15, 10)
+    ops.node(126, 25, 15, 10)
+    ops.node(127, 0, 15, 15)
+    ops.node(128, 5, 15, 15)
+    ops.node(129, 10, 15, 15)
+    ops.node(130, 15, 15, 15)
+    ops.node(131, 20, 15, 15)
+    ops.node(132, 25, 15, 15)
+    ops.node(133, 0, 15, 20)
+    ops.node(134, 5, 15, 20)
+    ops.node(135, 10, 15, 20)
+    ops.node(136, 15, 15, 20)
+    ops.node(137, 20, 15, 20)
+    ops.node(138, 25, 15, 20)
+    ops.node(139, 0, 15, 25)
+    ops.node(140, 5, 15, 25)
+    ops.node(141, 10, 15, 25)
+    ops.node(142, 15, 15, 25)
+    ops.node(143, 20, 15, 25)
+    ops.node(144, 25, 15, 25)
+    ops.node(145, 0, 0, 30)
+    ops.node(146, 5, 0, 30)
+    ops.node(147, 10, 0, 30)
+    ops.node(148, 15, 0, 30)
+    ops.node(149, 20, 0, 30)
+    ops.node(150, 25, 0, 30)
+    ops.node(151, 0, 5, 30)
+    ops.node(152, 5, 5, 30)
+    ops.node(153, 10, 5, 30)
+    ops.node(154, 15, 5, 30)
+    ops.node(155, 20, 5, 30)
+    ops.node(156, 25, 5, 30)
+    ops.node(157, 0, 10, 30)
+    ops.node(158, 5, 10, 30)
+    ops.node(159, 10, 10, 30)
+    ops.node(160, 15, 10, 30)
+    ops.node(161, 20, 10, 30)
+    ops.node(162, 25, 10, 30)
+    ops.node(163, 0, 15, 30)
+    ops.node(164, 5, 15, 30)
+    ops.node(165, 10, 15, 30)
+    ops.node(166, 15, 15, 30)
+    ops.node(167, 20, 15, 30)
+    ops.node(168, 25, 15, 30)
+    ops.node(169, 0, 0, 35)
+    ops.node(170, 5, 0, 35)
+    ops.node(171, 10, 0, 35)
+    ops.node(172, 15, 0, 35)
+    ops.node(173, 20, 0, 35)
+    ops.node(174, 25, 0, 35)
+    ops.node(175, 0, 5, 35)
+    ops.node(176, 5, 5, 35)
+    ops.node(177, 10, 5, 35)
+    ops.node(178, 15, 5, 35)
+    ops.node(179, 20, 5, 35)
+    ops.node(180, 25, 5, 35)
+    ops.node(181, 0, 10, 35)
+    ops.node(182, 5, 10, 35)
+    ops.node(183, 10, 10, 35)
+    ops.node(184, 15, 10, 35)
+    ops.node(185, 20, 10, 35)
+    ops.node(186, 25, 10, 35)
+    ops.node(187, 0, 15, 35)
+    ops.node(188, 5, 15, 35)
+    ops.node(189, 10, 15, 35)
+    ops.node(190, 15, 15, 35)
+    ops.node(191, 20, 15, 35)
+    ops.node(192, 25, 15, 35)
+    ops.node(193, 0, 0, 40)
+    ops.node(194, 5, 0, 40)
+    ops.node(195, 10, 0, 40)
+    ops.node(196, 15, 0, 40)
+    ops.node(197, 20, 0, 40)
+    ops.node(198, 25, 0, 40)
+    ops.node(199, 0, 5, 40)
+    ops.node(200, 5, 5, 40)
+    ops.node(201, 10, 5, 40)
+    ops.node(202, 15, 5, 40)
+    ops.node(203, 20, 5, 40)
+    ops.node(204, 25, 5, 40)
+    ops.node(205, 0, 10, 40)
+    ops.node(206, 5, 10, 40)
+    ops.node(207, 10, 10, 40)
+    ops.node(208, 15, 10, 40)
+    ops.node(209, 20, 10, 40)
+    ops.node(210, 25, 10, 40)
+    ops.node(211, 0, 15, 40)
+    ops.node(212, 5, 15, 40)
+    ops.node(213, 10, 15, 40)
+    ops.node(214, 15, 15, 40)
+    ops.node(215, 20, 15, 40)
+    ops.node(216, 25, 15, 40)
+    ops.node(217, 0, 0, 45)
+    ops.node(218, 5, 0, 45)
+    ops.node(219, 10, 0, 45)
+    ops.node(220, 15, 0, 45)
+    ops.node(221, 20, 0, 45)
+    ops.node(222, 25, 0, 45)
+    ops.node(223, 0, 5, 45)
+    ops.node(224, 5, 5, 45)
+    ops.node(225, 10, 5, 45)
+    ops.node(226, 15, 5, 45)
+    ops.node(227, 20, 5, 45)
+    ops.node(228, 25, 5, 45)
+    ops.node(229, 0, 10, 45)
+    ops.node(230, 5, 10, 45)
+    ops.node(231, 10, 10, 45)
+    ops.node(232, 15, 10, 45)
+    ops.node(233, 20, 10, 45)
+    ops.node(234, 25, 10, 45)
+    ops.node(235, 0, 15, 45)
+    ops.node(236, 5, 15, 45)
+    ops.node(237, 10, 15, 45)
+    ops.node(238, 15, 15, 45)
+    ops.node(239, 20, 15, 45)
+    ops.node(240, 25, 15, 45)
+    ops.node(241, 0, 0, 50)
+    ops.node(242, 5, 0, 50)
+    ops.node(243, 10, 0, 50)
+    ops.node(244, 15, 0, 50)
+    ops.node(245, 20, 0, 50)
+    ops.node(246, 25, 0, 50)
+    ops.node(247, 0, 5, 50)
+    ops.node(248, 5, 5, 50)
+    ops.node(249, 10, 5, 50)
+    ops.node(250, 15, 5, 50)
+    ops.node(251, 20, 5, 50)
+    ops.node(252, 25, 5, 50)
+    ops.node(253, 0, 10, 50)
+    ops.node(254, 5, 10, 50)
+    ops.node(255, 10, 10, 50)
+    ops.node(256, 15, 10, 50)
+    ops.node(257, 20, 10, 50)
+    ops.node(258, 25, 10, 50)
+    ops.node(259, 0, 15, 50)
+    ops.node(260, 5, 15, 50)
+    ops.node(261, 10, 15, 50)
+    ops.node(262, 15, 15, 50)
+    ops.node(263, 20, 15, 50)
+    ops.node(264, 25, 15, 50)
+    ops.node(265, 0, 0, 55)
+    ops.node(266, 5, 0, 55)
+    ops.node(267, 10, 0, 55)
+    ops.node(268, 15, 0, 55)
+    ops.node(269, 20, 0, 55)
+    ops.node(270, 25, 0, 55)
+    ops.node(271, 0, 5, 55)
+    ops.node(272, 5, 5, 55)
+    ops.node(273, 10, 5, 55)
+    ops.node(274, 15, 5, 55)
+    ops.node(275, 20, 5, 55)
+    ops.node(276, 25, 5, 55)
+    ops.node(277, 0, 10, 55)
+    ops.node(278, 5, 10, 55)
+    ops.node(279, 10, 10, 55)
+    ops.node(280, 15, 10, 55)
+    ops.node(281, 20, 10, 55)
+    ops.node(282, 25, 10, 55)
+    ops.node(283, 0, 15, 55)
+    ops.node(284, 5, 15, 55)
+    ops.node(285, 10, 15, 55)
+    ops.node(286, 15, 15, 55)
+    ops.node(287, 20, 15, 55)
+    ops.node(288, 25, 15, 55)
+    ops.node(289, 0, 0, 60)
+    ops.node(290, 5, 0, 60)
+    ops.node(291, 10, 0, 60)
+    ops.node(292, 15, 0, 60)
+    ops.node(293, 20, 0, 60)
+    ops.node(294, 25, 0, 60)
+    ops.node(295, 0, 5, 60)
+    ops.node(296, 5, 5, 60)
+    ops.node(297, 10, 5, 60)
+    ops.node(298, 15, 5, 60)
+    ops.node(299, 20, 5, 60)
+    ops.node(300, 25, 5, 60)
+    ops.node(301, 0, 10, 60)
+    ops.node(302, 5, 10, 60)
+    ops.node(303, 10, 10, 60)
+    ops.node(304, 15, 10, 60)
+    ops.node(305, 20, 10, 60)
+    ops.node(306, 25, 10, 60)
+    ops.node(307, 0, 15, 60)
+    ops.node(308, 5, 15, 60)
+    ops.node(309, 10, 15, 60)
+    ops.node(310, 15, 15, 60)
+    ops.node(311, 20, 15, 60)
+    ops.node(312, 25, 15, 60)
+    ops.node(313, 0, 0, 65)
+    ops.node(314, 5, 0, 65)
+    ops.node(315, 10, 0, 65)
+    ops.node(316, 15, 0, 65)
+    ops.node(317, 20, 0, 65)
+    ops.node(318, 25, 0, 65)
+    ops.node(319, 0, 5, 65)
+    ops.node(320, 5, 5, 65)
+    ops.node(321, 10, 5, 65)
+    ops.node(322, 15, 5, 65)
+    ops.node(323, 20, 5, 65)
+    ops.node(324, 25, 5, 65)
+    ops.node(325, 0, 10, 65)
+    ops.node(326, 5, 10, 65)
+    ops.node(327, 10, 10, 65)
+    ops.node(328, 15, 10, 65)
+    ops.node(329, 20, 10, 65)
+    ops.node(330, 25, 10, 65)
+    ops.node(331, 0, 15, 65)
+    ops.node(332, 5, 15, 65)
+    ops.node(333, 10, 15, 65)
+    ops.node(334, 15, 15, 65)
+    ops.node(335, 20, 15, 65)
+    ops.node(336, 25, 15, 65)
+    ops.node(337, 0, 0, 70)
+    ops.node(338, 5, 0, 70)
+    ops.node(339, 10, 0, 70)
+    ops.node(340, 15, 0, 70)
+    ops.node(341, 20, 0, 70)
+    ops.node(342, 25, 0, 70)
+    ops.node(343, 0, 5, 70)
+    ops.node(344, 5, 5, 70)
+    ops.node(345, 10, 5, 70)
+    ops.node(346, 15, 5, 70)
+    ops.node(347, 20, 5, 70)
+    ops.node(348, 25, 5, 70)
+    ops.node(349, 0, 10, 70)
+    ops.node(350, 5, 10, 70)
+    ops.node(351, 10, 10, 70)
+    ops.node(352, 15, 10, 70)
+    ops.node(353, 20, 10, 70)
+    ops.node(354, 25, 10, 70)
+    ops.node(355, 0, 15, 70)
+    ops.node(356, 5, 15, 70)
+    ops.node(357, 10, 15, 70)
+    ops.node(358, 15, 15, 70)
+    ops.node(359, 20, 15, 70)
+    ops.node(360, 25, 15, 70)
+    ops.node(361, 0, 0, 75)
+    ops.node(362, 5, 0, 75)
+    ops.node(363, 10, 0, 75)
+    ops.node(364, 15, 0, 75)
+    ops.node(365, 20, 0, 75)
+    ops.node(366, 25, 0, 75)
+    ops.node(367, 0, 5, 75)
+    ops.node(368, 5, 5, 75)
+    ops.node(369, 10, 5, 75)
+    ops.node(370, 15, 5, 75)
+    ops.node(371, 20, 5, 75)
+    ops.node(372, 25, 5, 75)
+    ops.node(373, 0, 10, 75)
+    ops.node(374, 5, 10, 75)
+    ops.node(375, 10, 10, 75)
+    ops.node(376, 15, 10, 75)
+    ops.node(377, 20, 10, 75)
+    ops.node(378, 25, 10, 75)
+    ops.node(379, 0, 15, 75)
+    ops.node(380, 5, 15, 75)
+    ops.node(381, 10, 15, 75)
+    ops.node(382, 15, 15, 75)
+    ops.node(383, 20, 15, 75)
+    ops.node(384, 25, 15, 75)
+
+    # Create OpenSees elastic elements.
+    ops.geomTransf('Linear', 1, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 6, *[7, 8], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 1)
+    ops.geomTransf('Linear', 2, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 7, *[8, 9], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 2)
+    ops.geomTransf('Linear', 3, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 8, *[9, 10], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 3)
+    ops.geomTransf('Linear', 4, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 9, *[10, 11], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 4)
+    ops.geomTransf('Linear', 5, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 10, *[11, 12], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 5)
+    ops.geomTransf('Linear', 6, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 11, *[13, 14], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 6)
+    ops.geomTransf('Linear', 7, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 12, *[14, 15], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 7)
+    ops.geomTransf('Linear', 8, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 13, *[15, 16], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 8)
+    ops.geomTransf('Linear', 9, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 14, *[16, 17], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 9)
+    ops.geomTransf('Linear', 10, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 15, *[17, 18], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 10)
+    ops.geomTransf('Linear', 11, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 16, *[19, 20], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 11)
+    ops.geomTransf('Linear', 12, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 17, *[20, 21], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 12)
+    ops.geomTransf('Linear', 13, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 18, *[21, 22], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 13)
+    ops.geomTransf('Linear', 14, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 19, *[22, 23], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 14)
+    ops.geomTransf('Linear', 15, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 20, *[23, 24], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 15)
+    ops.geomTransf('Linear', 16, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 21, *[25, 26], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 16)
+    ops.geomTransf('Linear', 17, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 22, *[26, 27], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 17)
+    ops.geomTransf('Linear', 18, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 23, *[27, 28], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 18)
+    ops.geomTransf('Linear', 19, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 24, *[28, 29], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 19)
+    ops.geomTransf('Linear', 20, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 25, *[29, 30], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 20)
+    ops.geomTransf('Linear', 21, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 26, *[31, 32], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 21)
+    ops.geomTransf('Linear', 22, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 27, *[32, 33], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 22)
+    ops.geomTransf('Linear', 23, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 28, *[33, 34], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 23)
+    ops.geomTransf('Linear', 24, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 29, *[34, 35], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 24)
+    ops.geomTransf('Linear', 25, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 30, *[35, 36], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 25)
+    ops.geomTransf('Linear', 26, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 31, *[1, 7], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 26)
+    ops.geomTransf('Linear', 27, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 32, *[7, 13], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 27)
+    ops.geomTransf('Linear', 28, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 33, *[13, 19], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 28)
+    ops.geomTransf('Linear', 29, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 34, *[19, 25], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 29)
+    ops.geomTransf('Linear', 30, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 35, *[25, 31], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 30)
+    ops.geomTransf('Linear', 31, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 36, *[2, 8], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 31)
+    ops.geomTransf('Linear', 32, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 37, *[8, 14], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 32)
+    ops.geomTransf('Linear', 33, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 38, *[14, 20], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 33)
+    ops.geomTransf('Linear', 34, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 39, *[20, 26], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 34)
+    ops.geomTransf('Linear', 35, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 40, *[26, 32], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 35)
+    ops.geomTransf('Linear', 36, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 41, *[3, 9], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 36)
+    ops.geomTransf('Linear', 37, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 42, *[9, 15], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 37)
+    ops.geomTransf('Linear', 38, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 43, *[15, 21], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 38)
+    ops.geomTransf('Linear', 39, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 44, *[21, 27], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 39)
+    ops.geomTransf('Linear', 40, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 45, *[27, 33], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 40)
+    ops.geomTransf('Linear', 41, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 46, *[4, 10], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 41)
+    ops.geomTransf('Linear', 42, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 47, *[10, 16], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 42)
+    ops.geomTransf('Linear', 43, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 48, *[16, 22], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 43)
+    ops.geomTransf('Linear', 44, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 49, *[22, 28], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 44)
+    ops.geomTransf('Linear', 45, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 50, *[28, 34], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 45)
+    ops.geomTransf('Linear', 46, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 51, *[5, 11], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 46)
+    ops.geomTransf('Linear', 47, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 52, *[11, 17], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 47)
+    ops.geomTransf('Linear', 48, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 53, *[17, 23], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 48)
+    ops.geomTransf('Linear', 49, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 54, *[23, 29], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 49)
+    ops.geomTransf('Linear', 50, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 55, *[29, 35], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 50)
+    ops.geomTransf('Linear', 51, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 56, *[6, 12], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 51)
+    ops.geomTransf('Linear', 52, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 57, *[12, 18], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 52)
+    ops.geomTransf('Linear', 53, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 58, *[18, 24], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 53)
+    ops.geomTransf('Linear', 54, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 59, *[24, 30], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 54)
+    ops.geomTransf('Linear', 55, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 60, *[30, 36], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 55)
+    ops.geomTransf('Linear', 56, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 66, *[43, 44], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 56)
+    ops.geomTransf('Linear', 57, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 67, *[44, 45], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 57)
+    ops.geomTransf('Linear', 58, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 68, *[45, 46], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 58)
+    ops.geomTransf('Linear', 59, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 69, *[46, 47], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 59)
+    ops.geomTransf('Linear', 60, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 70, *[47, 48], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 60)
+    ops.geomTransf('Linear', 61, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 71, *[49, 50], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 61)
+    ops.geomTransf('Linear', 62, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 72, *[50, 51], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 62)
+    ops.geomTransf('Linear', 63, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 73, *[51, 52], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 63)
+    ops.geomTransf('Linear', 64, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 74, *[52, 53], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 64)
+    ops.geomTransf('Linear', 65, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 75, *[53, 54], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 65)
+    ops.geomTransf('Linear', 66, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 76, *[55, 56], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 66)
+    ops.geomTransf('Linear', 67, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 77, *[56, 57], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 67)
+    ops.geomTransf('Linear', 68, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 78, *[57, 58], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 68)
+    ops.geomTransf('Linear', 69, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 79, *[58, 59], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 69)
+    ops.geomTransf('Linear', 70, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 80, *[59, 60], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 70)
+    ops.geomTransf('Linear', 71, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 81, *[61, 62], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 71)
+    ops.geomTransf('Linear', 72, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 82, *[62, 63], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 72)
+    ops.geomTransf('Linear', 73, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 83, *[63, 64], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 73)
+    ops.geomTransf('Linear', 74, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 84, *[64, 65], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 74)
+    ops.geomTransf('Linear', 75, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 85, *[65, 66], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 75)
+    ops.geomTransf('Linear', 76, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 86, *[67, 68], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 76)
+    ops.geomTransf('Linear', 77, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 87, *[68, 69], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 77)
+    ops.geomTransf('Linear', 78, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 88, *[69, 70], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 78)
+    ops.geomTransf('Linear', 79, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 89, *[70, 71], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 79)
+    ops.geomTransf('Linear', 80, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 90, *[71, 72], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 80)
+    ops.geomTransf('Linear', 81, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 91, *[37, 43], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 81)
+    ops.geomTransf('Linear', 82, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 92, *[43, 49], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 82)
+    ops.geomTransf('Linear', 83, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 93, *[49, 55], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 83)
+    ops.geomTransf('Linear', 84, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 94, *[55, 61], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 84)
+    ops.geomTransf('Linear', 85, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 95, *[61, 67], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 85)
+    ops.geomTransf('Linear', 86, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 96, *[38, 44], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 86)
+    ops.geomTransf('Linear', 87, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 97, *[44, 50], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 87)
+    ops.geomTransf('Linear', 88, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 98, *[50, 56], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 88)
+    ops.geomTransf('Linear', 89, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 99, *[56, 62], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 89)
+    ops.geomTransf('Linear', 90, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 100, *[62, 68], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 90)
+    ops.geomTransf('Linear', 91, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 101, *[39, 45], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 91)
+    ops.geomTransf('Linear', 92, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 102, *[45, 51], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 92)
+    ops.geomTransf('Linear', 93, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 103, *[51, 57], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 93)
+    ops.geomTransf('Linear', 94, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 104, *[57, 63], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 94)
+    ops.geomTransf('Linear', 95, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 105, *[63, 69], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 95)
+    ops.geomTransf('Linear', 96, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 106, *[40, 46], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 96)
+    ops.geomTransf('Linear', 97, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 107, *[46, 52], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 97)
+    ops.geomTransf('Linear', 98, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 108, *[52, 58], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 98)
+    ops.geomTransf('Linear', 99, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 109, *[58, 64], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 99)
+    ops.geomTransf('Linear', 100, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 110, *[64, 70], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 100)
+    ops.geomTransf('Linear', 101, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 111, *[41, 47], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 101)
+    ops.geomTransf('Linear', 102, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 112, *[47, 53], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 102)
+    ops.geomTransf('Linear', 103, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 113, *[53, 59], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 103)
+    ops.geomTransf('Linear', 104, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 114, *[59, 65], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 104)
+    ops.geomTransf('Linear', 105, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 115, *[65, 71], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 105)
+    ops.geomTransf('Linear', 106, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 116, *[42, 48], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 106)
+    ops.geomTransf('Linear', 107, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 117, *[48, 54], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 107)
+    ops.geomTransf('Linear', 108, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 118, *[54, 60], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 108)
+    ops.geomTransf('Linear', 109, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 119, *[60, 66], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 109)
+    ops.geomTransf('Linear', 110, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 120, *[66, 72], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 110)
+    ops.geomTransf('Linear', 111, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 126, *[79, 80], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 111)
+    ops.geomTransf('Linear', 112, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 127, *[80, 81], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 112)
+    ops.geomTransf('Linear', 113, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 128, *[81, 82], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 113)
+    ops.geomTransf('Linear', 114, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 129, *[82, 83], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 114)
+    ops.geomTransf('Linear', 115, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 130, *[83, 84], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 115)
+    ops.geomTransf('Linear', 116, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 131, *[85, 86], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 116)
+    ops.geomTransf('Linear', 117, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 132, *[86, 87], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 117)
+    ops.geomTransf('Linear', 118, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 133, *[87, 88], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 118)
+    ops.geomTransf('Linear', 119, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 134, *[88, 89], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 119)
+    ops.geomTransf('Linear', 120, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 135, *[89, 90], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 120)
+    ops.geomTransf('Linear', 121, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 136, *[91, 92], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 121)
+    ops.geomTransf('Linear', 122, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 137, *[92, 93], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 122)
+    ops.geomTransf('Linear', 123, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 138, *[93, 94], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 123)
+    ops.geomTransf('Linear', 124, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 139, *[94, 95], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 124)
+    ops.geomTransf('Linear', 125, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 140, *[95, 96], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 125)
+    ops.geomTransf('Linear', 126, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 141, *[97, 98], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 126)
+    ops.geomTransf('Linear', 127, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 142, *[98, 99], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 127)
+    ops.geomTransf('Linear', 128, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 143, *[99, 100], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 128)
+    ops.geomTransf('Linear', 129, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 144, *[100, 101], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 129)
+    ops.geomTransf('Linear', 130, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 145, *[101, 102], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 130)
+    ops.geomTransf('Linear', 131, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 146, *[103, 104], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 131)
+    ops.geomTransf('Linear', 132, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 147, *[104, 105], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 132)
+    ops.geomTransf('Linear', 133, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 148, *[105, 106], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 133)
+    ops.geomTransf('Linear', 134, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 149, *[106, 107], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 134)
+    ops.geomTransf('Linear', 135, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 150, *[107, 108], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 135)
+    ops.geomTransf('Linear', 136, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 151, *[73, 79], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 136)
+    ops.geomTransf('Linear', 137, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 152, *[79, 85], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 137)
+    ops.geomTransf('Linear', 138, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 153, *[85, 91], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 138)
+    ops.geomTransf('Linear', 139, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 154, *[91, 97], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 139)
+    ops.geomTransf('Linear', 140, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 155, *[97, 103], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 140)
+    ops.geomTransf('Linear', 141, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 156, *[74, 80], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 141)
+    ops.geomTransf('Linear', 142, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 157, *[80, 86], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 142)
+    ops.geomTransf('Linear', 143, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 158, *[86, 92], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 143)
+    ops.geomTransf('Linear', 144, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 159, *[92, 98], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 144)
+    ops.geomTransf('Linear', 145, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 160, *[98, 104], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 145)
+    ops.geomTransf('Linear', 146, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 161, *[75, 81], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 146)
+    ops.geomTransf('Linear', 147, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 162, *[81, 87], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 147)
+    ops.geomTransf('Linear', 148, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 163, *[87, 93], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 148)
+    ops.geomTransf('Linear', 149, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 164, *[93, 99], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 149)
+    ops.geomTransf('Linear', 150, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 165, *[99, 105], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 150)
+    ops.geomTransf('Linear', 151, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 166, *[76, 82], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 151)
+    ops.geomTransf('Linear', 152, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 167, *[82, 88], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 152)
+    ops.geomTransf('Linear', 153, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 168, *[88, 94], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 153)
+    ops.geomTransf('Linear', 154, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 169, *[94, 100], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 154)
+    ops.geomTransf('Linear', 155, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 170, *[100, 106], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 155)
+    ops.geomTransf('Linear', 156, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 171, *[77, 83], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 156)
+    ops.geomTransf('Linear', 157, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 172, *[83, 89], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 157)
+    ops.geomTransf('Linear', 158, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 173, *[89, 95], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 158)
+    ops.geomTransf('Linear', 159, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 174, *[95, 101], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 159)
+    ops.geomTransf('Linear', 160, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 175, *[101, 107], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 160)
+    ops.geomTransf('Linear', 161, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 176, *[78, 84], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 161)
+    ops.geomTransf('Linear', 162, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 177, *[84, 90], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 162)
+    ops.geomTransf('Linear', 163, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 178, *[90, 96], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 163)
+    ops.geomTransf('Linear', 164, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 179, *[96, 102], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 164)
+    ops.geomTransf('Linear', 165, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 180, *[102, 108], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 165)
+    ops.geomTransf('Linear', 166, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 186, *[115, 116], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 166)
+    ops.geomTransf('Linear', 167, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 187, *[116, 117], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 167)
+    ops.geomTransf('Linear', 168, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 188, *[117, 118], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 168)
+    ops.geomTransf('Linear', 169, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 189, *[118, 119], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 169)
+    ops.geomTransf('Linear', 170, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 190, *[119, 120], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 170)
+    ops.geomTransf('Linear', 171, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 191, *[121, 122], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 171)
+    ops.geomTransf('Linear', 172, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 192, *[122, 123], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 172)
+    ops.geomTransf('Linear', 173, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 193, *[123, 124], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 173)
+    ops.geomTransf('Linear', 174, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 194, *[124, 125], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 174)
+    ops.geomTransf('Linear', 175, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 195, *[125, 126], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 175)
+    ops.geomTransf('Linear', 176, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 196, *[127, 128], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 176)
+    ops.geomTransf('Linear', 177, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 197, *[128, 129], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 177)
+    ops.geomTransf('Linear', 178, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 198, *[129, 130], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 178)
+    ops.geomTransf('Linear', 179, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 199, *[130, 131], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 179)
+    ops.geomTransf('Linear', 180, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 200, *[131, 132], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 180)
+    ops.geomTransf('Linear', 181, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 201, *[133, 134], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 181)
+    ops.geomTransf('Linear', 182, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 202, *[134, 135], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 182)
+    ops.geomTransf('Linear', 183, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 203, *[135, 136], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 183)
+    ops.geomTransf('Linear', 184, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 204, *[136, 137], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 184)
+    ops.geomTransf('Linear', 185, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 205, *[137, 138], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 185)
+    ops.geomTransf('Linear', 186, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 206, *[139, 140], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 186)
+    ops.geomTransf('Linear', 187, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 207, *[140, 141], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 187)
+    ops.geomTransf('Linear', 188, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 208, *[141, 142], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 188)
+    ops.geomTransf('Linear', 189, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 209, *[142, 143], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 189)
+    ops.geomTransf('Linear', 190, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 210, *[143, 144], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 190)
+    ops.geomTransf('Linear', 191, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 211, *[109, 115], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 191)
+    ops.geomTransf('Linear', 192, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 212, *[115, 121], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 192)
+    ops.geomTransf('Linear', 193, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 213, *[121, 127], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 193)
+    ops.geomTransf('Linear', 194, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 214, *[127, 133], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 194)
+    ops.geomTransf('Linear', 195, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 215, *[133, 139], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 195)
+    ops.geomTransf('Linear', 196, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 216, *[110, 116], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 196)
+    ops.geomTransf('Linear', 197, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 217, *[116, 122], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 197)
+    ops.geomTransf('Linear', 198, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 218, *[122, 128], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 198)
+    ops.geomTransf('Linear', 199, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 219, *[128, 134], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 199)
+    ops.geomTransf('Linear', 200, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 220, *[134, 140], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 200)
+    ops.geomTransf('Linear', 201, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 221, *[111, 117], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 201)
+    ops.geomTransf('Linear', 202, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 222, *[117, 123], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 202)
+    ops.geomTransf('Linear', 203, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 223, *[123, 129], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 203)
+    ops.geomTransf('Linear', 204, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 224, *[129, 135], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 204)
+    ops.geomTransf('Linear', 205, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 225, *[135, 141], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 205)
+    ops.geomTransf('Linear', 206, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 226, *[112, 118], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 206)
+    ops.geomTransf('Linear', 207, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 227, *[118, 124], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 207)
+    ops.geomTransf('Linear', 208, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 228, *[124, 130], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 208)
+    ops.geomTransf('Linear', 209, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 229, *[130, 136], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 209)
+    ops.geomTransf('Linear', 210, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 230, *[136, 142], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 210)
+    ops.geomTransf('Linear', 211, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 231, *[113, 119], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 211)
+    ops.geomTransf('Linear', 212, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 232, *[119, 125], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 212)
+    ops.geomTransf('Linear', 213, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 233, *[125, 131], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 213)
+    ops.geomTransf('Linear', 214, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 234, *[131, 137], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 214)
+    ops.geomTransf('Linear', 215, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 235, *[137, 143], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 215)
+    ops.geomTransf('Linear', 216, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 236, *[114, 120], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 216)
+    ops.geomTransf('Linear', 217, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 237, *[120, 126], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 217)
+    ops.geomTransf('Linear', 218, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 238, *[126, 132], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 218)
+    ops.geomTransf('Linear', 219, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 239, *[132, 138], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 219)
+    ops.geomTransf('Linear', 220, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 240, *[138, 144], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 220)
+    ops.geomTransf('Linear', 221, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 241, *[144, 108], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 221)
+    ops.geomTransf('Linear', 222, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 242, *[108, 72], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 222)
+    ops.geomTransf('Linear', 223, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 243, *[72, 36], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 223)
+    ops.geomTransf('Linear', 224, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 244, *[143, 107], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 224)
+    ops.geomTransf('Linear', 225, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 245, *[107, 71], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 225)
+    ops.geomTransf('Linear', 226, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 246, *[71, 35], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 226)
+    ops.geomTransf('Linear', 227, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 247, *[142, 106], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 227)
+    ops.geomTransf('Linear', 228, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 248, *[106, 70], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 228)
+    ops.geomTransf('Linear', 229, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 249, *[70, 34], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 229)
+    ops.geomTransf('Linear', 230, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 250, *[141, 105], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 230)
+    ops.geomTransf('Linear', 231, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 251, *[105, 69], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 231)
+    ops.geomTransf('Linear', 232, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 252, *[69, 33], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 232)
+    ops.geomTransf('Linear', 233, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 253, *[140, 104], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 233)
+    ops.geomTransf('Linear', 234, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 254, *[104, 68], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 234)
+    ops.geomTransf('Linear', 235, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 255, *[68, 32], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 235)
+    ops.geomTransf('Linear', 236, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 256, *[139, 103], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 236)
+    ops.geomTransf('Linear', 237, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 257, *[103, 67], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 237)
+    ops.geomTransf('Linear', 238, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 258, *[67, 31], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 238)
+    ops.geomTransf('Linear', 239, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 259, *[138, 102], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 239)
+    ops.geomTransf('Linear', 240, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 260, *[102, 66], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 240)
+    ops.geomTransf('Linear', 241, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 261, *[66, 30], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 241)
+    ops.geomTransf('Linear', 242, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 262, *[137, 101], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 242)
+    ops.geomTransf('Linear', 243, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 263, *[101, 65], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 243)
+    ops.geomTransf('Linear', 244, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 264, *[65, 29], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 244)
+    ops.geomTransf('Linear', 245, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 265, *[136, 100], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 245)
+    ops.geomTransf('Linear', 246, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 266, *[100, 64], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 246)
+    ops.geomTransf('Linear', 247, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 267, *[64, 28], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 247)
+    ops.geomTransf('Linear', 248, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 268, *[135, 99], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 248)
+    ops.geomTransf('Linear', 249, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 269, *[99, 63], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 249)
+    ops.geomTransf('Linear', 250, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 270, *[63, 27], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 250)
+    ops.geomTransf('Linear', 251, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 271, *[134, 98], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 251)
+    ops.geomTransf('Linear', 252, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 272, *[98, 62], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 252)
+    ops.geomTransf('Linear', 253, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 273, *[62, 26], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 253)
+    ops.geomTransf('Linear', 254, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 274, *[133, 97], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 254)
+    ops.geomTransf('Linear', 255, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 275, *[97, 61], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 255)
+    ops.geomTransf('Linear', 256, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 276, *[61, 25], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 256)
+    ops.geomTransf('Linear', 257, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 277, *[132, 96], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 257)
+    ops.geomTransf('Linear', 258, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 278, *[96, 60], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 258)
+    ops.geomTransf('Linear', 259, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 279, *[60, 24], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 259)
+    ops.geomTransf('Linear', 260, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 280, *[131, 95], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 260)
+    ops.geomTransf('Linear', 261, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 281, *[95, 59], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 261)
+    ops.geomTransf('Linear', 262, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 282, *[59, 23], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 262)
+    ops.geomTransf('Linear', 263, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 283, *[130, 94], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 263)
+    ops.geomTransf('Linear', 264, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 284, *[94, 58], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 264)
+    ops.geomTransf('Linear', 265, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 285, *[58, 22], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 265)
+    ops.geomTransf('Linear', 266, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 286, *[129, 93], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 266)
+    ops.geomTransf('Linear', 267, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 287, *[93, 57], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 267)
+    ops.geomTransf('Linear', 268, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 288, *[57, 21], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 268)
+    ops.geomTransf('Linear', 269, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 289, *[128, 92], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 269)
+    ops.geomTransf('Linear', 270, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 290, *[92, 56], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 270)
+    ops.geomTransf('Linear', 271, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 291, *[56, 20], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 271)
+    ops.geomTransf('Linear', 272, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 292, *[127, 91], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 272)
+    ops.geomTransf('Linear', 273, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 293, *[91, 55], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 273)
+    ops.geomTransf('Linear', 274, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 294, *[55, 19], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 274)
+    ops.geomTransf('Linear', 275, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 295, *[126, 90], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 275)
+    ops.geomTransf('Linear', 276, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 296, *[90, 54], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 276)
+    ops.geomTransf('Linear', 277, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 297, *[54, 18], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 277)
+    ops.geomTransf('Linear', 278, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 298, *[125, 89], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 278)
+    ops.geomTransf('Linear', 279, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 299, *[89, 53], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 279)
+    ops.geomTransf('Linear', 280, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 300, *[53, 17], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 280)
+    ops.geomTransf('Linear', 281, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 301, *[124, 88], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 281)
+    ops.geomTransf('Linear', 282, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 302, *[88, 52], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 282)
+    ops.geomTransf('Linear', 283, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 303, *[52, 16], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 283)
+    ops.geomTransf('Linear', 284, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 304, *[123, 87], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 284)
+    ops.geomTransf('Linear', 285, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 305, *[87, 51], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 285)
+    ops.geomTransf('Linear', 286, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 306, *[51, 15], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 286)
+    ops.geomTransf('Linear', 287, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 307, *[122, 86], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 287)
+    ops.geomTransf('Linear', 288, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 308, *[86, 50], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 288)
+    ops.geomTransf('Linear', 289, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 309, *[50, 14], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 289)
+    ops.geomTransf('Linear', 290, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 310, *[121, 85], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 290)
+    ops.geomTransf('Linear', 291, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 311, *[85, 49], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 291)
+    ops.geomTransf('Linear', 292, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 312, *[49, 13], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 292)
+    ops.geomTransf('Linear', 293, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 313, *[120, 84], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 293)
+    ops.geomTransf('Linear', 294, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 314, *[84, 48], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 294)
+    ops.geomTransf('Linear', 295, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 315, *[48, 12], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 295)
+    ops.geomTransf('Linear', 296, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 316, *[119, 83], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 296)
+    ops.geomTransf('Linear', 297, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 317, *[83, 47], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 297)
+    ops.geomTransf('Linear', 298, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 318, *[47, 11], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 298)
+    ops.geomTransf('Linear', 299, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 319, *[118, 82], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 299)
+    ops.geomTransf('Linear', 300, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 320, *[82, 46], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 300)
+    ops.geomTransf('Linear', 301, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 321, *[46, 10], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 301)
+    ops.geomTransf('Linear', 302, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 322, *[117, 81], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 302)
+    ops.geomTransf('Linear', 303, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 323, *[81, 45], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 303)
+    ops.geomTransf('Linear', 304, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 324, *[45, 9], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 304)
+    ops.geomTransf('Linear', 305, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 325, *[116, 80], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 305)
+    ops.geomTransf('Linear', 306, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 326, *[80, 44], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 306)
+    ops.geomTransf('Linear', 307, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 327, *[44, 8], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 307)
+    ops.geomTransf('Linear', 308, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 328, *[115, 79], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 308)
+    ops.geomTransf('Linear', 309, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 329, *[79, 43], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 309)
+    ops.geomTransf('Linear', 310, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 330, *[43, 7], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 310)
+    ops.geomTransf('Linear', 311, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 331, *[145, 146], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 311)
+    ops.geomTransf('Linear', 312, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 332, *[146, 147], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 312)
+    ops.geomTransf('Linear', 313, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 333, *[147, 148], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 313)
+    ops.geomTransf('Linear', 314, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 334, *[148, 149], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 314)
+    ops.geomTransf('Linear', 315, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 335, *[149, 150], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 315)
+    ops.geomTransf('Linear', 316, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 336, *[31, 145], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 316)
+    ops.geomTransf('Linear', 317, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 337, *[32, 146], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 317)
+    ops.geomTransf('Linear', 318, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 338, *[33, 147], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 318)
+    ops.geomTransf('Linear', 319, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 339, *[34, 148], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 319)
+    ops.geomTransf('Linear', 320, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 340, *[35, 149], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 320)
+    ops.geomTransf('Linear', 321, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 341, *[36, 150], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 321)
+    ops.geomTransf('Linear', 322, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 342, *[151, 152], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 322)
+    ops.geomTransf('Linear', 323, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 343, *[152, 153], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 323)
+    ops.geomTransf('Linear', 324, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 344, *[153, 154], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 324)
+    ops.geomTransf('Linear', 325, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 345, *[154, 155], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 325)
+    ops.geomTransf('Linear', 326, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 346, *[155, 156], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 326)
+    ops.geomTransf('Linear', 327, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 347, *[67, 151], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 327)
+    ops.geomTransf('Linear', 328, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 348, *[68, 152], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 328)
+    ops.geomTransf('Linear', 329, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 349, *[69, 153], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 329)
+    ops.geomTransf('Linear', 330, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 350, *[70, 154], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 330)
+    ops.geomTransf('Linear', 331, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 351, *[71, 155], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 331)
+    ops.geomTransf('Linear', 332, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 352, *[72, 156], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 332)
+    ops.geomTransf('Linear', 333, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 353, *[157, 158], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 333)
+    ops.geomTransf('Linear', 334, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 354, *[158, 159], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 334)
+    ops.geomTransf('Linear', 335, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 355, *[159, 160], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 335)
+    ops.geomTransf('Linear', 336, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 356, *[160, 161], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 336)
+    ops.geomTransf('Linear', 337, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 357, *[161, 162], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 337)
+    ops.geomTransf('Linear', 338, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 358, *[103, 157], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 338)
+    ops.geomTransf('Linear', 339, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 359, *[104, 158], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 339)
+    ops.geomTransf('Linear', 340, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 360, *[105, 159], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 340)
+    ops.geomTransf('Linear', 341, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 361, *[106, 160], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 341)
+    ops.geomTransf('Linear', 342, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 362, *[107, 161], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 342)
+    ops.geomTransf('Linear', 343, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 363, *[108, 162], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 343)
+    ops.geomTransf('Linear', 344, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 364, *[163, 164], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 344)
+    ops.geomTransf('Linear', 345, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 365, *[164, 165], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 345)
+    ops.geomTransf('Linear', 346, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 366, *[165, 166], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 346)
+    ops.geomTransf('Linear', 347, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 367, *[166, 167], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 347)
+    ops.geomTransf('Linear', 348, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 368, *[167, 168], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 348)
+    ops.geomTransf('Linear', 349, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 369, *[139, 163], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 349)
+    ops.geomTransf('Linear', 350, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 370, *[140, 164], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 350)
+    ops.geomTransf('Linear', 351, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 371, *[141, 165], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 351)
+    ops.geomTransf('Linear', 352, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 372, *[142, 166], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 352)
+    ops.geomTransf('Linear', 353, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 373, *[143, 167], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 353)
+    ops.geomTransf('Linear', 354, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 374, *[144, 168], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 354)
+    ops.geomTransf('Linear', 355, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 375, *[168, 162], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 355)
+    ops.geomTransf('Linear', 356, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 376, *[162, 156], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 356)
+    ops.geomTransf('Linear', 357, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 377, *[156, 150], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 357)
+    ops.geomTransf('Linear', 358, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 378, *[167, 161], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 358)
+    ops.geomTransf('Linear', 359, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 379, *[161, 155], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 359)
+    ops.geomTransf('Linear', 360, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 380, *[155, 149], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 360)
+    ops.geomTransf('Linear', 361, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 381, *[166, 160], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 361)
+    ops.geomTransf('Linear', 362, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 382, *[160, 154], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 362)
+    ops.geomTransf('Linear', 363, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 383, *[154, 148], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 363)
+    ops.geomTransf('Linear', 364, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 384, *[165, 159], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 364)
+    ops.geomTransf('Linear', 365, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 385, *[159, 153], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 365)
+    ops.geomTransf('Linear', 366, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 386, *[153, 147], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 366)
+    ops.geomTransf('Linear', 367, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 387, *[164, 158], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 367)
+    ops.geomTransf('Linear', 368, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 388, *[158, 152], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 368)
+    ops.geomTransf('Linear', 369, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 389, *[152, 146], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 369)
+    ops.geomTransf('Linear', 370, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 390, *[163, 157], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 370)
+    ops.geomTransf('Linear', 371, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 391, *[157, 151], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 371)
+    ops.geomTransf('Linear', 372, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 392, *[151, 145], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 372)
+    ops.geomTransf('Linear', 373, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 393, *[169, 170], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 373)
+    ops.geomTransf('Linear', 374, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 394, *[170, 171], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 374)
+    ops.geomTransf('Linear', 375, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 395, *[171, 172], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 375)
+    ops.geomTransf('Linear', 376, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 396, *[172, 173], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 376)
+    ops.geomTransf('Linear', 377, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 397, *[173, 174], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 377)
+    ops.geomTransf('Linear', 378, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 398, *[145, 169], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 378)
+    ops.geomTransf('Linear', 379, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 399, *[146, 170], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 379)
+    ops.geomTransf('Linear', 380, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 400, *[147, 171], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 380)
+    ops.geomTransf('Linear', 381, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 401, *[148, 172], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 381)
+    ops.geomTransf('Linear', 382, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 402, *[149, 173], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 382)
+    ops.geomTransf('Linear', 383, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 403, *[150, 174], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 383)
+    ops.geomTransf('Linear', 384, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 404, *[175, 176], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 384)
+    ops.geomTransf('Linear', 385, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 405, *[176, 177], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 385)
+    ops.geomTransf('Linear', 386, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 406, *[177, 178], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 386)
+    ops.geomTransf('Linear', 387, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 407, *[178, 179], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 387)
+    ops.geomTransf('Linear', 388, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 408, *[179, 180], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 388)
+    ops.geomTransf('Linear', 389, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 409, *[151, 175], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 389)
+    ops.geomTransf('Linear', 390, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 410, *[152, 176], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 390)
+    ops.geomTransf('Linear', 391, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 411, *[153, 177], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 391)
+    ops.geomTransf('Linear', 392, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 412, *[154, 178], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 392)
+    ops.geomTransf('Linear', 393, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 413, *[155, 179], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 393)
+    ops.geomTransf('Linear', 394, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 414, *[156, 180], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 394)
+    ops.geomTransf('Linear', 395, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 415, *[181, 182], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 395)
+    ops.geomTransf('Linear', 396, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 416, *[182, 183], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 396)
+    ops.geomTransf('Linear', 397, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 417, *[183, 184], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 397)
+    ops.geomTransf('Linear', 398, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 418, *[184, 185], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 398)
+    ops.geomTransf('Linear', 399, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 419, *[185, 186], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 399)
+    ops.geomTransf('Linear', 400, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 420, *[157, 181], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 400)
+    ops.geomTransf('Linear', 401, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 421, *[158, 182], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 401)
+    ops.geomTransf('Linear', 402, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 422, *[159, 183], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 402)
+    ops.geomTransf('Linear', 403, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 423, *[160, 184], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 403)
+    ops.geomTransf('Linear', 404, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 424, *[161, 185], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 404)
+    ops.geomTransf('Linear', 405, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 425, *[162, 186], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 405)
+    ops.geomTransf('Linear', 406, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 426, *[187, 188], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 406)
+    ops.geomTransf('Linear', 407, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 427, *[188, 189], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 407)
+    ops.geomTransf('Linear', 408, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 428, *[189, 190], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 408)
+    ops.geomTransf('Linear', 409, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 429, *[190, 191], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 409)
+    ops.geomTransf('Linear', 410, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 430, *[191, 192], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 410)
+    ops.geomTransf('Linear', 411, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 431, *[163, 187], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 411)
+    ops.geomTransf('Linear', 412, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 432, *[164, 188], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 412)
+    ops.geomTransf('Linear', 413, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 433, *[165, 189], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 413)
+    ops.geomTransf('Linear', 414, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 434, *[166, 190], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 414)
+    ops.geomTransf('Linear', 415, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 435, *[167, 191], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 415)
+    ops.geomTransf('Linear', 416, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 436, *[168, 192], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 416)
+    ops.geomTransf('Linear', 417, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 437, *[192, 186], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 417)
+    ops.geomTransf('Linear', 418, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 438, *[186, 180], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 418)
+    ops.geomTransf('Linear', 419, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 439, *[180, 174], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 419)
+    ops.geomTransf('Linear', 420, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 440, *[191, 185], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 420)
+    ops.geomTransf('Linear', 421, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 441, *[185, 179], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 421)
+    ops.geomTransf('Linear', 422, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 442, *[179, 173], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 422)
+    ops.geomTransf('Linear', 423, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 443, *[190, 184], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 423)
+    ops.geomTransf('Linear', 424, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 444, *[184, 178], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 424)
+    ops.geomTransf('Linear', 425, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 445, *[178, 172], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 425)
+    ops.geomTransf('Linear', 426, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 446, *[189, 183], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 426)
+    ops.geomTransf('Linear', 427, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 447, *[183, 177], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 427)
+    ops.geomTransf('Linear', 428, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 448, *[177, 171], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 428)
+    ops.geomTransf('Linear', 429, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 449, *[188, 182], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 429)
+    ops.geomTransf('Linear', 430, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 450, *[182, 176], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 430)
+    ops.geomTransf('Linear', 431, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 451, *[176, 170], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 431)
+    ops.geomTransf('Linear', 432, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 452, *[187, 181], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 432)
+    ops.geomTransf('Linear', 433, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 453, *[181, 175], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 433)
+    ops.geomTransf('Linear', 434, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 454, *[175, 169], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 434)
+    ops.geomTransf('Linear', 435, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 455, *[193, 194], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 435)
+    ops.geomTransf('Linear', 436, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 456, *[194, 195], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 436)
+    ops.geomTransf('Linear', 437, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 457, *[195, 196], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 437)
+    ops.geomTransf('Linear', 438, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 458, *[196, 197], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 438)
+    ops.geomTransf('Linear', 439, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 459, *[197, 198], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 439)
+    ops.geomTransf('Linear', 440, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 460, *[169, 193], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 440)
+    ops.geomTransf('Linear', 441, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 461, *[170, 194], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 441)
+    ops.geomTransf('Linear', 442, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 462, *[171, 195], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 442)
+    ops.geomTransf('Linear', 443, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 463, *[172, 196], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 443)
+    ops.geomTransf('Linear', 444, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 464, *[173, 197], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 444)
+    ops.geomTransf('Linear', 445, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 465, *[174, 198], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 445)
+    ops.geomTransf('Linear', 446, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 466, *[199, 200], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 446)
+    ops.geomTransf('Linear', 447, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 467, *[200, 201], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 447)
+    ops.geomTransf('Linear', 448, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 468, *[201, 202], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 448)
+    ops.geomTransf('Linear', 449, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 469, *[202, 203], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 449)
+    ops.geomTransf('Linear', 450, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 470, *[203, 204], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 450)
+    ops.geomTransf('Linear', 451, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 471, *[175, 199], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 451)
+    ops.geomTransf('Linear', 452, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 472, *[176, 200], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 452)
+    ops.geomTransf('Linear', 453, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 473, *[177, 201], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 453)
+    ops.geomTransf('Linear', 454, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 474, *[178, 202], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 454)
+    ops.geomTransf('Linear', 455, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 475, *[179, 203], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 455)
+    ops.geomTransf('Linear', 456, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 476, *[180, 204], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 456)
+    ops.geomTransf('Linear', 457, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 477, *[205, 206], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 457)
+    ops.geomTransf('Linear', 458, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 478, *[206, 207], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 458)
+    ops.geomTransf('Linear', 459, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 479, *[207, 208], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 459)
+    ops.geomTransf('Linear', 460, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 480, *[208, 209], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 460)
+    ops.geomTransf('Linear', 461, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 481, *[209, 210], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 461)
+    ops.geomTransf('Linear', 462, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 482, *[181, 205], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 462)
+    ops.geomTransf('Linear', 463, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 483, *[182, 206], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 463)
+    ops.geomTransf('Linear', 464, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 484, *[183, 207], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 464)
+    ops.geomTransf('Linear', 465, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 485, *[184, 208], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 465)
+    ops.geomTransf('Linear', 466, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 486, *[185, 209], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 466)
+    ops.geomTransf('Linear', 467, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 487, *[186, 210], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 467)
+    ops.geomTransf('Linear', 468, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 488, *[211, 212], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 468)
+    ops.geomTransf('Linear', 469, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 489, *[212, 213], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 469)
+    ops.geomTransf('Linear', 470, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 490, *[213, 214], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 470)
+    ops.geomTransf('Linear', 471, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 491, *[214, 215], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 471)
+    ops.geomTransf('Linear', 472, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 492, *[215, 216], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 472)
+    ops.geomTransf('Linear', 473, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 493, *[187, 211], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 473)
+    ops.geomTransf('Linear', 474, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 494, *[188, 212], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 474)
+    ops.geomTransf('Linear', 475, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 495, *[189, 213], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 475)
+    ops.geomTransf('Linear', 476, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 496, *[190, 214], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 476)
+    ops.geomTransf('Linear', 477, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 497, *[191, 215], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 477)
+    ops.geomTransf('Linear', 478, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 498, *[192, 216], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 478)
+    ops.geomTransf('Linear', 479, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 499, *[216, 210], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 479)
+    ops.geomTransf('Linear', 480, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 500, *[210, 204], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 480)
+    ops.geomTransf('Linear', 481, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 501, *[204, 198], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 481)
+    ops.geomTransf('Linear', 482, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 502, *[215, 209], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 482)
+    ops.geomTransf('Linear', 483, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 503, *[209, 203], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 483)
+    ops.geomTransf('Linear', 484, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 504, *[203, 197], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 484)
+    ops.geomTransf('Linear', 485, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 505, *[214, 208], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 485)
+    ops.geomTransf('Linear', 486, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 506, *[208, 202], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 486)
+    ops.geomTransf('Linear', 487, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 507, *[202, 196], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 487)
+    ops.geomTransf('Linear', 488, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 508, *[213, 207], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 488)
+    ops.geomTransf('Linear', 489, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 509, *[207, 201], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 489)
+    ops.geomTransf('Linear', 490, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 510, *[201, 195], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 490)
+    ops.geomTransf('Linear', 491, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 511, *[212, 206], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 491)
+    ops.geomTransf('Linear', 492, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 512, *[206, 200], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 492)
+    ops.geomTransf('Linear', 493, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 513, *[200, 194], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 493)
+    ops.geomTransf('Linear', 494, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 514, *[211, 205], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 494)
+    ops.geomTransf('Linear', 495, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 515, *[205, 199], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 495)
+    ops.geomTransf('Linear', 496, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 516, *[199, 193], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 496)
+    ops.geomTransf('Linear', 497, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 517, *[217, 218], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 497)
+    ops.geomTransf('Linear', 498, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 518, *[218, 219], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 498)
+    ops.geomTransf('Linear', 499, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 519, *[219, 220], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 499)
+    ops.geomTransf('Linear', 500, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 520, *[220, 221], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 500)
+    ops.geomTransf('Linear', 501, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 521, *[221, 222], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 501)
+    ops.geomTransf('Linear', 502, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 522, *[193, 217], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 502)
+    ops.geomTransf('Linear', 503, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 523, *[194, 218], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 503)
+    ops.geomTransf('Linear', 504, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 524, *[195, 219], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 504)
+    ops.geomTransf('Linear', 505, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 525, *[196, 220], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 505)
+    ops.geomTransf('Linear', 506, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 526, *[197, 221], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 506)
+    ops.geomTransf('Linear', 507, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 527, *[198, 222], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 507)
+    ops.geomTransf('Linear', 508, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 528, *[223, 224], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 508)
+    ops.geomTransf('Linear', 509, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 529, *[224, 225], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 509)
+    ops.geomTransf('Linear', 510, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 530, *[225, 226], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 510)
+    ops.geomTransf('Linear', 511, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 531, *[226, 227], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 511)
+    ops.geomTransf('Linear', 512, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 532, *[227, 228], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 512)
+    ops.geomTransf('Linear', 513, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 533, *[199, 223], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 513)
+    ops.geomTransf('Linear', 514, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 534, *[200, 224], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 514)
+    ops.geomTransf('Linear', 515, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 535, *[201, 225], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 515)
+    ops.geomTransf('Linear', 516, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 536, *[202, 226], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 516)
+    ops.geomTransf('Linear', 517, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 537, *[203, 227], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 517)
+    ops.geomTransf('Linear', 518, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 538, *[204, 228], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 518)
+    ops.geomTransf('Linear', 519, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 539, *[229, 230], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 519)
+    ops.geomTransf('Linear', 520, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 540, *[230, 231], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 520)
+    ops.geomTransf('Linear', 521, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 541, *[231, 232], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 521)
+    ops.geomTransf('Linear', 522, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 542, *[232, 233], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 522)
+    ops.geomTransf('Linear', 523, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 543, *[233, 234], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 523)
+    ops.geomTransf('Linear', 524, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 544, *[205, 229], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 524)
+    ops.geomTransf('Linear', 525, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 545, *[206, 230], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 525)
+    ops.geomTransf('Linear', 526, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 546, *[207, 231], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 526)
+    ops.geomTransf('Linear', 527, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 547, *[208, 232], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 527)
+    ops.geomTransf('Linear', 528, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 548, *[209, 233], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 528)
+    ops.geomTransf('Linear', 529, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 549, *[210, 234], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 529)
+    ops.geomTransf('Linear', 530, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 550, *[235, 236], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 530)
+    ops.geomTransf('Linear', 531, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 551, *[236, 237], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 531)
+    ops.geomTransf('Linear', 532, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 552, *[237, 238], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 532)
+    ops.geomTransf('Linear', 533, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 553, *[238, 239], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 533)
+    ops.geomTransf('Linear', 534, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 554, *[239, 240], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 534)
+    ops.geomTransf('Linear', 535, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 555, *[211, 235], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 535)
+    ops.geomTransf('Linear', 536, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 556, *[212, 236], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 536)
+    ops.geomTransf('Linear', 537, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 557, *[213, 237], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 537)
+    ops.geomTransf('Linear', 538, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 558, *[214, 238], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 538)
+    ops.geomTransf('Linear', 539, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 559, *[215, 239], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 539)
+    ops.geomTransf('Linear', 540, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 560, *[216, 240], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 540)
+    ops.geomTransf('Linear', 541, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 561, *[240, 234], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 541)
+    ops.geomTransf('Linear', 542, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 562, *[234, 228], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 542)
+    ops.geomTransf('Linear', 543, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 563, *[228, 222], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 543)
+    ops.geomTransf('Linear', 544, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 564, *[239, 233], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 544)
+    ops.geomTransf('Linear', 545, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 565, *[233, 227], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 545)
+    ops.geomTransf('Linear', 546, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 566, *[227, 221], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 546)
+    ops.geomTransf('Linear', 547, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 567, *[238, 232], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 547)
+    ops.geomTransf('Linear', 548, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 568, *[232, 226], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 548)
+    ops.geomTransf('Linear', 549, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 569, *[226, 220], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 549)
+    ops.geomTransf('Linear', 550, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 570, *[237, 231], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 550)
+    ops.geomTransf('Linear', 551, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 571, *[231, 225], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 551)
+    ops.geomTransf('Linear', 552, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 572, *[225, 219], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 552)
+    ops.geomTransf('Linear', 553, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 573, *[236, 230], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 553)
+    ops.geomTransf('Linear', 554, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 574, *[230, 224], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 554)
+    ops.geomTransf('Linear', 555, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 575, *[224, 218], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 555)
+    ops.geomTransf('Linear', 556, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 576, *[235, 229], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 556)
+    ops.geomTransf('Linear', 557, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 577, *[229, 223], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 557)
+    ops.geomTransf('Linear', 558, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 578, *[223, 217], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 558)
+    ops.geomTransf('Linear', 559, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 579, *[241, 242], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 559)
+    ops.geomTransf('Linear', 560, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 580, *[242, 243], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 560)
+    ops.geomTransf('Linear', 561, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 581, *[243, 244], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 561)
+    ops.geomTransf('Linear', 562, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 582, *[244, 245], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 562)
+    ops.geomTransf('Linear', 563, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 583, *[245, 246], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 563)
+    ops.geomTransf('Linear', 564, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 584, *[217, 241], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 564)
+    ops.geomTransf('Linear', 565, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 585, *[218, 242], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 565)
+    ops.geomTransf('Linear', 566, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 586, *[219, 243], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 566)
+    ops.geomTransf('Linear', 567, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 587, *[220, 244], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 567)
+    ops.geomTransf('Linear', 568, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 588, *[221, 245], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 568)
+    ops.geomTransf('Linear', 569, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 589, *[222, 246], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 569)
+    ops.geomTransf('Linear', 570, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 590, *[247, 248], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 570)
+    ops.geomTransf('Linear', 571, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 591, *[248, 249], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 571)
+    ops.geomTransf('Linear', 572, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 592, *[249, 250], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 572)
+    ops.geomTransf('Linear', 573, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 593, *[250, 251], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 573)
+    ops.geomTransf('Linear', 574, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 594, *[251, 252], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 574)
+    ops.geomTransf('Linear', 575, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 595, *[223, 247], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 575)
+    ops.geomTransf('Linear', 576, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 596, *[224, 248], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 576)
+    ops.geomTransf('Linear', 577, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 597, *[225, 249], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 577)
+    ops.geomTransf('Linear', 578, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 598, *[226, 250], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 578)
+    ops.geomTransf('Linear', 579, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 599, *[227, 251], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 579)
+    ops.geomTransf('Linear', 580, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 600, *[228, 252], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 580)
+    ops.geomTransf('Linear', 581, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 601, *[253, 254], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 581)
+    ops.geomTransf('Linear', 582, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 602, *[254, 255], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 582)
+    ops.geomTransf('Linear', 583, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 603, *[255, 256], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 583)
+    ops.geomTransf('Linear', 584, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 604, *[256, 257], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 584)
+    ops.geomTransf('Linear', 585, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 605, *[257, 258], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 585)
+    ops.geomTransf('Linear', 586, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 606, *[229, 253], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 586)
+    ops.geomTransf('Linear', 587, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 607, *[230, 254], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 587)
+    ops.geomTransf('Linear', 588, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 608, *[231, 255], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 588)
+    ops.geomTransf('Linear', 589, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 609, *[232, 256], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 589)
+    ops.geomTransf('Linear', 590, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 610, *[233, 257], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 590)
+    ops.geomTransf('Linear', 591, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 611, *[234, 258], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 591)
+    ops.geomTransf('Linear', 592, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 612, *[259, 260], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 592)
+    ops.geomTransf('Linear', 593, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 613, *[260, 261], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 593)
+    ops.geomTransf('Linear', 594, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 614, *[261, 262], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 594)
+    ops.geomTransf('Linear', 595, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 615, *[262, 263], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 595)
+    ops.geomTransf('Linear', 596, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 616, *[263, 264], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 596)
+    ops.geomTransf('Linear', 597, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 617, *[235, 259], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 597)
+    ops.geomTransf('Linear', 598, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 618, *[236, 260], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 598)
+    ops.geomTransf('Linear', 599, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 619, *[237, 261], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 599)
+    ops.geomTransf('Linear', 600, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 620, *[238, 262], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 600)
+    ops.geomTransf('Linear', 601, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 621, *[239, 263], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 601)
+    ops.geomTransf('Linear', 602, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 622, *[240, 264], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 602)
+    ops.geomTransf('Linear', 603, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 623, *[264, 258], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 603)
+    ops.geomTransf('Linear', 604, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 624, *[258, 252], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 604)
+    ops.geomTransf('Linear', 605, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 625, *[252, 246], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 605)
+    ops.geomTransf('Linear', 606, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 626, *[263, 257], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 606)
+    ops.geomTransf('Linear', 607, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 627, *[257, 251], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 607)
+    ops.geomTransf('Linear', 608, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 628, *[251, 245], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 608)
+    ops.geomTransf('Linear', 609, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 629, *[262, 256], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 609)
+    ops.geomTransf('Linear', 610, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 630, *[256, 250], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 610)
+    ops.geomTransf('Linear', 611, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 631, *[250, 244], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 611)
+    ops.geomTransf('Linear', 612, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 632, *[261, 255], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 612)
+    ops.geomTransf('Linear', 613, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 633, *[255, 249], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 613)
+    ops.geomTransf('Linear', 614, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 634, *[249, 243], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 614)
+    ops.geomTransf('Linear', 615, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 635, *[260, 254], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 615)
+    ops.geomTransf('Linear', 616, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 636, *[254, 248], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 616)
+    ops.geomTransf('Linear', 617, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 637, *[248, 242], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 617)
+    ops.geomTransf('Linear', 618, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 638, *[259, 253], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 618)
+    ops.geomTransf('Linear', 619, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 639, *[253, 247], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 619)
+    ops.geomTransf('Linear', 620, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 640, *[247, 241], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 620)
+    ops.geomTransf('Linear', 621, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 641, *[265, 266], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 621)
+    ops.geomTransf('Linear', 622, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 642, *[266, 267], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 622)
+    ops.geomTransf('Linear', 623, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 643, *[267, 268], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 623)
+    ops.geomTransf('Linear', 624, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 644, *[268, 269], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 624)
+    ops.geomTransf('Linear', 625, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 645, *[269, 270], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 625)
+    ops.geomTransf('Linear', 626, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 646, *[241, 265], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 626)
+    ops.geomTransf('Linear', 627, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 647, *[242, 266], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 627)
+    ops.geomTransf('Linear', 628, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 648, *[243, 267], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 628)
+    ops.geomTransf('Linear', 629, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 649, *[244, 268], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 629)
+    ops.geomTransf('Linear', 630, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 650, *[245, 269], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 630)
+    ops.geomTransf('Linear', 631, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 651, *[246, 270], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 631)
+    ops.geomTransf('Linear', 632, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 652, *[271, 272], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 632)
+    ops.geomTransf('Linear', 633, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 653, *[272, 273], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 633)
+    ops.geomTransf('Linear', 634, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 654, *[273, 274], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 634)
+    ops.geomTransf('Linear', 635, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 655, *[274, 275], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 635)
+    ops.geomTransf('Linear', 636, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 656, *[275, 276], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 636)
+    ops.geomTransf('Linear', 637, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 657, *[247, 271], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 637)
+    ops.geomTransf('Linear', 638, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 658, *[248, 272], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 638)
+    ops.geomTransf('Linear', 639, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 659, *[249, 273], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 639)
+    ops.geomTransf('Linear', 640, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 660, *[250, 274], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 640)
+    ops.geomTransf('Linear', 641, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 661, *[251, 275], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 641)
+    ops.geomTransf('Linear', 642, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 662, *[252, 276], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 642)
+    ops.geomTransf('Linear', 643, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 663, *[277, 278], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 643)
+    ops.geomTransf('Linear', 644, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 664, *[278, 279], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 644)
+    ops.geomTransf('Linear', 645, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 665, *[279, 280], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 645)
+    ops.geomTransf('Linear', 646, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 666, *[280, 281], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 646)
+    ops.geomTransf('Linear', 647, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 667, *[281, 282], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 647)
+    ops.geomTransf('Linear', 648, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 668, *[253, 277], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 648)
+    ops.geomTransf('Linear', 649, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 669, *[254, 278], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 649)
+    ops.geomTransf('Linear', 650, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 670, *[255, 279], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 650)
+    ops.geomTransf('Linear', 651, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 671, *[256, 280], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 651)
+    ops.geomTransf('Linear', 652, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 672, *[257, 281], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 652)
+    ops.geomTransf('Linear', 653, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 673, *[258, 282], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 653)
+    ops.geomTransf('Linear', 654, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 674, *[283, 284], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 654)
+    ops.geomTransf('Linear', 655, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 675, *[284, 285], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 655)
+    ops.geomTransf('Linear', 656, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 676, *[285, 286], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 656)
+    ops.geomTransf('Linear', 657, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 677, *[286, 287], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 657)
+    ops.geomTransf('Linear', 658, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 678, *[287, 288], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 658)
+    ops.geomTransf('Linear', 659, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 679, *[259, 283], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 659)
+    ops.geomTransf('Linear', 660, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 680, *[260, 284], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 660)
+    ops.geomTransf('Linear', 661, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 681, *[261, 285], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 661)
+    ops.geomTransf('Linear', 662, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 682, *[262, 286], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 662)
+    ops.geomTransf('Linear', 663, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 683, *[263, 287], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 663)
+    ops.geomTransf('Linear', 664, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 684, *[264, 288], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 664)
+    ops.geomTransf('Linear', 665, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 685, *[288, 282], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 665)
+    ops.geomTransf('Linear', 666, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 686, *[282, 276], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 666)
+    ops.geomTransf('Linear', 667, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 687, *[276, 270], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 667)
+    ops.geomTransf('Linear', 668, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 688, *[287, 281], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 668)
+    ops.geomTransf('Linear', 669, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 689, *[281, 275], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 669)
+    ops.geomTransf('Linear', 670, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 690, *[275, 269], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 670)
+    ops.geomTransf('Linear', 671, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 691, *[286, 280], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 671)
+    ops.geomTransf('Linear', 672, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 692, *[280, 274], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 672)
+    ops.geomTransf('Linear', 673, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 693, *[274, 268], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 673)
+    ops.geomTransf('Linear', 674, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 694, *[285, 279], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 674)
+    ops.geomTransf('Linear', 675, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 695, *[279, 273], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 675)
+    ops.geomTransf('Linear', 676, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 696, *[273, 267], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 676)
+    ops.geomTransf('Linear', 677, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 697, *[284, 278], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 677)
+    ops.geomTransf('Linear', 678, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 698, *[278, 272], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 678)
+    ops.geomTransf('Linear', 679, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 699, *[272, 266], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 679)
+    ops.geomTransf('Linear', 680, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 700, *[283, 277], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 680)
+    ops.geomTransf('Linear', 681, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 701, *[277, 271], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 681)
+    ops.geomTransf('Linear', 682, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 702, *[271, 265], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 682)
+    ops.geomTransf('Linear', 683, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 703, *[289, 290], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 683)
+    ops.geomTransf('Linear', 684, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 704, *[290, 291], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 684)
+    ops.geomTransf('Linear', 685, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 705, *[291, 292], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 685)
+    ops.geomTransf('Linear', 686, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 706, *[292, 293], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 686)
+    ops.geomTransf('Linear', 687, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 707, *[293, 294], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 687)
+    ops.geomTransf('Linear', 688, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 708, *[265, 289], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 688)
+    ops.geomTransf('Linear', 689, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 709, *[266, 290], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 689)
+    ops.geomTransf('Linear', 690, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 710, *[267, 291], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 690)
+    ops.geomTransf('Linear', 691, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 711, *[268, 292], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 691)
+    ops.geomTransf('Linear', 692, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 712, *[269, 293], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 692)
+    ops.geomTransf('Linear', 693, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 713, *[270, 294], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 693)
+    ops.geomTransf('Linear', 694, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 714, *[295, 296], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 694)
+    ops.geomTransf('Linear', 695, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 715, *[296, 297], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 695)
+    ops.geomTransf('Linear', 696, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 716, *[297, 298], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 696)
+    ops.geomTransf('Linear', 697, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 717, *[298, 299], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 697)
+    ops.geomTransf('Linear', 698, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 718, *[299, 300], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 698)
+    ops.geomTransf('Linear', 699, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 719, *[271, 295], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 699)
+    ops.geomTransf('Linear', 700, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 720, *[272, 296], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 700)
+    ops.geomTransf('Linear', 701, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 721, *[273, 297], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 701)
+    ops.geomTransf('Linear', 702, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 722, *[274, 298], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 702)
+    ops.geomTransf('Linear', 703, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 723, *[275, 299], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 703)
+    ops.geomTransf('Linear', 704, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 724, *[276, 300], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 704)
+    ops.geomTransf('Linear', 705, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 725, *[301, 302], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 705)
+    ops.geomTransf('Linear', 706, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 726, *[302, 303], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 706)
+    ops.geomTransf('Linear', 707, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 727, *[303, 304], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 707)
+    ops.geomTransf('Linear', 708, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 728, *[304, 305], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 708)
+    ops.geomTransf('Linear', 709, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 729, *[305, 306], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 709)
+    ops.geomTransf('Linear', 710, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 730, *[277, 301], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 710)
+    ops.geomTransf('Linear', 711, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 731, *[278, 302], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 711)
+    ops.geomTransf('Linear', 712, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 732, *[279, 303], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 712)
+    ops.geomTransf('Linear', 713, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 733, *[280, 304], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 713)
+    ops.geomTransf('Linear', 714, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 734, *[281, 305], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 714)
+    ops.geomTransf('Linear', 715, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 735, *[282, 306], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 715)
+    ops.geomTransf('Linear', 716, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 736, *[307, 308], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 716)
+    ops.geomTransf('Linear', 717, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 737, *[308, 309], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 717)
+    ops.geomTransf('Linear', 718, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 738, *[309, 310], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 718)
+    ops.geomTransf('Linear', 719, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 739, *[310, 311], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 719)
+    ops.geomTransf('Linear', 720, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 740, *[311, 312], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 720)
+    ops.geomTransf('Linear', 721, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 741, *[283, 307], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 721)
+    ops.geomTransf('Linear', 722, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 742, *[284, 308], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 722)
+    ops.geomTransf('Linear', 723, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 743, *[285, 309], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 723)
+    ops.geomTransf('Linear', 724, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 744, *[286, 310], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 724)
+    ops.geomTransf('Linear', 725, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 745, *[287, 311], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 725)
+    ops.geomTransf('Linear', 726, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 746, *[288, 312], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 726)
+    ops.geomTransf('Linear', 727, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 747, *[312, 306], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 727)
+    ops.geomTransf('Linear', 728, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 748, *[306, 300], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 728)
+    ops.geomTransf('Linear', 729, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 749, *[300, 294], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 729)
+    ops.geomTransf('Linear', 730, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 750, *[311, 305], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 730)
+    ops.geomTransf('Linear', 731, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 751, *[305, 299], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 731)
+    ops.geomTransf('Linear', 732, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 752, *[299, 293], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 732)
+    ops.geomTransf('Linear', 733, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 753, *[310, 304], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 733)
+    ops.geomTransf('Linear', 734, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 754, *[304, 298], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 734)
+    ops.geomTransf('Linear', 735, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 755, *[298, 292], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 735)
+    ops.geomTransf('Linear', 736, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 756, *[309, 303], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 736)
+    ops.geomTransf('Linear', 737, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 757, *[303, 297], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 737)
+    ops.geomTransf('Linear', 738, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 758, *[297, 291], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 738)
+    ops.geomTransf('Linear', 739, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 759, *[308, 302], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 739)
+    ops.geomTransf('Linear', 740, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 760, *[302, 296], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 740)
+    ops.geomTransf('Linear', 741, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 761, *[296, 290], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 741)
+    ops.geomTransf('Linear', 742, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 762, *[307, 301], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 742)
+    ops.geomTransf('Linear', 743, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 763, *[301, 295], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 743)
+    ops.geomTransf('Linear', 744, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 764, *[295, 289], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 744)
+    ops.geomTransf('Linear', 745, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 765, *[313, 314], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 745)
+    ops.geomTransf('Linear', 746, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 766, *[314, 315], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 746)
+    ops.geomTransf('Linear', 747, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 767, *[315, 316], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 747)
+    ops.geomTransf('Linear', 748, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 768, *[316, 317], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 748)
+    ops.geomTransf('Linear', 749, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 769, *[317, 318], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 749)
+    ops.geomTransf('Linear', 750, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 770, *[289, 313], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 750)
+    ops.geomTransf('Linear', 751, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 771, *[290, 314], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 751)
+    ops.geomTransf('Linear', 752, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 772, *[291, 315], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 752)
+    ops.geomTransf('Linear', 753, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 773, *[292, 316], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 753)
+    ops.geomTransf('Linear', 754, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 774, *[293, 317], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 754)
+    ops.geomTransf('Linear', 755, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 775, *[294, 318], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 755)
+    ops.geomTransf('Linear', 756, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 776, *[319, 320], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 756)
+    ops.geomTransf('Linear', 757, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 777, *[320, 321], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 757)
+    ops.geomTransf('Linear', 758, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 778, *[321, 322], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 758)
+    ops.geomTransf('Linear', 759, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 779, *[322, 323], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 759)
+    ops.geomTransf('Linear', 760, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 780, *[323, 324], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 760)
+    ops.geomTransf('Linear', 761, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 781, *[295, 319], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 761)
+    ops.geomTransf('Linear', 762, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 782, *[296, 320], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 762)
+    ops.geomTransf('Linear', 763, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 783, *[297, 321], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 763)
+    ops.geomTransf('Linear', 764, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 784, *[298, 322], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 764)
+    ops.geomTransf('Linear', 765, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 785, *[299, 323], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 765)
+    ops.geomTransf('Linear', 766, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 786, *[300, 324], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 766)
+    ops.geomTransf('Linear', 767, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 787, *[325, 326], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 767)
+    ops.geomTransf('Linear', 768, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 788, *[326, 327], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 768)
+    ops.geomTransf('Linear', 769, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 789, *[327, 328], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 769)
+    ops.geomTransf('Linear', 770, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 790, *[328, 329], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 770)
+    ops.geomTransf('Linear', 771, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 791, *[329, 330], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 771)
+    ops.geomTransf('Linear', 772, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 792, *[301, 325], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 772)
+    ops.geomTransf('Linear', 773, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 793, *[302, 326], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 773)
+    ops.geomTransf('Linear', 774, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 794, *[303, 327], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 774)
+    ops.geomTransf('Linear', 775, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 795, *[304, 328], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 775)
+    ops.geomTransf('Linear', 776, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 796, *[305, 329], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 776)
+    ops.geomTransf('Linear', 777, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 797, *[306, 330], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 777)
+    ops.geomTransf('Linear', 778, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 798, *[331, 332], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 778)
+    ops.geomTransf('Linear', 779, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 799, *[332, 333], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 779)
+    ops.geomTransf('Linear', 780, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 800, *[333, 334], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 780)
+    ops.geomTransf('Linear', 781, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 801, *[334, 335], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 781)
+    ops.geomTransf('Linear', 782, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 802, *[335, 336], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 782)
+    ops.geomTransf('Linear', 783, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 803, *[307, 331], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 783)
+    ops.geomTransf('Linear', 784, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 804, *[308, 332], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 784)
+    ops.geomTransf('Linear', 785, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 805, *[309, 333], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 785)
+    ops.geomTransf('Linear', 786, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 806, *[310, 334], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 786)
+    ops.geomTransf('Linear', 787, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 807, *[311, 335], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 787)
+    ops.geomTransf('Linear', 788, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 808, *[312, 336], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 788)
+    ops.geomTransf('Linear', 789, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 809, *[336, 330], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 789)
+    ops.geomTransf('Linear', 790, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 810, *[330, 324], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 790)
+    ops.geomTransf('Linear', 791, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 811, *[324, 318], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 791)
+    ops.geomTransf('Linear', 792, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 812, *[335, 329], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 792)
+    ops.geomTransf('Linear', 793, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 813, *[329, 323], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 793)
+    ops.geomTransf('Linear', 794, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 814, *[323, 317], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 794)
+    ops.geomTransf('Linear', 795, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 815, *[334, 328], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 795)
+    ops.geomTransf('Linear', 796, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 816, *[328, 322], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 796)
+    ops.geomTransf('Linear', 797, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 817, *[322, 316], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 797)
+    ops.geomTransf('Linear', 798, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 818, *[333, 327], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 798)
+    ops.geomTransf('Linear', 799, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 819, *[327, 321], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 799)
+    ops.geomTransf('Linear', 800, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 820, *[321, 315], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 800)
+    ops.geomTransf('Linear', 801, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 821, *[332, 326], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 801)
+    ops.geomTransf('Linear', 802, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 822, *[326, 320], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 802)
+    ops.geomTransf('Linear', 803, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 823, *[320, 314], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 803)
+    ops.geomTransf('Linear', 804, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 824, *[331, 325], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 804)
+    ops.geomTransf('Linear', 805, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 825, *[325, 319], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 805)
+    ops.geomTransf('Linear', 806, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 826, *[319, 313], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 806)
+    ops.geomTransf('Linear', 807, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 827, *[337, 338], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 807)
+    ops.geomTransf('Linear', 808, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 828, *[338, 339], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 808)
+    ops.geomTransf('Linear', 809, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 829, *[339, 340], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 809)
+    ops.geomTransf('Linear', 810, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 830, *[340, 341], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 810)
+    ops.geomTransf('Linear', 811, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 831, *[341, 342], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 811)
+    ops.geomTransf('Linear', 812, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 832, *[313, 337], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 812)
+    ops.geomTransf('Linear', 813, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 833, *[314, 338], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 813)
+    ops.geomTransf('Linear', 814, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 834, *[315, 339], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 814)
+    ops.geomTransf('Linear', 815, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 835, *[316, 340], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 815)
+    ops.geomTransf('Linear', 816, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 836, *[317, 341], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 816)
+    ops.geomTransf('Linear', 817, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 837, *[318, 342], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 817)
+    ops.geomTransf('Linear', 818, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 838, *[343, 344], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 818)
+    ops.geomTransf('Linear', 819, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 839, *[344, 345], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 819)
+    ops.geomTransf('Linear', 820, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 840, *[345, 346], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 820)
+    ops.geomTransf('Linear', 821, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 841, *[346, 347], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 821)
+    ops.geomTransf('Linear', 822, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 842, *[347, 348], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 822)
+    ops.geomTransf('Linear', 823, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 843, *[319, 343], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 823)
+    ops.geomTransf('Linear', 824, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 844, *[320, 344], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 824)
+    ops.geomTransf('Linear', 825, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 845, *[321, 345], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 825)
+    ops.geomTransf('Linear', 826, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 846, *[322, 346], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 826)
+    ops.geomTransf('Linear', 827, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 847, *[323, 347], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 827)
+    ops.geomTransf('Linear', 828, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 848, *[324, 348], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 828)
+    ops.geomTransf('Linear', 829, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 849, *[349, 350], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 829)
+    ops.geomTransf('Linear', 830, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 850, *[350, 351], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 830)
+    ops.geomTransf('Linear', 831, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 851, *[351, 352], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 831)
+    ops.geomTransf('Linear', 832, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 852, *[352, 353], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 832)
+    ops.geomTransf('Linear', 833, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 853, *[353, 354], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 833)
+    ops.geomTransf('Linear', 834, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 854, *[325, 349], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 834)
+    ops.geomTransf('Linear', 835, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 855, *[326, 350], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 835)
+    ops.geomTransf('Linear', 836, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 856, *[327, 351], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 836)
+    ops.geomTransf('Linear', 837, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 857, *[328, 352], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 837)
+    ops.geomTransf('Linear', 838, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 858, *[329, 353], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 838)
+    ops.geomTransf('Linear', 839, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 859, *[330, 354], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 839)
+    ops.geomTransf('Linear', 840, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 860, *[355, 356], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 840)
+    ops.geomTransf('Linear', 841, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 861, *[356, 357], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 841)
+    ops.geomTransf('Linear', 842, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 862, *[357, 358], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 842)
+    ops.geomTransf('Linear', 843, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 863, *[358, 359], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 843)
+    ops.geomTransf('Linear', 844, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 864, *[359, 360], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 844)
+    ops.geomTransf('Linear', 845, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 865, *[331, 355], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 845)
+    ops.geomTransf('Linear', 846, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 866, *[332, 356], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 846)
+    ops.geomTransf('Linear', 847, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 867, *[333, 357], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 847)
+    ops.geomTransf('Linear', 848, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 868, *[334, 358], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 848)
+    ops.geomTransf('Linear', 849, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 869, *[335, 359], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 849)
+    ops.geomTransf('Linear', 850, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 870, *[336, 360], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 850)
+    ops.geomTransf('Linear', 851, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 871, *[360, 354], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 851)
+    ops.geomTransf('Linear', 852, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 872, *[354, 348], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 852)
+    ops.geomTransf('Linear', 853, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 873, *[348, 342], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 853)
+    ops.geomTransf('Linear', 854, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 874, *[359, 353], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 854)
+    ops.geomTransf('Linear', 855, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 875, *[353, 347], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 855)
+    ops.geomTransf('Linear', 856, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 876, *[347, 341], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 856)
+    ops.geomTransf('Linear', 857, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 877, *[358, 352], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 857)
+    ops.geomTransf('Linear', 858, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 878, *[352, 346], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 858)
+    ops.geomTransf('Linear', 859, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 879, *[346, 340], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 859)
+    ops.geomTransf('Linear', 860, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 880, *[357, 351], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 860)
+    ops.geomTransf('Linear', 861, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 881, *[351, 345], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 861)
+    ops.geomTransf('Linear', 862, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 882, *[345, 339], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 862)
+    ops.geomTransf('Linear', 863, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 883, *[356, 350], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 863)
+    ops.geomTransf('Linear', 864, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 884, *[350, 344], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 864)
+    ops.geomTransf('Linear', 865, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 885, *[344, 338], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 865)
+    ops.geomTransf('Linear', 866, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 886, *[355, 349], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 866)
+    ops.geomTransf('Linear', 867, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 887, *[349, 343], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 867)
+    ops.geomTransf('Linear', 868, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 888, *[343, 337], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 868)
+    ops.geomTransf('Linear', 869, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 889, *[361, 362], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 869)
+    ops.geomTransf('Linear', 870, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 890, *[362, 363], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 870)
+    ops.geomTransf('Linear', 871, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 891, *[363, 364], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 871)
+    ops.geomTransf('Linear', 872, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 892, *[364, 365], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 872)
+    ops.geomTransf('Linear', 873, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 893, *[365, 366], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 873)
+    ops.geomTransf('Linear', 874, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 894, *[337, 361], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 874)
+    ops.geomTransf('Linear', 875, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 895, *[338, 362], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 875)
+    ops.geomTransf('Linear', 876, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 896, *[339, 363], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 876)
+    ops.geomTransf('Linear', 877, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 897, *[340, 364], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 877)
+    ops.geomTransf('Linear', 878, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 898, *[341, 365], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 878)
+    ops.geomTransf('Linear', 879, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 899, *[342, 366], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 879)
+    ops.geomTransf('Linear', 880, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 900, *[367, 368], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 880)
+    ops.geomTransf('Linear', 881, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 901, *[368, 369], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 881)
+    ops.geomTransf('Linear', 882, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 902, *[369, 370], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 882)
+    ops.geomTransf('Linear', 883, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 903, *[370, 371], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 883)
+    ops.geomTransf('Linear', 884, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 904, *[371, 372], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 884)
+    ops.geomTransf('Linear', 885, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 905, *[343, 367], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 885)
+    ops.geomTransf('Linear', 886, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 906, *[344, 368], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 886)
+    ops.geomTransf('Linear', 887, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 907, *[345, 369], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 887)
+    ops.geomTransf('Linear', 888, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 908, *[346, 370], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 888)
+    ops.geomTransf('Linear', 889, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 909, *[347, 371], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 889)
+    ops.geomTransf('Linear', 890, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 910, *[348, 372], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 890)
+    ops.geomTransf('Linear', 891, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 911, *[373, 374], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 891)
+    ops.geomTransf('Linear', 892, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 912, *[374, 375], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 892)
+    ops.geomTransf('Linear', 893, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 913, *[375, 376], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 893)
+    ops.geomTransf('Linear', 894, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 914, *[376, 377], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 894)
+    ops.geomTransf('Linear', 895, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 915, *[377, 378], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 895)
+    ops.geomTransf('Linear', 896, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 916, *[349, 373], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 896)
+    ops.geomTransf('Linear', 897, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 917, *[350, 374], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 897)
+    ops.geomTransf('Linear', 898, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 918, *[351, 375], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 898)
+    ops.geomTransf('Linear', 899, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 919, *[352, 376], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 899)
+    ops.geomTransf('Linear', 900, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 920, *[353, 377], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 900)
+    ops.geomTransf('Linear', 901, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 921, *[354, 378], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 901)
+    ops.geomTransf('Linear', 902, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 922, *[379, 380], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 902)
+    ops.geomTransf('Linear', 903, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 923, *[380, 381], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 903)
+    ops.geomTransf('Linear', 904, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 924, *[381, 382], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 904)
+    ops.geomTransf('Linear', 905, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 925, *[382, 383], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 905)
+    ops.geomTransf('Linear', 906, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 926, *[383, 384], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 906)
+    ops.geomTransf('Linear', 907, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 927, *[355, 379], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 907)
+    ops.geomTransf('Linear', 908, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 928, *[356, 380], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 908)
+    ops.geomTransf('Linear', 909, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 929, *[357, 381], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 909)
+    ops.geomTransf('Linear', 910, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 930, *[358, 382], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 910)
+    ops.geomTransf('Linear', 911, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 931, *[359, 383], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 911)
+    ops.geomTransf('Linear', 912, *[1.0, 0.0, 0.0])
+    ops.element('elasticBeamColumn', 932, *[360, 384], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 912)
+    ops.geomTransf('Linear', 913, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 933, *[384, 378], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 913)
+    ops.geomTransf('Linear', 914, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 934, *[378, 372], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 914)
+    ops.geomTransf('Linear', 915, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 935, *[372, 366], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 915)
+    ops.geomTransf('Linear', 916, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 936, *[383, 377], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 916)
+    ops.geomTransf('Linear', 917, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 937, *[377, 371], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 917)
+    ops.geomTransf('Linear', 918, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 938, *[371, 365], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 918)
+    ops.geomTransf('Linear', 919, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 939, *[382, 376], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 919)
+    ops.geomTransf('Linear', 920, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 940, *[376, 370], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 920)
+    ops.geomTransf('Linear', 921, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 941, *[370, 364], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 921)
+    ops.geomTransf('Linear', 922, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 942, *[381, 375], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 922)
+    ops.geomTransf('Linear', 923, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 943, *[375, 369], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 923)
+    ops.geomTransf('Linear', 924, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 944, *[369, 363], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 924)
+    ops.geomTransf('Linear', 925, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 945, *[380, 374], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 925)
+    ops.geomTransf('Linear', 926, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 946, *[374, 368], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 926)
+    ops.geomTransf('Linear', 927, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 947, *[368, 362], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 927)
+    ops.geomTransf('Linear', 928, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 948, *[379, 373], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 928)
+    ops.geomTransf('Linear', 929, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 949, *[373, 367], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 929)
+    ops.geomTransf('Linear', 930, *[0.0, 0.0, 1.0])
+    ops.element('elasticBeamColumn', 950, *[367, 361], SecProps[1].A, MatProps[1].E,
+                MatProps[1].G, SecProps[1].Ixx, SecProps[1].Iyy, SecProps[1].Izz, 930)
+
+    # Fix the node.
+    ops.fix(1, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2, *[1, 1, 1, 1, 1, 1])
+    ops.fix(3, *[1, 1, 1, 1, 1, 1])
+    ops.fix(4, *[1, 1, 1, 1, 1, 1])
+    ops.fix(5, *[1, 1, 1, 1, 1, 1])
+    ops.fix(6, *[1, 1, 1, 1, 1, 1])
+    ops.fix(37, *[1, 1, 1, 1, 1, 1])
+    ops.fix(38, *[1, 1, 1, 1, 1, 1])
+    ops.fix(39, *[1, 1, 1, 1, 1, 1])
+    ops.fix(40, *[1, 1, 1, 1, 1, 1])
+    ops.fix(41, *[1, 1, 1, 1, 1, 1])
+    ops.fix(42, *[1, 1, 1, 1, 1, 1])
+    ops.fix(73, *[1, 1, 1, 1, 1, 1])
+    ops.fix(74, *[1, 1, 1, 1, 1, 1])
+    ops.fix(75, *[1, 1, 1, 1, 1, 1])
+    ops.fix(76, *[1, 1, 1, 1, 1, 1])
+    ops.fix(77, *[1, 1, 1, 1, 1, 1])
+    ops.fix(78, *[1, 1, 1, 1, 1, 1])
+    ops.fix(109, *[1, 1, 1, 1, 1, 1])
+    ops.fix(110, *[1, 1, 1, 1, 1, 1])
+    ops.fix(111, *[1, 1, 1, 1, 1, 1])
+    ops.fix(112, *[1, 1, 1, 1, 1, 1])
+    ops.fix(113, *[1, 1, 1, 1, 1, 1])
+    ops.fix(114, *[1, 1, 1, 1, 1, 1])
+
+    # Set the mass at a node.
+    ops.mass(1, *[1.5934, 1.5934, 1.5934])
+    ops.mass(2, *[1.5934, 1.5934, 1.5934])
+    ops.mass(3, *[1.5934, 1.5934, 1.5934])
+    ops.mass(4, *[1.5934, 1.5934, 1.5934])
+    ops.mass(5, *[1.5934, 1.5934, 1.5934])
+    ops.mass(6, *[1.5934, 1.5934, 1.5934])
+    ops.mass(7, *[6.3736, 6.3736, 6.3736])
+    ops.mass(8, *[7.9671, 7.9671, 7.9671])
+    ops.mass(9, *[7.9671, 7.9671, 7.9671])
+    ops.mass(10, *[7.9671, 7.9671, 7.9671])
+    ops.mass(11, *[7.9671, 7.9671, 7.9671])
+    ops.mass(12, *[6.3736, 6.3736, 6.3736])
+    ops.mass(13, *[6.3736, 6.3736, 6.3736])
+    ops.mass(14, *[7.9671, 7.9671, 7.9671])
+    ops.mass(15, *[7.9671, 7.9671, 7.9671])
+    ops.mass(16, *[7.9671, 7.9671, 7.9671])
+    ops.mass(17, *[7.9671, 7.9671, 7.9671])
+    ops.mass(18, *[6.3736, 6.3736, 6.3736])
+    ops.mass(19, *[6.3736, 6.3736, 6.3736])
+    ops.mass(20, *[7.9671, 7.9671, 7.9671])
+    ops.mass(21, *[7.9671, 7.9671, 7.9671])
+    ops.mass(22, *[7.9671, 7.9671, 7.9671])
+    ops.mass(23, *[7.9671, 7.9671, 7.9671])
+    ops.mass(24, *[6.3736, 6.3736, 6.3736])
+    ops.mass(25, *[6.3736, 6.3736, 6.3736])
+    ops.mass(26, *[7.9671, 7.9671, 7.9671])
+    ops.mass(27, *[7.9671, 7.9671, 7.9671])
+    ops.mass(28, *[7.9671, 7.9671, 7.9671])
+    ops.mass(29, *[7.9671, 7.9671, 7.9671])
+    ops.mass(30, *[6.3736, 6.3736, 6.3736])
+    ops.mass(31, *[6.3736, 6.3736, 6.3736])
+    ops.mass(32, *[7.9671, 7.9671, 7.9671])
+    ops.mass(33, *[7.9671, 7.9671, 7.9671])
+    ops.mass(34, *[7.9671, 7.9671, 7.9671])
+    ops.mass(35, *[7.9671, 7.9671, 7.9671])
+    ops.mass(36, *[6.3736, 6.3736, 6.3736])
+    ops.mass(37, *[1.5934, 1.5934, 1.5934])
+    ops.mass(38, *[1.5934, 1.5934, 1.5934])
+    ops.mass(39, *[1.5934, 1.5934, 1.5934])
+    ops.mass(40, *[1.5934, 1.5934, 1.5934])
+    ops.mass(41, *[1.5934, 1.5934, 1.5934])
+    ops.mass(42, *[1.5934, 1.5934, 1.5934])
+    ops.mass(43, *[7.9671, 7.9671, 7.9671])
+    ops.mass(44, *[9.5605, 9.5605, 9.5605])
+    ops.mass(45, *[9.5605, 9.5605, 9.5605])
+    ops.mass(46, *[9.5605, 9.5605, 9.5605])
+    ops.mass(47, *[9.5605, 9.5605, 9.5605])
+    ops.mass(48, *[7.9671, 7.9671, 7.9671])
+    ops.mass(49, *[7.9671, 7.9671, 7.9671])
+    ops.mass(50, *[9.5605, 9.5605, 9.5605])
+    ops.mass(51, *[9.5605, 9.5605, 9.5605])
+    ops.mass(52, *[9.5605, 9.5605, 9.5605])
+    ops.mass(53, *[9.5605, 9.5605, 9.5605])
+    ops.mass(54, *[7.9671, 7.9671, 7.9671])
+    ops.mass(55, *[7.9671, 7.9671, 7.9671])
+    ops.mass(56, *[9.5605, 9.5605, 9.5605])
+    ops.mass(57, *[9.5605, 9.5605, 9.5605])
+    ops.mass(58, *[9.5605, 9.5605, 9.5605])
+    ops.mass(59, *[9.5605, 9.5605, 9.5605])
+    ops.mass(60, *[7.9671, 7.9671, 7.9671])
+    ops.mass(61, *[7.9671, 7.9671, 7.9671])
+    ops.mass(62, *[9.5605, 9.5605, 9.5605])
+    ops.mass(63, *[9.5605, 9.5605, 9.5605])
+    ops.mass(64, *[9.5605, 9.5605, 9.5605])
+    ops.mass(65, *[9.5605, 9.5605, 9.5605])
+    ops.mass(66, *[7.9671, 7.9671, 7.9671])
+    ops.mass(67, *[7.9671, 7.9671, 7.9671])
+    ops.mass(68, *[9.5605, 9.5605, 9.5605])
+    ops.mass(69, *[9.5605, 9.5605, 9.5605])
+    ops.mass(70, *[9.5605, 9.5605, 9.5605])
+    ops.mass(71, *[9.5605, 9.5605, 9.5605])
+    ops.mass(72, *[7.9671, 7.9671, 7.9671])
+    ops.mass(73, *[1.5934, 1.5934, 1.5934])
+    ops.mass(74, *[1.5934, 1.5934, 1.5934])
+    ops.mass(75, *[1.5934, 1.5934, 1.5934])
+    ops.mass(76, *[1.5934, 1.5934, 1.5934])
+    ops.mass(77, *[1.5934, 1.5934, 1.5934])
+    ops.mass(78, *[1.5934, 1.5934, 1.5934])
+    ops.mass(79, *[7.9671, 7.9671, 7.9671])
+    ops.mass(80, *[9.5605, 9.5605, 9.5605])
+    ops.mass(81, *[9.5605, 9.5605, 9.5605])
+    ops.mass(82, *[9.5605, 9.5605, 9.5605])
+    ops.mass(83, *[9.5605, 9.5605, 9.5605])
+    ops.mass(84, *[7.9671, 7.9671, 7.9671])
+    ops.mass(85, *[7.9671, 7.9671, 7.9671])
+    ops.mass(86, *[9.5605, 9.5605, 9.5605])
+    ops.mass(87, *[9.5605, 9.5605, 9.5605])
+    ops.mass(88, *[9.5605, 9.5605, 9.5605])
+    ops.mass(89, *[9.5605, 9.5605, 9.5605])
+    ops.mass(90, *[7.9671, 7.9671, 7.9671])
+    ops.mass(91, *[7.9671, 7.9671, 7.9671])
+    ops.mass(92, *[9.5605, 9.5605, 9.5605])
+    ops.mass(93, *[9.5605, 9.5605, 9.5605])
+    ops.mass(94, *[9.5605, 9.5605, 9.5605])
+    ops.mass(95, *[9.5605, 9.5605, 9.5605])
+    ops.mass(96, *[7.9671, 7.9671, 7.9671])
+    ops.mass(97, *[7.9671, 7.9671, 7.9671])
+    ops.mass(98, *[9.5605, 9.5605, 9.5605])
+    ops.mass(99, *[9.5605, 9.5605, 9.5605])
+    ops.mass(100, *[9.5605, 9.5605, 9.5605])
+    ops.mass(101, *[9.5605, 9.5605, 9.5605])
+    ops.mass(102, *[7.9671, 7.9671, 7.9671])
+    ops.mass(103, *[7.9671, 7.9671, 7.9671])
+    ops.mass(104, *[9.5605, 9.5605, 9.5605])
+    ops.mass(105, *[9.5605, 9.5605, 9.5605])
+    ops.mass(106, *[9.5605, 9.5605, 9.5605])
+    ops.mass(107, *[9.5605, 9.5605, 9.5605])
+    ops.mass(108, *[7.9671, 7.9671, 7.9671])
+    ops.mass(109, *[1.5934, 1.5934, 1.5934])
+    ops.mass(110, *[1.5934, 1.5934, 1.5934])
+    ops.mass(111, *[1.5934, 1.5934, 1.5934])
+    ops.mass(112, *[1.5934, 1.5934, 1.5934])
+    ops.mass(113, *[1.5934, 1.5934, 1.5934])
+    ops.mass(114, *[1.5934, 1.5934, 1.5934])
+    ops.mass(115, *[6.3736, 6.3736, 6.3736])
+    ops.mass(116, *[7.9671, 7.9671, 7.9671])
+    ops.mass(117, *[7.9671, 7.9671, 7.9671])
+    ops.mass(118, *[7.9671, 7.9671, 7.9671])
+    ops.mass(119, *[7.9671, 7.9671, 7.9671])
+    ops.mass(120, *[6.3736, 6.3736, 6.3736])
+    ops.mass(121, *[6.3736, 6.3736, 6.3736])
+    ops.mass(122, *[7.9671, 7.9671, 7.9671])
+    ops.mass(123, *[7.9671, 7.9671, 7.9671])
+    ops.mass(124, *[7.9671, 7.9671, 7.9671])
+    ops.mass(125, *[7.9671, 7.9671, 7.9671])
+    ops.mass(126, *[6.3736, 6.3736, 6.3736])
+    ops.mass(127, *[6.3736, 6.3736, 6.3736])
+    ops.mass(128, *[7.9671, 7.9671, 7.9671])
+    ops.mass(129, *[7.9671, 7.9671, 7.9671])
+    ops.mass(130, *[7.9671, 7.9671, 7.9671])
+    ops.mass(131, *[7.9671, 7.9671, 7.9671])
+    ops.mass(132, *[6.3736, 6.3736, 6.3736])
+    ops.mass(133, *[6.3736, 6.3736, 6.3736])
+    ops.mass(134, *[7.9671, 7.9671, 7.9671])
+    ops.mass(135, *[7.9671, 7.9671, 7.9671])
+    ops.mass(136, *[7.9671, 7.9671, 7.9671])
+    ops.mass(137, *[7.9671, 7.9671, 7.9671])
+    ops.mass(138, *[6.3736, 6.3736, 6.3736])
+    ops.mass(139, *[6.3736, 6.3736, 6.3736])
+    ops.mass(140, *[7.9671, 7.9671, 7.9671])
+    ops.mass(141, *[7.9671, 7.9671, 7.9671])
+    ops.mass(142, *[7.9671, 7.9671, 7.9671])
+    ops.mass(143, *[7.9671, 7.9671, 7.9671])
+    ops.mass(144, *[6.3736, 6.3736, 6.3736])
+    ops.mass(145, *[6.3736, 6.3736, 6.3736])
+    ops.mass(146, *[7.9671, 7.9671, 7.9671])
+    ops.mass(147, *[7.9671, 7.9671, 7.9671])
+    ops.mass(148, *[7.9671, 7.9671, 7.9671])
+    ops.mass(149, *[7.9671, 7.9671, 7.9671])
+    ops.mass(150, *[6.3736, 6.3736, 6.3736])
+    ops.mass(151, *[7.9671, 7.9671, 7.9671])
+    ops.mass(152, *[9.5605, 9.5605, 9.5605])
+    ops.mass(153, *[9.5605, 9.5605, 9.5605])
+    ops.mass(154, *[9.5605, 9.5605, 9.5605])
+    ops.mass(155, *[9.5605, 9.5605, 9.5605])
+    ops.mass(156, *[7.9671, 7.9671, 7.9671])
+    ops.mass(157, *[7.9671, 7.9671, 7.9671])
+    ops.mass(158, *[9.5605, 9.5605, 9.5605])
+    ops.mass(159, *[9.5605, 9.5605, 9.5605])
+    ops.mass(160, *[9.5605, 9.5605, 9.5605])
+    ops.mass(161, *[9.5605, 9.5605, 9.5605])
+    ops.mass(162, *[7.9671, 7.9671, 7.9671])
+    ops.mass(163, *[6.3736, 6.3736, 6.3736])
+    ops.mass(164, *[7.9671, 7.9671, 7.9671])
+    ops.mass(165, *[7.9671, 7.9671, 7.9671])
+    ops.mass(166, *[7.9671, 7.9671, 7.9671])
+    ops.mass(167, *[7.9671, 7.9671, 7.9671])
+    ops.mass(168, *[6.3736, 6.3736, 6.3736])
+    ops.mass(169, *[6.3736, 6.3736, 6.3736])
+    ops.mass(170, *[7.9671, 7.9671, 7.9671])
+    ops.mass(171, *[7.9671, 7.9671, 7.9671])
+    ops.mass(172, *[7.9671, 7.9671, 7.9671])
+    ops.mass(173, *[7.9671, 7.9671, 7.9671])
+    ops.mass(174, *[6.3736, 6.3736, 6.3736])
+    ops.mass(175, *[7.9671, 7.9671, 7.9671])
+    ops.mass(176, *[9.5605, 9.5605, 9.5605])
+    ops.mass(177, *[9.5605, 9.5605, 9.5605])
+    ops.mass(178, *[9.5605, 9.5605, 9.5605])
+    ops.mass(179, *[9.5605, 9.5605, 9.5605])
+    ops.mass(180, *[7.9671, 7.9671, 7.9671])
+    ops.mass(181, *[7.9671, 7.9671, 7.9671])
+    ops.mass(182, *[9.5605, 9.5605, 9.5605])
+    ops.mass(183, *[9.5605, 9.5605, 9.5605])
+    ops.mass(184, *[9.5605, 9.5605, 9.5605])
+    ops.mass(185, *[9.5605, 9.5605, 9.5605])
+    ops.mass(186, *[7.9671, 7.9671, 7.9671])
+    ops.mass(187, *[6.3736, 6.3736, 6.3736])
+    ops.mass(188, *[7.9671, 7.9671, 7.9671])
+    ops.mass(189, *[7.9671, 7.9671, 7.9671])
+    ops.mass(190, *[7.9671, 7.9671, 7.9671])
+    ops.mass(191, *[7.9671, 7.9671, 7.9671])
+    ops.mass(192, *[6.3736, 6.3736, 6.3736])
+    ops.mass(193, *[6.3736, 6.3736, 6.3736])
+    ops.mass(194, *[7.9671, 7.9671, 7.9671])
+    ops.mass(195, *[7.9671, 7.9671, 7.9671])
+    ops.mass(196, *[7.9671, 7.9671, 7.9671])
+    ops.mass(197, *[7.9671, 7.9671, 7.9671])
+    ops.mass(198, *[6.3736, 6.3736, 6.3736])
+    ops.mass(199, *[7.9671, 7.9671, 7.9671])
+    ops.mass(200, *[9.5605, 9.5605, 9.5605])
+    ops.mass(201, *[9.5605, 9.5605, 9.5605])
+    ops.mass(202, *[9.5605, 9.5605, 9.5605])
+    ops.mass(203, *[9.5605, 9.5605, 9.5605])
+    ops.mass(204, *[7.9671, 7.9671, 7.9671])
+    ops.mass(205, *[7.9671, 7.9671, 7.9671])
+    ops.mass(206, *[9.5605, 9.5605, 9.5605])
+    ops.mass(207, *[9.5605, 9.5605, 9.5605])
+    ops.mass(208, *[9.5605, 9.5605, 9.5605])
+    ops.mass(209, *[9.5605, 9.5605, 9.5605])
+    ops.mass(210, *[7.9671, 7.9671, 7.9671])
+    ops.mass(211, *[6.3736, 6.3736, 6.3736])
+    ops.mass(212, *[7.9671, 7.9671, 7.9671])
+    ops.mass(213, *[7.9671, 7.9671, 7.9671])
+    ops.mass(214, *[7.9671, 7.9671, 7.9671])
+    ops.mass(215, *[7.9671, 7.9671, 7.9671])
+    ops.mass(216, *[6.3736, 6.3736, 6.3736])
+    ops.mass(217, *[6.3736, 6.3736, 6.3736])
+    ops.mass(218, *[7.9671, 7.9671, 7.9671])
+    ops.mass(219, *[7.9671, 7.9671, 7.9671])
+    ops.mass(220, *[7.9671, 7.9671, 7.9671])
+    ops.mass(221, *[7.9671, 7.9671, 7.9671])
+    ops.mass(222, *[6.3736, 6.3736, 6.3736])
+    ops.mass(223, *[7.9671, 7.9671, 7.9671])
+    ops.mass(224, *[9.5605, 9.5605, 9.5605])
+    ops.mass(225, *[9.5605, 9.5605, 9.5605])
+    ops.mass(226, *[9.5605, 9.5605, 9.5605])
+    ops.mass(227, *[9.5605, 9.5605, 9.5605])
+    ops.mass(228, *[7.9671, 7.9671, 7.9671])
+    ops.mass(229, *[7.9671, 7.9671, 7.9671])
+    ops.mass(230, *[9.5605, 9.5605, 9.5605])
+    ops.mass(231, *[9.5605, 9.5605, 9.5605])
+    ops.mass(232, *[9.5605, 9.5605, 9.5605])
+    ops.mass(233, *[9.5605, 9.5605, 9.5605])
+    ops.mass(234, *[7.9671, 7.9671, 7.9671])
+    ops.mass(235, *[6.3736, 6.3736, 6.3736])
+    ops.mass(236, *[7.9671, 7.9671, 7.9671])
+    ops.mass(237, *[7.9671, 7.9671, 7.9671])
+    ops.mass(238, *[7.9671, 7.9671, 7.9671])
+    ops.mass(239, *[7.9671, 7.9671, 7.9671])
+    ops.mass(240, *[6.3736, 6.3736, 6.3736])
+    ops.mass(241, *[6.3736, 6.3736, 6.3736])
+    ops.mass(242, *[7.9671, 7.9671, 7.9671])
+    ops.mass(243, *[7.9671, 7.9671, 7.9671])
+    ops.mass(244, *[7.9671, 7.9671, 7.9671])
+    ops.mass(245, *[7.9671, 7.9671, 7.9671])
+    ops.mass(246, *[6.3736, 6.3736, 6.3736])
+    ops.mass(247, *[7.9671, 7.9671, 7.9671])
+    ops.mass(248, *[9.5605, 9.5605, 9.5605])
+    ops.mass(249, *[9.5605, 9.5605, 9.5605])
+    ops.mass(250, *[9.5605, 9.5605, 9.5605])
+    ops.mass(251, *[9.5605, 9.5605, 9.5605])
+    ops.mass(252, *[7.9671, 7.9671, 7.9671])
+    ops.mass(253, *[7.9671, 7.9671, 7.9671])
+    ops.mass(254, *[9.5605, 9.5605, 9.5605])
+    ops.mass(255, *[9.5605, 9.5605, 9.5605])
+    ops.mass(256, *[9.5605, 9.5605, 9.5605])
+    ops.mass(257, *[9.5605, 9.5605, 9.5605])
+    ops.mass(258, *[7.9671, 7.9671, 7.9671])
+    ops.mass(259, *[6.3736, 6.3736, 6.3736])
+    ops.mass(260, *[7.9671, 7.9671, 7.9671])
+    ops.mass(261, *[7.9671, 7.9671, 7.9671])
+    ops.mass(262, *[7.9671, 7.9671, 7.9671])
+    ops.mass(263, *[7.9671, 7.9671, 7.9671])
+    ops.mass(264, *[6.3736, 6.3736, 6.3736])
+    ops.mass(265, *[6.3736, 6.3736, 6.3736])
+    ops.mass(266, *[7.9671, 7.9671, 7.9671])
+    ops.mass(267, *[7.9671, 7.9671, 7.9671])
+    ops.mass(268, *[7.9671, 7.9671, 7.9671])
+    ops.mass(269, *[7.9671, 7.9671, 7.9671])
+    ops.mass(270, *[6.3736, 6.3736, 6.3736])
+    ops.mass(271, *[7.9671, 7.9671, 7.9671])
+    ops.mass(272, *[9.5605, 9.5605, 9.5605])
+    ops.mass(273, *[9.5605, 9.5605, 9.5605])
+    ops.mass(274, *[9.5605, 9.5605, 9.5605])
+    ops.mass(275, *[9.5605, 9.5605, 9.5605])
+    ops.mass(276, *[7.9671, 7.9671, 7.9671])
+    ops.mass(277, *[7.9671, 7.9671, 7.9671])
+    ops.mass(278, *[9.5605, 9.5605, 9.5605])
+    ops.mass(279, *[9.5605, 9.5605, 9.5605])
+    ops.mass(280, *[9.5605, 9.5605, 9.5605])
+    ops.mass(281, *[9.5605, 9.5605, 9.5605])
+    ops.mass(282, *[7.9671, 7.9671, 7.9671])
+    ops.mass(283, *[6.3736, 6.3736, 6.3736])
+    ops.mass(284, *[7.9671, 7.9671, 7.9671])
+    ops.mass(285, *[7.9671, 7.9671, 7.9671])
+    ops.mass(286, *[7.9671, 7.9671, 7.9671])
+    ops.mass(287, *[7.9671, 7.9671, 7.9671])
+    ops.mass(288, *[6.3736, 6.3736, 6.3736])
+    ops.mass(289, *[6.3736, 6.3736, 6.3736])
+    ops.mass(290, *[7.9671, 7.9671, 7.9671])
+    ops.mass(291, *[7.9671, 7.9671, 7.9671])
+    ops.mass(292, *[7.9671, 7.9671, 7.9671])
+    ops.mass(293, *[7.9671, 7.9671, 7.9671])
+    ops.mass(294, *[6.3736, 6.3736, 6.3736])
+    ops.mass(295, *[7.9671, 7.9671, 7.9671])
+    ops.mass(296, *[9.5605, 9.5605, 9.5605])
+    ops.mass(297, *[9.5605, 9.5605, 9.5605])
+    ops.mass(298, *[9.5605, 9.5605, 9.5605])
+    ops.mass(299, *[9.5605, 9.5605, 9.5605])
+    ops.mass(300, *[7.9671, 7.9671, 7.9671])
+    ops.mass(301, *[7.9671, 7.9671, 7.9671])
+    ops.mass(302, *[9.5605, 9.5605, 9.5605])
+    ops.mass(303, *[9.5605, 9.5605, 9.5605])
+    ops.mass(304, *[9.5605, 9.5605, 9.5605])
+    ops.mass(305, *[9.5605, 9.5605, 9.5605])
+    ops.mass(306, *[7.9671, 7.9671, 7.9671])
+    ops.mass(307, *[6.3736, 6.3736, 6.3736])
+    ops.mass(308, *[7.9671, 7.9671, 7.9671])
+    ops.mass(309, *[7.9671, 7.9671, 7.9671])
+    ops.mass(310, *[7.9671, 7.9671, 7.9671])
+    ops.mass(311, *[7.9671, 7.9671, 7.9671])
+    ops.mass(312, *[6.3736, 6.3736, 6.3736])
+    ops.mass(313, *[6.3736, 6.3736, 6.3736])
+    ops.mass(314, *[7.9671, 7.9671, 7.9671])
+    ops.mass(315, *[7.9671, 7.9671, 7.9671])
+    ops.mass(316, *[7.9671, 7.9671, 7.9671])
+    ops.mass(317, *[7.9671, 7.9671, 7.9671])
+    ops.mass(318, *[6.3736, 6.3736, 6.3736])
+    ops.mass(319, *[7.9671, 7.9671, 7.9671])
+    ops.mass(320, *[9.5605, 9.5605, 9.5605])
+    ops.mass(321, *[9.5605, 9.5605, 9.5605])
+    ops.mass(322, *[9.5605, 9.5605, 9.5605])
+    ops.mass(323, *[9.5605, 9.5605, 9.5605])
+    ops.mass(324, *[7.9671, 7.9671, 7.9671])
+    ops.mass(325, *[7.9671, 7.9671, 7.9671])
+    ops.mass(326, *[9.5605, 9.5605, 9.5605])
+    ops.mass(327, *[9.5605, 9.5605, 9.5605])
+    ops.mass(328, *[9.5605, 9.5605, 9.5605])
+    ops.mass(329, *[9.5605, 9.5605, 9.5605])
+    ops.mass(330, *[7.9671, 7.9671, 7.9671])
+    ops.mass(331, *[6.3736, 6.3736, 6.3736])
+    ops.mass(332, *[7.9671, 7.9671, 7.9671])
+    ops.mass(333, *[7.9671, 7.9671, 7.9671])
+    ops.mass(334, *[7.9671, 7.9671, 7.9671])
+    ops.mass(335, *[7.9671, 7.9671, 7.9671])
+    ops.mass(336, *[6.3736, 6.3736, 6.3736])
+    ops.mass(337, *[6.3736, 6.3736, 6.3736])
+    ops.mass(338, *[7.9671, 7.9671, 7.9671])
+    ops.mass(339, *[7.9671, 7.9671, 7.9671])
+    ops.mass(340, *[7.9671, 7.9671, 7.9671])
+    ops.mass(341, *[7.9671, 7.9671, 7.9671])
+    ops.mass(342, *[6.3736, 6.3736, 6.3736])
+    ops.mass(343, *[7.9671, 7.9671, 7.9671])
+    ops.mass(344, *[9.5605, 9.5605, 9.5605])
+    ops.mass(345, *[9.5605, 9.5605, 9.5605])
+    ops.mass(346, *[9.5605, 9.5605, 9.5605])
+    ops.mass(347, *[9.5605, 9.5605, 9.5605])
+    ops.mass(348, *[7.9671, 7.9671, 7.9671])
+    ops.mass(349, *[7.9671, 7.9671, 7.9671])
+    ops.mass(350, *[9.5605, 9.5605, 9.5605])
+    ops.mass(351, *[9.5605, 9.5605, 9.5605])
+    ops.mass(352, *[9.5605, 9.5605, 9.5605])
+    ops.mass(353, *[9.5605, 9.5605, 9.5605])
+    ops.mass(354, *[7.9671, 7.9671, 7.9671])
+    ops.mass(355, *[6.3736, 6.3736, 6.3736])
+    ops.mass(356, *[7.9671, 7.9671, 7.9671])
+    ops.mass(357, *[7.9671, 7.9671, 7.9671])
+    ops.mass(358, *[7.9671, 7.9671, 7.9671])
+    ops.mass(359, *[7.9671, 7.9671, 7.9671])
+    ops.mass(360, *[6.3736, 6.3736, 6.3736])
+    ops.mass(361, *[4.7802, 4.7802, 4.7802])
+    ops.mass(362, *[6.3736, 6.3736, 6.3736])
+    ops.mass(363, *[6.3736, 6.3736, 6.3736])
+    ops.mass(364, *[6.3736, 6.3736, 6.3736])
+    ops.mass(365, *[6.3736, 6.3736, 6.3736])
+    ops.mass(366, *[4.7802, 4.7802, 4.7802])
+    ops.mass(367, *[6.3736, 6.3736, 6.3736])
+    ops.mass(368, *[7.9671, 7.9671, 7.9671])
+    ops.mass(369, *[7.9671, 7.9671, 7.9671])
+    ops.mass(370, *[7.9671, 7.9671, 7.9671])
+    ops.mass(371, *[7.9671, 7.9671, 7.9671])
+    ops.mass(372, *[6.3736, 6.3736, 6.3736])
+    ops.mass(373, *[6.3736, 6.3736, 6.3736])
+    ops.mass(374, *[7.9671, 7.9671, 7.9671])
+    ops.mass(375, *[7.9671, 7.9671, 7.9671])
+    ops.mass(376, *[7.9671, 7.9671, 7.9671])
+    ops.mass(377, *[7.9671, 7.9671, 7.9671])
+    ops.mass(378, *[6.3736, 6.3736, 6.3736])
+    ops.mass(379, *[4.7802, 4.7802, 4.7802])
+    ops.mass(380, *[6.3736, 6.3736, 6.3736])
+    ops.mass(381, *[6.3736, 6.3736, 6.3736])
+    ops.mass(382, *[6.3736, 6.3736, 6.3736])
+    ops.mass(383, *[6.3736, 6.3736, 6.3736])
+    ops.mass(384, *[4.7802, 4.7802, 4.7802])
diff --git a/build/lib/opstool/examples/Igloo.py b/build/lib/opstool/examples/Igloo.py
new file mode 100644
index 0000000..d3c7710
--- /dev/null
+++ b/build/lib/opstool/examples/Igloo.py
@@ -0,0 +1,13636 @@
+# !-*- coding:utf-8 -*-
+
+# This document was created from Midas2OPS version 0.01
+
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def Igloo():
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 3)
+
+    # Mechanical properties of material
+    # E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Mass Density;
+    # gamma-unit weight; r: expansion coefficient
+    mat_props = namedtuple(
+        'mat_props', ['mat_name', 'E', 'v', 'G', 'r', 'gamma', 'rho'])
+    MatProps = dict()
+    MatProps[1] = mat_props._make(
+        ('C280', 2824300.0, 0.18, 1196737.2881355933, 1e-05, 2.5, 0.0))
+
+    # Create OpenSees node.
+    ops.node(135, 0.5, -0.99, 0.75)
+    ops.node(136, 0.375, -0.99, 0.8625)
+    ops.node(137, 0.25, -0.99, 0.975)
+    ops.node(138, 0.125, -0.99, 1.0875)
+    ops.node(139, 0.0, -0.99, 1.2)
+    ops.node(140, 0.0, -0.848571, 1.2)
+    ops.node(141, 0.0, -0.707143, 1.2)
+    ops.node(142, 0.0, -0.565714, 1.2)
+    ops.node(143, 0.0, -0.424286, 1.2)
+    ops.node(144, 0.0, -0.282857, 1.2)
+    ops.node(145, 0.0, -0.141429, 1.2)
+    ops.node(146, 0.0, 0.0, 1.2)
+    ops.node(147, 0.016184, -0.15709, 1.185434)
+    ops.node(148, 0.036456, -0.312762, 1.16719)
+    ops.node(149, 0.078783, -0.460777, 1.129095)
+    ops.node(150, 0.139037, -0.596871, 1.074867)
+    ops.node(151, 0.212748, -0.719905, 1.008527)
+    ops.node(152, 0.298532, -0.827709, 0.931321)
+    ops.node(153, 0.394847, -0.91832, 0.844638)
+    ops.node(154, 0.146474, -0.811457, 1.068174)
+    ops.node(155, 0.020588, -0.203745, 0.908294)
+    ops.node(156, 0.072287, -0.430391, 0.870226)
+    ops.node(157, 0.176023, -0.656108, 0.787226)
+    ops.node(158, 0.316725, -0.83914, 0.659681)
+    ops.node(159, 0.024067, -0.242125, 0.633495)
+    ops.node(160, 0.090984, -0.47696, 0.568932)
+    ops.node(161, 0.205228, -0.692626, 0.500958)
+    ops.node(162, 0.352833, -0.870278, 0.407162)
+    ops.node(163, 0.035084, -0.284644, 0.315303)
+    ops.node(164, 0.127908, -0.544146, 0.275501)
+    ops.node(165, 0.250751, -0.745506, 0.235051)
+    ops.node(166, 0.384634, -0.891957, 0.176882)
+    ops.node(167, 0.0, 0.0, 0.0)
+    ops.node(168, 0.021462, -0.228777, 0.0)
+    ops.node(169, 0.085098, -0.449572, 0.0)
+    ops.node(170, 0.188687, -0.654679, 0.0)
+    ops.node(171, 0.328615, -0.836941, 0.0)
+    ops.node(172, 0.5, -0.99, 0.0)
+    ops.node(173, 0.5, -0.99, 0.5)
+    ops.node(174, 0.5, -0.99, 0.25)
+    ops.node(175, 0.0, 0.0, 0.24)
+    ops.node(176, 0.0, 0.0, 0.48)
+    ops.node(177, 0.0, 0.0, 0.72)
+    ops.node(178, 0.0, 0.0, 0.96)
+    ops.node(179, 0.391747, -1.0525, 0.8625)
+    ops.node(180, 0.4375, -1.098253, 0.8625)
+    ops.node(181, 0.5, -1.115, 0.8625)
+    ops.node(182, 0.283494, -1.115, 0.975)
+    ops.node(183, 0.375, -1.206506, 0.975)
+    ops.node(184, 0.5, -1.24, 0.975)
+    ops.node(185, 0.175241, -1.1775, 1.0875)
+    ops.node(186, 0.3125, -1.314759, 1.0875)
+    ops.node(187, 0.5, -1.365, 1.0875)
+    ops.node(188, 0.066988, -1.24, 1.2)
+    ops.node(189, 0.25, -1.423013, 1.2)
+    ops.node(190, 0.5, -1.49, 1.2)
+    ops.node(212, 0.8, -0.99, -0.2)
+    ops.node(213, 0.8, -0.99, -0.01)
+    ops.node(214, 0.658905, -0.99, 0.179584)
+    ops.node(215, 0.8, -0.99, 0.18)
+    ops.node(216, 0.64578, -0.99, 0.402929)
+    ops.node(217, 0.8, -0.99, 0.37)
+    ops.node(218, 0.644389, -0.99, 0.605506)
+    ops.node(219, 0.8, -0.99, 0.56)
+    ops.node(220, 0.8, -0.99, 0.75)
+    ops.node(221, 0.6, -0.99, 0.0)
+    ops.node(222, 0.58, -0.99, 0.75)
+    ops.node(223, 0.58, -1.156667, 0.9)
+    ops.node(224, 0.58, -1.323333, 1.05)
+    ops.node(225, 0.58, -1.49, 1.2)
+    ops.node(229, 0.793334, -1.156667, 0.9)
+    ops.node(230, 0.786667, -1.323333, 1.05)
+    ops.node(231, 0.78, -1.49, 1.2)
+    ops.node(232, 0.945753, -1.323855, 1.05047)
+    ops.node(233, 0.950465, -1.157194, 0.900474)
+    ops.node(234, 1.109, -0.99, 0.75)
+    ops.node(235, 0.9545, -0.99, 0.75)
+    ops.node(236, 1.106244, -1.156667, 0.9)
+    ops.node(237, 1.103488, -1.323333, 1.05)
+    ops.node(238, 1.100732, -1.49, 1.2)
+    ops.node(239, 0.940366, -1.49, 1.2)
+    ops.node(240, 1.109, -0.99, -0.2)
+    ops.node(241, 1.109, -0.99, -0.01)
+    ops.node(242, 1.109, -0.99, 0.18)
+    ops.node(243, 1.109, -0.99, 0.37)
+    ops.node(244, 1.109, -0.99, 0.56)
+    ops.node(245, 0.9545, -0.99, -0.2)
+    ops.node(246, 0.9545, -0.99, 0.007545)
+    ops.node(247, 0.9545, -0.99, 0.248612)
+    ops.node(248, 0.9545, -0.99, 0.449422)
+    ops.node(249, 0.9545, -0.99, 0.625278)
+    ops.node(250, 1.555272, -1.198312, 1.2)
+    ops.node(251, 1.677152, -0.399318, 0.75)
+    ops.node(252, 1.498383, -1.120278, 1.100366)
+    ops.node(253, 1.477513, -0.935756, 0.984064)
+    ops.node(254, 1.513603, -0.711785, 0.872963)
+    ops.node(255, 1.496813, -0.505365, 0.75)
+    ops.node(256, 1.362472, -1.215356, 1.085487)
+    ops.node(257, 1.357962, -1.031315, 0.979212)
+    ops.node(258, 1.366285, -0.835755, 0.872646)
+    ops.node(259, 1.33867, -0.642328, 0.75)
+    ops.node(260, 1.217849, -1.331624, 1.101565)
+    ops.node(261, 1.233332, -1.12796, 0.973784)
+    ops.node(262, 1.216846, -0.940375, 0.843059)
+    ops.node(263, 1.207957, -0.805675, 0.75)
+    ops.node(264, 1.579648, -1.038514, 1.11)
+    ops.node(265, 1.604024, -0.878715, 1.02)
+    ops.node(266, 1.6284, -0.718916, 0.93)
+    ops.node(267, 1.652776, -0.559117, 0.84)
+    ops.node(268, 1.286358, -1.454266, 1.2)
+    ops.node(269, 1.445451, -1.352173, 1.2)
+    ops.node(270, 1.207957, -0.805675, -0.2)
+    ops.node(271, 1.216079, -0.795526, -0.070189)
+    ops.node(272, 1.209527, -0.803714, 0.106593)
+    ops.node(273, 1.213368, -0.798914, 0.330555)
+    ops.node(274, 1.181845, -0.854313, 0.546153)
+    ops.node(275, 1.33867, -0.642328, -0.2)
+    ops.node(276, 1.36884, -0.616199, 0.003455)
+    ops.node(277, 1.321129, -0.664249, 0.190831)
+    ops.node(278, 1.357591, -0.625942, 0.348987)
+    ops.node(279, 1.313023, -0.674379, 0.541291)
+    ops.node(280, 1.496813, -0.505365, -0.2)
+    ops.node(281, 1.544145, -0.477532, 0.000799)
+    ops.node(282, 1.488795, -0.512309, 0.213414)
+    ops.node(283, 1.493273, -0.508431, 0.438038)
+    ops.node(284, 1.486192, -0.514563, 0.617625)
+    ops.node(285, 1.677152, -0.399318, -0.2)
+    ops.node(286, 1.677152, -0.399318, -0.01)
+    ops.node(287, 1.677152, -0.399318, 0.18)
+    ops.node(288, 1.677152, -0.399318, 0.37)
+    ops.node(289, 1.677152, -0.399318, 0.56)
+    ops.node(290, 1.762202, -0.803614, 1.082494)
+    ops.node(291, 1.756276, -0.68395, 0.979231)
+    ops.node(292, 1.814355, -0.523249, 0.879648)
+    ops.node(293, 1.847145, -0.342361, 0.75)
+    ops.node(294, 1.985239, -0.716976, 1.104178)
+    ops.node(295, 1.968705, -0.576438, 0.975953)
+    ops.node(296, 2.008675, -0.415261, 0.843055)
+    ops.node(297, 2.021427, -0.305921, 0.75)
+    ops.node(298, 2.2, -0.79, 1.2)
+    ops.node(299, 2.2, -0.29, 0.75)
+    ops.node(300, 2.2, -0.456667, 0.9)
+    ops.node(301, 2.2, -0.623333, 1.05)
+    ops.node(302, 2.001553, -0.819605, 1.2)
+    ops.node(303, 1.8171, -0.89857, 1.2)
+    ops.node(304, 1.666866, -1.031565, 1.2)
+    ops.node(305, 2.2, -0.29, -0.2)
+    ops.node(306, 2.2, -0.29, -0.01)
+    ops.node(307, 2.2, -0.29, 0.18)
+    ops.node(308, 2.2, -0.29, 0.37)
+    ops.node(309, 2.2, -0.29, 0.56)
+    ops.node(310, 2.021427, -0.305921, -0.2)
+    ops.node(311, 2.013411, -0.306636, -0.069679)
+    ops.node(312, 2.013198, -0.306655, 0.11008)
+    ops.node(313, 2.022819, -0.305797, 0.313364)
+    ops.node(314, 2.041391, -0.304141, 0.53838)
+    ops.node(315, 1.847145, -0.342361, -0.2)
+    ops.node(316, 1.827862, -0.348821, 0.007854)
+    ops.node(317, 1.845967, -0.342755, 0.230427)
+    ops.node(318, 1.855432, -0.339584, 0.434388)
+    ops.node(319, 1.855276, -0.339636, 0.617329)
+    ops.node(320, 2.9, -0.79, 1.2)
+    ops.node(321, 2.725, -0.79, 1.2)
+    ops.node(322, 2.55, -0.79, 1.2)
+    ops.node(323, 2.375, -0.79, 1.2)
+    ops.node(324, 2.9, -0.623333, 1.05)
+    ops.node(325, 2.777354, -0.616358, 1.043723)
+    ops.node(326, 2.603978, -0.618696, 1.045827)
+    ops.node(327, 2.396926, -0.640353, 1.065318)
+    ops.node(328, 2.9, -0.456667, 0.9)
+    ops.node(329, 2.705274, -0.439608, 0.884647)
+    ops.node(330, 2.499208, -0.461482, 0.904333)
+    ops.node(331, 2.324792, -0.464166, 0.906749)
+    ops.node(332, 2.9, -0.29, 0.75)
+    ops.node(333, 2.725, -0.29, 0.75)
+    ops.node(334, 2.55, -0.29, 0.75)
+    ops.node(335, 2.375, -0.29, 0.75)
+    ops.node(336, 2.375, -0.29, -0.2)
+    ops.node(337, 2.55, -0.29, -0.2)
+    ops.node(338, 2.725, -0.29, -0.2)
+    ops.node(339, 2.9, -0.29, -0.2)
+    ops.node(340, 2.327952, -0.29, 0.002168)
+    ops.node(341, 2.514764, -0.29, 0.006471)
+    ops.node(342, 2.713168, -0.29, -0.06855)
+    ops.node(343, 2.9, -0.29, -0.01)
+    ops.node(344, 2.381644, -0.29, 0.215571)
+    ops.node(345, 2.57027, -0.29, 0.195553)
+    ops.node(346, 2.721008, -0.29, 0.109604)
+    ops.node(347, 2.9, -0.29, 0.18)
+    ops.node(348, 2.37702, -0.29, 0.439912)
+    ops.node(349, 2.526239, -0.29, 0.353389)
+    ops.node(350, 2.715678, -0.29, 0.33329)
+    ops.node(351, 2.9, -0.29, 0.37)
+    ops.node(352, 2.385828, -0.29, 0.61849)
+    ops.node(353, 2.583025, -0.29, 0.543236)
+    ops.node(354, 2.770428, -0.29, 0.547078)
+    ops.node(355, 2.9, -0.29, 0.56)
+    ops.node(356, 4.095, -1.385, 0.75)
+    ops.node(357, 3.93, -1.384, 0.9)
+    ops.node(358, 3.839712, -1.122965, 0.926459)
+    ops.node(359, 3.744608, -0.877469, 0.901108)
+    ops.node(360, 3.632513, -0.691358, 0.867859)
+    ops.node(361, 3.439664, -0.592256, 0.89813)
+    ops.node(362, 3.203364, -0.506248, 0.907412)
+    ops.node(363, 3.765, -1.383, 1.05)
+    ops.node(364, 3.681074, -1.204757, 1.086569)
+    ops.node(365, 3.609288, -1.00208, 1.060878)
+    ops.node(366, 3.51202, -0.808148, 1.01488)
+    ops.node(367, 3.300541, -0.724796, 1.056788)
+    ops.node(368, 3.075355, -0.646371, 1.056634)
+    ops.node(369, 3.6, -1.382, 1.2)
+    ops.node(370, 3.360397, -0.955464, 1.2)
+    ops.node(371, 4.051912, -1.132652, 0.75)
+    ops.node(372, 3.954955, -0.896136, 0.75)
+    ops.node(373, 3.808856, -0.686666, 0.75)
+    ops.node(374, 3.62062, -0.514182, 0.75)
+    ops.node(375, 3.399211, -0.386898, 0.75)
+    ops.node(376, 3.155144, -0.310927, 0.75)
+    ops.node(377, 3.145124, -0.831202, 1.2)
+    ops.node(378, 3.518674, -1.147118, 1.2)
+    ops.node(379, 4.095, -1.385, -0.2)
+    ops.node(380, 4.051912, -1.132652, -0.2)
+    ops.node(381, 3.954955, -0.896136, -0.2)
+    ops.node(382, 3.808856, -0.686666, -0.2)
+    ops.node(383, 3.62062, -0.514182, -0.2)
+    ops.node(384, 3.399211, -0.386898, -0.2)
+    ops.node(385, 3.155144, -0.310927, -0.2)
+    ops.node(386, 4.095, -1.385, 0.0375)
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+    ops.node(2651, 4.095, 0.989286, -0.2)
+    ops.node(2652, 3.63151, 0.522358, 0.271477)
+    ops.node(2653, 3.940558, 0.27952, 1.5)
+    ops.node(2654, 1.33867, 0.642328, -0.2)
+    ops.node(2655, 0.434434, 0.829743, 1.167452)
+    ops.node(2656, 3.708, 0.425714, 1.5)
+    ops.node(2657, 1.827862, 0.348821, 0.007854)
+    ops.node(2658, 1.666866, 1.031565, 1.5)
+    ops.node(2659, 1.286358, 1.454266, 1.2)
+    ops.node(2660, 0.127908, 0.544146, 0.275501)
+    ops.node(2661, 0.5, 1.241667, 1.695)
+    ops.node(2662, 4.021174, 0.137038, 1.402015)
+    ops.node(2663, 4.2, 0.851429, -0.2)
+    ops.node(2664, 2.725, 0.79, 1.5)
+    ops.node(2665, 0.25, 1.423013, 1.2)
+    ops.node(2666, 0.8, 0.594, -0.2)
+    ops.node(2667, 4.4, 0.248333, 1.5)
+    ops.node(2668, 4.046396, 1.117073, 0.574233)
+    ops.node(2669, 2.2, 0.29, 0.18)
+    ops.node(2670, 2.55, 0.79, 1.5)
+    ops.node(2671, 0.8, 0.396, -0.2)
+    ops.node(2672, 1.207957, 0.805675, -0.2)
+    ops.node(2673, 1.109, 0.99, -0.01)
+    ops.node(2674, 0.8, 0.792, -0.2)
+    ops.node(2675, 3.360397, 0.955464, 1.2)
+    ops.node(2676, 1.326003, 0.395985, 1.5)
+    ops.node(2677, 1.109, 0.99, 0.75)
+    ops.node(2678, 1.847145, 0.342361, -0.2)
+    ops.node(2679, 2.526239, 0.29, 0.353389)
+    ops.node(2680, 1.513603, 0.711785, 0.872963)
+    ops.node(2681, 0.205228, 0.692626, 0.500958)
+    ops.node(2682, 1.093752, 0.453764, 1.19631)
+    ops.node(2683, 4.4, 0.212857, -0.2)
+    ops.node(2684, 0.0, 0.99, 1.2)
+    ops.node(2685, 3.539143, 1.192639, 1.5)
+    ops.node(2686, 0.940366, 1.49, 1.2)
+    ops.node(2687, 0.042013, 1.179705, 1.695)
+
+    # Solid element.
+    ops.model('basic', '-ndm', 3, '-ndf', 3)
+
+    ops.nDMaterial('ElasticIsotropic', 1, MatProps[1].E, MatProps[1].v)
+    ops.element('FourNodeTetrahedron', 2609, *[1462, 371, 357, 358], 1)
+    ops.element('FourNodeTetrahedron', 2610, *[1206, 1242, 1466, 1127], 1)
+    ops.element('FourNodeTetrahedron', 2611, *[1676, 1297, 1436, 645], 1)
+    ops.element('FourNodeTetrahedron', 2612, *[233, 1374, 229, 1371], 1)
+    ops.element('FourNodeTetrahedron', 2613, *[1241, 1166, 1308, 1250], 1)
+    ops.element('FourNodeTetrahedron', 2614, *[1415, 745, 1579, 1485], 1)
+    ops.element('FourNodeTetrahedron', 2615, *[292, 1334, 291, 1367], 1)
+    ops.element('FourNodeTetrahedron', 2616, *[329, 1714, 326, 1403], 1)
+    ops.element('FourNodeTetrahedron', 2617, *[721, 725, 720, 1330], 1)
+    ops.element('FourNodeTetrahedron', 2618, *[1372, 344, 345, 1669], 1)
+    ops.element('FourNodeTetrahedron', 2619, *[1287, 1169, 1437, 1134], 1)
+    ops.element('FourNodeTetrahedron', 2620, *[292, 267, 266, 1334], 1)
+    ops.element('FourNodeTetrahedron', 2621, *[1159, 1239, 1287, 1134], 1)
+    ops.element('FourNodeTetrahedron', 2622, *[1517, 395, 394, 402], 1)
+    ops.element('FourNodeTetrahedron', 2623, *[1742, 183, 186, 1279], 1)
+    ops.element('FourNodeTetrahedron', 2624, *[1529, 470, 469, 660], 1)
+    ops.element('FourNodeTetrahedron', 2625, *[1571, 1394, 297, 1564], 1)
+    ops.element('FourNodeTetrahedron', 2626, *[1391, 215, 247, 1359], 1)
+    ops.element('FourNodeTetrahedron', 2627, *[261, 1537, 1744, 1328], 1)
+    ops.element('FourNodeTetrahedron', 2628, *[751, 752, 1668, 1162], 1)
+    ops.element('FourNodeTetrahedron', 2629, *[1439, 1228, 1599, 1406], 1)
+    ops.element('FourNodeTetrahedron', 2630, *[765, 379, 411, 1527], 1)
+    ops.element('FourNodeTetrahedron', 2631, *[1527, 379, 411, 386], 1)
+    ops.element('FourNodeTetrahedron', 2632, *[765, 1664, 379, 1527], 1)
+    ops.element('FourNodeTetrahedron', 2633, *[1458, 1417, 312, 1726], 1)
+    ops.element('FourNodeTetrahedron', 2634, *[180, 1269, 183, 1532], 1)
+    ops.element('FourNodeTetrahedron', 2635, *[318, 1404, 289, 319], 1)
+    ops.element('FourNodeTetrahedron', 2636, *[1350, 1387, 216, 1356], 1)
+    ops.element('FourNodeTetrahedron', 2637, *[1325, 1330, 721, 1710], 1)
+    ops.element('FourNodeTetrahedron', 2638, *[1325, 1311, 1710, 1570], 1)
+    ops.element('FourNodeTetrahedron', 2639, *[528, 1745, 522, 529], 1)
+    ops.element('FourNodeTetrahedron', 2640, *[1470, 1500, 396, 1516], 1)
+    ops.element('FourNodeTetrahedron', 2641, *[1350, 1356, 216, 218], 1)
+    ops.element('FourNodeTetrahedron', 2642, *[216, 1356, 173, 218], 1)
+    ops.element('FourNodeTetrahedron', 2643, *[648, 1675, 629, 653], 1)
+    ops.element('FourNodeTetrahedron', 2644, *[660, 470, 469, 474], 1)
+    ops.element('FourNodeTetrahedron', 2645, *[1342, 1456, 1604, 1644], 1)
+    ops.element('FourNodeTetrahedron', 2646, *[1711, 1383, 1290, 1535], 1)
+    ops.element('FourNodeTetrahedron', 2647, *[1615, 1215, 1522, 1648], 1)
+    ops.element('FourNodeTetrahedron', 2648, *[1280, 141, 154, 1331], 1)
+    ops.element('FourNodeTetrahedron', 2649, *[1452, 1213, 1153, 1129], 1)
+    ops.element('FourNodeTetrahedron', 2650, *[1411, 1390, 1483, 1568], 1)
+    ops.element('FourNodeTetrahedron', 2651, *[1563, 601, 445, 450], 1)
+    ops.element('FourNodeTetrahedron', 2652, *[1407, 184, 224, 1273], 1)
+    ops.element('FourNodeTetrahedron', 2653, *[1386, 1354, 392, 1414], 1)
+    ops.element('FourNodeTetrahedron', 2654, *[1181, 1152, 1593, 634], 1)
+    ops.element('FourNodeTetrahedron', 2655, *[1385, 1664, 1527, 387], 1)
+    ops.element('FourNodeTetrahedron', 2656, *[301, 295, 294, 1408], 1)
+    ops.element('FourNodeTetrahedron', 2657, *[1386, 1139, 1354, 1414], 1)
+    ops.element('FourNodeTetrahedron', 2658, *[1326, 1280, 154, 1331], 1)
+    ops.element('FourNodeTetrahedron', 2659, *[1519, 1140, 1427, 1172], 1)
+    ops.element('FourNodeTetrahedron', 2660, *[1159, 1686, 760, 1287], 1)
+    ops.element('FourNodeTetrahedron', 2661, *[255, 1683, 259, 1383], 1)
+    ops.element('FourNodeTetrahedron', 2662, *[1258, 1129, 1452, 1509], 1)
+    ops.element('FourNodeTetrahedron', 2663, *[1491, 1318, 431, 1515], 1)
+    ops.element('FourNodeTetrahedron', 2664, *[391, 1386, 392, 1681], 1)
+    ops.element('FourNodeTetrahedron', 2665, *[306, 1361, 311, 312], 1)
+    ops.element('FourNodeTetrahedron', 2666, *[264, 252, 250, 1276], 1)
+    ops.element('FourNodeTetrahedron', 2667, *[1171, 1144, 1361, 1253], 1)
+    ops.element('FourNodeTetrahedron', 2668, *[264, 1314, 252, 1276], 1)
+    ops.element('FourNodeTetrahedron', 2669, *[1246, 1221, 1509, 1525], 1)
+    ops.element('FourNodeTetrahedron', 2670, *[1488, 524, 1691, 523], 1)
+    ops.element('FourNodeTetrahedron', 2671, *[264, 1284, 1314, 1276], 1)
+    ops.element('FourNodeTetrahedron', 2672, *[304, 264, 250, 1276], 1)
+    ops.element('FourNodeTetrahedron', 2673, *[294, 290, 303, 1377], 1)
+    ops.element('FourNodeTetrahedron', 2674, *[532, 1249, 525, 526], 1)
+    ops.element('FourNodeTetrahedron', 2675, *[304, 1332, 1276, 1551], 1)
+    ops.element('FourNodeTetrahedron', 2676, *[516, 1312, 493, 520], 1)
+    ops.element('FourNodeTetrahedron', 2677, *[1560, 1630, 1553, 1645], 1)
+    ops.element('FourNodeTetrahedron', 2678, *[1607, 1587, 1730, 1630], 1)
+    ops.element('FourNodeTetrahedron', 2679, *[1564, 1394, 297, 1309], 1)
+    ops.element('FourNodeTetrahedron', 2680, *[769, 1738, 762, 1573], 1)
+    ops.element('FourNodeTetrahedron', 2681, *[335, 1388, 331, 1395], 1)
+    ops.element('FourNodeTetrahedron', 2682, *[448, 1299, 1539, 1563], 1)
+    ops.element('FourNodeTetrahedron', 2683, *[1466, 1127, 1480, 1202], 1)
+    ops.element('FourNodeTetrahedron', 2684, *[1331, 416, 415, 1515], 1)
+    ops.element('FourNodeTetrahedron', 2685, *[1507, 1435, 404, 1382], 1)
+    ops.element('FourNodeTetrahedron', 2686, *[326, 1679, 322, 1322], 1)
+    ops.element('FourNodeTetrahedron', 2687, *[326, 1679, 327, 322], 1)
+    ops.element('FourNodeTetrahedron', 2688, *[1303, 1470, 389, 1516], 1)
+    ops.element('FourNodeTetrahedron', 2689, *[1277, 433, 434, 1296], 1)
+    ops.element('FourNodeTetrahedron', 2690, *[230, 1713, 223, 1407], 1)
+    ops.element('FourNodeTetrahedron', 2691, *[1520, 1528, 1379, 1689], 1)
+    ops.element('FourNodeTetrahedron', 2692, *[230, 223, 224, 1407], 1)
+    ops.element('FourNodeTetrahedron', 2693, *[1643, 1648, 1646, 1635], 1)
+    ops.element('FourNodeTetrahedron', 2694, *[1348, 1297, 1543, 1288], 1)
+    ops.element('FourNodeTetrahedron', 2695, *[1733, 1738, 769, 1573], 1)
+    ops.element('FourNodeTetrahedron', 2696, *[1616, 1516, 402, 1518], 1)
+    ops.element('FourNodeTetrahedron', 2697, *[755, 382, 381, 1666], 1)
+    ops.element('FourNodeTetrahedron', 2698, *[290, 1289, 265, 1332], 1)
+    ops.element('FourNodeTetrahedron', 2699, *[1348, 1411, 1543, 1297], 1)
+    ops.element('FourNodeTetrahedron', 2700, *[1416, 1579, 745, 1415], 1)
+    ops.element('FourNodeTetrahedron', 2701, *[1426, 663, 1704, 662], 1)
+    ops.element('FourNodeTetrahedron', 2702, *[1653, 1641, 1588, 1624], 1)
+    ops.element('FourNodeTetrahedron', 2703, *[1302, 1678, 1325, 1242], 1)
+    ops.element('FourNodeTetrahedron', 2704, *[1587, 1406, 1586, 1639], 1)
+    ops.element('FourNodeTetrahedron', 2705, *[1373, 1362, 367, 1455], 1)
+    ops.element('FourNodeTetrahedron', 2706, *[1250, 1166, 1308, 1243], 1)
+    ops.element('FourNodeTetrahedron', 2707, *[745, 1579, 746, 1485], 1)
+    ops.element('FourNodeTetrahedron', 2708, *[1596, 1519, 1635, 1725], 1)
+    ops.element('FourNodeTetrahedron', 2709, *[1596, 1635, 1567, 1725], 1)
+    ops.element('FourNodeTetrahedron', 2710, *[1247, 1124, 1163, 1582], 1)
+    ops.element('FourNodeTetrahedron', 2711, *[1596, 1725, 1567, 1293], 1)
+    ops.element('FourNodeTetrahedron', 2712, *[1171, 1144, 1304, 1361], 1)
+    ops.element('FourNodeTetrahedron', 2713, *[1336, 1401, 1558, 1471], 1)
+    ops.element('FourNodeTetrahedron', 2714, *[1246, 1258, 1509, 1221], 1)
+    ops.element('FourNodeTetrahedron', 2715, *[1437, 1258, 1452, 1509], 1)
+    ops.element('FourNodeTetrahedron', 2716, *[362, 1612, 328, 1496], 1)
+    ops.element('FourNodeTetrahedron', 2717, *[362, 376, 328, 1612], 1)
+    ops.element('FourNodeTetrahedron', 2718, *[341, 1351, 340, 1659], 1)
+    ops.element('FourNodeTetrahedron', 2719, *[1565, 1557, 1391, 1363], 1)
+    ops.element('FourNodeTetrahedron', 2720, *[1271, 136, 179, 1269], 1)
+    ops.element('FourNodeTetrahedron', 2721, *[482, 1521, 412, 413], 1)
+    ops.element('FourNodeTetrahedron', 2722, *[407, 356, 410, 489], 1)
+    ops.element('FourNodeTetrahedron', 2723, *[1735, 166, 172, 174], 1)
+    ops.element('FourNodeTetrahedron', 2724, *[273, 1565, 1391, 1363], 1)
+    ops.element('FourNodeTetrahedron', 2725, *[1385, 388, 1664, 387], 1)
+    ops.element('FourNodeTetrahedron', 2726, *[1668, 1658, 343, 1590], 1)
+    ops.element('FourNodeTetrahedron', 2727, *[404, 1410, 398, 405], 1)
+    ops.element('FourNodeTetrahedron', 2728, *[1489, 631, 628, 627], 1)
+    ops.element('FourNodeTetrahedron', 2729, *[493, 1465, 482, 483], 1)
+    ops.element('FourNodeTetrahedron', 2730, *[627, 1489, 1364, 628], 1)
+    ops.element('FourNodeTetrahedron', 2731, *[1344, 1588, 1272, 1624], 1)
+    ops.element('FourNodeTetrahedron', 2732, *[1695, 1697, 1484, 602], 1)
+    ops.element('FourNodeTetrahedron', 2733, *[748, 749, 1579, 1213], 1)
+    ops.element('FourNodeTetrahedron', 2734, *[1386, 1207, 1354, 1139], 1)
+    ops.element('FourNodeTetrahedron', 2735, *[1140, 146, 1190, 1270], 1)
+    ops.element('FourNodeTetrahedron', 2736, *[1308, 1660, 353, 334], 1)
+    ops.element('FourNodeTetrahedron', 2737, *[1417, 1357, 287, 1400], 1)
+    ops.element('FourNodeTetrahedron', 2738, *[1429, 1375, 1631, 1442], 1)
+    ops.element('FourNodeTetrahedron', 2739, *[1632, 1450, 366, 1373], 1)
+    ops.element('FourNodeTetrahedron', 2740, *[1235, 1248, 1390, 1389], 1)
+    ops.element('FourNodeTetrahedron', 2741, *[1501, 359, 358, 1446], 1)
+    ops.element('FourNodeTetrahedron', 2742, *[358, 359, 365, 1446], 1)
+    ops.element('FourNodeTetrahedron', 2743, *[1366, 1160, 1365, 645], 1)
+    ops.element('FourNodeTetrahedron', 2744, *[1745, 1498, 1544, 522], 1)
+    ops.element('FourNodeTetrahedron', 2745, *[705, 703, 706, 1422], 1)
+    ops.element('FourNodeTetrahedron', 2746, *[217, 1387, 216, 1350], 1)
+    ops.element('FourNodeTetrahedron', 2747, *[1359, 1387, 217, 1350], 1)
+    ops.element('FourNodeTetrahedron', 2748, *[214, 1387, 174, 216], 1)
+    ops.element('FourNodeTetrahedron', 2749, *[1284, 1562, 1712, 1504], 1)
+    ops.element('FourNodeTetrahedron', 2750, *[1713, 1618, 1407, 1559], 1)
+    ops.element('FourNodeTetrahedron', 2751, *[1170, 177, 159, 1510], 1)
+    ops.element('FourNodeTetrahedron', 2752, *[1193, 1161, 1372, 1133], 1)
+    ops.element('FourNodeTetrahedron', 2753, *[1530, 1370, 152, 1540], 1)
+    ops.element('FourNodeTetrahedron', 2754, *[1458, 1233, 1726, 1577], 1)
+    ops.element('FourNodeTetrahedron', 2755, *[346, 1372, 345, 350], 1)
+    ops.element('FourNodeTetrahedron', 2756, *[1466, 1570, 1727, 1480], 1)
+    ops.element('FourNodeTetrahedron', 2757, *[1397, 165, 1672, 162], 1)
+    ops.element('FourNodeTetrahedron', 2758, *[1546, 1344, 1541, 1624], 1)
+    ops.element('FourNodeTetrahedron', 2759, *[1733, 1300, 1738, 1573], 1)
+    ops.element('FourNodeTetrahedron', 2760, *[313, 1726, 318, 1577], 1)
+    ops.element('FourNodeTetrahedron', 2761, *[1370, 1376, 152, 1540], 1)
+    ops.element('FourNodeTetrahedron', 2762, *[665, 1288, 658, 659], 1)
+    ops.element('FourNodeTetrahedron', 2763, *[346, 1372, 341, 345], 1)
+    ops.element('FourNodeTetrahedron', 2764, *[1161, 1197, 1372, 1133], 1)
+    ops.element('FourNodeTetrahedron', 2765, *[1209, 1211, 1453, 1214], 1)
+    ops.element('FourNodeTetrahedron', 2766, *[547, 1283, 534, 535], 1)
+    ops.element('FourNodeTetrahedron', 2767, *[244, 1337, 248, 249], 1)
+    ops.element('FourNodeTetrahedron', 2768, *[360, 374, 361, 1421], 1)
+    ops.element('FourNodeTetrahedron', 2769, *[1599, 163, 1523, 1438], 1)
+    ops.element('FourNodeTetrahedron', 2770, *[305, 1304, 310, 311], 1)
+    ops.element('FourNodeTetrahedron', 2771, *[305, 738, 310, 1304], 1)
+    ops.element('FourNodeTetrahedron', 2772, *[1528, 1469, 1459, 1597], 1)
+    ops.element('FourNodeTetrahedron', 2773, *[765, 753, 379, 1664], 1)
+    ops.element('FourNodeTetrahedron', 2774, *[1306, 1123, 1338, 1432], 1)
+    ops.element('FourNodeTetrahedron', 2775, *[1404, 1123, 1338, 1306], 1)
+    ops.element('FourNodeTetrahedron', 2776, *[1404, 1338, 289, 1306], 1)
+    ops.element('FourNodeTetrahedron', 2777, *[319, 1404, 289, 1306], 1)
+    ops.element('FourNodeTetrahedron', 2778, *[1430, 1589, 284, 1338], 1)
+    ops.element('FourNodeTetrahedron', 2779, *[319, 1306, 251, 293], 1)
+    ops.element('FourNodeTetrahedron', 2780, *[1426, 1550, 1445, 1295], 1)
+    ops.element('FourNodeTetrahedron', 2781, *[1403, 1444, 1489, 1572], 1)
+    ops.element('FourNodeTetrahedron', 2782, *[1437, 1416, 1452, 1258], 1)
+    ops.element('FourNodeTetrahedron', 2783, *[1299, 607, 1563, 451], 1)
+    ops.element('FourNodeTetrahedron', 2784, *[274, 1419, 1285, 263], 1)
+    ops.element('FourNodeTetrahedron', 2785, *[767, 764, 766, 1527], 1)
+    ops.element('FourNodeTetrahedron', 2786, *[516, 1385, 1312, 1517], 1)
+    ops.element('FourNodeTetrahedron', 2787, *[702, 1743, 168, 1402], 1)
+    ops.element('FourNodeTetrahedron', 2788, *[274, 1419, 1443, 1285], 1)
+    ops.element('FourNodeTetrahedron', 2789, *[1493, 1451, 1627, 1448], 1)
+    ops.element('FourNodeTetrahedron', 2790, *[263, 1419, 1285, 1327], 1)
+    ops.element('FourNodeTetrahedron', 2791, *[1279, 1358, 1355, 1538], 1)
+    ops.element('FourNodeTetrahedron', 2792, *[259, 1419, 263, 1327], 1)
+    ops.element('FourNodeTetrahedron', 2793, *[1602, 337, 338, 342], 1)
+    ops.element('FourNodeTetrahedron', 2794, *[493, 1312, 1521, 520], 1)
+    ops.element('FourNodeTetrahedron', 2795, *[722, 727, 726, 1311], 1)
+    ops.element('FourNodeTetrahedron', 2796, *[1476, 1514, 1328, 1313], 1)
+    ops.element('FourNodeTetrahedron', 2797, *[284, 1338, 1342, 255], 1)
+    ops.element('FourNodeTetrahedron', 2798, *[490, 1520, 485, 667], 1)
+    ops.element('FourNodeTetrahedron', 2799, *[1122, 1262, 352, 1571], 1)
+    ops.element('FourNodeTetrahedron', 2800, *[548, 1291, 1473, 535], 1)
+    ops.element('FourNodeTetrahedron', 2801, *[548, 1473, 547, 535], 1)
+    ops.element('FourNodeTetrahedron', 2802, *[149, 148, 143, 1275], 1)
+    ops.element('FourNodeTetrahedron', 2803, *[1298, 143, 142, 417], 1)
+    ops.element('FourNodeTetrahedron', 2804, *[1503, 550, 1596, 549], 1)
+    ops.element('FourNodeTetrahedron', 2805, *[456, 613, 1299, 452], 1)
+    ops.element('FourNodeTetrahedron', 2806, *[1316, 1706, 1282, 1696], 1)
+    ops.element('FourNodeTetrahedron', 2807, *[449, 1299, 448, 452], 1)
+    ops.element('FourNodeTetrahedron', 2808, *[1650, 1501, 1685, 1528], 1)
+    ops.element('FourNodeTetrahedron', 2809, *[448, 1299, 451, 452], 1)
+    ops.element('FourNodeTetrahedron', 2810, *[1508, 148, 1275, 1270], 1)
+    ops.element('FourNodeTetrahedron', 2811, *[148, 147, 144, 1270], 1)
+    ops.element('FourNodeTetrahedron', 2812, *[1275, 1270, 144, 418], 1)
+    ops.element('FourNodeTetrahedron', 2813, *[1607, 1578, 1723, 1730], 1)
+    ops.element('FourNodeTetrahedron', 2814, *[1348, 1145, 1236, 1297], 1)
+    ops.element('FourNodeTetrahedron', 2815, *[1603, 1567, 1652, 1473], 1)
+    ops.element('FourNodeTetrahedron', 2816, *[1446, 1384, 365, 1393], 1)
+    ops.element('FourNodeTetrahedron', 2817, *[1512, 1336, 1405, 1467], 1)
+    ops.element('FourNodeTetrahedron', 2818, *[1311, 1705, 1339, 1481], 1)
+    ops.element('FourNodeTetrahedron', 2819, *[1275, 144, 143, 418], 1)
+    ops.element('FourNodeTetrahedron', 2820, *[1555, 432, 433, 1468], 1)
+    ops.element('FourNodeTetrahedron', 2821, *[148, 144, 143, 1275], 1)
+    ops.element('FourNodeTetrahedron', 2822, *[630, 1181, 634, 633], 1)
+    ops.element('FourNodeTetrahedron', 2823, *[1275, 418, 143, 417], 1)
+    ops.element('FourNodeTetrahedron', 2824, *[1221, 1218, 1382, 1256], 1)
+    ops.element('FourNodeTetrahedron', 2825, *[1264, 1252, 727, 1705], 1)
+    ops.element('FourNodeTetrahedron', 2826, *[513, 1246, 1526, 1525], 1)
+    ops.element('FourNodeTetrahedron', 2827, *[1264, 728, 727, 1252], 1)
+    ops.element('FourNodeTetrahedron', 2828, *[513, 1150, 1647, 519], 1)
+    ops.element('FourNodeTetrahedron', 2829, *[1395, 1388, 1405, 1512], 1)
+    ops.element('FourNodeTetrahedron', 2830, *[1642, 1506, 1502, 1698], 1)
+    ops.element('FourNodeTetrahedron', 2831, *[1464, 1496, 368, 1301], 1)
+    ops.element('FourNodeTetrahedron', 2832, *[1219, 1247, 1410, 1164], 1)
+    ops.element('FourNodeTetrahedron', 2833, *[300, 1401, 296, 1558], 1)
+    ops.element('FourNodeTetrahedron', 2834, *[325, 1403, 329, 1329], 1)
+    ops.element('FourNodeTetrahedron', 2835, *[1239, 1169, 1287, 1134], 1)
+    ops.element('FourNodeTetrahedron', 2836, *[1344, 1553, 1356, 1588], 1)
+    ops.element('FourNodeTetrahedron', 2837, *[290, 1289, 1332, 1377], 1)
+    ops.element('FourNodeTetrahedron', 2838, *[1190, 155, 1482, 147], 1)
+    ops.element('FourNodeTetrahedron', 2839, *[320, 1322, 321, 462], 1)
+    ops.element('FourNodeTetrahedron', 2840, *[1490, 1190, 155, 1482], 1)
+    ops.element('FourNodeTetrahedron', 2841, *[1211, 1228, 1439, 1406], 1)
+    ops.element('FourNodeTetrahedron', 2842, *[1582, 1392, 406, 1595], 1)
+    ops.element('FourNodeTetrahedron', 2843, *[1259, 1676, 659, 650], 1)
+    ops.element('FourNodeTetrahedron', 2844, *[1500, 1452, 1435, 1509], 1)
+    ops.element('FourNodeTetrahedron', 2845, *[1211, 1141, 1228, 1406], 1)
+    ops.element('FourNodeTetrahedron', 2846, *[1525, 1221, 1507, 1429], 1)
+    ops.element('FourNodeTetrahedron', 2847, *[1211, 1141, 1406, 1255], 1)
+    ops.element('FourNodeTetrahedron', 2848, *[1466, 1570, 1633, 1399], 1)
+    ops.element('FourNodeTetrahedron', 2849, *[154, 141, 140, 1331], 1)
+    ops.element('FourNodeTetrahedron', 2850, *[293, 1369, 292, 1378], 1)
+    ops.element('FourNodeTetrahedron', 2851, *[769, 762, 768, 1573], 1)
+    ops.element('FourNodeTetrahedron', 2852, *[1250, 1243, 1308, 1667], 1)
+    ops.element('FourNodeTetrahedron', 2853, *[1470, 396, 389, 1516], 1)
+    ops.element('FourNodeTetrahedron', 2854, *[352, 1571, 309, 299], 1)
+    ops.element('FourNodeTetrahedron', 2855, *[1694, 1294, 661, 662], 1)
+    ops.element('FourNodeTetrahedron', 2856, *[1387, 162, 174, 173], 1)
+    ops.element('FourNodeTetrahedron', 2857, *[1347, 1407, 1273, 1534], 1)
+    ops.element('FourNodeTetrahedron', 2858, *[1552, 1572, 1364, 627], 1)
+    ops.element('FourNodeTetrahedron', 2859, *[1238, 419, 418, 424], 1)
+    ops.element('FourNodeTetrahedron', 2860, *[1489, 1593, 1467, 631], 1)
+    ops.element('FourNodeTetrahedron', 2861, *[1582, 1124, 351, 1392], 1)
+    ops.element('FourNodeTetrahedron', 2862, *[516, 1733, 769, 1573], 1)
+    ops.element('FourNodeTetrahedron', 2863, *[1321, 1328, 260, 1313], 1)
+    ops.element('FourNodeTetrahedron', 2864, *[250, 1276, 252, 1539], 1)
+    ops.element('FourNodeTetrahedron', 2865, *[1572, 1489, 1364, 627], 1)
+    ops.element('FourNodeTetrahedron', 2866, *[418, 423, 417, 525], 1)
+    ops.element('FourNodeTetrahedron', 2867, *[646, 478, 472, 477], 1)
+    ops.element('FourNodeTetrahedron', 2868, *[1205, 1203, 1432, 1231], 1)
+    ops.element('FourNodeTetrahedron', 2869, *[1220, 1223, 1429, 1126], 1)
+    ops.element('FourNodeTetrahedron', 2870, *[1645, 1639, 1654, 1608], 1)
+    ops.element('FourNodeTetrahedron', 2871, *[1546, 1268, 1344, 1624], 1)
+    ops.element('FourNodeTetrahedron', 2872, *[137, 138, 185, 1261], 1)
+    ops.element('FourNodeTetrahedron', 2873, *[1442, 1631, 1421, 1543], 1)
+    ops.element('FourNodeTetrahedron', 2874, *[1385, 388, 387, 1517], 1)
+    ops.element('FourNodeTetrahedron', 2875, *[624, 1319, 458, 457], 1)
+    ops.element('FourNodeTetrahedron', 2876, *[1559, 1407, 1347, 1636], 1)
+    ops.element('FourNodeTetrahedron', 2877, *[1491, 1515, 431, 522], 1)
+    ops.element('FourNodeTetrahedron', 2878, *[770, 1300, 1738, 1733], 1)
+    ops.element('FourNodeTetrahedron', 2879, *[1393, 1294, 1663, 1529], 1)
+    ops.element('FourNodeTetrahedron', 2880, *[1550, 1450, 1632, 1295], 1)
+    ops.element('FourNodeTetrahedron', 2881, *[483, 1465, 414, 407], 1)
+    ops.element('FourNodeTetrahedron', 2882, *[1219, 1164, 1410, 1340], 1)
+    ops.element('FourNodeTetrahedron', 2883, *[1301, 1322, 320, 1552], 1)
+    ops.element('FourNodeTetrahedron', 2884, *[1217, 1247, 1139, 1410], 1)
+    ops.element('FourNodeTetrahedron', 2885, *[1382, 1219, 1410, 1340], 1)
+    ops.element('FourNodeTetrahedron', 2886, *[334, 1660, 335, 1395], 1)
+    ops.element('FourNodeTetrahedron', 2887, *[1708, 737, 1304, 1171], 1)
+    ops.element('FourNodeTetrahedron', 2888, *[1462, 1650, 1685, 1528], 1)
+    ops.element('FourNodeTetrahedron', 2889, *[1461, 615, 1463, 614], 1)
+    ops.element('FourNodeTetrahedron', 2890, *[734, 732, 735, 1199], 1)
+    ops.element('FourNodeTetrahedron', 2891, *[1731, 1646, 1728, 1635], 1)
+    ops.element('FourNodeTetrahedron', 2892, *[1731, 1608, 1641, 1728], 1)
+    ops.element('FourNodeTetrahedron', 2893, *[1212, 1675, 1398, 1365], 1)
+    ops.element('FourNodeTetrahedron', 2894, *[1731, 1641, 1622, 1728], 1)
+    ops.element('FourNodeTetrahedron', 2895, *[1317, 1583, 1349, 1391], 1)
+    ops.element('FourNodeTetrahedron', 2896, *[1272, 173, 135, 153], 1)
+    ops.element('FourNodeTetrahedron', 2897, *[374, 1677, 375, 1631], 1)
+    ops.element('FourNodeTetrahedron', 2898, *[1330, 1710, 1583, 1570], 1)
+    ops.element('FourNodeTetrahedron', 2899, *[1382, 1410, 404, 1340], 1)
+    ops.element('FourNodeTetrahedron', 2900, *[1214, 1211, 1406, 1255], 1)
+    ops.element('FourNodeTetrahedron', 2901, *[1704, 1373, 1687, 656], 1)
+    ops.element('FourNodeTetrahedron', 2902, *[317, 1400, 288, 318], 1)
+    ops.element('FourNodeTetrahedron', 2903, *[359, 1445, 365, 1446], 1)
+    ops.element('FourNodeTetrahedron', 2904, *[1398, 1148, 1431, 1675], 1)
+    ops.element('FourNodeTetrahedron', 2905, *[727, 1339, 726, 1311], 1)
+    ops.element('FourNodeTetrahedron', 2906, *[1323, 1328, 1321, 1476], 1)
+    ops.element('FourNodeTetrahedron', 2907, *[358, 364, 363, 1379], 1)
+    ops.element('FourNodeTetrahedron', 2908, *[1419, 1560, 1285, 1548], 1)
+    ops.element('FourNodeTetrahedron', 2909, *[656, 476, 1687, 655], 1)
+    ops.element('FourNodeTetrahedron', 2910, *[213, 1333, 707, 1740], 1)
+    ops.element('FourNodeTetrahedron', 2911, *[1365, 1398, 1492, 648], 1)
+    ops.element('FourNodeTetrahedron', 2912, *[1332, 1290, 1284, 1504], 1)
+    ops.element('FourNodeTetrahedron', 2913, *[1145, 1244, 1297, 1168], 1)
+    ops.element('FourNodeTetrahedron', 2914, *[1566, 417, 1691, 524], 1)
+    ops.element('FourNodeTetrahedron', 2915, *[1566, 417, 1580, 1691], 1)
+    ops.element('FourNodeTetrahedron', 2916, *[214, 1735, 172, 174], 1)
+    ops.element('FourNodeTetrahedron', 2917, *[1488, 1566, 1691, 524], 1)
+    ops.element('FourNodeTetrahedron', 2918, *[1510, 159, 1674, 156], 1)
+    ops.element('FourNodeTetrahedron', 2919, *[1494, 1597, 1707, 671], 1)
+    ops.element('FourNodeTetrahedron', 2920, *[1494, 1469, 1597, 671], 1)
+    ops.element('FourNodeTetrahedron', 2921, *[1520, 1528, 1597, 1707], 1)
+    ops.element('FourNodeTetrahedron', 2922, *[1534, 1355, 1273, 1277], 1)
+    ops.element('FourNodeTetrahedron', 2923, *[352, 1262, 309, 1571], 1)
+    ops.element('FourNodeTetrahedron', 2924, *[1380, 1494, 1528, 1707], 1)
+    ops.element('FourNodeTetrahedron', 2925, *[1373, 472, 471, 477], 1)
+    ops.element('FourNodeTetrahedron', 2926, *[1373, 472, 477, 646], 1)
+    ops.element('FourNodeTetrahedron', 2927, *[293, 1306, 251, 1369], 1)
+    ops.element('FourNodeTetrahedron', 2928, *[1227, 1123, 1404, 1306], 1)
+    ops.element('FourNodeTetrahedron', 2929, *[1689, 1278, 487, 669], 1)
+    ops.element('FourNodeTetrahedron', 2930, *[1309, 1306, 293, 1369], 1)
+    ops.element('FourNodeTetrahedron', 2931, *[1422, 1599, 1402, 1523], 1)
+    ops.element('FourNodeTetrahedron', 2932, *[1383, 1327, 258, 1360], 1)
+    ops.element('FourNodeTetrahedron', 2933, *[1689, 1459, 1278, 669], 1)
+    ops.element('FourNodeTetrahedron', 2934, *[1487, 1409, 1441, 1701], 1)
+    ops.element('FourNodeTetrahedron', 2935, *[1586, 1422, 1499, 1523], 1)
+    ops.element('FourNodeTetrahedron', 2936, *[285, 1605, 280, 281], 1)
+    ops.element('FourNodeTetrahedron', 2937, *[1563, 1476, 601, 607], 1)
+    ops.element('FourNodeTetrahedron', 2938, *[1331, 415, 1318, 1515], 1)
+    ops.element('FourNodeTetrahedron', 2939, *[1502, 1652, 1591, 1603], 1)
+    ops.element('FourNodeTetrahedron', 2940, *[1318, 415, 431, 1515], 1)
+    ops.element('FourNodeTetrahedron', 2941, *[518, 1518, 1616, 517], 1)
+    ops.element('FourNodeTetrahedron', 2942, *[518, 1616, 520, 517], 1)
+    ops.element('FourNodeTetrahedron', 2943, *[518, 1516, 1616, 1518], 1)
+    ops.element('FourNodeTetrahedron', 2944, *[1595, 1226, 1392, 1341], 1)
+    ops.element('FourNodeTetrahedron', 2945, *[657, 1455, 646, 647], 1)
+    ops.element('FourNodeTetrahedron', 2946, *[658, 1455, 657, 647], 1)
+    ops.element('FourNodeTetrahedron', 2947, *[1164, 1124, 1582, 1226], 1)
+    ops.element('FourNodeTetrahedron', 2948, *[1292, 658, 1455, 657], 1)
+    ops.element('FourNodeTetrahedron', 2949, *[1260, 1345, 1349, 1583], 1)
+    ops.element('FourNodeTetrahedron', 2950, *[348, 1262, 309, 352], 1)
+    ops.element('FourNodeTetrahedron', 2951, *[1401, 1378, 296, 1558], 1)
+    ops.element('FourNodeTetrahedron', 2952, *[185, 138, 188, 1358], 1)
+    ops.element('FourNodeTetrahedron', 2953, *[1579, 1386, 1485, 1681], 1)
+    ops.element('FourNodeTetrahedron', 2954, *[182, 137, 185, 1279], 1)
+    ops.element('FourNodeTetrahedron', 2955, *[1627, 1451, 1561, 1368], 1)
+    ops.element('FourNodeTetrahedron', 2956, *[549, 537, 1293, 536], 1)
+    ops.element('FourNodeTetrahedron', 2957, *[152, 154, 137, 1326], 1)
+    ops.element('FourNodeTetrahedron', 2958, *[706, 170, 171, 1656], 1)
+    ops.element('FourNodeTetrahedron', 2959, *[300, 1558, 295, 301], 1)
+    ops.element('FourNodeTetrahedron', 2960, *[1122, 1186, 1262, 1571], 1)
+    ops.element('FourNodeTetrahedron', 2961, *[300, 296, 295, 1558], 1)
+    ops.element('FourNodeTetrahedron', 2962, *[1370, 1721, 158, 1376], 1)
+    ops.element('FourNodeTetrahedron', 2963, *[1408, 1377, 294, 1319], 1)
+    ops.element('FourNodeTetrahedron', 2964, *[303, 1332, 455, 1682], 1)
+    ops.element('FourNodeTetrahedron', 2965, *[549, 1293, 1291, 536], 1)
+    ops.element('FourNodeTetrahedron', 2966, *[1720, 1384, 1446, 1294], 1)
+    ops.element('FourNodeTetrahedron', 2967, *[1547, 1174, 735, 1357], 1)
+    ops.element('FourNodeTetrahedron', 2968, *[1518, 1497, 403, 373], 1)
+    ops.element('FourNodeTetrahedron', 2969, *[1407, 1618, 1534, 1636], 1)
+    ops.element('FourNodeTetrahedron', 2970, *[631, 1467, 624, 625], 1)
+    ops.element('FourNodeTetrahedron', 2971, *[1492, 649, 1362, 647], 1)
+    ops.element('FourNodeTetrahedron', 2972, *[485, 1520, 486, 668], 1)
+    ops.element('FourNodeTetrahedron', 2973, *[184, 180, 183, 1532], 1)
+    ops.element('FourNodeTetrahedron', 2974, *[1324, 1620, 1327, 1634], 1)
+    ops.element('FourNodeTetrahedron', 2975, *[1200, 1136, 1400, 1201], 1)
+    ops.element('FourNodeTetrahedron', 2976, *[1532, 1538, 1279, 1534], 1)
+    ops.element('FourNodeTetrahedron', 2977, *[281, 1428, 280, 276], 1)
+    ops.element('FourNodeTetrahedron', 2978, *[256, 261, 1328, 1323], 1)
+    ops.element('FourNodeTetrahedron', 2979, *[1271, 153, 136, 1269], 1)
+    ops.element('FourNodeTetrahedron', 2980, *[280, 1428, 729, 276], 1)
+    ops.element('FourNodeTetrahedron', 2981, *[1612, 1341, 1423, 1389], 1)
+    ops.element('FourNodeTetrahedron', 2982, *[515, 1352, 518, 513], 1)
+    ops.element('FourNodeTetrahedron', 2983, *[1455, 1492, 1464, 1436], 1)
+    ops.element('FourNodeTetrahedron', 2984, *[1416, 1213, 1579, 1452], 1)
+    ops.element('FourNodeTetrahedron', 2985, *[1415, 744, 1470, 390], 1)
+    ops.element('FourNodeTetrahedron', 2986, *[295, 1378, 292, 1367], 1)
+    ops.element('FourNodeTetrahedron', 2987, *[711, 704, 710, 1228], 1)
+    ops.element('FourNodeTetrahedron', 2988, *[1436, 1492, 1455, 647], 1)
+    ops.element('FourNodeTetrahedron', 2989, *[1203, 1135, 1475, 1231], 1)
+    ops.element('FourNodeTetrahedron', 2990, *[1203, 1251, 1475, 1135], 1)
+    ops.element('FourNodeTetrahedron', 2991, *[645, 648, 1492, 647], 1)
+    ops.element('FourNodeTetrahedron', 2992, *[273, 1565, 1363, 1443], 1)
+    ops.element('FourNodeTetrahedron', 2993, *[723, 1264, 1311, 1147], 1)
+    ops.element('FourNodeTetrahedron', 2994, *[1362, 1301, 1662, 649], 1)
+    ops.element('FourNodeTetrahedron', 2995, *[1366, 1365, 1492, 645], 1)
+    ops.element('FourNodeTetrahedron', 2996, *[1713, 1532, 223, 1407], 1)
+    ops.element('FourNodeTetrahedron', 2997, *[1416, 748, 1579, 1213], 1)
+    ops.element('FourNodeTetrahedron', 2998, *[1309, 1195, 1440, 1487], 1)
+    ops.element('FourNodeTetrahedron', 2999, *[1153, 1139, 1386, 1217], 1)
+    ops.element('FourNodeTetrahedron', 3000, *[1609, 1475, 1655, 1524], 1)
+    ops.element('FourNodeTetrahedron', 3001, *[1208, 1209, 1453, 1214], 1)
+    ops.element('FourNodeTetrahedron', 3002, *[1480, 1209, 1453, 1208], 1)
+    ops.element('FourNodeTetrahedron', 3003, *[1359, 1387, 214, 217], 1)
+    ops.element('FourNodeTetrahedron', 3004, *[1434, 1206, 1466, 1718], 1)
+    ops.element('FourNodeTetrahedron', 3005, *[1441, 1433, 1637, 1598], 1)
+    ops.element('FourNodeTetrahedron', 3006, *[1724, 1720, 1501, 1469], 1)
+    ops.element('FourNodeTetrahedron', 3007, *[1436, 1366, 1492, 645], 1)
+    ops.element('FourNodeTetrahedron', 3008, *[442, 1347, 440, 545], 1)
+    ops.element('FourNodeTetrahedron', 3009, *[1490, 1149, 155, 1190], 1)
+    ops.element('FourNodeTetrahedron', 3010, *[1519, 1190, 1508, 1140], 1)
+    ops.element('FourNodeTetrahedron', 3011, *[1232, 1191, 1519, 1140], 1)
+    ops.element('FourNodeTetrahedron', 3012, *[242, 1363, 247, 243], 1)
+    ops.element('FourNodeTetrahedron', 3013, *[1375, 1315, 375, 1390], 1)
+    ops.element('FourNodeTetrahedron', 3014, *[1202, 1208, 1589, 1251], 1)
+    ops.element('FourNodeTetrahedron', 3015, *[1585, 1348, 1543, 1288], 1)
+    ops.element('FourNodeTetrahedron', 3016, *[1406, 1141, 1599, 1438], 1)
+    ops.element('FourNodeTetrahedron', 3017, *[1599, 1157, 1402, 163], 1)
+    ops.element('FourNodeTetrahedron', 3018, *[1430, 1718, 283, 1418], 1)
+    ops.element('FourNodeTetrahedron', 3019, *[1325, 1311, 1570, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3020, *[223, 181, 184, 1532], 1)
+    ops.element('FourNodeTetrahedron', 3021, *[1459, 661, 1529, 669], 1)
+    ops.element('FourNodeTetrahedron', 3022, *[277, 1565, 272, 273], 1)
+    ops.element('FourNodeTetrahedron', 3023, *[1391, 1583, 1557, 1565], 1)
+    ops.element('FourNodeTetrahedron', 3024, *[1532, 1530, 1269, 1538], 1)
+    ops.element('FourNodeTetrahedron', 3025, *[1266, 1455, 1373, 646], 1)
+    ops.element('FourNodeTetrahedron', 3026, *[237, 1744, 232, 1328], 1)
+    ops.element('FourNodeTetrahedron', 3027, *[752, 743, 1658, 1143], 1)
+    ops.element('FourNodeTetrahedron', 3028, *[646, 1362, 472, 478], 1)
+    ops.element('FourNodeTetrahedron', 3029, *[1564, 1184, 1394, 1309], 1)
+    ops.element('FourNodeTetrahedron', 3030, *[1478, 1283, 1281, 534], 1)
+    ops.element('FourNodeTetrahedron', 3031, *[1362, 473, 377, 472], 1)
+    ops.element('FourNodeTetrahedron', 3032, *[235, 220, 233, 1374], 1)
+    ops.element('FourNodeTetrahedron', 3033, *[1523, 1438, 160, 1513], 1)
+    ops.element('FourNodeTetrahedron', 3034, *[1677, 1375, 375, 1631], 1)
+    ops.element('FourNodeTetrahedron', 3035, *[1330, 725, 1260, 1345], 1)
+    ops.element('FourNodeTetrahedron', 3036, *[727, 717, 1339, 1705], 1)
+    ops.element('FourNodeTetrahedron', 3037, *[519, 1150, 1647, 1614], 1)
+    ops.element('FourNodeTetrahedron', 3038, *[516, 1312, 494, 493], 1)
+    ops.element('FourNodeTetrahedron', 3039, *[1224, 1170, 1438, 1510], 1)
+    ops.element('FourNodeTetrahedron', 3040, *[1281, 528, 1544, 522], 1)
+    ops.element('FourNodeTetrahedron', 3041, *[1595, 1392, 406, 376], 1)
+    ops.element('FourNodeTetrahedron', 3042, *[1575, 1730, 1553, 1630], 1)
+    ops.element('FourNodeTetrahedron', 3043, *[248, 1337, 217, 219], 1)
+    ops.element('FourNodeTetrahedron', 3044, *[1606, 1611, 353, 1308], 1)
+    ops.element('FourNodeTetrahedron', 3045, *[454, 1377, 303, 1682], 1)
+    ops.element('FourNodeTetrahedron', 3046, *[1491, 1318, 1358, 431], 1)
+    ops.element('FourNodeTetrahedron', 3047, *[764, 753, 765, 1664], 1)
+    ops.element('FourNodeTetrahedron', 3048, *[448, 1563, 447, 451], 1)
+    ops.element('FourNodeTetrahedron', 3049, *[265, 253, 1314, 1284], 1)
+    ops.element('FourNodeTetrahedron', 3050, *[1316, 1282, 468, 628], 1)
+    ops.element('FourNodeTetrahedron', 3051, *[1314, 257, 256, 1323], 1)
+    ops.element('FourNodeTetrahedron', 3052, *[1599, 163, 1402, 1523], 1)
+    ops.element('FourNodeTetrahedron', 3053, *[1141, 1170, 1599, 1438], 1)
+    ops.element('FourNodeTetrahedron', 3054, *[1300, 1437, 1500, 1263], 1)
+    ops.element('FourNodeTetrahedron', 3055, *[617, 623, 1409, 616], 1)
+    ops.element('FourNodeTetrahedron', 3056, *[675, 678, 1426, 663], 1)
+    ops.element('FourNodeTetrahedron', 3057, *[1657, 1605, 285, 286], 1)
+    ops.element('FourNodeTetrahedron', 3058, *[1743, 167, 168, 175], 1)
+    ops.element('FourNodeTetrahedron', 3059, *[1263, 1437, 1500, 1509], 1)
+    ops.element('FourNodeTetrahedron', 3060, *[454, 303, 455, 1682], 1)
+    ops.element('FourNodeTetrahedron', 3061, *[1541, 1272, 222, 1271], 1)
+    ops.element('FourNodeTetrahedron', 3062, *[1377, 1332, 303, 1682], 1)
+    ops.element('FourNodeTetrahedron', 3063, *[1671, 1308, 354, 333], 1)
+    ops.element('FourNodeTetrahedron', 3064, *[248, 1337, 219, 249], 1)
+    ops.element('FourNodeTetrahedron', 3065, *[249, 1337, 219, 1344], 1)
+    ops.element('FourNodeTetrahedron', 3066, *[1337, 1350, 219, 1344], 1)
+    ops.element('FourNodeTetrahedron', 3067, *[249, 1337, 1344, 1285], 1)
+    ops.element('FourNodeTetrahedron', 3068, *[330, 335, 331, 1395], 1)
+    ops.element('FourNodeTetrahedron', 3069, *[1471, 1195, 1309, 1487], 1)
+    ops.element('FourNodeTetrahedron', 3070, *[703, 169, 170, 1656], 1)
+    ops.element('FourNodeTetrahedron', 3071, *[291, 1334, 1289, 1367], 1)
+    ops.element('FourNodeTetrahedron', 3072, *[1471, 1309, 1378, 1487], 1)
+    ops.element('FourNodeTetrahedron', 3073, *[1194, 1154, 1195, 1709], 1)
+    ops.element('FourNodeTetrahedron', 3074, *[1475, 1615, 1644, 1655], 1)
+    ops.element('FourNodeTetrahedron', 3075, *[1309, 1369, 1378, 1487], 1)
+    ops.element('FourNodeTetrahedron', 3076, *[1446, 1445, 365, 1384], 1)
+    ops.element('FourNodeTetrahedron', 3077, *[1464, 1492, 1301, 1362], 1)
+    ops.element('FourNodeTetrahedron', 3078, *[1464, 1301, 368, 1362], 1)
+    ops.element('FourNodeTetrahedron', 3079, *[1307, 731, 1173, 1151], 1)
+    ops.element('FourNodeTetrahedron', 3080, *[1599, 1157, 163, 1170], 1)
+    ops.element('FourNodeTetrahedron', 3081, *[1522, 1646, 1645, 1731], 1)
+    ops.element('FourNodeTetrahedron', 3082, *[1134, 1437, 1287, 1526], 1)
+    ops.element('FourNodeTetrahedron', 3083, *[1430, 1202, 1589, 1123], 1)
+    ops.element('FourNodeTetrahedron', 3084, *[1356, 1387, 162, 1479], 1)
+    ops.element('FourNodeTetrahedron', 3085, *[1396, 156, 149, 148], 1)
+    ops.element('FourNodeTetrahedron', 3086, *[603, 1698, 1697, 548], 1)
+    ops.element('FourNodeTetrahedron', 3087, *[1232, 1519, 1688, 1172], 1)
+    ops.element('FourNodeTetrahedron', 3088, *[1313, 1514, 1305, 545], 1)
+    ops.element('FourNodeTetrahedron', 3089, *[261, 262, 236, 1737], 1)
+    ops.element('FourNodeTetrahedron', 3090, *[762, 756, 755, 1303], 1)
+    ops.element('FourNodeTetrahedron', 3091, *[752, 1658, 339, 1668], 1)
+    ops.element('FourNodeTetrahedron', 3092, *[1411, 1389, 1390, 1568], 1)
+    ops.element('FourNodeTetrahedron', 3093, *[1387, 162, 173, 1356], 1)
+    ops.element('FourNodeTetrahedron', 3094, *[1283, 1291, 529, 535], 1)
+    ops.element('FourNodeTetrahedron', 3095, *[1293, 530, 1291, 536], 1)
+    ops.element('FourNodeTetrahedron', 3096, *[536, 1291, 529, 530], 1)
+    ops.element('FourNodeTetrahedron', 3097, *[297, 293, 296, 1309], 1)
+    ops.element('FourNodeTetrahedron', 3098, *[535, 1291, 529, 536], 1)
+    ops.element('FourNodeTetrahedron', 3099, *[548, 536, 1291, 535], 1)
+    ops.element('FourNodeTetrahedron', 3100, *[1658, 1602, 342, 1661], 1)
+    ops.element('FourNodeTetrahedron', 3101, *[1189, 1200, 1400, 1201], 1)
+    ops.element('FourNodeTetrahedron', 3102, *[237, 232, 238, 1313], 1)
+    ops.element('FourNodeTetrahedron', 3103, *[448, 1321, 447, 1563], 1)
+    ops.element('FourNodeTetrahedron', 3104, *[1339, 1705, 717, 710], 1)
+    ops.element('FourNodeTetrahedron', 3105, *[1740, 172, 221, 214], 1)
+    ops.element('FourNodeTetrahedron', 3106, *[256, 1323, 1321, 1539], 1)
+    ops.element('FourNodeTetrahedron', 3107, *[521, 1494, 517, 509], 1)
+    ops.element('FourNodeTetrahedron', 3108, *[213, 707, 221, 1740], 1)
+    ops.element('FourNodeTetrahedron', 3109, *[1417, 1200, 1357, 1400], 1)
+    ops.element('FourNodeTetrahedron', 3110, *[368, 1329, 324, 1739], 1)
+    ops.element('FourNodeTetrahedron', 3111, *[1687, 1373, 471, 477], 1)
+    ops.element('FourNodeTetrahedron', 3112, *[1687, 477, 471, 476], 1)
+    ops.element('FourNodeTetrahedron', 3113, *[1730, 1569, 1350, 1575], 1)
+    ops.element('FourNodeTetrahedron', 3114, *[1635, 1549, 1619, 1556], 1)
+    ops.element('FourNodeTetrahedron', 3115, *[1635, 1556, 1619, 1567], 1)
+    ops.element('FourNodeTetrahedron', 3116, *[312, 1726, 317, 313], 1)
+    ops.element('FourNodeTetrahedron', 3117, *[1635, 1549, 1622, 1619], 1)
+    ops.element('FourNodeTetrahedron', 3118, *[484, 488, 489, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3119, *[253, 1324, 257, 1314], 1)
+    ops.element('FourNodeTetrahedron', 3120, *[1213, 749, 1579, 1153], 1)
+    ops.element('FourNodeTetrahedron', 3121, *[1463, 1637, 1693, 615], 1)
+    ops.element('FourNodeTetrahedron', 3122, *[1651, 1317, 271, 1413], 1)
+    ops.element('FourNodeTetrahedron', 3123, *[1603, 1635, 1652, 1567], 1)
+    ops.element('FourNodeTetrahedron', 3124, *[1172, 1140, 1427, 1249], 1)
+    ops.element('FourNodeTetrahedron', 3125, *[604, 1506, 1698, 548], 1)
+    ops.element('FourNodeTetrahedron', 3126, *[1729, 1640, 1652, 1502], 1)
+    ops.element('FourNodeTetrahedron', 3127, *[521, 1158, 1448, 1734], 1)
+    ops.element('FourNodeTetrahedron', 3128, *[604, 1698, 603, 548], 1)
+    ops.element('FourNodeTetrahedron', 3129, *[1433, 1486, 1638, 1637], 1)
+    ops.element('FourNodeTetrahedron', 3130, *[516, 1573, 1385, 1517], 1)
+    ops.element('FourNodeTetrahedron', 3131, *[135, 136, 179, 1271], 1)
+    ops.element('FourNodeTetrahedron', 3132, *[1289, 1533, 1290, 1461], 1)
+    ops.element('FourNodeTetrahedron', 3133, *[461, 1552, 462, 465], 1)
+    ops.element('FourNodeTetrahedron', 3134, *[1489, 1512, 1405, 1467], 1)
+    ops.element('FourNodeTetrahedron', 3135, *[1396, 1482, 148, 1508], 1)
+    ops.element('FourNodeTetrahedron', 3136, *[1357, 1199, 1151, 1136], 1)
+    ops.element('FourNodeTetrahedron', 3137, *[1700, 1627, 1460, 678], 1)
+    ops.element('FourNodeTetrahedron', 3138, *[1577, 1189, 1404, 1227], 1)
+    ops.element('FourNodeTetrahedron', 3139, *[1577, 1404, 319, 1394], 1)
+    ops.element('FourNodeTetrahedron', 3140, *[1577, 1404, 318, 319], 1)
+    ops.element('FourNodeTetrahedron', 3141, *[314, 1577, 319, 1394], 1)
+    ops.element('FourNodeTetrahedron', 3142, *[314, 1577, 318, 319], 1)
+    ops.element('FourNodeTetrahedron', 3143, *[347, 1661, 346, 350], 1)
+    ops.element('FourNodeTetrahedron', 3144, *[288, 1718, 283, 1430], 1)
+    ops.element('FourNodeTetrahedron', 3145, *[1186, 1188, 1670, 1571], 1)
+    ops.element('FourNodeTetrahedron', 3146, *[1468, 1491, 431, 522], 1)
+    ops.element('FourNodeTetrahedron', 3147, *[1395, 1182, 1388, 1512], 1)
+    ops.element('FourNodeTetrahedron', 3148, *[607, 608, 1695, 603], 1)
+    ops.element('FourNodeTetrahedron', 3149, *[1605, 1302, 1428, 1434], 1)
+    ops.element('FourNodeTetrahedron', 3150, *[1441, 616, 615, 619], 1)
+    ops.element('FourNodeTetrahedron', 3151, *[1137, 1182, 1512, 1152], 1)
+    ops.element('FourNodeTetrahedron', 3152, *[674, 1700, 1460, 678], 1)
+    ops.element('FourNodeTetrahedron', 3153, *[1449, 1461, 1377, 620], 1)
+    ops.element('FourNodeTetrahedron', 3154, *[1521, 386, 412, 413], 1)
+    ops.element('FourNodeTetrahedron', 3155, *[1605, 1307, 1302, 1434], 1)
+    ops.element('FourNodeTetrahedron', 3156, *[1137, 1182, 1395, 1512], 1)
+    ops.element('FourNodeTetrahedron', 3157, *[1717, 1554, 1334, 1715], 1)
+    ops.element('FourNodeTetrahedron', 3158, *[1591, 1652, 1617, 1473], 1)
+    ops.element('FourNodeTetrahedron', 3159, *[518, 1526, 1300, 1516], 1)
+    ops.element('FourNodeTetrahedron', 3160, *[1197, 1198, 1669, 1187], 1)
+    ops.element('FourNodeTetrahedron', 3161, *[1526, 1437, 1509, 1246], 1)
+    ops.element('FourNodeTetrahedron', 3162, *[1450, 1680, 367, 1464], 1)
+    ops.element('FourNodeTetrahedron', 3163, *[361, 1483, 1680, 1450], 1)
+    ops.element('FourNodeTetrahedron', 3164, *[1264, 1705, 727, 1311], 1)
+    ops.element('FourNodeTetrahedron', 3165, *[1440, 1205, 1231, 1138], 1)
+    ops.element('FourNodeTetrahedron', 3166, *[1642, 1548, 1729, 1536], 1)
+    ops.element('FourNodeTetrahedron', 3167, *[521, 1732, 509, 510], 1)
+    ops.element('FourNodeTetrahedron', 3168, *[1446, 364, 1335, 1393], 1)
+    ops.element('FourNodeTetrahedron', 3169, *[1346, 1402, 705, 1422], 1)
+    ops.element('FourNodeTetrahedron', 3170, *[757, 744, 756, 1470], 1)
+    ops.element('FourNodeTetrahedron', 3171, *[757, 1415, 744, 1470], 1)
+    ops.element('FourNodeTetrahedron', 3172, *[531, 525, 1576, 524], 1)
+    ops.element('FourNodeTetrahedron', 3173, *[1573, 1286, 1385, 1517], 1)
+    ops.element('FourNodeTetrahedron', 3174, *[1424, 1292, 1295, 663], 1)
+    ops.element('FourNodeTetrahedron', 3175, *[1671, 1250, 1308, 1667], 1)
+    ops.element('FourNodeTetrahedron', 3176, *[1374, 1541, 1412, 1621], 1)
+    ops.element('FourNodeTetrahedron', 3177, *[1426, 1424, 1295, 663], 1)
+    ops.element('FourNodeTetrahedron', 3178, *[711, 712, 704, 1228], 1)
+    ops.element('FourNodeTetrahedron', 3179, *[1292, 657, 1295, 663], 1)
+    ops.element('FourNodeTetrahedron', 3180, *[1638, 1267, 1584, 1486], 1)
+    ops.element('FourNodeTetrahedron', 3181, *[354, 1308, 353, 333], 1)
+    ops.element('FourNodeTetrahedron', 3182, *[1267, 1135, 1475, 1524], 1)
+    ops.element('FourNodeTetrahedron', 3183, *[1551, 1504, 1712, 607], 1)
+    ops.element('FourNodeTetrahedron', 3184, *[1450, 1455, 1373, 1295], 1)
+    ops.element('FourNodeTetrahedron', 3185, *[1279, 1326, 1261, 1358], 1)
+    ops.element('FourNodeTetrahedron', 3186, *[1480, 1481, 1607, 1453], 1)
+    ops.element('FourNodeTetrahedron', 3187, *[1375, 375, 1631, 1390], 1)
+    ops.element('FourNodeTetrahedron', 3188, *[1621, 1622, 1624, 1530], 1)
+    ops.element('FourNodeTetrahedron', 3189, *[1434, 1466, 1633, 1399], 1)
+    ops.element('FourNodeTetrahedron', 3190, *[279, 1443, 274, 1419], 1)
+    ops.element('FourNodeTetrahedron', 3191, *[1434, 1633, 1428, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3192, *[1390, 1389, 1612, 1568], 1)
+    ops.element('FourNodeTetrahedron', 3193, *[1501, 1425, 359, 1445], 1)
+    ops.element('FourNodeTetrahedron', 3194, *[1573, 1303, 1286, 1517], 1)
+    ops.element('FourNodeTetrahedron', 3195, *[372, 359, 358, 1501], 1)
+    ops.element('FourNodeTetrahedron', 3196, *[1329, 1403, 1322, 1572], 1)
+    ops.element('FourNodeTetrahedron', 3197, *[1457, 1431, 1329, 1572], 1)
+    ops.element('FourNodeTetrahedron', 3198, *[1572, 1364, 1322, 1552], 1)
+    ops.element('FourNodeTetrahedron', 3199, *[1316, 1282, 323, 464], 1)
+    ops.element('FourNodeTetrahedron', 3200, *[1357, 1307, 1605, 1434], 1)
+    ops.element('FourNodeTetrahedron', 3201, *[1729, 1621, 1623, 1591], 1)
+    ops.element('FourNodeTetrahedron', 3202, *[1245, 1133, 1611, 1606], 1)
+    ops.element('FourNodeTetrahedron', 3203, *[1255, 1224, 1406, 1719], 1)
+    ops.element('FourNodeTetrahedron', 3204, *[1340, 1225, 1164, 1595], 1)
+    ops.element('FourNodeTetrahedron', 3205, *[1555, 1491, 1358, 432], 1)
+    ops.element('FourNodeTetrahedron', 3206, *[1555, 1355, 433, 432], 1)
+    ops.element('FourNodeTetrahedron', 3207, *[1228, 712, 704, 1599], 1)
+    ops.element('FourNodeTetrahedron', 3208, *[1492, 648, 1457, 649], 1)
+    ops.element('FourNodeTetrahedron', 3209, *[1162, 752, 1668, 1143], 1)
+    ops.element('FourNodeTetrahedron', 3210, *[1363, 1557, 1575, 1443], 1)
+    ops.element('FourNodeTetrahedron', 3211, *[1383, 1581, 1327, 1620], 1)
+    ops.element('FourNodeTetrahedron', 3212, *[1495, 156, 157, 150], 1)
+    ops.element('FourNodeTetrahedron', 3213, *[1598, 1420, 1637, 610], 1)
+    ops.element('FourNodeTetrahedron', 3214, *[1446, 365, 364, 1393], 1)
+    ops.element('FourNodeTetrahedron', 3215, *[1535, 1477, 1562, 1504], 1)
+    ops.element('FourNodeTetrahedron', 3216, *[1571, 314, 309, 299], 1)
+    ops.element('FourNodeTetrahedron', 3217, *[1740, 1672, 1735, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3218, *[1271, 180, 181, 1532], 1)
+    ops.element('FourNodeTetrahedron', 3219, *[350, 1133, 1611, 1606], 1)
+    ops.element('FourNodeTetrahedron', 3220, *[363, 364, 369, 1335], 1)
+    ops.element('FourNodeTetrahedron', 3221, *[1335, 364, 369, 1393], 1)
+    ops.element('FourNodeTetrahedron', 3222, *[709, 705, 706, 1422], 1)
+    ops.element('FourNodeTetrahedron', 3223, *[363, 369, 408, 1335], 1)
+    ops.element('FourNodeTetrahedron', 3224, *[1335, 369, 408, 479], 1)
+    ops.element('FourNodeTetrahedron', 3225, *[1335, 369, 469, 479], 1)
+    ops.element('FourNodeTetrahedron', 3226, *[1335, 469, 479, 1278], 1)
+    ops.element('FourNodeTetrahedron', 3227, *[487, 1335, 408, 479], 1)
+    ops.element('FourNodeTetrahedron', 3228, *[303, 290, 1332, 1377], 1)
+    ops.element('FourNodeTetrahedron', 3229, *[1389, 1496, 1612, 1568], 1)
+    ops.element('FourNodeTetrahedron', 3230, *[487, 1335, 479, 1278], 1)
+    ops.element('FourNodeTetrahedron', 3231, *[1155, 550, 1503, 606], 1)
+    ops.element('FourNodeTetrahedron', 3232, *[223, 1271, 181, 1532], 1)
+    ops.element('FourNodeTetrahedron', 3233, *[1335, 1393, 369, 469], 1)
+    ops.element('FourNodeTetrahedron', 3234, *[1460, 1724, 1469, 1426], 1)
+    ops.element('FourNodeTetrahedron', 3235, *[1393, 1384, 378, 1663], 1)
+    ops.element('FourNodeTetrahedron', 3236, *[446, 545, 444, 441], 1)
+    ops.element('FourNodeTetrahedron', 3237, *[1335, 1393, 469, 1278], 1)
+    ops.element('FourNodeTetrahedron', 3238, *[409, 1335, 408, 487], 1)
+    ops.element('FourNodeTetrahedron', 3239, *[409, 363, 408, 1335], 1)
+    ops.element('FourNodeTetrahedron', 3240, *[447, 1563, 450, 451], 1)
+    ops.element('FourNodeTetrahedron', 3241, *[1459, 1393, 1335, 1278], 1)
+    ops.element('FourNodeTetrahedron', 3242, *[1465, 371, 356, 1462], 1)
+    ops.element('FourNodeTetrahedron', 3243, *[537, 531, 1293, 530], 1)
+    ops.element('FourNodeTetrahedron', 3244, *[1465, 356, 489, 1462], 1)
+    ops.element('FourNodeTetrahedron', 3245, *[1465, 356, 407, 489], 1)
+    ops.element('FourNodeTetrahedron', 3246, *[1309, 1369, 293, 1378], 1)
+    ops.element('FourNodeTetrahedron', 3247, *[1221, 1382, 1507, 1429], 1)
+    ops.element('FourNodeTetrahedron', 3248, *[623, 1196, 1409, 611], 1)
+    ops.element('FourNodeTetrahedron', 3249, *[1252, 711, 1705, 1210], 1)
+    ops.element('FourNodeTetrahedron', 3250, *[1496, 1423, 1431, 1398], 1)
+    ops.element('FourNodeTetrahedron', 3251, *[1579, 750, 1690, 1153], 1)
+    ops.element('FourNodeTetrahedron', 3252, *[1637, 1486, 1420, 1598], 1)
+    ops.element('FourNodeTetrahedron', 3253, *[1473, 1291, 1545, 1283], 1)
+    ops.element('FourNodeTetrahedron', 3254, *[1616, 1518, 402, 372], 1)
+    ops.element('FourNodeTetrahedron', 3255, *[1338, 1589, 1342, 1475], 1)
+    ops.element('FourNodeTetrahedron', 3256, *[1503, 1648, 1596, 550], 1)
+    ops.element('FourNodeTetrahedron', 3257, *[1207, 751, 1354, 1162], 1)
+    ops.element('FourNodeTetrahedron', 3258, *[1182, 1131, 1574, 1194], 1)
+    ops.element('FourNodeTetrahedron', 3259, *[1533, 1638, 1584, 1637], 1)
+    ops.element('FourNodeTetrahedron', 3260, *[766, 765, 411, 1527], 1)
+    ops.element('FourNodeTetrahedron', 3261, *[1445, 1632, 1373, 1295], 1)
+    ops.element('FourNodeTetrahedron', 3262, *[1354, 1668, 385, 392], 1)
+    ops.element('FourNodeTetrahedron', 3263, *[261, 237, 260, 1328], 1)
+    ops.element('FourNodeTetrahedron', 3264, *[1413, 1583, 1317, 1391], 1)
+    ops.element('FourNodeTetrahedron', 3265, *[1413, 1330, 1317, 1583], 1)
+    ops.element('FourNodeTetrahedron', 3266, *[1461, 1441, 1637, 615], 1)
+    ops.element('FourNodeTetrahedron', 3267, *[291, 1334, 266, 1289], 1)
+    ops.element('FourNodeTetrahedron', 3268, *[605, 1503, 549, 604], 1)
+    ops.element('FourNodeTetrahedron', 3269, *[1731, 1728, 1622, 1635], 1)
+    ops.element('FourNodeTetrahedron', 3270, *[1649, 1448, 1700, 677], 1)
+    ops.element('FourNodeTetrahedron', 3271, *[256, 1328, 260, 1321], 1)
+    ops.element('FourNodeTetrahedron', 3272, *[1146, 1257, 1368, 684], 1)
+    ops.element('FourNodeTetrahedron', 3273, *[510, 1732, 673, 509], 1)
+    ops.element('FourNodeTetrahedron', 3274, *[606, 550, 1503, 605], 1)
+    ops.element('FourNodeTetrahedron', 3275, *[1133, 1197, 1372, 1187], 1)
+    ops.element('FourNodeTetrahedron', 3276, *[1645, 1608, 1654, 1641], 1)
+    ops.element('FourNodeTetrahedron', 3277, *[1404, 1201, 1430, 1123], 1)
+    ops.element('FourNodeTetrahedron', 3278, *[1443, 1337, 1363, 274], 1)
+    ops.element('FourNodeTetrahedron', 3279, *[1522, 1130, 1454, 1646], 1)
+    ops.element('FourNodeTetrahedron', 3280, *[512, 1493, 519, 521], 1)
+    ops.element('FourNodeTetrahedron', 3281, *[1125, 1177, 1381, 1176], 1)
+    ops.element('FourNodeTetrahedron', 3282, *[1483, 1568, 1612, 1464], 1)
+    ops.element('FourNodeTetrahedron', 3283, *[1515, 415, 431, 420], 1)
+    ops.element('FourNodeTetrahedron', 3284, *[1474, 1555, 1277, 1296], 1)
+    ops.element('FourNodeTetrahedron', 3285, *[1433, 1486, 1637, 1598], 1)
+    ops.element('FourNodeTetrahedron', 3286, *[1494, 1597, 1528, 1707], 1)
+    ops.element('FourNodeTetrahedron', 3287, *[451, 1299, 607, 452], 1)
+    ops.element('FourNodeTetrahedron', 3288, *[1583, 1710, 1345, 1723], 1)
+    ops.element('FourNodeTetrahedron', 3289, *[447, 1563, 450, 445], 1)
+    ops.element('FourNodeTetrahedron', 3290, *[1453, 1211, 1439, 1406], 1)
+    ops.element('FourNodeTetrahedron', 3291, *[1347, 1534, 1277, 1474], 1)
+    ops.element('FourNodeTetrahedron', 3292, *[1380, 1707, 1520, 667], 1)
+    ops.element('FourNodeTetrahedron', 3293, *[1273, 1742, 187, 1665], 1)
+    ops.element('FourNodeTetrahedron', 3294, *[265, 1290, 1360, 1284], 1)
+    ops.element('FourNodeTetrahedron', 3295, *[1429, 1223, 1375, 1442], 1)
+    ops.element('FourNodeTetrahedron', 3296, *[1412, 1530, 1532, 1618], 1)
+    ops.element('FourNodeTetrahedron', 3297, *[1363, 217, 248, 1337], 1)
+    ops.element('FourNodeTetrahedron', 3298, *[1705, 711, 710, 1703], 1)
+    ops.element('FourNodeTetrahedron', 3299, *[1373, 1362, 377, 472], 1)
+    ops.element('FourNodeTetrahedron', 3300, *[1495, 1510, 156, 1396], 1)
+    ops.element('FourNodeTetrahedron', 3301, *[1333, 1740, 214, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3302, *[1559, 1623, 1618, 1636], 1)
+    ops.element('FourNodeTetrahedron', 3303, *[545, 1296, 440, 439], 1)
+    ops.element('FourNodeTetrahedron', 3304, *[1465, 1462, 489, 491], 1)
+    ops.element('FourNodeTetrahedron', 3305, *[1420, 1155, 1503, 606], 1)
+    ops.element('FourNodeTetrahedron', 3306, *[1668, 1143, 1658, 1590], 1)
+    ops.element('FourNodeTetrahedron', 3307, *[1361, 1144, 1417, 1230], 1)
+    ops.element('FourNodeTetrahedron', 3308, *[605, 550, 1503, 549], 1)
+    ops.element('FourNodeTetrahedron', 3309, *[761, 1287, 757, 1300], 1)
+    ops.element('FourNodeTetrahedron', 3310, *[723, 728, 1264, 1147], 1)
+    ops.element('FourNodeTetrahedron', 3311, *[1469, 1720, 1446, 1459], 1)
+    ops.element('FourNodeTetrahedron', 3312, *[1300, 1287, 1437, 1526], 1)
+    ops.element('FourNodeTetrahedron', 3313, *[1300, 1437, 1415, 1500], 1)
+    ops.element('FourNodeTetrahedron', 3314, *[1300, 1287, 1415, 1437], 1)
+    ops.element('FourNodeTetrahedron', 3315, *[1264, 728, 1252, 1147], 1)
+    ops.element('FourNodeTetrahedron', 3316, *[1158, 1448, 1265, 680], 1)
+    ops.element('FourNodeTetrahedron', 3317, *[357, 363, 409, 1379], 1)
+    ops.element('FourNodeTetrahedron', 3318, *[1401, 1309, 296, 1378], 1)
+    ops.element('FourNodeTetrahedron', 3319, *[1562, 1634, 1324, 1484], 1)
+    ops.element('FourNodeTetrahedron', 3320, *[1649, 1448, 1627, 1700], 1)
+    ops.element('FourNodeTetrahedron', 3321, *[1479, 1721, 158, 1272], 1)
+    ops.element('FourNodeTetrahedron', 3322, *[1232, 1172, 1688, 551], 1)
+    ops.element('FourNodeTetrahedron', 3323, *[1549, 1396, 150, 1298], 1)
+    ops.element('FourNodeTetrahedron', 3324, *[1509, 1435, 1507, 1221], 1)
+    ops.element('FourNodeTetrahedron', 3325, *[327, 298, 323, 1282], 1)
+    ops.element('FourNodeTetrahedron', 3326, *[1534, 1538, 1555, 1544], 1)
+    ops.element('FourNodeTetrahedron', 3327, *[323, 1282, 298, 464], 1)
+    ops.element('FourNodeTetrahedron', 3328, *[1190, 147, 1482, 1270], 1)
+    ops.element('FourNodeTetrahedron', 3329, *[327, 301, 298, 1282], 1)
+    ops.element('FourNodeTetrahedron', 3330, *[1366, 1212, 1398, 1365], 1)
+    ops.element('FourNodeTetrahedron', 3331, *[250, 1539, 269, 448], 1)
+    ops.element('FourNodeTetrahedron', 3332, *[1452, 1129, 1435, 1509], 1)
+    ops.element('FourNodeTetrahedron', 3333, *[1667, 1660, 334, 1395], 1)
+    ops.element('FourNodeTetrahedron', 3334, *[1509, 1129, 1435, 1221], 1)
+    ops.element('FourNodeTetrahedron', 3335, *[628, 624, 1282, 468], 1)
+    ops.element('FourNodeTetrahedron', 3336, *[468, 1282, 464, 457], 1)
+    ops.element('FourNodeTetrahedron', 3337, *[1282, 624, 457, 468], 1)
+    ops.element('FourNodeTetrahedron', 3338, *[464, 1282, 453, 457], 1)
+    ops.element('FourNodeTetrahedron', 3339, *[1282, 1319, 457, 624], 1)
+    ops.element('FourNodeTetrahedron', 3340, *[1282, 1319, 453, 457], 1)
+    ops.element('FourNodeTetrahedron', 3341, *[1498, 1580, 1515, 523], 1)
+    ops.element('FourNodeTetrahedron', 3342, *[1600, 1425, 1594, 1550], 1)
+    ops.element('FourNodeTetrahedron', 3343, *[251, 1432, 1338, 1343], 1)
+    ops.element('FourNodeTetrahedron', 3344, *[231, 1347, 225, 442], 1)
+    ops.element('FourNodeTetrahedron', 3345, *[231, 224, 225, 1347], 1)
+    ops.element('FourNodeTetrahedron', 3346, *[1347, 224, 225, 1277], 1)
+    ops.element('FourNodeTetrahedron', 3347, *[520, 1616, 394, 1465], 1)
+    ops.element('FourNodeTetrahedron', 3348, *[1173, 723, 1678, 1242], 1)
+    ops.element('FourNodeTetrahedron', 3349, *[1539, 1323, 1321, 1476], 1)
+    ops.element('FourNodeTetrahedron', 3350, *[230, 1407, 224, 1347], 1)
+    ops.element('FourNodeTetrahedron', 3351, *[1473, 1567, 1545, 1291], 1)
+    ops.element('FourNodeTetrahedron', 3352, *[230, 224, 231, 1347], 1)
+    ops.element('FourNodeTetrahedron', 3353, *[732, 1307, 730, 1302], 1)
+    ops.element('FourNodeTetrahedron', 3354, *[224, 184, 187, 1273], 1)
+    ops.element('FourNodeTetrahedron', 3355, *[454, 1684, 459, 458], 1)
+    ops.element('FourNodeTetrahedron', 3356, *[284, 1338, 1589, 1342], 1)
+    ops.element('FourNodeTetrahedron', 3357, *[473, 1662, 461, 465], 1)
+    ops.element('FourNodeTetrahedron', 3358, *[1408, 1367, 294, 1377], 1)
+    ops.element('FourNodeTetrahedron', 3359, *[1408, 1367, 1377, 1449], 1)
+    ops.element('FourNodeTetrahedron', 3360, *[1319, 1408, 1377, 1449], 1)
+    ops.element('FourNodeTetrahedron', 3361, *[1485, 1690, 384, 391], 1)
+    ops.element('FourNodeTetrahedron', 3362, *[1461, 1441, 1533, 1637], 1)
+    ops.element('FourNodeTetrahedron', 3363, *[1538, 1279, 1355, 1534], 1)
+    ops.element('FourNodeTetrahedron', 3364, *[1474, 1555, 1296, 1281], 1)
+    ops.element('FourNodeTetrahedron', 3365, *[1653, 1731, 1641, 1622], 1)
+    ops.element('FourNodeTetrahedron', 3366, *[1351, 340, 336, 341], 1)
+    ops.element('FourNodeTetrahedron', 3367, *[518, 1526, 1516, 1647], 1)
+    ops.element('FourNodeTetrahedron', 3368, *[319, 1306, 289, 251], 1)
+    ops.element('FourNodeTetrahedron', 3369, *[1273, 1279, 1355, 1534], 1)
+    ops.element('FourNodeTetrahedron', 3370, *[766, 764, 765, 1527], 1)
+    ops.element('FourNodeTetrahedron', 3371, *[1411, 1389, 1568, 1366], 1)
+    ops.element('FourNodeTetrahedron', 3372, *[667, 1520, 485, 668], 1)
+    ops.element('FourNodeTetrahedron', 3373, *[484, 1520, 488, 485], 1)
+    ops.element('FourNodeTetrahedron', 3374, *[491, 1520, 485, 490], 1)
+    ops.element('FourNodeTetrahedron', 3375, *[490, 1380, 491, 509], 1)
+    ops.element('FourNodeTetrahedron', 3376, *[491, 1380, 1520, 490], 1)
+    ops.element('FourNodeTetrahedron', 3377, *[1404, 1123, 1430, 1338], 1)
+    ops.element('FourNodeTetrahedron', 3378, *[491, 1520, 484, 485], 1)
+    ops.element('FourNodeTetrahedron', 3379, *[488, 1462, 1379, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3380, *[486, 480, 487, 669], 1)
+    ops.element('FourNodeTetrahedron', 3381, *[1387, 1397, 1499, 1629], 1)
+    ops.element('FourNodeTetrahedron', 3382, *[1740, 1397, 1672, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3383, *[1477, 1642, 1502, 1698], 1)
+    ops.element('FourNodeTetrahedron', 3384, *[1126, 1236, 1442, 1348], 1)
+    ops.element('FourNodeTetrahedron', 3385, *[1528, 1379, 1462, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3386, *[491, 489, 484, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3387, *[489, 1462, 488, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3388, *[491, 1380, 1462, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3389, *[1372, 1197, 344, 1669], 1)
+    ops.element('FourNodeTetrahedron', 3390, *[1272, 158, 173, 153], 1)
+    ops.element('FourNodeTetrahedron', 3391, *[1380, 1528, 1462, 1520], 1)
+    ops.element('FourNodeTetrahedron', 3392, *[1396, 1482, 155, 148], 1)
+    ops.element('FourNodeTetrahedron', 3393, *[410, 1379, 409, 488], 1)
+    ops.element('FourNodeTetrahedron', 3394, *[152, 151, 154, 1540], 1)
+    ops.element('FourNodeTetrahedron', 3395, *[521, 676, 1702, 510], 1)
+    ops.element('FourNodeTetrahedron', 3396, *[1694, 1704, 1294, 662], 1)
+    ops.element('FourNodeTetrahedron', 3397, *[1291, 1576, 1488, 530], 1)
+    ops.element('FourNodeTetrahedron', 3398, *[1336, 1471, 1558, 1511], 1)
+    ops.element('FourNodeTetrahedron', 3399, *[1706, 1336, 1558, 1511], 1)
+    ops.element('FourNodeTetrahedron', 3400, *[1432, 1475, 1683, 1267], 1)
+    ops.element('FourNodeTetrahedron', 3401, *[1563, 1313, 443, 445], 1)
+    ops.element('FourNodeTetrahedron', 3402, *[1660, 1571, 335, 1388], 1)
+    ops.element('FourNodeTetrahedron', 3403, *[1512, 1472, 1574, 1467], 1)
+    ops.element('FourNodeTetrahedron', 3404, *[1321, 1313, 238, 443], 1)
+    ops.element('FourNodeTetrahedron', 3405, *[1741, 1241, 1606, 1671], 1)
+    ops.element('FourNodeTetrahedron', 3406, *[1299, 1476, 1539, 1563], 1)
+    ops.element('FourNodeTetrahedron', 3407, *[1613, 1600, 1425, 1594], 1)
+    ops.element('FourNodeTetrahedron', 3408, *[488, 1379, 409, 1601], 1)
+    ops.element('FourNodeTetrahedron', 3409, *[551, 1172, 1688, 1673], 1)
+    ops.element('FourNodeTetrahedron', 3410, *[1688, 1172, 1427, 1673], 1)
+    ops.element('FourNodeTetrahedron', 3411, *[770, 761, 1300, 1352], 1)
+    ops.element('FourNodeTetrahedron', 3412, *[1247, 1124, 1582, 1164], 1)
+    ops.element('FourNodeTetrahedron', 3413, *[1574, 1131, 1471, 1194], 1)
+    ops.element('FourNodeTetrahedron', 3414, *[1688, 1427, 1519, 1172], 1)
+    ops.element('FourNodeTetrahedron', 3415, *[738, 739, 736, 1547], 1)
+    ops.element('FourNodeTetrahedron', 3416, *[738, 736, 310, 1547], 1)
+    ops.element('FourNodeTetrahedron', 3417, *[1304, 738, 1547, 1144], 1)
+    ops.element('FourNodeTetrahedron', 3418, *[1304, 1144, 1547, 1361], 1)
+    ops.element('FourNodeTetrahedron', 3419, *[1434, 1302, 1428, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3420, *[1136, 1151, 1434, 1206], 1)
+    ops.element('FourNodeTetrahedron', 3421, *[1434, 1151, 1302, 1206], 1)
+    ops.element('FourNodeTetrahedron', 3422, *[1376, 157, 151, 150], 1)
+    ops.element('FourNodeTetrahedron', 3423, *[1434, 1302, 1466, 1206], 1)
+    ops.element('FourNodeTetrahedron', 3424, *[1302, 1242, 1325, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3425, *[288, 1400, 1434, 1430], 1)
+    ops.element('FourNodeTetrahedron', 3426, *[287, 1400, 1434, 288], 1)
+    ops.element('FourNodeTetrahedron', 3427, *[1507, 1382, 1677, 1429], 1)
+    ops.element('FourNodeTetrahedron', 3428, *[287, 1434, 282, 288], 1)
+    ops.element('FourNodeTetrahedron', 3429, *[510, 676, 1702, 673], 1)
+    ops.element('FourNodeTetrahedron', 3430, *[1277, 1665, 190, 433], 1)
+    ops.element('FourNodeTetrahedron', 3431, *[767, 764, 1527, 1385], 1)
+    ops.element('FourNodeTetrahedron', 3432, *[1277, 1555, 1355, 433], 1)
+    ops.element('FourNodeTetrahedron', 3433, *[1307, 731, 1678, 1173], 1)
+    ops.element('FourNodeTetrahedron', 3434, *[1400, 1206, 1434, 1430], 1)
+    ops.element('FourNodeTetrahedron', 3435, *[287, 1434, 281, 282], 1)
+    ops.element('FourNodeTetrahedron', 3436, *[286, 1434, 281, 287], 1)
+    ops.element('FourNodeTetrahedron', 3437, *[1222, 1126, 1447, 1451], 1)
+    ops.element('FourNodeTetrahedron', 3438, *[286, 1357, 1434, 287], 1)
+    ops.element('FourNodeTetrahedron', 3439, *[1304, 1547, 311, 1361], 1)
+    ops.element('FourNodeTetrahedron', 3440, *[1296, 1555, 1468, 1281], 1)
+    ops.element('FourNodeTetrahedron', 3441, *[1593, 1472, 1467, 631], 1)
+    ops.element('FourNodeTetrahedron', 3442, *[290, 291, 1289, 1367], 1)
+    ops.element('FourNodeTetrahedron', 3443, *[1521, 393, 413, 414], 1)
+    ops.element('FourNodeTetrahedron', 3444, *[1398, 1431, 1457, 629], 1)
+    ops.element('FourNodeTetrahedron', 3445, *[1565, 1557, 1363, 1443], 1)
+    ops.element('FourNodeTetrahedron', 3446, *[1283, 1291, 1545, 529], 1)
+    ops.element('FourNodeTetrahedron', 3447, *[1128, 1230, 1458, 1233], 1)
+    ops.element('FourNodeTetrahedron', 3448, *[1447, 1126, 1442, 1451], 1)
+    ops.element('FourNodeTetrahedron', 3449, *[362, 328, 368, 1496], 1)
+    ops.element('FourNodeTetrahedron', 3450, *[1670, 1233, 1577, 1394], 1)
+    ops.element('FourNodeTetrahedron', 3451, *[1298, 417, 142, 416], 1)
+    ops.element('FourNodeTetrahedron', 3452, *[1280, 150, 141, 1298], 1)
+    ops.element('FourNodeTetrahedron', 3453, *[1332, 1284, 1276, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3454, *[150, 142, 141, 1298], 1)
+    ops.element('FourNodeTetrahedron', 3455, *[260, 1328, 237, 1313], 1)
+    ops.element('FourNodeTetrahedron', 3456, *[1298, 141, 1331, 416], 1)
+    ops.element('FourNodeTetrahedron', 3457, *[1298, 142, 141, 416], 1)
+    ops.element('FourNodeTetrahedron', 3458, *[1670, 1577, 314, 1394], 1)
+    ops.element('FourNodeTetrahedron', 3459, *[1670, 1394, 314, 1571], 1)
+    ops.element('FourNodeTetrahedron', 3460, *[219, 1350, 218, 1344], 1)
+    ops.element('FourNodeTetrahedron', 3461, *[1360, 1324, 1314, 1562], 1)
+    ops.element('FourNodeTetrahedron', 3462, *[1444, 1512, 1714, 1489], 1)
+    ops.element('FourNodeTetrahedron', 3463, *[1667, 1243, 1660, 1185], 1)
+    ops.element('FourNodeTetrahedron', 3464, *[153, 152, 136, 1269], 1)
+    ops.element('FourNodeTetrahedron', 3465, *[249, 1344, 219, 220], 1)
+    ops.element('FourNodeTetrahedron', 3466, *[1285, 1344, 249, 220], 1)
+    ops.element('FourNodeTetrahedron', 3467, *[1340, 1315, 375, 1375], 1)
+    ops.element('FourNodeTetrahedron', 3468, *[1679, 327, 322, 1316], 1)
+    ops.element('FourNodeTetrahedron', 3469, *[1544, 1468, 1555, 1281], 1)
+    ops.element('FourNodeTetrahedron', 3470, *[1661, 1133, 1372, 350], 1)
+    ops.element('FourNodeTetrahedron', 3471, *[624, 1511, 1408, 618], 1)
+    ops.element('FourNodeTetrahedron', 3472, *[618, 1692, 1449, 620], 1)
+    ops.element('FourNodeTetrahedron', 3473, *[1478, 1544, 1474, 1281], 1)
+    ops.element('FourNodeTetrahedron', 3474, *[1333, 1569, 1397, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3475, *[1359, 1569, 1333, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3476, *[288, 1400, 1430, 1404], 1)
+    ops.element('FourNodeTetrahedron', 3477, *[1434, 1206, 1718, 1430], 1)
+    ops.element('FourNodeTetrahedron', 3478, *[1478, 1534, 1474, 1544], 1)
+    ops.element('FourNodeTetrahedron', 3479, *[1257, 1236, 1348, 1145], 1)
+    ops.element('FourNodeTetrahedron', 3480, *[1580, 1691, 416, 421], 1)
+    ops.element('FourNodeTetrahedron', 3481, *[1478, 1617, 1534, 1544], 1)
+    ops.element('FourNodeTetrahedron', 3482, *[482, 1521, 413, 414], 1)
+    ops.element('FourNodeTetrahedron', 3483, *[1451, 1348, 1561, 1368], 1)
+    ops.element('FourNodeTetrahedron', 3484, *[1193, 1372, 1602, 1661], 1)
+    ops.element('FourNodeTetrahedron', 3485, *[758, 1416, 1415, 1287], 1)
+    ops.element('FourNodeTetrahedron', 3486, *[1561, 1348, 1288, 1368], 1)
+    ops.element('FourNodeTetrahedron', 3487, *[1449, 1692, 1461, 620], 1)
+    ops.element('FourNodeTetrahedron', 3488, *[1741, 351, 355, 1392], 1)
+    ops.element('FourNodeTetrahedron', 3489, *[1406, 1141, 1438, 1224], 1)
+    ops.element('FourNodeTetrahedron', 3490, *[660, 654, 1736, 474], 1)
+    ops.element('FourNodeTetrahedron', 3491, *[546, 1281, 533, 534], 1)
+    ops.element('FourNodeTetrahedron', 3492, *[456, 1276, 449, 1299], 1)
+    ops.element('FourNodeTetrahedron', 3493, *[1451, 1348, 1585, 1561], 1)
+    ops.element('FourNodeTetrahedron', 3494, *[456, 1299, 449, 452], 1)
+    ops.element('FourNodeTetrahedron', 3495, *[404, 1410, 405, 1340], 1)
+    ops.element('FourNodeTetrahedron', 3496, *[613, 607, 1299, 452], 1)
+    ops.element('FourNodeTetrahedron', 3497, *[1144, 1174, 1547, 1417], 1)
+    ops.element('FourNodeTetrahedron', 3498, *[1331, 141, 140, 416], 1)
+    ops.element('FourNodeTetrahedron', 3499, *[289, 1338, 284, 251], 1)
+    ops.element('FourNodeTetrahedron', 3500, *[1142, 1171, 1659, 1253], 1)
+    ops.element('FourNodeTetrahedron', 3501, *[720, 1260, 724, 1317], 1)
+    ops.element('FourNodeTetrahedron', 3502, *[1368, 1167, 666, 684], 1)
+    ops.element('FourNodeTetrahedron', 3503, *[1368, 1167, 1274, 666], 1)
+    ops.element('FourNodeTetrahedron', 3504, *[1368, 1274, 665, 666], 1)
+    ops.element('FourNodeTetrahedron', 3505, *[1307, 1173, 1302, 1151], 1)
+    ops.element('FourNodeTetrahedron', 3506, *[1662, 1552, 461, 465], 1)
+    ops.element('FourNodeTetrahedron', 3507, *[1368, 1257, 1274, 1167], 1)
+    ops.element('FourNodeTetrahedron', 3508, *[186, 182, 185, 1279], 1)
+    ops.element('FourNodeTetrahedron', 3509, *[252, 1323, 256, 1539], 1)
+    ops.element('FourNodeTetrahedron', 3510, *[1257, 1274, 1348, 1368], 1)
+    ops.element('FourNodeTetrahedron', 3511, *[1462, 371, 358, 1685], 1)
+    ops.element('FourNodeTetrahedron', 3512, *[1527, 386, 412, 1521], 1)
+    ops.element('FourNodeTetrahedron', 3513, *[1674, 159, 160, 156], 1)
+    ops.element('FourNodeTetrahedron', 3514, *[1451, 1257, 1348, 1368], 1)
+    ops.element('FourNodeTetrahedron', 3515, *[1348, 1274, 1288, 1368], 1)
+    ops.element('FourNodeTetrahedron', 3516, *[272, 1317, 1531, 1391], 1)
+    ops.element('FourNodeTetrahedron', 3517, *[1722, 1130, 1454, 1522], 1)
+    ops.element('FourNodeTetrahedron', 3518, *[1204, 1130, 1722, 1522], 1)
+    ops.element('FourNodeTetrahedron', 3519, *[296, 1309, 293, 1378], 1)
+    ops.element('FourNodeTetrahedron', 3520, *[1586, 1499, 1629, 1654], 1)
+    ops.element('FourNodeTetrahedron', 3521, *[1716, 1512, 1714, 1444], 1)
+    ops.element('FourNodeTetrahedron', 3522, *[295, 291, 290, 1367], 1)
+    ops.element('FourNodeTetrahedron', 3523, *[1337, 1575, 1553, 1560], 1)
+    ops.element('FourNodeTetrahedron', 3524, *[1296, 433, 434, 438], 1)
+    ops.element('FourNodeTetrahedron', 3525, *[1725, 1625, 1566, 1576], 1)
+    ops.element('FourNodeTetrahedron', 3526, *[1735, 1672, 166, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3527, *[1296, 433, 438, 437], 1)
+    ops.element('FourNodeTetrahedron', 3528, *[704, 702, 705, 1402], 1)
+    ops.element('FourNodeTetrahedron', 3529, *[545, 1636, 1474, 546], 1)
+    ops.element('FourNodeTetrahedron', 3530, *[549, 1596, 1603, 1293], 1)
+    ops.element('FourNodeTetrahedron', 3531, *[756, 382, 1666, 1470], 1)
+    ops.element('FourNodeTetrahedron', 3532, *[621, 1194, 1709, 622], 1)
+    ops.element('FourNodeTetrahedron', 3533, *[1514, 1505, 1559, 1636], 1)
+    ops.element('FourNodeTetrahedron', 3534, *[1669, 308, 348, 1262], 1)
+    ops.element('FourNodeTetrahedron', 3535, *[512, 1158, 521, 511], 1)
+    ops.element('FourNodeTetrahedron', 3536, *[1442, 1236, 1411, 1348], 1)
+    ops.element('FourNodeTetrahedron', 3537, *[327, 1316, 323, 1282], 1)
+    ops.element('FourNodeTetrahedron', 3538, *[1434, 1466, 1399, 1718], 1)
+    ops.element('FourNodeTetrahedron', 3539, *[744, 383, 382, 390], 1)
+    ops.element('FourNodeTetrahedron', 3540, *[1597, 1459, 1689, 672], 1)
+    ops.element('FourNodeTetrahedron', 3541, *[1293, 1427, 1576, 531], 1)
+    ops.element('FourNodeTetrahedron', 3542, *[463, 1316, 323, 464], 1)
+    ops.element('FourNodeTetrahedron', 3543, *[649, 1457, 1301, 626], 1)
+    ops.element('FourNodeTetrahedron', 3544, *[1603, 1567, 1473, 1291], 1)
+    ops.element('FourNodeTetrahedron', 3545, *[1464, 1496, 1301, 1492], 1)
+    ops.element('FourNodeTetrahedron', 3546, *[1703, 1228, 710, 1439], 1)
+    ops.element('FourNodeTetrahedron', 3547, *[1575, 1630, 1553, 1560], 1)
+    ops.element('FourNodeTetrahedron', 3548, *[1604, 1630, 1575, 1560], 1)
+    ops.element('FourNodeTetrahedron', 3549, *[655, 1687, 1663, 476], 1)
+    ops.element('FourNodeTetrahedron', 3550, *[1521, 386, 393, 413], 1)
+    ops.element('FourNodeTetrahedron', 3551, *[1294, 1704, 1384, 1687], 1)
+    ops.element('FourNodeTetrahedron', 3552, *[1704, 1687, 655, 656], 1)
+    ops.element('FourNodeTetrahedron', 3553, *[1493, 1150, 1222, 1229], 1)
+    ops.element('FourNodeTetrahedron', 3554, *[741, 336, 337, 1320], 1)
+    ops.element('FourNodeTetrahedron', 3555, *[299, 297, 296, 1401], 1)
+    ops.element('FourNodeTetrahedron', 3556, *[1704, 656, 655, 662], 1)
+    ops.element('FourNodeTetrahedron', 3557, *[1175, 1137, 1444, 1181], 1)
+    ops.element('FourNodeTetrahedron', 3558, *[1292, 1288, 1436, 658], 1)
+    ops.element('FourNodeTetrahedron', 3559, *[742, 741, 1320, 1161], 1)
+    ops.element('FourNodeTetrahedron', 3560, *[1673, 532, 1249, 525], 1)
+    ops.element('FourNodeTetrahedron', 3561, *[1415, 1485, 744, 390], 1)
+    ops.element('FourNodeTetrahedron', 3562, *[1283, 1545, 1544, 1498], 1)
+    ops.element('FourNodeTetrahedron', 3563, *[513, 1150, 519, 512], 1)
+    ops.element('FourNodeTetrahedron', 3564, *[1497, 403, 373, 374], 1)
+    ops.element('FourNodeTetrahedron', 3565, *[719, 1531, 240, 271], 1)
+    ops.element('FourNodeTetrahedron', 3566, *[1525, 1220, 1429, 1447], 1)
+    ops.element('FourNodeTetrahedron', 3567, *[1626, 1566, 1298, 1580], 1)
+    ops.element('FourNodeTetrahedron', 3568, *[614, 608, 1504, 607], 1)
+    ops.element('FourNodeTetrahedron', 3569, *[1497, 1447, 1592, 1600], 1)
+    ops.element('FourNodeTetrahedron', 3570, *[1506, 1596, 1603, 549], 1)
+    ops.element('FourNodeTetrahedron', 3571, *[232, 1371, 230, 1559], 1)
+    ops.element('FourNodeTetrahedron', 3572, *[1626, 1566, 1580, 1488], 1)
+    ops.element('FourNodeTetrahedron', 3573, *[1565, 1583, 1557, 1727], 1)
+    ops.element('FourNodeTetrahedron', 3574, *[517, 1614, 1518, 1613], 1)
+    ops.element('FourNodeTetrahedron', 3575, *[277, 1399, 1565, 278], 1)
+    ops.element('FourNodeTetrahedron', 3576, *[1444, 1137, 1512, 1181], 1)
+    ops.element('FourNodeTetrahedron', 3577, *[1175, 1181, 1444, 630], 1)
+    ops.element('FourNodeTetrahedron', 3578, *[440, 1296, 434, 438], 1)
+    ops.element('FourNodeTetrahedron', 3579, *[1271, 1269, 180, 1532], 1)
+    ops.element('FourNodeTetrahedron', 3580, *[1431, 1175, 1444, 630], 1)
+    ops.element('FourNodeTetrahedron', 3581, *[1309, 1440, 1369, 1487], 1)
+    ops.element('FourNodeTetrahedron', 3582, *[1309, 1240, 1306, 1440], 1)
+    ops.element('FourNodeTetrahedron', 3583, *[1309, 1306, 1369, 1440], 1)
+    ops.element('FourNodeTetrahedron', 3584, *[246, 1349, 1333, 1391], 1)
+    ops.element('FourNodeTetrahedron', 3585, *[1306, 1205, 1432, 1440], 1)
+    ops.element('FourNodeTetrahedron', 3586, *[1240, 1205, 1306, 1440], 1)
+    ops.element('FourNodeTetrahedron', 3587, *[649, 629, 1457, 626], 1)
+    ops.element('FourNodeTetrahedron', 3588, *[1306, 1123, 1432, 1205], 1)
+    ops.element('FourNodeTetrahedron', 3589, *[545, 1347, 440, 1296], 1)
+    ops.element('FourNodeTetrahedron', 3590, *[1240, 1205, 1440, 1138], 1)
+    ops.element('FourNodeTetrahedron', 3591, *[1649, 1700, 1460, 1702], 1)
+    ops.element('FourNodeTetrahedron', 3592, *[1242, 1147, 1311, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3593, *[1121, 1225, 1315, 1234], 1)
+    ops.element('FourNodeTetrahedron', 3594, *[1121, 1315, 1375, 1234], 1)
+    ops.element('FourNodeTetrahedron', 3595, *[1121, 1225, 1340, 1315], 1)
+    ops.element('FourNodeTetrahedron', 3596, *[1121, 1315, 1340, 1375], 1)
+    ops.element('FourNodeTetrahedron', 3597, *[1621, 1530, 1412, 1618], 1)
+    ops.element('FourNodeTetrahedron', 3598, *[1460, 1594, 1724, 1426], 1)
+    ops.element('FourNodeTetrahedron', 3599, *[1544, 1542, 1491, 1515], 1)
+    ops.element('FourNodeTetrahedron', 3600, *[339, 1658, 338, 342], 1)
+    ops.element('FourNodeTetrahedron', 3601, *[1653, 1731, 1622, 1621], 1)
+    ops.element('FourNodeTetrahedron', 3602, *[1432, 1203, 1475, 1231], 1)
+    ops.element('FourNodeTetrahedron', 3603, *[720, 725, 724, 1260], 1)
+    ops.element('FourNodeTetrahedron', 3604, *[1342, 1589, 1456, 1475], 1)
+    ops.element('FourNodeTetrahedron', 3605, *[1487, 1138, 1440, 1433], 1)
+    ops.element('FourNodeTetrahedron', 3606, *[1388, 1564, 1401, 1574], 1)
+    ops.element('FourNodeTetrahedron', 3607, *[368, 1329, 1739, 1301], 1)
+    ops.element('FourNodeTetrahedron', 3608, *[1388, 1401, 300, 1336], 1)
+    ops.element('FourNodeTetrahedron', 3609, *[280, 732, 729, 1428], 1)
+    ops.element('FourNodeTetrahedron', 3610, *[1131, 1471, 1564, 1574], 1)
+    ops.element('FourNodeTetrahedron', 3611, *[1286, 389, 381, 388], 1)
+    ops.element('FourNodeTetrahedron', 3612, *[1689, 1335, 487, 1278], 1)
+    ops.element('FourNodeTetrahedron', 3613, *[1231, 1216, 1486, 1156], 1)
+    ops.element('FourNodeTetrahedron', 3614, *[1480, 1722, 1604, 1456], 1)
+    ops.element('FourNodeTetrahedron', 3615, *[1358, 138, 188, 1318], 1)
+    ops.element('FourNodeTetrahedron', 3616, *[1138, 1231, 1433, 1156], 1)
+    ops.element('FourNodeTetrahedron', 3617, *[1332, 1504, 1284, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3618, *[1606, 1611, 350, 353], 1)
+    ops.element('FourNodeTetrahedron', 3619, *[1433, 1231, 1486, 1156], 1)
+    ops.element('FourNodeTetrahedron', 3620, *[1676, 1160, 645, 651], 1)
+    ops.element('FourNodeTetrahedron', 3621, *[1496, 1457, 1301, 1492], 1)
+    ops.element('FourNodeTetrahedron', 3622, *[399, 1163, 1124, 1582], 1)
+    ops.element('FourNodeTetrahedron', 3623, *[302, 1377, 303, 454], 1)
+    ops.element('FourNodeTetrahedron', 3624, *[1124, 1245, 351, 1741], 1)
+    ops.element('FourNodeTetrahedron', 3625, *[1146, 1126, 1451, 1257], 1)
+    ops.element('FourNodeTetrahedron', 3626, *[1420, 606, 1503, 605], 1)
+    ops.element('FourNodeTetrahedron', 3627, *[216, 1387, 174, 173], 1)
+    ops.element('FourNodeTetrahedron', 3628, *[368, 1496, 1329, 1301], 1)
+    ops.element('FourNodeTetrahedron', 3629, *[1493, 1222, 1447, 1451], 1)
+    ops.element('FourNodeTetrahedron', 3630, *[1468, 522, 431, 436], 1)
+    ops.element('FourNodeTetrahedron', 3631, *[1496, 1329, 1301, 1457], 1)
+    ops.element('FourNodeTetrahedron', 3632, *[1496, 1423, 1329, 1431], 1)
+    ops.element('FourNodeTetrahedron', 3633, *[1496, 1431, 1329, 1457], 1)
+    ops.element('FourNodeTetrahedron', 3634, *[362, 1496, 368, 1464], 1)
+    ops.element('FourNodeTetrahedron', 3635, *[1341, 1381, 332, 1423], 1)
+    ops.element('FourNodeTetrahedron', 3636, *[1169, 1213, 1416, 1258], 1)
+    ops.element('FourNodeTetrahedron', 3637, *[1560, 1588, 1268, 1653], 1)
+    ops.element('FourNodeTetrahedron', 3638, *[1214, 1255, 1406, 1454], 1)
+    ops.element('FourNodeTetrahedron', 3639, *[376, 1341, 332, 1612], 1)
+    ops.element('FourNodeTetrahedron', 3640, *[376, 332, 328, 1612], 1)
+    ops.element('FourNodeTetrahedron', 3641, *[524, 417, 422, 525], 1)
+    ops.element('FourNodeTetrahedron', 3642, *[1378, 1554, 1334, 1717], 1)
+    ops.element('FourNodeTetrahedron', 3643, *[1494, 1469, 1528, 1597], 1)
+    ops.element('FourNodeTetrahedron', 3644, *[1545, 1488, 1498, 529], 1)
+    ops.element('FourNodeTetrahedron', 3645, *[1291, 1488, 1545, 529], 1)
+    ops.element('FourNodeTetrahedron', 3646, *[1324, 1310, 1353, 1634], 1)
+    ops.element('FourNodeTetrahedron', 3647, *[1333, 708, 707, 1397], 1)
+    ops.element('FourNodeTetrahedron', 3648, *[1290, 1535, 1360, 1562], 1)
+    ops.element('FourNodeTetrahedron', 3649, *[1343, 1683, 255, 1711], 1)
+    ops.element('FourNodeTetrahedron', 3650, *[676, 674, 1702, 677], 1)
+    ops.element('FourNodeTetrahedron', 3651, *[1368, 1257, 1167, 684], 1)
+    ops.element('FourNodeTetrahedron', 3652, *[1503, 549, 1506, 604], 1)
+    ops.element('FourNodeTetrahedron', 3653, *[1604, 1453, 1607, 1630], 1)
+    ops.element('FourNodeTetrahedron', 3654, *[1270, 145, 418, 419], 1)
+    ops.element('FourNodeTetrahedron', 3655, *[261, 236, 1744, 237], 1)
+    ops.element('FourNodeTetrahedron', 3656, *[512, 1150, 519, 1493], 1)
+    ops.element('FourNodeTetrahedron', 3657, *[1572, 1489, 1322, 1364], 1)
+    ops.element('FourNodeTetrahedron', 3658, *[1541, 1624, 1271, 1621], 1)
+    ops.element('FourNodeTetrahedron', 3659, *[770, 761, 1738, 1300], 1)
+    ops.element('FourNodeTetrahedron', 3660, *[481, 1527, 411, 412], 1)
+    ops.element('FourNodeTetrahedron', 3661, *[1465, 400, 356, 407], 1)
+    ops.element('FourNodeTetrahedron', 3662, *[331, 300, 301, 1336], 1)
+    ops.element('FourNodeTetrahedron', 3663, *[1204, 1130, 1522, 1215], 1)
+    ops.element('FourNodeTetrahedron', 3664, *[1272, 1370, 153, 1271], 1)
+    ops.element('FourNodeTetrahedron', 3665, *[1135, 1615, 1524, 1155], 1)
+    ops.element('FourNodeTetrahedron', 3666, *[1272, 1370, 158, 153], 1)
+    ops.element('FourNodeTetrahedron', 3667, *[1370, 158, 153, 152], 1)
+    ops.element('FourNodeTetrahedron', 3668, *[1486, 1216, 1524, 1420], 1)
+    ops.element('FourNodeTetrahedron', 3669, *[135, 179, 180, 1271], 1)
+    ops.element('FourNodeTetrahedron', 3670, *[517, 1518, 1650, 1613], 1)
+    ops.element('FourNodeTetrahedron', 3671, *[492, 1465, 489, 491], 1)
+    ops.element('FourNodeTetrahedron', 3672, *[526, 1238, 423, 424], 1)
+    ops.element('FourNodeTetrahedron', 3673, *[1228, 1157, 1599, 1141], 1)
+    ops.element('FourNodeTetrahedron', 3674, *[1463, 1693, 1477, 608], 1)
+    ops.element('FourNodeTetrahedron', 3675, *[1579, 749, 750, 1153], 1)
+    ops.element('FourNodeTetrahedron', 3676, *[1330, 1710, 1345, 1583], 1)
+    ops.element('FourNodeTetrahedron', 3677, *[1581, 1548, 1419, 1327], 1)
+    ops.element('FourNodeTetrahedron', 3678, *[446, 1313, 601, 545], 1)
+    ops.element('FourNodeTetrahedron', 3679, *[1439, 1228, 1346, 1599], 1)
+    ops.element('FourNodeTetrahedron', 3680, *[670, 1707, 667, 668], 1)
+    ops.element('FourNodeTetrahedron', 3681, *[1291, 1725, 1488, 1576], 1)
+    ops.element('FourNodeTetrahedron', 3682, *[1251, 1208, 1456, 1204], 1)
+    ops.element('FourNodeTetrahedron', 3683, *[1293, 1576, 1291, 530], 1)
+    ops.element('FourNodeTetrahedron', 3684, *[530, 1576, 1488, 524], 1)
+    ops.element('FourNodeTetrahedron', 3685, *[1647, 1525, 1497, 1614], 1)
+    ops.element('FourNodeTetrahedron', 3686, *[1647, 1497, 1518, 1614], 1)
+    ops.element('FourNodeTetrahedron', 3687, *[1588, 1370, 1272, 1624], 1)
+    ops.element('FourNodeTetrahedron', 3688, *[1588, 1641, 1370, 1624], 1)
+    ops.element('FourNodeTetrahedron', 3689, *[1446, 1384, 1393, 1294], 1)
+    ops.element('FourNodeTetrahedron', 3690, *[724, 212, 245, 1531], 1)
+    ops.element('FourNodeTetrahedron', 3691, *[1319, 1684, 458, 618], 1)
+    ops.element('FourNodeTetrahedron', 3692, *[1662, 626, 1301, 649], 1)
+    ops.element('FourNodeTetrahedron', 3693, *[1376, 1495, 150, 1549], 1)
+    ops.element('FourNodeTetrahedron', 3694, *[748, 749, 746, 1579], 1)
+    ops.element('FourNodeTetrahedron', 3695, *[304, 1276, 250, 456], 1)
+    ops.element('FourNodeTetrahedron', 3696, *[272, 1565, 1391, 273], 1)
+    ops.element('FourNodeTetrahedron', 3697, *[458, 1684, 620, 618], 1)
+    ops.element('FourNodeTetrahedron', 3698, *[301, 1408, 294, 1319], 1)
+    ops.element('FourNodeTetrahedron', 3699, *[754, 380, 753, 1664], 1)
+    ops.element('FourNodeTetrahedron', 3700, *[1162, 1163, 1590, 1414], 1)
+    ops.element('FourNodeTetrahedron', 3701, *[1624, 1641, 1370, 1622], 1)
+    ops.element('FourNodeTetrahedron', 3702, *[728, 718, 727, 1252], 1)
+    ops.element('FourNodeTetrahedron', 3703, *[1326, 154, 138, 1318], 1)
+    ops.element('FourNodeTetrahedron', 3704, *[213, 1333, 1740, 214], 1)
+    ops.element('FourNodeTetrahedron', 3705, *[1230, 1200, 1417, 1726], 1)
+    ops.element('FourNodeTetrahedron', 3706, *[1500, 1681, 397, 1435], 1)
+    ops.element('FourNodeTetrahedron', 3707, *[1274, 1254, 1259, 666], 1)
+    ops.element('FourNodeTetrahedron', 3708, *[1469, 1446, 1685, 1459], 1)
+    ops.element('FourNodeTetrahedron', 3709, *[1411, 1244, 1366, 1297], 1)
+    ops.element('FourNodeTetrahedron', 3710, *[1588, 1654, 1721, 1641], 1)
+    ops.element('FourNodeTetrahedron', 3711, *[1583, 1333, 1349, 1391], 1)
+    ops.element('FourNodeTetrahedron', 3712, *[1623, 1412, 1713, 1618], 1)
+    ops.element('FourNodeTetrahedron', 3713, *[1700, 1627, 678, 681], 1)
+    ops.element('FourNodeTetrahedron', 3714, *[1363, 217, 247, 248], 1)
+    ops.element('FourNodeTetrahedron', 3715, *[1319, 1684, 454, 458], 1)
+    ops.element('FourNodeTetrahedron', 3716, *[1445, 1373, 1384, 1704], 1)
+    ops.element('FourNodeTetrahedron', 3717, *[1346, 704, 705, 1402], 1)
+    ops.element('FourNodeTetrahedron', 3718, *[1642, 1729, 1536, 1502], 1)
+    ops.element('FourNodeTetrahedron', 3719, *[1319, 1377, 454, 1684], 1)
+    ops.element('FourNodeTetrahedron', 3720, *[628, 1696, 624, 631], 1)
+    ops.element('FourNodeTetrahedron', 3721, *[1273, 1665, 187, 1277], 1)
+    ops.element('FourNodeTetrahedron', 3722, *[1654, 1513, 1721, 1641], 1)
+    ops.element('FourNodeTetrahedron', 3723, *[1344, 1356, 218, 1272], 1)
+    ops.element('FourNodeTetrahedron', 3724, *[1494, 1732, 521, 1702], 1)
+    ops.element('FourNodeTetrahedron', 3725, *[513, 1525, 1647, 1150], 1)
+    ops.element('FourNodeTetrahedron', 3726, *[1588, 1721, 1370, 1641], 1)
+    ops.element('FourNodeTetrahedron', 3727, *[1716, 1137, 1512, 1444], 1)
+    ops.element('FourNodeTetrahedron', 3728, *[154, 140, 138, 1318], 1)
+    ops.element('FourNodeTetrahedron', 3729, *[358, 365, 364, 1446], 1)
+    ops.element('FourNodeTetrahedron', 3730, *[314, 1394, 319, 297], 1)
+    ops.element('FourNodeTetrahedron', 3731, *[1589, 1251, 1456, 1475], 1)
+    ops.element('FourNodeTetrahedron', 3732, *[1455, 647, 1362, 646], 1)
+    ops.element('FourNodeTetrahedron', 3733, *[1682, 1332, 1551, 614], 1)
+    ops.element('FourNodeTetrahedron', 3734, *[1653, 1645, 1641, 1731], 1)
+    ops.element('FourNodeTetrahedron', 3735, *[1415, 1485, 390, 1500], 1)
+    ops.element('FourNodeTetrahedron', 3736, *[1202, 1251, 1589, 1203], 1)
+    ops.element('FourNodeTetrahedron', 3737, *[1338, 1203, 1589, 1475], 1)
+    ops.element('FourNodeTetrahedron', 3738, *[1149, 178, 155, 1190], 1)
+    ops.element('FourNodeTetrahedron', 3739, *[1123, 1202, 1589, 1203], 1)
+    ops.element('FourNodeTetrahedron', 3740, *[1474, 1534, 1277, 1555], 1)
+    ops.element('FourNodeTetrahedron', 3741, *[1474, 1534, 1555, 1544], 1)
+    ops.element('FourNodeTetrahedron', 3742, *[1188, 1227, 1394, 1184], 1)
+    ops.element('FourNodeTetrahedron', 3743, *[1290, 1535, 1562, 1504], 1)
+    ops.element('FourNodeTetrahedron', 3744, *[1290, 1360, 1284, 1562], 1)
+    ops.element('FourNodeTetrahedron', 3745, *[1585, 1543, 1292, 1288], 1)
+    ops.element('FourNodeTetrahedron', 3746, *[1585, 1288, 1292, 1561], 1)
+    ops.element('FourNodeTetrahedron', 3747, *[732, 730, 1428, 1302], 1)
+    ops.element('FourNodeTetrahedron', 3748, *[1280, 1298, 141, 1331], 1)
+    ops.element('FourNodeTetrahedron', 3749, *[1393, 470, 469, 1529], 1)
+    ops.element('FourNodeTetrahedron', 3750, *[1459, 1393, 1278, 1529], 1)
+    ops.element('FourNodeTetrahedron', 3751, *[669, 661, 1529, 660], 1)
+    ops.element('FourNodeTetrahedron', 3752, *[1448, 1627, 1700, 681], 1)
+    ops.element('FourNodeTetrahedron', 3753, *[1393, 1663, 470, 1529], 1)
+    ops.element('FourNodeTetrahedron', 3754, *[1393, 1294, 1384, 1663], 1)
+    ops.element('FourNodeTetrahedron', 3755, *[147, 146, 145, 1270], 1)
+    ops.element('FourNodeTetrahedron', 3756, *[377, 368, 1301, 1362], 1)
+    ops.element('FourNodeTetrahedron', 3757, *[1448, 681, 1700, 677], 1)
+    ops.element('FourNodeTetrahedron', 3758, *[1371, 1374, 1713, 1623], 1)
+    ops.element('FourNodeTetrahedron', 3759, *[1332, 1504, 1551, 614], 1)
+    ops.element('FourNodeTetrahedron', 3760, *[1551, 1504, 607, 614], 1)
+    ops.element('FourNodeTetrahedron', 3761, *[304, 1276, 456, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3762, *[1700, 681, 678, 677], 1)
+    ops.element('FourNodeTetrahedron', 3763, *[455, 1332, 304, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3764, *[275, 1651, 271, 276], 1)
+    ops.element('FourNodeTetrahedron', 3765, *[1310, 1285, 1546, 1548], 1)
+    ops.element('FourNodeTetrahedron', 3766, *[1310, 1548, 1285, 1327], 1)
+    ops.element('FourNodeTetrahedron', 3767, *[361, 1680, 367, 1450], 1)
+    ops.element('FourNodeTetrahedron', 3768, *[1424, 1585, 1292, 1561], 1)
+    ops.element('FourNodeTetrahedron', 3769, *[1465, 1650, 371, 1462], 1)
+    ops.element('FourNodeTetrahedron', 3770, *[1285, 1560, 1546, 1548], 1)
+    ops.element('FourNodeTetrahedron', 3771, *[1652, 1619, 1628, 1617], 1)
+    ops.element('FourNodeTetrahedron', 3772, *[1290, 1562, 1284, 1504], 1)
+    ops.element('FourNodeTetrahedron', 3773, *[1348, 1236, 1411, 1297], 1)
+    ops.element('FourNodeTetrahedron', 3774, *[405, 1595, 406, 376], 1)
+    ops.element('FourNodeTetrahedron', 3775, *[1561, 1288, 664, 665], 1)
+    ops.element('FourNodeTetrahedron', 3776, *[1417, 287, 316, 317], 1)
+    ops.element('FourNodeTetrahedron', 3777, *[460, 613, 456, 452], 1)
+    ops.element('FourNodeTetrahedron', 3778, *[664, 1288, 1292, 658], 1)
+    ops.element('FourNodeTetrahedron', 3779, *[253, 1360, 1324, 1314], 1)
+    ops.element('FourNodeTetrahedron', 3780, *[1646, 1490, 1728, 1519], 1)
+    ops.element('FourNodeTetrahedron', 3781, *[1457, 1572, 1329, 1552], 1)
+    ops.element('FourNodeTetrahedron', 3782, *[1454, 1130, 1719, 1646], 1)
+    ops.element('FourNodeTetrahedron', 3783, *[1454, 1719, 1608, 1646], 1)
+    ops.element('FourNodeTetrahedron', 3784, *[1454, 1719, 1639, 1608], 1)
+    ops.element('FourNodeTetrahedron', 3785, *[1622, 1549, 1540, 1619], 1)
+    ops.element('FourNodeTetrahedron', 3786, *[242, 1391, 246, 247], 1)
+    ops.element('FourNodeTetrahedron', 3787, *[1406, 1224, 1438, 1719], 1)
+    ops.element('FourNodeTetrahedron', 3788, *[1322, 1316, 463, 1364], 1)
+    ops.element('FourNodeTetrahedron', 3789, *[1322, 1316, 322, 463], 1)
+    ops.element('FourNodeTetrahedron', 3790, *[322, 1316, 323, 463], 1)
+    ops.element('FourNodeTetrahedron', 3791, *[322, 327, 323, 1316], 1)
+    ops.element('FourNodeTetrahedron', 3792, *[648, 1398, 1675, 629], 1)
+    ops.element('FourNodeTetrahedron', 3793, *[1645, 1641, 1588, 1653], 1)
+    ops.element('FourNodeTetrahedron', 3794, *[525, 1238, 418, 423], 1)
+    ops.element('FourNodeTetrahedron', 3795, *[1238, 418, 423, 424], 1)
+    ops.element('FourNodeTetrahedron', 3796, *[1597, 1469, 672, 671], 1)
+    ops.element('FourNodeTetrahedron', 3797, *[677, 678, 1700, 674], 1)
+    ops.element('FourNodeTetrahedron', 3798, *[1459, 1294, 1393, 1529], 1)
+    ops.element('FourNodeTetrahedron', 3799, *[1459, 1294, 1529, 661], 1)
+    ops.element('FourNodeTetrahedron', 3800, *[269, 256, 268, 1321], 1)
+    ops.element('FourNodeTetrahedron', 3801, *[1585, 1421, 1550, 1543], 1)
+    ops.element('FourNodeTetrahedron', 3802, *[1485, 384, 383, 391], 1)
+    ops.element('FourNodeTetrahedron', 3803, *[449, 1276, 1539, 1299], 1)
+    ops.element('FourNodeTetrahedron', 3804, *[1541, 1624, 1272, 1271], 1)
+    ops.element('FourNodeTetrahedron', 3805, *[374, 1631, 361, 1421], 1)
+    ops.element('FourNodeTetrahedron', 3806, *[1475, 1135, 1615, 1524], 1)
+    ops.element('FourNodeTetrahedron', 3807, *[1376, 150, 151, 1549], 1)
+    ops.element('FourNodeTetrahedron', 3808, *[1459, 1529, 1278, 669], 1)
+    ops.element('FourNodeTetrahedron', 3809, *[1529, 661, 660, 654], 1)
+    ops.element('FourNodeTetrahedron', 3810, *[1442, 1223, 1411, 1236], 1)
+    ops.element('FourNodeTetrahedron', 3811, *[1278, 479, 480, 474], 1)
+    ops.element('FourNodeTetrahedron', 3812, *[1447, 1429, 1442, 1126], 1)
+    ops.element('FourNodeTetrahedron', 3813, *[1682, 1332, 455, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3814, *[1429, 1223, 1442, 1126], 1)
+    ops.element('FourNodeTetrahedron', 3815, *[1161, 1192, 1320, 1372], 1)
+    ops.element('FourNodeTetrahedron', 3816, *[341, 1192, 1351, 1197], 1)
+    ops.element('FourNodeTetrahedron', 3817, *[1286, 1666, 381, 389], 1)
+    ops.element('FourNodeTetrahedron', 3818, *[1372, 1192, 341, 1197], 1)
+    ops.element('FourNodeTetrahedron', 3819, *[392, 1668, 1590, 1414], 1)
+    ops.element('FourNodeTetrahedron', 3820, *[1542, 1580, 1331, 1515], 1)
+    ops.element('FourNodeTetrahedron', 3821, *[1320, 1192, 1351, 341], 1)
+    ops.element('FourNodeTetrahedron', 3822, *[1279, 1261, 185, 1358], 1)
+    ops.element('FourNodeTetrahedron', 3823, *[1372, 1197, 1669, 1187], 1)
+    ops.element('FourNodeTetrahedron', 3824, *[743, 1602, 1658, 1193], 1)
+    ops.element('FourNodeTetrahedron', 3825, *[220, 1541, 222, 229], 1)
+    ops.element('FourNodeTetrahedron', 3826, *[1401, 1564, 1471, 1574], 1)
+    ops.element('FourNodeTetrahedron', 3827, *[1600, 1447, 1451, 1585], 1)
+    ops.element('FourNodeTetrahedron', 3828, *[1656, 169, 170, 164], 1)
+    ops.element('FourNodeTetrahedron', 3829, *[1182, 1564, 1388, 1574], 1)
+    ops.element('FourNodeTetrahedron', 3830, *[313, 1726, 317, 318], 1)
+    ops.element('FourNodeTetrahedron', 3831, *[1458, 1726, 313, 1577], 1)
+    ops.element('FourNodeTetrahedron', 3832, *[261, 262, 1737, 1324], 1)
+    ops.element('FourNodeTetrahedron', 3833, *[1305, 1559, 1347, 1636], 1)
+    ops.element('FourNodeTetrahedron', 3834, *[1739, 1329, 1322, 1301], 1)
+    ops.element('FourNodeTetrahedron', 3835, *[486, 1689, 487, 669], 1)
+    ops.element('FourNodeTetrahedron', 3836, *[1511, 1709, 1701, 617], 1)
+    ops.element('FourNodeTetrahedron', 3837, *[1279, 185, 1355, 1358], 1)
+    ops.element('FourNodeTetrahedron', 3838, *[1601, 487, 409, 486], 1)
+    ops.element('FourNodeTetrahedron', 3839, *[1377, 1289, 1332, 1461], 1)
+    ops.element('FourNodeTetrahedron', 3840, *[1377, 1715, 1289, 1461], 1)
+    ops.element('FourNodeTetrahedron', 3841, *[1319, 1377, 302, 454], 1)
+    ops.element('FourNodeTetrahedron', 3842, *[1484, 1536, 1505, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3843, *[1536, 1502, 1505, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3844, *[1494, 1460, 1469, 674], 1)
+    ops.element('FourNodeTetrahedron', 3845, *[1634, 1502, 1536, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3846, *[1528, 1501, 1685, 1469], 1)
+    ops.element('FourNodeTetrahedron', 3847, *[1484, 1634, 1536, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3848, *[1477, 1502, 1634, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3849, *[1484, 1477, 1634, 1697], 1)
+    ops.element('FourNodeTetrahedron', 3850, *[1468, 432, 437, 436], 1)
+    ops.element('FourNodeTetrahedron', 3851, *[746, 750, 1690, 1579], 1)
+    ops.element('FourNodeTetrahedron', 3852, *[1543, 1411, 1366, 1297], 1)
+    ops.element('FourNodeTetrahedron', 3853, *[1625, 1238, 418, 525], 1)
+    ops.element('FourNodeTetrahedron', 3854, *[1735, 1672, 172, 166], 1)
+    ops.element('FourNodeTetrahedron', 3855, *[527, 1468, 436, 437], 1)
+    ops.element('FourNodeTetrahedron', 3856, *[1442, 1411, 1543, 1348], 1)
+    ops.element('FourNodeTetrahedron', 3857, *[1526, 1509, 1516, 1647], 1)
+    ops.element('FourNodeTetrahedron', 3858, *[1699, 1146, 684, 683], 1)
+    ops.element('FourNodeTetrahedron', 3859, *[1247, 1163, 1414, 1582], 1)
+    ops.element('FourNodeTetrahedron', 3860, *[1604, 1722, 1630, 1644], 1)
+    ops.element('FourNodeTetrahedron', 3861, *[1648, 1191, 1646, 1519], 1)
+    ops.element('FourNodeTetrahedron', 3862, *[551, 1688, 550, 1673], 1)
+    ops.element('FourNodeTetrahedron', 3863, *[1413, 1330, 1583, 1570], 1)
+    ops.element('FourNodeTetrahedron', 3864, *[1385, 754, 1664, 388], 1)
+    ops.element('FourNodeTetrahedron', 3865, *[535, 1283, 528, 529], 1)
+    ops.element('FourNodeTetrahedron', 3866, *[147, 145, 144, 1270], 1)
+    ops.element('FourNodeTetrahedron', 3867, *[768, 763, 1385, 1573], 1)
+    ops.element('FourNodeTetrahedron', 3868, *[1411, 1568, 1483, 1543], 1)
+    ops.element('FourNodeTetrahedron', 3869, *[1717, 1334, 1367, 1715], 1)
+    ops.element('FourNodeTetrahedron', 3870, *[1543, 1568, 1483, 1436], 1)
+    ops.element('FourNodeTetrahedron', 3871, *[1525, 1221, 1429, 1220], 1)
+    ops.element('FourNodeTetrahedron', 3872, *[1681, 1414, 392, 398], 1)
+    ops.element('FourNodeTetrahedron', 3873, *[1735, 166, 174, 1387], 1)
+    ops.element('FourNodeTetrahedron', 3874, *[1362, 649, 478, 646], 1)
+    ops.element('FourNodeTetrahedron', 3875, *[368, 1739, 320, 1301], 1)
+    ops.element('FourNodeTetrahedron', 3876, *[545, 1474, 1296, 1281], 1)
+    ops.element('FourNodeTetrahedron', 3877, *[1543, 1411, 1568, 1366], 1)
+    ops.element('FourNodeTetrahedron', 3878, *[1543, 1366, 1568, 1436], 1)
+    ops.element('FourNodeTetrahedron', 3879, *[1543, 1297, 1366, 1436], 1)
+    ops.element('FourNodeTetrahedron', 3880, *[1195, 1154, 1487, 1709], 1)
+    ops.element('FourNodeTetrahedron', 3881, *[1233, 1227, 1577, 1394], 1)
+    ops.element('FourNodeTetrahedron', 3882, *[546, 1478, 1281, 534], 1)
+    ops.element('FourNodeTetrahedron', 3883, *[289, 1430, 284, 1338], 1)
+    ops.element('FourNodeTetrahedron', 3884, *[1317, 724, 1531, 1349], 1)
+    ops.element('FourNodeTetrahedron', 3885, *[720, 724, 719, 1317], 1)
+    ops.element('FourNodeTetrahedron', 3886, *[1592, 1429, 1631, 1442], 1)
+    ops.element('FourNodeTetrahedron', 3887, *[1725, 1625, 1556, 1566], 1)
+    ops.element('FourNodeTetrahedron', 3888, *[1706, 1511, 1408, 1282], 1)
+    ops.element('FourNodeTetrahedron', 3889, *[456, 1551, 1299, 613], 1)
+    ops.element('FourNodeTetrahedron', 3890, *[1469, 1720, 1459, 1694], 1)
+    ops.element('FourNodeTetrahedron', 3891, *[620, 615, 1461, 614], 1)
+    ops.element('FourNodeTetrahedron', 3892, *[1480, 1209, 1481, 1453], 1)
+    ops.element('FourNodeTetrahedron', 3893, *[534, 1283, 528, 535], 1)
+    ops.element('FourNodeTetrahedron', 3894, *[1407, 1532, 184, 1273], 1)
+    ops.element('FourNodeTetrahedron', 3895, *[271, 1317, 1531, 272], 1)
+    ops.element('FourNodeTetrahedron', 3896, *[1336, 1558, 301, 1706], 1)
+    ops.element('FourNodeTetrahedron', 3897, *[1616, 1518, 372, 1650], 1)
+    ops.element('FourNodeTetrahedron', 3898, *[1557, 1607, 1723, 1730], 1)
+    ops.element('FourNodeTetrahedron', 3899, *[140, 154, 1331, 1318], 1)
+    ops.element('FourNodeTetrahedron', 3900, *[1478, 1617, 1544, 1283], 1)
+    ops.element('FourNodeTetrahedron', 3901, *[1550, 1543, 1450, 1292], 1)
+    ops.element('FourNodeTetrahedron', 3902, *[626, 1552, 466, 465], 1)
+    ops.element('FourNodeTetrahedron', 3903, *[1534, 1538, 1355, 1555], 1)
+    ops.element('FourNodeTetrahedron', 3904, *[1534, 1355, 1277, 1555], 1)
+    ops.element('FourNodeTetrahedron', 3905, *[327, 1706, 301, 1282], 1)
+    ops.element('FourNodeTetrahedron', 3906, *[1539, 1476, 1321, 1563], 1)
+    ops.element('FourNodeTetrahedron', 3907, *[1376, 157, 152, 151], 1)
+    ops.element('FourNodeTetrahedron', 3908, *[493, 1521, 482, 1465], 1)
+    ops.element('FourNodeTetrahedron', 3909, *[1373, 1362, 472, 646], 1)
+    ops.element('FourNodeTetrahedron', 3910, *[1416, 1213, 1452, 1258], 1)
+    ops.element('FourNodeTetrahedron', 3911, *[1627, 1561, 1424, 678], 1)
+    ops.element('FourNodeTetrahedron', 3912, *[1514, 1559, 1305, 1636], 1)
+    ops.element('FourNodeTetrahedron', 3913, *[1514, 1636, 1305, 545], 1)
+    ops.element('FourNodeTetrahedron', 3914, *[259, 1342, 1419, 1581], 1)
+    ops.element('FourNodeTetrahedron', 3915, *[1478, 1473, 1617, 1283], 1)
+    ops.element('FourNodeTetrahedron', 3916, *[1196, 1156, 1598, 611], 1)
+    ops.element('FourNodeTetrahedron', 3917, *[1196, 1156, 1433, 1598], 1)
+    ops.element('FourNodeTetrahedron', 3918, *[1522, 1454, 1645, 1646], 1)
+    ops.element('FourNodeTetrahedron', 3919, *[1276, 1284, 1712, 1551], 1)
+    ops.element('FourNodeTetrahedron', 3920, *[1598, 612, 616, 611], 1)
+    ops.element('FourNodeTetrahedron', 3921, *[1156, 612, 1598, 611], 1)
+    ops.element('FourNodeTetrahedron', 3922, *[1598, 612, 616, 610], 1)
+    ops.element('FourNodeTetrahedron', 3923, *[1472, 1574, 1511, 1467], 1)
+    ops.element('FourNodeTetrahedron', 3924, *[454, 1682, 455, 459], 1)
+    ops.element('FourNodeTetrahedron', 3925, *[1682, 1551, 455, 459], 1)
+    ops.element('FourNodeTetrahedron', 3926, *[713, 167, 1743, 175], 1)
+    ops.element('FourNodeTetrahedron', 3927, *[1336, 1574, 1511, 1467], 1)
+    ops.element('FourNodeTetrahedron', 3928, *[1336, 1574, 1471, 1511], 1)
+    ops.element('FourNodeTetrahedron', 3929, *[255, 1683, 1383, 1711], 1)
+    ops.element('FourNodeTetrahedron', 3930, *[1705, 718, 711, 710], 1)
+    ops.element('FourNodeTetrahedron', 3931, *[1252, 718, 1705, 711], 1)
+    ops.element('FourNodeTetrahedron', 3932, *[1504, 1477, 1695, 608], 1)
+    ops.element('FourNodeTetrahedron', 3933, *[1463, 1477, 1504, 608], 1)
+    ops.element('FourNodeTetrahedron', 3934, *[1510, 177, 159, 155], 1)
+    ops.element('FourNodeTetrahedron', 3935, *[1392, 1241, 1741, 1671], 1)
+    ops.element('FourNodeTetrahedron', 3936, *[1283, 1745, 1544, 528], 1)
+    ops.element('FourNodeTetrahedron', 3937, *[1527, 387, 386, 1521], 1)
+    ops.element('FourNodeTetrahedron', 3938, *[1695, 1477, 603, 608], 1)
+    ops.element('FourNodeTetrahedron', 3939, *[767, 1527, 766, 1312], 1)
+    ops.element('FourNodeTetrahedron', 3940, *[1244, 1132, 1366, 1160], 1)
+    ops.element('FourNodeTetrahedron', 3941, *[727, 718, 717, 1705], 1)
+    ops.element('FourNodeTetrahedron', 3942, *[1256, 1121, 1375, 1223], 1)
+    ops.element('FourNodeTetrahedron', 3943, *[1476, 1514, 1313, 601], 1)
+    ops.element('FourNodeTetrahedron', 3944, *[251, 255, 267, 1343], 1)
+    ops.element('FourNodeTetrahedron', 3945, *[727, 1252, 718, 1705], 1)
+    ops.element('FourNodeTetrahedron', 3946, *[313, 1577, 318, 314], 1)
+    ops.element('FourNodeTetrahedron', 3947, *[455, 1551, 456, 460], 1)
+    ops.element('FourNodeTetrahedron', 3948, *[460, 1551, 456, 613], 1)
+    ops.element('FourNodeTetrahedron', 3949, *[455, 1551, 460, 459], 1)
+    ops.element('FourNodeTetrahedron', 3950, *[460, 1551, 613, 459], 1)
+    ops.element('FourNodeTetrahedron', 3951, *[1190, 178, 147, 146], 1)
+    ops.element('FourNodeTetrahedron', 3952, *[325, 329, 326, 1403], 1)
+    ops.element('FourNodeTetrahedron', 3953, *[1283, 1545, 1498, 529], 1)
+    ops.element('FourNodeTetrahedron', 3954, *[747, 748, 758, 1416], 1)
+    ops.element('FourNodeTetrahedron', 3955, *[1484, 1697, 1505, 602], 1)
+    ops.element('FourNodeTetrahedron', 3956, *[1541, 1271, 222, 1412], 1)
+    ops.element('FourNodeTetrahedron', 3957, *[1282, 1319, 298, 453], 1)
+    ops.element('FourNodeTetrahedron', 3958, *[1593, 1472, 631, 634], 1)
+    ops.element('FourNodeTetrahedron', 3959, *[1426, 663, 662, 675], 1)
+    ops.element('FourNodeTetrahedron', 3960, *[707, 706, 171, 1672], 1)
+    ops.element('FourNodeTetrahedron', 3961, *[1181, 1152, 1512, 1593], 1)
+    ops.element('FourNodeTetrahedron', 3962, *[1497, 1592, 373, 1425], 1)
+    ops.element('FourNodeTetrahedron', 3963, *[1365, 1675, 1398, 648], 1)
+    ops.element('FourNodeTetrahedron', 3964, *[1379, 364, 363, 1335], 1)
+    ops.element('FourNodeTetrahedron', 3965, *[1309, 1240, 1440, 1195], 1)
+    ops.element('FourNodeTetrahedron', 3966, *[1321, 1313, 443, 1563], 1)
+    ops.element('FourNodeTetrahedron', 3967, *[744, 746, 383, 1485], 1)
+    ops.element('FourNodeTetrahedron', 3968, *[442, 1347, 225, 440], 1)
+    ops.element('FourNodeTetrahedron', 3969, *[1444, 1181, 1512, 1593], 1)
+    ops.element('FourNodeTetrahedron', 3970, *[1559, 1407, 230, 1347], 1)
+    ops.element('FourNodeTetrahedron', 3971, *[1512, 1152, 1472, 1593], 1)
+    ops.element('FourNodeTetrahedron', 3972, *[1538, 1318, 1358, 1491], 1)
+    ops.element('FourNodeTetrahedron', 3973, *[1405, 1388, 1336, 1512], 1)
+    ops.element('FourNodeTetrahedron', 3974, *[1646, 1719, 1608, 1490], 1)
+    ops.element('FourNodeTetrahedron', 3975, *[1602, 742, 1161, 1193], 1)
+    ops.element('FourNodeTetrahedron', 3976, *[1636, 1474, 1347, 545], 1)
+    ops.element('FourNodeTetrahedron', 3977, *[1631, 1390, 1483, 1411], 1)
+    ops.element('FourNodeTetrahedron', 3978, *[1379, 1459, 1335, 1689], 1)
+    ops.element('FourNodeTetrahedron', 3979, *[1528, 1459, 1689, 1597], 1)
+    ops.element('FourNodeTetrahedron', 3980, *[519, 1150, 1614, 1493], 1)
+    ops.element('FourNodeTetrahedron', 3981, *[1633, 1325, 1570, 1466], 1)
+    ops.element('FourNodeTetrahedron', 3982, *[1391, 1359, 247, 1363], 1)
+    ops.element('FourNodeTetrahedron', 3983, *[757, 1470, 756, 1300], 1)
+    ops.element('FourNodeTetrahedron', 3984, *[1724, 1425, 1445, 1594], 1)
+    ops.element('FourNodeTetrahedron', 3985, *[1174, 1199, 735, 1357], 1)
+    ops.element('FourNodeTetrahedron', 3986, *[1590, 1661, 347, 351], 1)
+    ops.element('FourNodeTetrahedron', 3987, *[179, 182, 183, 1269], 1)
+    ops.element('FourNodeTetrahedron', 3988, *[519, 1493, 1614, 521], 1)
+    ops.element('FourNodeTetrahedron', 3989, *[1720, 1384, 1294, 1704], 1)
+    ops.element('FourNodeTetrahedron', 3990, *[1278, 469, 474, 660], 1)
+    ops.element('FourNodeTetrahedron', 3991, *[1720, 1445, 1384, 1704], 1)
+    ops.element('FourNodeTetrahedron', 3992, *[1446, 1445, 1384, 1720], 1)
+    ops.element('FourNodeTetrahedron', 3993, *[1665, 186, 189, 190], 1)
+    ops.element('FourNodeTetrahedron', 3994, *[1380, 1528, 1520, 1707], 1)
+    ops.element('FourNodeTetrahedron', 3995, *[187, 1665, 186, 190], 1)
+    ops.element('FourNodeTetrahedron', 3996, *[1193, 1161, 1602, 1372], 1)
+    ops.element('FourNodeTetrahedron', 3997, *[1202, 1208, 1480, 1589], 1)
+    ops.element('FourNodeTetrahedron', 3998, *[1462, 357, 410, 1379], 1)
+    ops.element('FourNodeTetrahedron', 3999, *[761, 757, 756, 1300], 1)
+    ops.element('FourNodeTetrahedron', 4000, *[1555, 1358, 1355, 432], 1)
+    ops.element('FourNodeTetrahedron', 4001, *[1538, 1491, 1358, 1555], 1)
+    ops.element('FourNodeTetrahedron', 4002, *[398, 1414, 392, 399], 1)
+    ops.element('FourNodeTetrahedron', 4003, *[1352, 1159, 1134, 513], 1)
+    ops.element('FourNodeTetrahedron', 4004, *[762, 1300, 1303, 1573], 1)
+    ops.element('FourNodeTetrahedron', 4005, *[1269, 1326, 1279, 1538], 1)
+    ops.element('FourNodeTetrahedron', 4006, *[1260, 1345, 715, 1349], 1)
+    ops.element('FourNodeTetrahedron', 4007, *[679, 1265, 677, 680], 1)
+    ops.element('FourNodeTetrahedron', 4008, *[1537, 1536, 1353, 1634], 1)
+    ops.element('FourNodeTetrahedron', 4009, *[238, 1313, 444, 443], 1)
+    ops.element('FourNodeTetrahedron', 4010, *[1210, 1228, 1439, 1211], 1)
+    ops.element('FourNodeTetrahedron', 4011, *[1475, 1204, 1456, 1615], 1)
+    ops.element('FourNodeTetrahedron', 4012, *[1354, 1162, 1668, 1414], 1)
+    ops.element('FourNodeTetrahedron', 4013, *[1360, 1620, 1324, 1562], 1)
+    ops.element('FourNodeTetrahedron', 4014, *[1135, 1215, 1615, 1155], 1)
+    ops.element('FourNodeTetrahedron', 4015, *[1559, 1618, 1407, 1636], 1)
+    ops.element('FourNodeTetrahedron', 4016, *[679, 1265, 1734, 677], 1)
+    ops.element('FourNodeTetrahedron', 4017, *[1607, 1453, 1587, 1630], 1)
+    ops.element('FourNodeTetrahedron', 4018, *[1447, 1442, 1592, 1585], 1)
+    ops.element('FourNodeTetrahedron', 4019, *[1493, 1222, 1451, 1146], 1)
+    ops.element('FourNodeTetrahedron', 4020, *[1215, 1646, 1522, 1648], 1)
+    ops.element('FourNodeTetrahedron', 4021, *[670, 1707, 1380, 667], 1)
+    ops.element('FourNodeTetrahedron', 4022, *[1147, 1252, 1705, 1210], 1)
+    ops.element('FourNodeTetrahedron', 4023, *[1461, 1637, 1463, 615], 1)
+    ops.element('FourNodeTetrahedron', 4024, *[1347, 1273, 224, 1277], 1)
+    ops.element('FourNodeTetrahedron', 4025, *[1151, 1173, 1302, 1242], 1)
+    ops.element('FourNodeTetrahedron', 4026, *[1547, 739, 734, 1174], 1)
+    ops.element('FourNodeTetrahedron', 4027, *[1357, 1136, 1434, 1400], 1)
+    ops.element('FourNodeTetrahedron', 4028, *[1442, 1411, 1631, 1543], 1)
+    ops.element('FourNodeTetrahedron', 4029, *[294, 295, 290, 1367], 1)
+    ops.element('FourNodeTetrahedron', 4030, *[1709, 1409, 1701, 617], 1)
+    ops.element('FourNodeTetrahedron', 4031, *[1458, 1726, 312, 313], 1)
+    ops.element('FourNodeTetrahedron', 4032, *[316, 1657, 286, 1357], 1)
+    ops.element('FourNodeTetrahedron', 4033, *[1288, 1436, 658, 659], 1)
+    ops.element('FourNodeTetrahedron', 4034, *[1180, 1226, 1595, 1237], 1)
+    ops.element('FourNodeTetrahedron', 4035, *[1451, 1442, 1585, 1348], 1)
+    ops.element('FourNodeTetrahedron', 4036, *[1517, 402, 394, 1616], 1)
+    ops.element('FourNodeTetrahedron', 4037, *[394, 402, 401, 1616], 1)
+    ops.element('FourNodeTetrahedron', 4038, *[1313, 545, 444, 446], 1)
+    ops.element('FourNodeTetrahedron', 4039, *[520, 1517, 394, 1616], 1)
+    ops.element('FourNodeTetrahedron', 4040, *[520, 394, 1521, 1465], 1)
+    ops.element('FourNodeTetrahedron', 4041, *[1591, 1473, 1478, 547], 1)
+    ops.element('FourNodeTetrahedron', 4042, *[335, 1571, 299, 1388], 1)
+    ops.element('FourNodeTetrahedron', 4043, *[1362, 1662, 478, 649], 1)
+    ops.element('FourNodeTetrahedron', 4044, *[1416, 1579, 1415, 1452], 1)
+    ops.element('FourNodeTetrahedron', 4045, *[1240, 1123, 1306, 1205], 1)
+    ops.element('FourNodeTetrahedron', 4046, *[135, 180, 181, 1271], 1)
+    ops.element('FourNodeTetrahedron', 4047, *[290, 291, 265, 1289], 1)
+    ops.element('FourNodeTetrahedron', 4048, *[1362, 1662, 473, 478], 1)
+    ops.element('FourNodeTetrahedron', 4049, *[1133, 1187, 1372, 1611], 1)
+    ops.element('FourNodeTetrahedron', 4050, *[1227, 1201, 1404, 1123], 1)
+    ops.element('FourNodeTetrahedron', 4051, *[1493, 1600, 1614, 1649], 1)
+    ops.element('FourNodeTetrahedron', 4052, *[271, 1413, 1317, 272], 1)
+    ops.element('FourNodeTetrahedron', 4053, *[472, 1362, 473, 478], 1)
+    ops.element('FourNodeTetrahedron', 4054, *[1122, 1186, 1571, 1183], 1)
+    ops.element('FourNodeTetrahedron', 4055, *[1595, 1237, 1341, 1390], 1)
+    ops.element('FourNodeTetrahedron', 4056, *[1315, 1180, 1595, 1390], 1)
+    ops.element('FourNodeTetrahedron', 4057, *[1407, 1532, 1273, 1534], 1)
+    ops.element('FourNodeTetrahedron', 4058, *[1180, 1237, 1595, 1390], 1)
+    ops.element('FourNodeTetrahedron', 4059, *[509, 673, 1494, 670], 1)
+    ops.element('FourNodeTetrahedron', 4060, *[1470, 390, 389, 396], 1)
+    ops.element('FourNodeTetrahedron', 4061, *[1658, 1602, 338, 342], 1)
+    ops.element('FourNodeTetrahedron', 4062, *[743, 338, 339, 1658], 1)
+    ops.element('FourNodeTetrahedron', 4063, *[339, 1658, 342, 343], 1)
+    ops.element('FourNodeTetrahedron', 4064, *[1658, 1193, 1602, 1661], 1)
+    ops.element('FourNodeTetrahedron', 4065, *[1295, 657, 1266, 656], 1)
+    ops.element('FourNodeTetrahedron', 4066, *[335, 299, 331, 1388], 1)
+    ops.element('FourNodeTetrahedron', 4067, *[1572, 1444, 1489, 1593], 1)
+    ops.element('FourNodeTetrahedron', 4068, *[1582, 351, 399, 406], 1)
+    ops.element('FourNodeTetrahedron', 4069, *[1549, 1396, 1298, 1556], 1)
+    ops.element('FourNodeTetrahedron', 4070, *[346, 1372, 342, 1661], 1)
+    ops.element('FourNodeTetrahedron', 4071, *[269, 256, 1321, 1539], 1)
+    ops.element('FourNodeTetrahedron', 4072, *[342, 1372, 341, 346], 1)
+    ops.element('FourNodeTetrahedron', 4073, *[1457, 1572, 1552, 626], 1)
+    ops.element('FourNodeTetrahedron', 4074, *[745, 748, 746, 1579], 1)
+    ops.element('FourNodeTetrahedron', 4075, *[1337, 1560, 1344, 1285], 1)
+    ops.element('FourNodeTetrahedron', 4076, *[1419, 1560, 1443, 1285], 1)
+    ops.element('FourNodeTetrahedron', 4077, *[1458, 1417, 1361, 1230], 1)
+    ops.element('FourNodeTetrahedron', 4078, *[246, 1333, 213, 215], 1)
+    ops.element('FourNodeTetrahedron', 4079, *[1274, 1145, 1297, 1676], 1)
+    ops.element('FourNodeTetrahedron', 4080, *[1386, 1139, 1414, 1410], 1)
+    ops.element('FourNodeTetrahedron', 4081, *[1543, 1483, 1455, 1436], 1)
+    ops.element('FourNodeTetrahedron', 4082, *[1443, 1560, 1337, 1285], 1)
+    ops.element('FourNodeTetrahedron', 4083, *[1410, 399, 398, 405], 1)
+    ops.element('FourNodeTetrahedron', 4084, *[1547, 734, 735, 1174], 1)
+    ops.element('FourNodeTetrahedron', 4085, *[307, 1458, 313, 308], 1)
+    ops.element('FourNodeTetrahedron', 4086, *[1532, 183, 184, 1742], 1)
+    ops.element('FourNodeTetrahedron', 4087, *[466, 1364, 462, 467], 1)
+    ops.element('FourNodeTetrahedron', 4088, *[627, 1364, 467, 466], 1)
+    ops.element('FourNodeTetrahedron', 4089, *[1279, 137, 1261, 1326], 1)
+    ops.element('FourNodeTetrahedron', 4090, *[1315, 1595, 376, 1390], 1)
+    ops.element('FourNodeTetrahedron', 4091, *[1345, 708, 1349, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4092, *[1379, 1335, 409, 1601], 1)
+    ops.element('FourNodeTetrahedron', 4093, *[1511, 1471, 1487, 1709], 1)
+    ops.element('FourNodeTetrahedron', 4094, *[1709, 1154, 1487, 1409], 1)
+    ops.element('FourNodeTetrahedron', 4095, *[1640, 1635, 1652, 1603], 1)
+    ops.element('FourNodeTetrahedron', 4096, *[1123, 1589, 1430, 1338], 1)
+    ops.element('FourNodeTetrahedron', 4097, *[1333, 708, 1397, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4098, *[1602, 1320, 342, 1372], 1)
+    ops.element('FourNodeTetrahedron', 4099, *[726, 717, 716, 1339], 1)
+    ops.element('FourNodeTetrahedron', 4100, *[1692, 615, 1461, 620], 1)
+    ops.element('FourNodeTetrahedron', 4101, *[742, 337, 338, 1602], 1)
+    ops.element('FourNodeTetrahedron', 4102, *[270, 719, 240, 271], 1)
+    ops.element('FourNodeTetrahedron', 4103, *[719, 724, 1531, 1317], 1)
+    ops.element('FourNodeTetrahedron', 4104, *[241, 1531, 246, 1391], 1)
+    ops.element('FourNodeTetrahedron', 4105, *[271, 1531, 240, 241], 1)
+    ops.element('FourNodeTetrahedron', 4106, *[253, 258, 257, 1324], 1)
+    ops.element('FourNodeTetrahedron', 4107, *[1233, 1189, 1577, 1227], 1)
+    ops.element('FourNodeTetrahedron', 4108, *[1531, 1349, 213, 246], 1)
+    ops.element('FourNodeTetrahedron', 4109, *[1531, 212, 213, 246], 1)
+    ops.element('FourNodeTetrahedron', 4110, *[1317, 1349, 1531, 1391], 1)
+    ops.element('FourNodeTetrahedron', 4111, *[1531, 1349, 714, 213], 1)
+    ops.element('FourNodeTetrahedron', 4112, *[1384, 1373, 370, 471], 1)
+    ops.element('FourNodeTetrahedron', 4113, *[1596, 1519, 1725, 1688], 1)
+    ops.element('FourNodeTetrahedron', 4114, *[1483, 362, 1680, 1464], 1)
+    ops.element('FourNodeTetrahedron', 4115, *[1366, 1398, 1568, 1492], 1)
+    ops.element('FourNodeTetrahedron', 4116, *[612, 606, 1216, 610], 1)
+    ops.element('FourNodeTetrahedron', 4117, *[1420, 1216, 1155, 606], 1)
+    ops.element('FourNodeTetrahedron', 4118, *[1379, 363, 409, 1335], 1)
+    ops.element('FourNodeTetrahedron', 4119, *[223, 184, 224, 1407], 1)
+    ops.element('FourNodeTetrahedron', 4120, *[1568, 1496, 1464, 1492], 1)
+    ops.element('FourNodeTetrahedron', 4121, *[1695, 1477, 1697, 603], 1)
+    ops.element('FourNodeTetrahedron', 4122, *[1637, 609, 1693, 615], 1)
+    ops.element('FourNodeTetrahedron', 4123, *[263, 1285, 234, 1310], 1)
+    ops.element('FourNodeTetrahedron', 4124, *[375, 1390, 376, 1612], 1)
+    ops.element('FourNodeTetrahedron', 4125, *[1634, 1642, 1536, 1502], 1)
+    ops.element('FourNodeTetrahedron', 4126, *[375, 1390, 1612, 1483], 1)
+    ops.element('FourNodeTetrahedron', 4127, *[375, 376, 362, 1612], 1)
+    ops.element('FourNodeTetrahedron', 4128, *[375, 1612, 362, 1483], 1)
+    ops.element('FourNodeTetrahedron', 4129, *[455, 304, 456, 1551], 1)
+    ops.element('FourNodeTetrahedron', 4130, *[362, 1612, 1496, 1464], 1)
+    ops.element('FourNodeTetrahedron', 4131, *[1568, 1612, 1496, 1464], 1)
+    ops.element('FourNodeTetrahedron', 4132, *[1297, 1244, 1366, 1160], 1)
+    ops.element('FourNodeTetrahedron', 4133, *[1627, 1451, 1585, 1561], 1)
+    ops.element('FourNodeTetrahedron', 4134, *[1402, 1743, 168, 175], 1)
+    ops.element('FourNodeTetrahedron', 4135, *[1613, 1425, 372, 1501], 1)
+    ops.element('FourNodeTetrahedron', 4136, *[372, 1425, 359, 1501], 1)
+    ops.element('FourNodeTetrahedron', 4137, *[1144, 1200, 1417, 1230], 1)
+    ops.element('FourNodeTetrahedron', 4138, *[757, 745, 744, 1415], 1)
+    ops.element('FourNodeTetrahedron', 4139, *[1613, 373, 372, 1425], 1)
+    ops.element('FourNodeTetrahedron', 4140, *[1401, 1378, 1558, 1471], 1)
+    ops.element('FourNodeTetrahedron', 4141, *[516, 1573, 1517, 518], 1)
+    ops.element('FourNodeTetrahedron', 4142, *[1384, 1373, 471, 1687], 1)
+    ops.element('FourNodeTetrahedron', 4143, *[372, 373, 359, 1425], 1)
+    ops.element('FourNodeTetrahedron', 4144, *[646, 649, 1362, 647], 1)
+    ops.element('FourNodeTetrahedron', 4145, *[1671, 1250, 1667, 1177], 1)
+    ops.element('FourNodeTetrahedron', 4146, *[1313, 1305, 444, 545], 1)
+    ops.element('FourNodeTetrahedron', 4147, *[1625, 418, 1566, 525], 1)
+    ops.element('FourNodeTetrahedron', 4148, *[1576, 525, 1566, 524], 1)
+    ops.element('FourNodeTetrahedron', 4149, *[1329, 1431, 1403, 1572], 1)
+    ops.element('FourNodeTetrahedron', 4150, *[1566, 417, 524, 525], 1)
+    ops.element('FourNodeTetrahedron', 4151, *[1576, 1566, 1488, 524], 1)
+    ops.element('FourNodeTetrahedron', 4152, *[1452, 1681, 1485, 1500], 1)
+    ops.element('FourNodeTetrahedron', 4153, *[1138, 1231, 1440, 1433], 1)
+    ops.element('FourNodeTetrahedron', 4154, *[1126, 1223, 1442, 1236], 1)
+    ops.element('FourNodeTetrahedron', 4155, *[1485, 1681, 391, 397], 1)
+    ops.element('FourNodeTetrahedron', 4156, *[631, 621, 1472, 634], 1)
+    ops.element('FourNodeTetrahedron', 4157, *[514, 1352, 515, 513], 1)
+    ops.element('FourNodeTetrahedron', 4158, *[1721, 1376, 157, 1495], 1)
+    ops.element('FourNodeTetrahedron', 4159, *[1548, 1729, 1546, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4160, *[1546, 1729, 1374, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4161, *[1729, 1621, 1374, 1623], 1)
+    ops.element('FourNodeTetrahedron', 4162, *[1536, 1729, 1374, 1623], 1)
+    ops.element('FourNodeTetrahedron', 4163, *[1730, 1578, 1569, 1629], 1)
+    ops.element('FourNodeTetrahedron', 4164, *[1536, 1729, 1623, 1502], 1)
+    ops.element('FourNodeTetrahedron', 4165, *[1485, 1386, 391, 1681], 1)
+    ops.element('FourNodeTetrahedron', 4166, *[1245, 1187, 1133, 1611], 1)
+    ops.element('FourNodeTetrahedron', 4167, *[1275, 144, 148, 1270], 1)
+    ops.element('FourNodeTetrahedron', 4168, *[1703, 709, 1578, 1439], 1)
+    ops.element('FourNodeTetrahedron', 4169, *[1627, 1585, 1600, 1424], 1)
+    ops.element('FourNodeTetrahedron', 4170, *[1627, 1585, 1424, 1561], 1)
+    ops.element('FourNodeTetrahedron', 4171, *[1391, 215, 246, 247], 1)
+    ops.element('FourNodeTetrahedron', 4172, *[493, 1312, 1521, 482], 1)
+    ops.element('FourNodeTetrahedron', 4173, *[232, 1371, 1559, 1514], 1)
+    ops.element('FourNodeTetrahedron', 4174, *[1706, 1558, 301, 1408], 1)
+    ops.element('FourNodeTetrahedron', 4175, *[1514, 1371, 1559, 1505], 1)
+    ops.element('FourNodeTetrahedron', 4176, *[735, 732, 1605, 1357], 1)
+    ops.element('FourNodeTetrahedron', 4177, *[253, 1360, 258, 1324], 1)
+    ops.element('FourNodeTetrahedron', 4178, *[1633, 1325, 1330, 1570], 1)
+    ops.element('FourNodeTetrahedron', 4179, *[181, 180, 184, 1532], 1)
+    ops.element('FourNodeTetrahedron', 4180, *[180, 179, 183, 1269], 1)
+    ops.element('FourNodeTetrahedron', 4181, *[1633, 1570, 1413, 1399], 1)
+    ops.element('FourNodeTetrahedron', 4182, *[736, 735, 315, 1657], 1)
+    ops.element('FourNodeTetrahedron', 4183, *[1551, 614, 607, 613], 1)
+    ops.element('FourNodeTetrahedron', 4184, *[1571, 297, 314, 299], 1)
+    ops.element('FourNodeTetrahedron', 4185, *[237, 1744, 233, 232], 1)
+    ops.element('FourNodeTetrahedron', 4186, *[520, 1616, 1465, 517], 1)
+    ops.element('FourNodeTetrahedron', 4187, *[1519, 1190, 1490, 1508], 1)
+    ops.element('FourNodeTetrahedron', 4188, *[1740, 707, 1672, 1397], 1)
+    ops.element('FourNodeTetrahedron', 4189, *[1210, 711, 1703, 1228], 1)
+    ops.element('FourNodeTetrahedron', 4190, *[1476, 1484, 1505, 602], 1)
+    ops.element('FourNodeTetrahedron', 4191, *[521, 1734, 1448, 677], 1)
+    ops.element('FourNodeTetrahedron', 4192, *[1398, 1431, 1496, 1457], 1)
+    ops.element('FourNodeTetrahedron', 4193, *[1669, 1186, 1262, 1122], 1)
+    ops.element('FourNodeTetrahedron', 4194, *[461, 462, 320, 1552], 1)
+    ops.element('FourNodeTetrahedron', 4195, *[1198, 1128, 308, 1186], 1)
+    ops.element('FourNodeTetrahedron', 4196, *[1671, 1667, 333, 1381], 1)
+    ops.element('FourNodeTetrahedron', 4197, *[516, 767, 494, 1312], 1)
+    ops.element('FourNodeTetrahedron', 4198, *[1411, 1235, 1389, 1132], 1)
+    ops.element('FourNodeTetrahedron', 4199, *[1469, 1426, 1720, 1694], 1)
+    ops.element('FourNodeTetrahedron', 4200, *[1729, 1652, 1621, 1591], 1)
+    ops.element('FourNodeTetrahedron', 4201, *[515, 769, 516, 1733], 1)
+    ops.element('FourNodeTetrahedron', 4202, *[236, 1310, 1353, 1737], 1)
+    ops.element('FourNodeTetrahedron', 4203, *[332, 1671, 333, 1381], 1)
+    ops.element('FourNodeTetrahedron', 4204, *[1671, 1308, 333, 1667], 1)
+    ops.element('FourNodeTetrahedron', 4205, *[1378, 1369, 1334, 1554], 1)
+    ops.element('FourNodeTetrahedron', 4206, *[1378, 1369, 1554, 1487], 1)
+    ops.element('FourNodeTetrahedron', 4207, *[679, 1158, 1734, 511], 1)
+    ops.element('FourNodeTetrahedron', 4208, *[1381, 1177, 1667, 1716], 1)
+    ops.element('FourNodeTetrahedron', 4209, *[1460, 675, 1469, 674], 1)
+    ops.element('FourNodeTetrahedron', 4210, *[1368, 1288, 1561, 665], 1)
+    ops.element('FourNodeTetrahedron', 4211, *[1475, 1204, 1615, 1135], 1)
+    ops.element('FourNodeTetrahedron', 4212, *[1369, 1343, 1334, 1554], 1)
+    ops.element('FourNodeTetrahedron', 4213, *[678, 1561, 1424, 664], 1)
+    ops.element('FourNodeTetrahedron', 4214, *[253, 1360, 1314, 1284], 1)
+    ops.element('FourNodeTetrahedron', 4215, *[1364, 1316, 463, 628], 1)
+    ops.element('FourNodeTetrahedron', 4216, *[1227, 1123, 1306, 1240], 1)
+    ops.element('FourNodeTetrahedron', 4217, *[1642, 1506, 1640, 1502], 1)
+    ops.element('FourNodeTetrahedron', 4218, *[258, 259, 262, 1327], 1)
+    ops.element('FourNodeTetrahedron', 4219, *[1369, 1440, 1343, 1554], 1)
+    ops.element('FourNodeTetrahedron', 4220, *[1369, 1440, 1554, 1487], 1)
+    ops.element('FourNodeTetrahedron', 4221, *[1493, 1146, 1451, 1448], 1)
+    ops.element('FourNodeTetrahedron', 4222, *[656, 1373, 477, 646], 1)
+    ops.element('FourNodeTetrahedron', 4223, *[1150, 1220, 1525, 1447], 1)
+    ops.element('FourNodeTetrahedron', 4224, *[1686, 747, 1416, 1169], 1)
+    ops.element('FourNodeTetrahedron', 4225, *[1533, 1584, 1535, 1637], 1)
+    ops.element('FourNodeTetrahedron', 4226, *[1533, 1535, 1463, 1637], 1)
+    ops.element('FourNodeTetrahedron', 4227, *[1611, 348, 353, 352], 1)
+    ops.element('FourNodeTetrahedron', 4228, *[392, 1590, 347, 399], 1)
+    ops.element('FourNodeTetrahedron', 4229, *[1703, 710, 709, 1439], 1)
+    ops.element('FourNodeTetrahedron', 4230, *[1578, 1397, 708, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4231, *[1389, 1423, 1612, 1496], 1)
+    ops.element('FourNodeTetrahedron', 4232, *[1281, 1468, 527, 522], 1)
+    ops.element('FourNodeTetrahedron', 4233, *[1683, 1581, 1383, 1609], 1)
+    ops.element('FourNodeTetrahedron', 4234, *[1677, 375, 404, 374], 1)
+    ops.element('FourNodeTetrahedron', 4235, *[1404, 1430, 288, 289], 1)
+    ops.element('FourNodeTetrahedron', 4236, *[1510, 156, 1674, 1495], 1)
+    ops.element('FourNodeTetrahedron', 4237, *[1674, 156, 157, 1495], 1)
+    ops.element('FourNodeTetrahedron', 4238, *[1608, 1510, 1495, 1490], 1)
+    ops.element('FourNodeTetrahedron', 4239, *[1505, 1591, 1623, 1636], 1)
+    ops.element('FourNodeTetrahedron', 4240, *[274, 1363, 243, 244], 1)
+    ops.element('FourNodeTetrahedron', 4241, *[616, 610, 1637, 609], 1)
+    ops.element('FourNodeTetrahedron', 4242, *[1425, 1592, 360, 1421], 1)
+    ops.element('FourNodeTetrahedron', 4243, *[373, 1592, 360, 1425], 1)
+    ops.element('FourNodeTetrahedron', 4244, *[373, 374, 360, 1592], 1)
+    ops.element('FourNodeTetrahedron', 4245, *[1592, 374, 360, 1421], 1)
+    ops.element('FourNodeTetrahedron', 4246, *[1497, 374, 373, 1592], 1)
+    ops.element('FourNodeTetrahedron', 4247, *[1361, 1417, 312, 1458], 1)
+    ops.element('FourNodeTetrahedron', 4248, *[1728, 1490, 1396, 1508], 1)
+    ops.element('FourNodeTetrahedron', 4249, *[1349, 715, 707, 708], 1)
+    ops.element('FourNodeTetrahedron', 4250, *[1511, 617, 618, 625], 1)
+    ops.element('FourNodeTetrahedron', 4251, *[1714, 1395, 1405, 1512], 1)
+    ops.element('FourNodeTetrahedron', 4252, *[1245, 1187, 1611, 1166], 1)
+    ops.element('FourNodeTetrahedron', 4253, *[1587, 1639, 1654, 1645], 1)
+    ops.element('FourNodeTetrahedron', 4254, *[1285, 1560, 1344, 1546], 1)
+    ops.element('FourNodeTetrahedron', 4255, *[343, 346, 342, 1661], 1)
+    ops.element('FourNodeTetrahedron', 4256, *[350, 1133, 1372, 1611], 1)
+    ops.element('FourNodeTetrahedron', 4257, *[1666, 382, 381, 389], 1)
+    ops.element('FourNodeTetrahedron', 4258, *[736, 734, 735, 1547], 1)
+    ops.element('FourNodeTetrahedron', 4259, *[1684, 1449, 620, 618], 1)
+    ops.element('FourNodeTetrahedron', 4260, *[1334, 1554, 1711, 1533], 1)
+    ops.element('FourNodeTetrahedron', 4261, *[763, 755, 1286, 1303], 1)
+    ops.element('FourNodeTetrahedron', 4262, *[1143, 1193, 1658, 1590], 1)
+    ops.element('FourNodeTetrahedron', 4263, *[1612, 332, 328, 1423], 1)
+    ops.element('FourNodeTetrahedron', 4264, *[397, 1681, 398, 404], 1)
+    ops.element('FourNodeTetrahedron', 4265, *[345, 1669, 349, 1611], 1)
+    ops.element('FourNodeTetrahedron', 4266, *[1319, 1449, 1684, 618], 1)
+    ops.element('FourNodeTetrahedron', 4267, *[1517, 1286, 388, 395], 1)
+    ops.element('FourNodeTetrahedron', 4268, *[350, 1611, 349, 353], 1)
+    ops.element('FourNodeTetrahedron', 4269, *[1183, 1184, 1188, 1564], 1)
+    ops.element('FourNodeTetrahedron', 4270, *[1741, 1606, 355, 1671], 1)
+    ops.element('FourNodeTetrahedron', 4271, *[1471, 1195, 1487, 1709], 1)
+    ops.element('FourNodeTetrahedron', 4272, *[1183, 1188, 1571, 1564], 1)
+    ops.element('FourNodeTetrahedron', 4273, *[1571, 297, 299, 1564], 1)
+    ops.element('FourNodeTetrahedron', 4274, *[1312, 1517, 1385, 1521], 1)
+    ops.element('FourNodeTetrahedron', 4275, *[1183, 1184, 1564, 1131], 1)
+    ops.element('FourNodeTetrahedron', 4276, *[1542, 1626, 1331, 1580], 1)
+    ops.element('FourNodeTetrahedron', 4277, *[1544, 1498, 1515, 522], 1)
+    ops.element('FourNodeTetrahedron', 4278, *[1544, 1515, 1491, 522], 1)
+    ops.element('FourNodeTetrahedron', 4279, *[1726, 1200, 1400, 1189], 1)
+    ops.element('FourNodeTetrahedron', 4280, *[1417, 1200, 1400, 1726], 1)
+    ops.element('FourNodeTetrahedron', 4281, *[649, 465, 1662, 626], 1)
+    ops.element('FourNodeTetrahedron', 4282, *[1445, 1550, 1632, 1295], 1)
+    ops.element('FourNodeTetrahedron', 4283, *[1565, 1727, 1443, 1418], 1)
+    ops.element('FourNodeTetrahedron', 4284, *[1619, 1626, 1280, 1542], 1)
+    ops.element('FourNodeTetrahedron', 4285, *[1301, 1457, 1552, 626], 1)
+    ops.element('FourNodeTetrahedron', 4286, *[1364, 463, 467, 628], 1)
+    ops.element('FourNodeTetrahedron', 4287, *[1147, 1210, 1705, 1481], 1)
+    ops.element('FourNodeTetrahedron', 4288, *[1503, 1643, 1506, 1596], 1)
+    ops.element('FourNodeTetrahedron', 4289, *[1506, 1643, 1596, 1603], 1)
+    ops.element('FourNodeTetrahedron', 4290, *[752, 743, 339, 1658], 1)
+    ops.element('FourNodeTetrahedron', 4291, *[1501, 1720, 1446, 1469], 1)
+    ops.element('FourNodeTetrahedron', 4292, *[1711, 1683, 1609, 1638], 1)
+    ops.element('FourNodeTetrahedron', 4293, *[1267, 1524, 1584, 1486], 1)
+    ops.element('FourNodeTetrahedron', 4294, *[1440, 1432, 1343, 1638], 1)
+    ops.element('FourNodeTetrahedron', 4295, *[1614, 1497, 1613, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4296, *[1613, 1497, 1425, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4297, *[1614, 1447, 1497, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4298, *[1497, 1592, 1425, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4299, *[1346, 1599, 1422, 1586], 1)
+    ops.element('FourNodeTetrahedron', 4300, *[1352, 1526, 1300, 518], 1)
+    ops.element('FourNodeTetrahedron', 4301, *[258, 1327, 262, 1324], 1)
+    ops.element('FourNodeTetrahedron', 4302, *[1274, 659, 1288, 665], 1)
+    ops.element('FourNodeTetrahedron', 4303, *[1439, 1599, 1346, 1586], 1)
+    ops.element('FourNodeTetrahedron', 4304, *[1453, 1439, 1586, 1406], 1)
+    ops.element('FourNodeTetrahedron', 4305, *[1550, 1421, 1450, 1543], 1)
+    ops.element('FourNodeTetrahedron', 4306, *[1550, 1450, 1295, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4307, *[1232, 1140, 1519, 1172], 1)
+    ops.element('FourNodeTetrahedron', 4308, *[391, 1354, 392, 1386], 1)
+    ops.element('FourNodeTetrahedron', 4309, *[1295, 1455, 1450, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4310, *[1424, 1550, 1295, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4311, *[1158, 1699, 1448, 680], 1)
+    ops.element('FourNodeTetrahedron', 4312, *[1158, 683, 1699, 680], 1)
+    ops.element('FourNodeTetrahedron', 4313, *[1527, 764, 1664, 1385], 1)
+    ops.element('FourNodeTetrahedron', 4314, *[754, 381, 380, 388], 1)
+    ops.element('FourNodeTetrahedron', 4315, *[525, 417, 422, 423], 1)
+    ops.element('FourNodeTetrahedron', 4316, *[1430, 1589, 1418, 284], 1)
+    ops.element('FourNodeTetrahedron', 4317, *[1475, 1456, 1644, 1615], 1)
+    ops.element('FourNodeTetrahedron', 4318, *[1387, 166, 174, 162], 1)
+    ops.element('FourNodeTetrahedron', 4319, *[1597, 1469, 1459, 672], 1)
+    ops.element('FourNodeTetrahedron', 4320, *[1643, 1646, 1731, 1635], 1)
+    ops.element('FourNodeTetrahedron', 4321, *[1342, 1475, 1644, 1581], 1)
+    ops.element('FourNodeTetrahedron', 4322, *[1342, 1456, 1644, 1475], 1)
+    ops.element('FourNodeTetrahedron', 4323, *[1214, 1255, 1454, 1130], 1)
+    ops.element('FourNodeTetrahedron', 4324, *[1678, 1311, 1325, 1242], 1)
+    ops.element('FourNodeTetrahedron', 4325, *[1456, 1722, 1644, 1522], 1)
+    ops.element('FourNodeTetrahedron', 4326, *[1245, 1611, 1606, 1166], 1)
+    ops.element('FourNodeTetrahedron', 4327, *[1578, 1439, 1346, 1586], 1)
+    ops.element('FourNodeTetrahedron', 4328, *[266, 254, 253, 1360], 1)
+    ops.element('FourNodeTetrahedron', 4329, *[606, 551, 1155, 550], 1)
+    ops.element('FourNodeTetrahedron', 4330, *[1578, 1346, 709, 1422], 1)
+    ops.element('FourNodeTetrahedron', 4331, *[1714, 1395, 330, 1405], 1)
+    ops.element('FourNodeTetrahedron', 4332, *[1455, 1483, 1464, 1436], 1)
+    ops.element('FourNodeTetrahedron', 4333, *[1421, 1483, 1450, 1543], 1)
+    ops.element('FourNodeTetrahedron', 4334, *[1543, 1436, 1455, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4335, *[331, 1388, 300, 1336], 1)
+    ops.element('FourNodeTetrahedron', 4336, *[1543, 1483, 1450, 1455], 1)
+    ops.element('FourNodeTetrahedron', 4337, *[1543, 1455, 1450, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4338, *[528, 1745, 1544, 522], 1)
+    ops.element('FourNodeTetrahedron', 4339, *[1353, 1371, 233, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4340, *[289, 1430, 283, 284], 1)
+    ops.element('FourNodeTetrahedron', 4341, *[1551, 1712, 1276, 1299], 1)
+    ops.element('FourNodeTetrahedron', 4342, *[1282, 301, 298, 1319], 1)
+    ops.element('FourNodeTetrahedron', 4343, *[236, 1353, 233, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4344, *[261, 1744, 237, 1328], 1)
+    ops.element('FourNodeTetrahedron', 4345, *[1324, 1737, 261, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4346, *[1328, 1537, 1514, 1476], 1)
+    ops.element('FourNodeTetrahedron', 4347, *[1730, 1586, 1629, 1587], 1)
+    ops.element('FourNodeTetrahedron', 4348, *[1537, 1505, 1514, 1476], 1)
+    ops.element('FourNodeTetrahedron', 4349, *[1488, 1580, 1498, 523], 1)
+    ops.element('FourNodeTetrahedron', 4350, *[279, 1419, 274, 263], 1)
+    ops.element('FourNodeTetrahedron', 4351, *[1688, 1427, 1725, 1293], 1)
+    ops.element('FourNodeTetrahedron', 4352, *[261, 1537, 1328, 1323], 1)
+    ops.element('FourNodeTetrahedron', 4353, *[1323, 1537, 1328, 1476], 1)
+    ops.element('FourNodeTetrahedron', 4354, *[1512, 1574, 1336, 1467], 1)
+    ops.element('FourNodeTetrahedron', 4355, *[1712, 1324, 1537, 1484], 1)
+    ops.element('FourNodeTetrahedron', 4356, *[1632, 1450, 1373, 1295], 1)
+    ops.element('FourNodeTetrahedron', 4357, *[1351, 740, 305, 1708], 1)
+    ops.element('FourNodeTetrahedron', 4358, *[1351, 1708, 305, 340], 1)
+    ops.element('FourNodeTetrahedron', 4359, *[1155, 1648, 1503, 550], 1)
+    ops.element('FourNodeTetrahedron', 4360, *[1155, 1232, 1648, 550], 1)
+    ops.element('FourNodeTetrahedron', 4361, *[1155, 1215, 1648, 1232], 1)
+    ops.element('FourNodeTetrahedron', 4362, *[1524, 1615, 1643, 1648], 1)
+    ops.element('FourNodeTetrahedron', 4363, *[1730, 1578, 1586, 1629], 1)
+    ops.element('FourNodeTetrahedron', 4364, *[1524, 1155, 1648, 1503], 1)
+    ops.element('FourNodeTetrahedron', 4365, *[1298, 416, 1331, 1580], 1)
+    ops.element('FourNodeTetrahedron', 4366, *[1307, 1173, 1678, 1302], 1)
+    ops.element('FourNodeTetrahedron', 4367, *[1615, 1215, 1648, 1155], 1)
+    ops.element('FourNodeTetrahedron', 4368, *[1524, 1615, 1648, 1155], 1)
+    ops.element('FourNodeTetrahedron', 4369, *[328, 1381, 329, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4370, *[1472, 1194, 1709, 621], 1)
+    ops.element('FourNodeTetrahedron', 4371, *[702, 167, 168, 1743], 1)
+    ops.element('FourNodeTetrahedron', 4372, *[1499, 165, 162, 161], 1)
+    ops.element('FourNodeTetrahedron', 4373, *[1619, 1626, 1542, 1545], 1)
+    ops.element('FourNodeTetrahedron', 4374, *[1596, 1688, 1725, 1293], 1)
+    ops.element('FourNodeTetrahedron', 4375, *[1529, 1663, 1736, 654], 1)
+    ops.element('FourNodeTetrahedron', 4376, *[1276, 1323, 1539, 1712], 1)
+    ops.element('FourNodeTetrahedron', 4377, *[259, 1581, 1419, 1327], 1)
+    ops.element('FourNodeTetrahedron', 4378, *[1337, 1553, 1350, 1344], 1)
+    ops.element('FourNodeTetrahedron', 4379, *[1337, 1560, 1553, 1344], 1)
+    ops.element('FourNodeTetrahedron', 4380, *[1669, 1262, 348, 1122], 1)
+    ops.element('FourNodeTetrahedron', 4381, *[1350, 1553, 1356, 1344], 1)
+    ops.element('FourNodeTetrahedron', 4382, *[1360, 1535, 1620, 1562], 1)
+    ops.element('FourNodeTetrahedron', 4383, *[1664, 388, 380, 387], 1)
+    ops.element('FourNodeTetrahedron', 4384, *[1623, 1729, 1502, 1591], 1)
+    ops.element('FourNodeTetrahedron', 4385, *[1443, 1604, 1560, 1419], 1)
+    ops.element('FourNodeTetrahedron', 4386, *[1651, 1325, 1330, 1633], 1)
+    ops.element('FourNodeTetrahedron', 4387, *[1414, 1163, 399, 1582], 1)
+    ops.element('FourNodeTetrahedron', 4388, *[1646, 1719, 1490, 1191], 1)
+    ops.element('FourNodeTetrahedron', 4389, *[1566, 1275, 1298, 417], 1)
+    ops.element('FourNodeTetrahedron', 4390, *[1634, 1536, 1537, 1484], 1)
+    ops.element('FourNodeTetrahedron', 4391, *[1556, 1275, 1298, 1566], 1)
+    ops.element('FourNodeTetrahedron', 4392, *[1349, 708, 1333, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4393, *[262, 1310, 234, 236], 1)
+    ops.element('FourNodeTetrahedron', 4394, *[399, 1163, 1590, 1124], 1)
+    ops.element('FourNodeTetrahedron', 4395, *[1432, 1231, 1267, 1433], 1)
+    ops.element('FourNodeTetrahedron', 4396, *[1214, 1406, 1453, 1454], 1)
+    ops.element('FourNodeTetrahedron', 4397, *[1250, 1243, 1667, 1177], 1)
+    ops.element('FourNodeTetrahedron', 4398, *[1583, 1569, 1333, 1359], 1)
+    ops.element('FourNodeTetrahedron', 4399, *[1583, 1569, 1359, 1557], 1)
+    ops.element('FourNodeTetrahedron', 4400, *[1324, 1634, 1537, 1484], 1)
+    ops.element('FourNodeTetrahedron', 4401, *[1519, 1625, 1725, 1427], 1)
+    ops.element('FourNodeTetrahedron', 4402, *[1557, 1730, 1569, 1575], 1)
+    ops.element('FourNodeTetrahedron', 4403, *[709, 1346, 705, 1422], 1)
+    ops.element('FourNodeTetrahedron', 4404, *[1562, 1477, 1634, 1484], 1)
+    ops.element('FourNodeTetrahedron', 4405, *[1488, 1566, 1580, 1691], 1)
+    ops.element('FourNodeTetrahedron', 4406, *[1657, 735, 285, 1605], 1)
+    ops.element('FourNodeTetrahedron', 4407, *[1437, 1169, 1416, 1258], 1)
+    ops.element('FourNodeTetrahedron', 4408, *[1314, 1324, 257, 1323], 1)
+    ops.element('FourNodeTetrahedron', 4409, *[1447, 1220, 1429, 1126], 1)
+    ops.element('FourNodeTetrahedron', 4410, *[259, 1581, 1327, 1383], 1)
+    ops.element('FourNodeTetrahedron', 4411, *[601, 1514, 545, 546], 1)
+    ops.element('FourNodeTetrahedron', 4412, *[218, 1272, 173, 135], 1)
+    ops.element('FourNodeTetrahedron', 4413, *[1708, 1361, 306, 1659], 1)
+    ops.element('FourNodeTetrahedron', 4414, *[307, 1458, 312, 313], 1)
+    ops.element('FourNodeTetrahedron', 4415, *[340, 1708, 306, 1659], 1)
+    ops.element('FourNodeTetrahedron', 4416, *[667, 1707, 1520, 668], 1)
+    ops.element('FourNodeTetrahedron', 4417, *[1357, 1151, 1307, 1434], 1)
+    ops.element('FourNodeTetrahedron', 4418, *[1439, 1599, 1586, 1406], 1)
+    ops.element('FourNodeTetrahedron', 4419, *[1468, 431, 432, 436], 1)
+    ops.element('FourNodeTetrahedron', 4420, *[1527, 386, 411, 412], 1)
+    ops.element('FourNodeTetrahedron', 4421, *[1369, 1343, 251, 1440], 1)
+    ops.element('FourNodeTetrahedron', 4422, *[1343, 1683, 1711, 1638], 1)
+    ops.element('FourNodeTetrahedron', 4423, *[1711, 1638, 1609, 1584], 1)
+    ops.element('FourNodeTetrahedron', 4424, *[517, 1518, 1616, 1650], 1)
+    ops.element('FourNodeTetrahedron', 4425, *[1665, 186, 189, 1355], 1)
+    ops.element('FourNodeTetrahedron', 4426, *[303, 290, 304, 1332], 1)
+    ops.element('FourNodeTetrahedron', 4427, *[1339, 709, 1345, 1578], 1)
+    ops.element('FourNodeTetrahedron', 4428, *[517, 1616, 1465, 1650], 1)
+    ops.element('FourNodeTetrahedron', 4429, *[1215, 1130, 1646, 1191], 1)
+    ops.element('FourNodeTetrahedron', 4430, *[1714, 1512, 1405, 1489], 1)
+    ops.element('FourNodeTetrahedron', 4431, *[301, 1558, 295, 1408], 1)
+    ops.element('FourNodeTetrahedron', 4432, *[1483, 1568, 1464, 1436], 1)
+    ops.element('FourNodeTetrahedron', 4433, *[1435, 1410, 404, 1382], 1)
+    ops.element('FourNodeTetrahedron', 4434, *[492, 1465, 483, 489], 1)
+    ops.element('FourNodeTetrahedron', 4435, *[397, 1681, 391, 398], 1)
+    ops.element('FourNodeTetrahedron', 4436, *[734, 1199, 735, 1174], 1)
+    ops.element('FourNodeTetrahedron', 4437, *[1583, 1333, 1349, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4438, *[1668, 1658, 339, 343], 1)
+    ops.element('FourNodeTetrahedron', 4439, *[1583, 1345, 1349, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4440, *[1345, 1578, 708, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4441, *[521, 1649, 1494, 1702], 1)
+    ops.element('FourNodeTetrahedron', 4442, *[1630, 1453, 1587, 1454], 1)
+    ops.element('FourNodeTetrahedron', 4443, *[679, 1734, 676, 677], 1)
+    ops.element('FourNodeTetrahedron', 4444, *[516, 769, 768, 1573], 1)
+    ops.element('FourNodeTetrahedron', 4445, *[1573, 1303, 1517, 1516], 1)
+    ops.element('FourNodeTetrahedron', 4446, *[518, 1573, 1517, 1516], 1)
+    ops.element('FourNodeTetrahedron', 4447, *[511, 679, 1734, 510], 1)
+    ops.element('FourNodeTetrahedron', 4448, *[1738, 761, 762, 1300], 1)
+    ops.element('FourNodeTetrahedron', 4449, *[1549, 150, 1280, 1298], 1)
+    ops.element('FourNodeTetrahedron', 4450, *[510, 679, 1734, 676], 1)
+    ops.element('FourNodeTetrahedron', 4451, *[1554, 1433, 1638, 1441], 1)
+    ops.element('FourNodeTetrahedron', 4452, *[1506, 1603, 1502, 548], 1)
+    ops.element('FourNodeTetrahedron', 4453, *[1481, 1439, 1703, 1607], 1)
+    ops.element('FourNodeTetrahedron', 4454, *[1502, 1603, 1591, 548], 1)
+    ops.element('FourNodeTetrahedron', 4455, *[1591, 1603, 1473, 548], 1)
+    ops.element('FourNodeTetrahedron', 4456, *[548, 1603, 1473, 1291], 1)
+    ops.element('FourNodeTetrahedron', 4457, *[746, 384, 383, 1485], 1)
+    ops.element('FourNodeTetrahedron', 4458, *[745, 748, 1579, 1416], 1)
+    ops.element('FourNodeTetrahedron', 4459, *[549, 1603, 548, 1291], 1)
+    ops.element('FourNodeTetrahedron', 4460, *[1506, 549, 1603, 548], 1)
+    ops.element('FourNodeTetrahedron', 4461, *[1572, 1593, 1489, 627], 1)
+    ops.element('FourNodeTetrahedron', 4462, *[1519, 1140, 1625, 1427], 1)
+    ops.element('FourNodeTetrahedron', 4463, *[513, 1526, 518, 1647], 1)
+    ops.element('FourNodeTetrahedron', 4464, *[1556, 1396, 1298, 1275], 1)
+    ops.element('FourNodeTetrahedron', 4465, *[1678, 723, 1311, 1242], 1)
+    ops.element('FourNodeTetrahedron', 4466, *[459, 614, 1551, 613], 1)
+    ops.element('FourNodeTetrahedron', 4467, *[1310, 1548, 1546, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4468, *[1388, 1401, 1336, 1574], 1)
+    ops.element('FourNodeTetrahedron', 4469, *[1124, 1241, 1741, 1392], 1)
+    ops.element('FourNodeTetrahedron', 4470, *[1529, 470, 1736, 660], 1)
+    ops.element('FourNodeTetrahedron', 4471, *[1286, 389, 388, 395], 1)
+    ops.element('FourNodeTetrahedron', 4472, *[549, 1293, 1603, 1291], 1)
+    ops.element('FourNodeTetrahedron', 4473, *[275, 1651, 720, 271], 1)
+    ops.element('FourNodeTetrahedron', 4474, *[1162, 1143, 1590, 1163], 1)
+    ops.element('FourNodeTetrahedron', 4475, *[1542, 1318, 1491, 1515], 1)
+    ops.element('FourNodeTetrahedron', 4476, *[1354, 1668, 392, 1414], 1)
+    ops.element('FourNodeTetrahedron', 4477, *[250, 252, 269, 1539], 1)
+    ops.element('FourNodeTetrahedron', 4478, *[1462, 1685, 1379, 1528], 1)
+    ops.element('FourNodeTetrahedron', 4479, *[448, 1539, 1321, 1563], 1)
+    ops.element('FourNodeTetrahedron', 4480, *[523, 1580, 1515, 421], 1)
+    ops.element('FourNodeTetrahedron', 4481, *[1580, 416, 1515, 421], 1)
+    ops.element('FourNodeTetrahedron', 4482, *[1602, 1161, 1320, 1372], 1)
+    ops.element('FourNodeTetrahedron', 4483, *[1584, 1609, 1620, 1610], 1)
+    ops.element('FourNodeTetrahedron', 4484, *[1609, 1581, 1620, 1610], 1)
+    ops.element('FourNodeTetrahedron', 4485, *[772, 759, 771, 1159], 1)
+    ops.element('FourNodeTetrahedron', 4486, *[609, 1420, 605, 610], 1)
+    ops.element('FourNodeTetrahedron', 4487, *[364, 378, 369, 1393], 1)
+    ops.element('FourNodeTetrahedron', 4488, *[1321, 1476, 1313, 1563], 1)
+    ops.element('FourNodeTetrahedron', 4489, *[255, 1342, 259, 1683], 1)
+    ops.element('FourNodeTetrahedron', 4490, *[1569, 1629, 1387, 1350], 1)
+    ops.element('FourNodeTetrahedron', 4491, *[656, 477, 1687, 476], 1)
+    ops.element('FourNodeTetrahedron', 4492, *[1488, 1691, 1580, 523], 1)
+    ops.element('FourNodeTetrahedron', 4493, *[1393, 378, 369, 470], 1)
+    ops.element('FourNodeTetrahedron', 4494, *[1207, 1162, 1354, 1139], 1)
+    ops.element('FourNodeTetrahedron', 4495, *[629, 630, 1572, 627], 1)
+    ops.element('FourNodeTetrahedron', 4496, *[1690, 1354, 391, 1386], 1)
+    ops.element('FourNodeTetrahedron', 4497, *[1538, 1542, 1491, 1544], 1)
+    ops.element('FourNodeTetrahedron', 4498, *[225, 1277, 190, 440], 1)
+    ops.element('FourNodeTetrahedron', 4499, *[1538, 1542, 1318, 1491], 1)
+    ops.element('FourNodeTetrahedron', 4500, *[1538, 1326, 1318, 1542], 1)
+    ops.element('FourNodeTetrahedron', 4501, *[1683, 1475, 1342, 1581], 1)
+    ops.element('FourNodeTetrahedron', 4502, *[278, 1399, 1565, 1418], 1)
+    ops.element('FourNodeTetrahedron', 4503, *[278, 1565, 1443, 1418], 1)
+    ops.element('FourNodeTetrahedron', 4504, *[1714, 1405, 1679, 1489], 1)
+    ops.element('FourNodeTetrahedron', 4505, *[1479, 161, 162, 158], 1)
+    ops.element('FourNodeTetrahedron', 4506, *[1455, 1492, 1362, 647], 1)
+    ops.element('FourNodeTetrahedron', 4507, *[278, 1418, 1443, 279], 1)
+    ops.element('FourNodeTetrahedron', 4508, *[1267, 1135, 1475, 1231], 1)
+    ops.element('FourNodeTetrahedron', 4509, *[278, 1565, 273, 1443], 1)
+    ops.element('FourNodeTetrahedron', 4510, *[244, 1337, 249, 1285], 1)
+    ops.element('FourNodeTetrahedron', 4511, *[1329, 1403, 325, 1322], 1)
+    ops.element('FourNodeTetrahedron', 4512, *[278, 1443, 273, 279], 1)
+    ops.element('FourNodeTetrahedron', 4513, *[399, 1590, 347, 351], 1)
+    ops.element('FourNodeTetrahedron', 4514, *[1163, 1143, 1590, 1165], 1)
+    ops.element('FourNodeTetrahedron', 4515, *[138, 140, 139, 1318], 1)
+    ops.element('FourNodeTetrahedron', 4516, *[1458, 1230, 1726, 1233], 1)
+    ops.element('FourNodeTetrahedron', 4517, *[1233, 1189, 1726, 1577], 1)
+    ops.element('FourNodeTetrahedron', 4518, *[1590, 1143, 1193, 1165], 1)
+    ops.element('FourNodeTetrahedron', 4519, *[737, 1304, 305, 1708], 1)
+    ops.element('FourNodeTetrahedron', 4520, *[392, 1590, 343, 347], 1)
+    ops.element('FourNodeTetrahedron', 4521, *[1525, 1507, 1497, 1429], 1)
+    ops.element('FourNodeTetrahedron', 4522, *[1377, 1461, 1332, 1682], 1)
+    ops.element('FourNodeTetrahedron', 4523, *[1195, 1138, 1487, 1154], 1)
+    ops.element('FourNodeTetrahedron', 4524, *[494, 1312, 482, 493], 1)
+    ops.element('FourNodeTetrahedron', 4525, *[481, 1312, 412, 482], 1)
+    ops.element('FourNodeTetrahedron', 4526, *[494, 1312, 481, 482], 1)
+    ops.element('FourNodeTetrahedron', 4527, *[1230, 1189, 1726, 1233], 1)
+    ops.element('FourNodeTetrahedron', 4528, *[243, 1363, 247, 248], 1)
+    ops.element('FourNodeTetrahedron', 4529, *[494, 766, 481, 1312], 1)
+    ops.element('FourNodeTetrahedron', 4530, *[515, 1733, 516, 518], 1)
+    ops.element('FourNodeTetrahedron', 4531, *[1577, 1189, 1726, 1404], 1)
+    ops.element('FourNodeTetrahedron', 4532, *[1726, 1189, 1400, 1404], 1)
+    ops.element('FourNodeTetrahedron', 4533, *[1577, 1726, 318, 1404], 1)
+    ops.element('FourNodeTetrahedron', 4534, *[1726, 1400, 318, 1404], 1)
+    ops.element('FourNodeTetrahedron', 4535, *[1292, 1455, 1295, 657], 1)
+    ops.element('FourNodeTetrahedron', 4536, *[1726, 1400, 317, 318], 1)
+    ops.element('FourNodeTetrahedron', 4537, *[351, 1606, 350, 354], 1)
+    ops.element('FourNodeTetrahedron', 4538, *[1551, 1712, 1299, 607], 1)
+    ops.element('FourNodeTetrahedron', 4539, *[1580, 416, 1331, 1515], 1)
+    ops.element('FourNodeTetrahedron', 4540, *[1493, 1447, 1600, 1451], 1)
+    ops.element('FourNodeTetrahedron', 4541, *[1524, 1503, 1610, 1420], 1)
+    ops.element('FourNodeTetrahedron', 4542, *[1157, 175, 163, 176], 1)
+    ops.element('FourNodeTetrahedron', 4543, *[1409, 1196, 1433, 1598], 1)
+    ops.element('FourNodeTetrahedron', 4544, *[1610, 1503, 1506, 604], 1)
+    ops.element('FourNodeTetrahedron', 4545, *[1692, 1441, 615, 619], 1)
+    ops.element('FourNodeTetrahedron', 4546, *[1582, 406, 399, 405], 1)
+    ops.element('FourNodeTetrahedron', 4547, *[1293, 531, 1576, 530], 1)
+    ops.element('FourNodeTetrahedron', 4548, *[1378, 1334, 1367, 1717], 1)
+    ops.element('FourNodeTetrahedron', 4549, *[1692, 1441, 1461, 615], 1)
+    ops.element('FourNodeTetrahedron', 4550, *[631, 621, 1472, 625], 1)
+    ops.element('FourNodeTetrahedron', 4551, *[1736, 1663, 475, 654], 1)
+    ops.element('FourNodeTetrahedron', 4552, *[1420, 1503, 604, 605], 1)
+    ops.element('FourNodeTetrahedron', 4553, *[1391, 1333, 246, 215], 1)
+    ops.element('FourNodeTetrahedron', 4554, *[1515, 420, 431, 522], 1)
+    ops.element('FourNodeTetrahedron', 4555, *[1420, 1503, 1610, 604], 1)
+    ops.element('FourNodeTetrahedron', 4556, *[1584, 1524, 1610, 1420], 1)
+    ops.element('FourNodeTetrahedron', 4557, *[276, 1651, 271, 1413], 1)
+    ops.element('FourNodeTetrahedron', 4558, *[1329, 1572, 1322, 1552], 1)
+    ops.element('FourNodeTetrahedron', 4559, *[1621, 1622, 1530, 1652], 1)
+    ops.element('FourNodeTetrahedron', 4560, *[730, 722, 721, 1325], 1)
+    ops.element('FourNodeTetrahedron', 4561, *[1222, 1220, 1447, 1126], 1)
+    ops.element('FourNodeTetrahedron', 4562, *[300, 1558, 301, 1336], 1)
+    ops.element('FourNodeTetrahedron', 4563, *[673, 1702, 674, 676], 1)
+    ops.element('FourNodeTetrahedron', 4564, *[1631, 1390, 375, 1483], 1)
+    ops.element('FourNodeTetrahedron', 4565, *[1727, 1570, 1607, 1480], 1)
+    ops.element('FourNodeTetrahedron', 4566, *[374, 1631, 375, 361], 1)
+    ops.element('FourNodeTetrahedron', 4567, *[1592, 1631, 374, 1421], 1)
+    ops.element('FourNodeTetrahedron', 4568, *[1703, 711, 710, 1228], 1)
+    ops.element('FourNodeTetrahedron', 4569, *[1408, 1701, 1449, 618], 1)
+    ops.element('FourNodeTetrahedron', 4570, *[1537, 1536, 1371, 1505], 1)
+    ops.element('FourNodeTetrahedron', 4571, *[1353, 1374, 1371, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4572, *[1353, 1536, 1371, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4573, *[1581, 1655, 1548, 1642], 1)
+    ops.element('FourNodeTetrahedron', 4574, *[1670, 1188, 1394, 1571], 1)
+    ops.element('FourNodeTetrahedron', 4575, *[254, 258, 253, 1360], 1)
+    ops.element('FourNodeTetrahedron', 4576, *[252, 1314, 256, 1323], 1)
+    ops.element('FourNodeTetrahedron', 4577, *[764, 1664, 765, 1527], 1)
+    ops.element('FourNodeTetrahedron', 4578, *[1484, 1536, 1537, 1505], 1)
+    ops.element('FourNodeTetrahedron', 4579, *[1727, 1607, 1557, 1604], 1)
+    ops.element('FourNodeTetrahedron', 4580, *[1294, 1704, 1687, 655], 1)
+    ops.element('FourNodeTetrahedron', 4581, *[1542, 1580, 1515, 1498], 1)
+    ops.element('FourNodeTetrahedron', 4582, *[1285, 1344, 220, 1546], 1)
+    ops.element('FourNodeTetrahedron', 4583, *[220, 1344, 1541, 1546], 1)
+    ops.element('FourNodeTetrahedron', 4584, *[1359, 1569, 1350, 1575], 1)
+    ops.element('FourNodeTetrahedron', 4585, *[1546, 1541, 220, 1374], 1)
+    ops.element('FourNodeTetrahedron', 4586, *[1174, 1136, 1357, 1200], 1)
+    ops.element('FourNodeTetrahedron', 4587, *[235, 1546, 220, 1374], 1)
+    ops.element('FourNodeTetrahedron', 4588, *[1175, 1181, 630, 633], 1)
+    ops.element('FourNodeTetrahedron', 4589, *[235, 1546, 1374, 1353], 1)
+    ops.element('FourNodeTetrahedron', 4590, *[1310, 1546, 235, 1353], 1)
+    ops.element('FourNodeTetrahedron', 4591, *[1353, 1546, 1374, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4592, *[663, 657, 1295, 656], 1)
+    ops.element('FourNodeTetrahedron', 4593, *[1310, 1546, 1353, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4594, *[671, 675, 1469, 672], 1)
+    ops.element('FourNodeTetrahedron', 4595, *[1285, 1546, 235, 1310], 1)
+    ops.element('FourNodeTetrahedron', 4596, *[1285, 220, 235, 1546], 1)
+    ops.element('FourNodeTetrahedron', 4597, *[1723, 1578, 1345, 1569], 1)
+    ops.element('FourNodeTetrahedron', 4598, *[1729, 1640, 1621, 1652], 1)
+    ops.element('FourNodeTetrahedron', 4599, *[489, 1462, 410, 488], 1)
+    ops.element('FourNodeTetrahedron', 4600, *[250, 1276, 1539, 449], 1)
+    ops.element('FourNodeTetrahedron', 4601, *[1623, 1621, 1412, 1618], 1)
+    ops.element('FourNodeTetrahedron', 4602, *[1654, 1608, 1513, 1641], 1)
+    ops.element('FourNodeTetrahedron', 4603, *[326, 1714, 330, 1405], 1)
+    ops.element('FourNodeTetrahedron', 4604, *[1184, 1306, 1394, 1309], 1)
+    ops.element('FourNodeTetrahedron', 4605, *[768, 762, 763, 1573], 1)
+    ops.element('FourNodeTetrahedron', 4606, *[1657, 1605, 286, 1357], 1)
+    ops.element('FourNodeTetrahedron', 4607, *[396, 1507, 397, 403], 1)
+    ops.element('FourNodeTetrahedron', 4608, *[1305, 1636, 1347, 545], 1)
+    ops.element('FourNodeTetrahedron', 4609, *[1526, 1509, 1647, 1525], 1)
+    ops.element('FourNodeTetrahedron', 4610, *[265, 252, 264, 1314], 1)
+    ops.element('FourNodeTetrahedron', 4611, *[1563, 1313, 445, 601], 1)
+    ops.element('FourNodeTetrahedron', 4612, *[659, 1676, 1436, 645], 1)
+    ops.element('FourNodeTetrahedron', 4613, *[521, 677, 1702, 676], 1)
+    ops.element('FourNodeTetrahedron', 4614, *[1322, 1489, 1679, 1316], 1)
+    ops.element('FourNodeTetrahedron', 4615, *[284, 1342, 279, 259], 1)
+    ops.element('FourNodeTetrahedron', 4616, *[1725, 1427, 1625, 1576], 1)
+    ops.element('FourNodeTetrahedron', 4617, *[518, 1517, 520, 1616], 1)
+    ops.element('FourNodeTetrahedron', 4618, *[1333, 707, 1740, 1397], 1)
+    ops.element('FourNodeTetrahedron', 4619, *[1313, 1305, 239, 444], 1)
+    ops.element('FourNodeTetrahedron', 4620, *[1223, 1234, 1375, 1235], 1)
+    ops.element('FourNodeTetrahedron', 4621, *[682, 1158, 679, 511], 1)
+    ops.element('FourNodeTetrahedron', 4622, *[1520, 1528, 1689, 1597], 1)
+    ops.element('FourNodeTetrahedron', 4623, *[1667, 1185, 1395, 1137], 1)
+    ops.element('FourNodeTetrahedron', 4624, *[1466, 1481, 1570, 1480], 1)
+    ops.element('FourNodeTetrahedron', 4625, *[1372, 1187, 1669, 1611], 1)
+    ops.element('FourNodeTetrahedron', 4626, *[1427, 1625, 1576, 525], 1)
+    ops.element('FourNodeTetrahedron', 4627, *[1396, 155, 156, 148], 1)
+    ops.element('FourNodeTetrahedron', 4628, *[1346, 704, 1402, 1599], 1)
+    ops.element('FourNodeTetrahedron', 4629, *[1429, 1375, 1677, 1631], 1)
+    ops.element('FourNodeTetrahedron', 4630, *[1613, 1425, 1724, 1594], 1)
+    ops.element('FourNodeTetrahedron', 4631, *[1546, 1621, 1374, 1729], 1)
+    ops.element('FourNodeTetrahedron', 4632, *[1278, 1529, 469, 660], 1)
+    ops.element('FourNodeTetrahedron', 4633, *[1591, 1603, 1652, 1473], 1)
+    ops.element('FourNodeTetrahedron', 4634, *[1501, 1445, 1446, 1720], 1)
+    ops.element('FourNodeTetrahedron', 4635, *[1126, 1236, 1348, 1257], 1)
+    ops.element('FourNodeTetrahedron', 4636, *[1494, 1649, 1460, 1702], 1)
+    ops.element('FourNodeTetrahedron', 4637, *[1614, 1525, 1497, 1447], 1)
+    ops.element('FourNodeTetrahedron', 4638, *[1150, 1525, 1614, 1447], 1)
+    ops.element('FourNodeTetrahedron', 4639, *[1150, 1222, 1447, 1493], 1)
+    ops.element('FourNodeTetrahedron', 4640, *[1150, 1447, 1614, 1493], 1)
+    ops.element('FourNodeTetrahedron', 4641, *[1674, 160, 161, 157], 1)
+    ops.element('FourNodeTetrahedron', 4642, *[1674, 160, 157, 156], 1)
+    ops.element('FourNodeTetrahedron', 4643, *[1251, 1204, 1456, 1475], 1)
+    ops.element('FourNodeTetrahedron', 4644, *[1312, 1527, 412, 1521], 1)
+    ops.element('FourNodeTetrahedron', 4645, *[1351, 1708, 340, 1659], 1)
+    ops.element('FourNodeTetrahedron', 4646, *[1373, 367, 377, 1362], 1)
+    ops.element('FourNodeTetrahedron', 4647, *[283, 1418, 279, 284], 1)
+    ops.element('FourNodeTetrahedron', 4648, *[1587, 1406, 1639, 1454], 1)
+    ops.element('FourNodeTetrahedron', 4649, *[1406, 1438, 1523, 1639], 1)
+    ops.element('FourNodeTetrahedron', 4650, *[1265, 680, 1448, 677], 1)
+    ops.element('FourNodeTetrahedron', 4651, *[1594, 1550, 1445, 1426], 1)
+    ops.element('FourNodeTetrahedron', 4652, *[1267, 1475, 1609, 1524], 1)
+    ops.element('FourNodeTetrahedron', 4653, *[1624, 1622, 1370, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4654, *[1621, 1624, 1271, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4655, *[517, 1650, 1465, 1462], 1)
+    ops.element('FourNodeTetrahedron', 4656, *[519, 1614, 517, 521], 1)
+    ops.element('FourNodeTetrahedron', 4657, *[1624, 1370, 1271, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4658, *[1269, 152, 137, 1326], 1)
+    ops.element('FourNodeTetrahedron', 4659, *[1530, 152, 1269, 1326], 1)
+    ops.element('FourNodeTetrahedron', 4660, *[1453, 1406, 1587, 1454], 1)
+    ops.element('FourNodeTetrahedron', 4661, *[1453, 1406, 1586, 1587], 1)
+    ops.element('FourNodeTetrahedron', 4662, *[1514, 1505, 1636, 546], 1)
+    ops.element('FourNodeTetrahedron', 4663, *[1716, 1714, 1403, 1444], 1)
+    ops.element('FourNodeTetrahedron', 4664, *[1514, 546, 1636, 545], 1)
+    ops.element('FourNodeTetrahedron', 4665, *[1415, 390, 1470, 1500], 1)
+    ops.element('FourNodeTetrahedron', 4666, *[1158, 1229, 1448, 1699], 1)
+    ops.element('FourNodeTetrahedron', 4667, *[1557, 1569, 1359, 1575], 1)
+    ops.element('FourNodeTetrahedron', 4668, *[1526, 1263, 1300, 1516], 1)
+    ops.element('FourNodeTetrahedron', 4669, *[1298, 149, 143, 1275], 1)
+    ops.element('FourNodeTetrahedron', 4670, *[1585, 1543, 1550, 1292], 1)
+    ops.element('FourNodeTetrahedron', 4671, *[153, 152, 1269, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4672, *[1271, 1370, 153, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4673, *[1370, 152, 153, 1530], 1)
+    ops.element('FourNodeTetrahedron', 4674, *[1594, 1424, 1550, 1426], 1)
+    ops.element('FourNodeTetrahedron', 4675, *[1672, 706, 1656, 1397], 1)
+    ops.element('FourNodeTetrahedron', 4676, *[1184, 1227, 1306, 1240], 1)
+    ops.element('FourNodeTetrahedron', 4677, *[673, 1494, 671, 674], 1)
+    ops.element('FourNodeTetrahedron', 4678, *[364, 365, 378, 1393], 1)
+    ops.element('FourNodeTetrahedron', 4679, *[1646, 1191, 1490, 1519], 1)
+    ops.element('FourNodeTetrahedron', 4680, *[1650, 1518, 372, 1613], 1)
+    ops.element('FourNodeTetrahedron', 4681, *[1493, 1447, 1614, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4682, *[1460, 1424, 1594, 1426], 1)
+    ops.element('FourNodeTetrahedron', 4683, *[390, 1485, 383, 391], 1)
+    ops.element('FourNodeTetrahedron', 4684, *[1162, 1143, 1668, 1590], 1)
+    ops.element('FourNodeTetrahedron', 4685, *[1600, 1550, 1594, 1424], 1)
+    ops.element('FourNodeTetrahedron', 4686, *[1600, 1585, 1550, 1424], 1)
+    ops.element('FourNodeTetrahedron', 4687, *[1522, 1130, 1646, 1215], 1)
+    ops.element('FourNodeTetrahedron', 4688, *[1688, 1519, 1725, 1427], 1)
+    ops.element('FourNodeTetrahedron', 4689, *[1284, 1504, 1712, 1551], 1)
+    ops.element('FourNodeTetrahedron', 4690, *[714, 221, 213, 707], 1)
+    ops.element('FourNodeTetrahedron', 4691, *[1579, 1153, 1386, 1681], 1)
+    ops.element('FourNodeTetrahedron', 4692, *[340, 1659, 307, 344], 1)
+    ops.element('FourNodeTetrahedron', 4693, *[1572, 1593, 627, 630], 1)
+    ops.element('FourNodeTetrahedron', 4694, *[1358, 188, 432, 431], 1)
+    ops.element('FourNodeTetrahedron', 4695, *[1380, 1650, 1528, 1494], 1)
+    ops.element('FourNodeTetrahedron', 4696, *[735, 732, 285, 1605], 1)
+    ops.element('FourNodeTetrahedron', 4697, *[366, 1450, 367, 1373], 1)
+    ops.element('FourNodeTetrahedron', 4698, *[1305, 1347, 231, 442], 1)
+    ops.element('FourNodeTetrahedron', 4699, *[1284, 1360, 1314, 1562], 1)
+    ops.element('FourNodeTetrahedron', 4700, *[1149, 177, 1510, 155], 1)
+    ops.element('FourNodeTetrahedron', 4701, *[286, 1357, 1605, 1434], 1)
+    ops.element('FourNodeTetrahedron', 4702, *[368, 328, 324, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4703, *[368, 1496, 328, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4704, *[1315, 1595, 405, 376], 1)
+    ops.element('FourNodeTetrahedron', 4705, *[250, 449, 1539, 448], 1)
+    ops.element('FourNodeTetrahedron', 4706, *[286, 1605, 281, 1434], 1)
+    ops.element('FourNodeTetrahedron', 4707, *[1185, 1183, 1660, 1388], 1)
+    ops.element('FourNodeTetrahedron', 4708, *[705, 1402, 703, 1422], 1)
+    ops.element('FourNodeTetrahedron', 4709, *[1531, 724, 714, 1349], 1)
+    ops.element('FourNodeTetrahedron', 4710, *[1636, 1478, 1474, 546], 1)
+    ops.element('FourNodeTetrahedron', 4711, *[1353, 1374, 233, 1371], 1)
+    ops.element('FourNodeTetrahedron', 4712, *[286, 1605, 285, 281], 1)
+    ops.element('FourNodeTetrahedron', 4713, *[311, 1547, 315, 316], 1)
+    ops.element('FourNodeTetrahedron', 4714, *[310, 736, 315, 1547], 1)
+    ops.element('FourNodeTetrahedron', 4715, *[1155, 1232, 550, 551], 1)
+    ops.element('FourNodeTetrahedron', 4716, *[310, 1547, 315, 311], 1)
+    ops.element('FourNodeTetrahedron', 4717, *[444, 545, 442, 441], 1)
+    ops.element('FourNodeTetrahedron', 4718, *[1356, 158, 173, 1272], 1)
+    ops.element('FourNodeTetrahedron', 4719, *[1306, 1338, 289, 251], 1)
+    ops.element('FourNodeTetrahedron', 4720, *[736, 739, 734, 1547], 1)
+    ops.element('FourNodeTetrahedron', 4721, *[1131, 1184, 1564, 1195], 1)
+    ops.element('FourNodeTetrahedron', 4722, *[1564, 1195, 1309, 1471], 1)
+    ops.element('FourNodeTetrahedron', 4723, *[545, 440, 442, 441], 1)
+    ops.element('FourNodeTetrahedron', 4724, *[1398, 1675, 1431, 629], 1)
+    ops.element('FourNodeTetrahedron', 4725, *[1304, 1547, 310, 311], 1)
+    ops.element('FourNodeTetrahedron', 4726, *[1361, 1417, 311, 312], 1)
+    ops.element('FourNodeTetrahedron', 4727, *[311, 1547, 316, 1417], 1)
+    ops.element('FourNodeTetrahedron', 4728, *[311, 1417, 316, 312], 1)
+    ops.element('FourNodeTetrahedron', 4729, *[1361, 1547, 311, 1417], 1)
+    ops.element('FourNodeTetrahedron', 4730, *[492, 491, 489, 484], 1)
+    ops.element('FourNodeTetrahedron', 4731, *[281, 1605, 1428, 1434], 1)
+    ops.element('FourNodeTetrahedron', 4732, *[1212, 1148, 1675, 653], 1)
+    ops.element('FourNodeTetrahedron', 4733, *[1361, 1144, 1547, 1417], 1)
+    ops.element('FourNodeTetrahedron', 4734, *[743, 338, 1658, 1602], 1)
+    ops.element('FourNodeTetrahedron', 4735, *[747, 748, 1416, 1169], 1)
+    ops.element('FourNodeTetrahedron', 4736, *[233, 220, 229, 1374], 1)
+    ops.element('FourNodeTetrahedron', 4737, *[1602, 1320, 337, 342], 1)
+    ops.element('FourNodeTetrahedron', 4738, *[513, 1647, 518, 519], 1)
+    ops.element('FourNodeTetrahedron', 4739, *[270, 720, 719, 271], 1)
+    ops.element('FourNodeTetrahedron', 4740, *[261, 236, 1744, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4741, *[742, 1320, 337, 1602], 1)
+    ops.element('FourNodeTetrahedron', 4742, *[531, 524, 1576, 530], 1)
+    ops.element('FourNodeTetrahedron', 4743, *[744, 1485, 383, 390], 1)
+    ops.element('FourNodeTetrahedron', 4744, *[1344, 1272, 218, 222], 1)
+    ops.element('FourNodeTetrahedron', 4745, *[1347, 1474, 1277, 1296], 1)
+    ops.element('FourNodeTetrahedron', 4746, *[545, 1474, 1347, 1296], 1)
+    ops.element('FourNodeTetrahedron', 4747, *[398, 1414, 399, 1410], 1)
+    ops.element('FourNodeTetrahedron', 4748, *[1472, 1574, 1511, 1709], 1)
+    ops.element('FourNodeTetrahedron', 4749, *[1472, 1194, 1574, 1709], 1)
+    ops.element('FourNodeTetrahedron', 4750, *[1607, 1439, 1586, 1453], 1)
+    ops.element('FourNodeTetrahedron', 4751, *[1578, 1439, 1586, 1607], 1)
+    ops.element('FourNodeTetrahedron', 4752, *[1307, 1151, 1302, 1434], 1)
+    ops.element('FourNodeTetrahedron', 4753, *[1296, 1555, 433, 1468], 1)
+    ops.element('FourNodeTetrahedron', 4754, *[268, 1321, 238, 447], 1)
+    ops.element('FourNodeTetrahedron', 4755, *[1644, 1522, 1645, 1653], 1)
+    ops.element('FourNodeTetrahedron', 4756, *[1344, 1356, 1272, 1588], 1)
+    ops.element('FourNodeTetrahedron', 4757, *[631, 1472, 1467, 625], 1)
+    ops.element('FourNodeTetrahedron', 4758, *[399, 1590, 351, 1124], 1)
+    ops.element('FourNodeTetrahedron', 4759, *[1641, 1376, 1721, 1495], 1)
+    ops.element('FourNodeTetrahedron', 4760, *[1381, 1403, 329, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4761, *[266, 1360, 265, 1290], 1)
+    ops.element('FourNodeTetrahedron', 4762, *[290, 265, 264, 1332], 1)
+    ops.element('FourNodeTetrahedron', 4763, *[361, 375, 362, 1483], 1)
+    ops.element('FourNodeTetrahedron', 4764, *[1554, 1440, 1638, 1433], 1)
+    ops.element('FourNodeTetrahedron', 4765, *[1478, 1283, 1544, 1281], 1)
+    ops.element('FourNodeTetrahedron', 4766, *[328, 329, 325, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4767, *[1481, 1439, 1607, 1453], 1)
+    ops.element('FourNodeTetrahedron', 4768, *[1294, 1704, 655, 662], 1)
+    ops.element('FourNodeTetrahedron', 4769, *[1723, 1703, 1578, 1607], 1)
+    ops.element('FourNodeTetrahedron', 4770, *[1231, 1135, 1486, 1216], 1)
+    ops.element('FourNodeTetrahedron', 4771, *[1347, 1407, 1534, 1636], 1)
+    ops.element('FourNodeTetrahedron', 4772, *[521, 1734, 676, 510], 1)
+    ops.element('FourNodeTetrahedron', 4773, *[1472, 621, 1709, 625], 1)
+    ops.element('FourNodeTetrahedron', 4774, *[1231, 1135, 1267, 1486], 1)
+    ops.element('FourNodeTetrahedron', 4775, *[1523, 160, 161, 1513], 1)
+    ops.element('FourNodeTetrahedron', 4776, *[1514, 1505, 546, 602], 1)
+    ops.element('FourNodeTetrahedron', 4777, *[1409, 1196, 1598, 611], 1)
+    ops.element('FourNodeTetrahedron', 4778, *[399, 1124, 351, 1582], 1)
+    ops.element('FourNodeTetrahedron', 4779, *[1451, 1126, 1348, 1257], 1)
+    ops.element('FourNodeTetrahedron', 4780, *[1519, 1625, 1556, 1725], 1)
+    ops.element('FourNodeTetrahedron', 4781, *[1472, 1709, 1511, 625], 1)
+    ops.element('FourNodeTetrahedron', 4782, *[1201, 1202, 1430, 1123], 1)
+    ops.element('FourNodeTetrahedron', 4783, *[1219, 1225, 1340, 1121], 1)
+    ops.element('FourNodeTetrahedron', 4784, *[1443, 1557, 1575, 1604], 1)
+    ops.element('FourNodeTetrahedron', 4785, *[1217, 1247, 1410, 1219], 1)
+    ops.element('FourNodeTetrahedron', 4786, *[1528, 1469, 1685, 1459], 1)
+    ops.element('FourNodeTetrahedron', 4787, *[1499, 161, 162, 1479], 1)
+    ops.element('FourNodeTetrahedron', 4788, *[1326, 1280, 1331, 1542], 1)
+    ops.element('FourNodeTetrahedron', 4789, *[1428, 1325, 1651, 1633], 1)
+    ops.element('FourNodeTetrahedron', 4790, *[1516, 1507, 396, 403], 1)
+    ops.element('FourNodeTetrahedron', 4791, *[1600, 1585, 1421, 1550], 1)
+    ops.element('FourNodeTetrahedron', 4792, *[1199, 733, 1307, 1151], 1)
+    ops.element('FourNodeTetrahedron', 4793, *[1425, 1592, 1421, 1600], 1)
+    ops.element('FourNodeTetrahedron', 4794, *[1524, 1155, 1503, 1420], 1)
+    ops.element('FourNodeTetrahedron', 4795, *[601, 1514, 1313, 545], 1)
+    ops.element('FourNodeTetrahedron', 4796, *[1600, 1592, 1421, 1585], 1)
+    ops.element('FourNodeTetrahedron', 4797, *[1390, 1341, 1612, 1389], 1)
+    ops.element('FourNodeTetrahedron', 4798, *[1642, 1640, 1729, 1502], 1)
+    ops.element('FourNodeTetrahedron', 4799, *[1425, 360, 359, 1632], 1)
+    ops.element('FourNodeTetrahedron', 4800, *[1425, 1632, 359, 1445], 1)
+    ops.element('FourNodeTetrahedron', 4801, *[1590, 1193, 1658, 1661], 1)
+    ops.element('FourNodeTetrahedron', 4802, *[1326, 138, 1358, 1318], 1)
+    ops.element('FourNodeTetrahedron', 4803, *[1318, 139, 188, 431], 1)
+    ops.element('FourNodeTetrahedron', 4804, *[1127, 1209, 1481, 1480], 1)
+    ops.element('FourNodeTetrahedron', 4805, *[1594, 1425, 1445, 1550], 1)
+    ops.element('FourNodeTetrahedron', 4806, *[513, 1647, 1526, 1525], 1)
+    ops.element('FourNodeTetrahedron', 4807, *[513, 1246, 1525, 1150], 1)
+    ops.element('FourNodeTetrahedron', 4808, *[1526, 1246, 1509, 1525], 1)
+    ops.element('FourNodeTetrahedron', 4809, *[1425, 1632, 1445, 1550], 1)
+    ops.element('FourNodeTetrahedron', 4810, *[1324, 1327, 1310, 1634], 1)
+    ops.element('FourNodeTetrahedron', 4811, *[1645, 1654, 1588, 1641], 1)
+    ops.element('FourNodeTetrahedron', 4812, *[1620, 1581, 1327, 1642], 1)
+    ops.element('FourNodeTetrahedron', 4813, *[1566, 417, 1298, 1580], 1)
+    ops.element('FourNodeTetrahedron', 4814, *[1347, 1534, 1273, 1277], 1)
+    ops.element('FourNodeTetrahedron', 4815, *[1647, 1516, 1518, 1497], 1)
+    ops.element('FourNodeTetrahedron', 4816, *[1366, 1398, 1492, 1365], 1)
+    ops.element('FourNodeTetrahedron', 4817, *[1342, 1644, 1419, 1581], 1)
+    ops.element('FourNodeTetrahedron', 4818, *[1438, 159, 1674, 1510], 1)
+    ops.element('FourNodeTetrahedron', 4819, *[1571, 1394, 314, 297], 1)
+    ops.element('FourNodeTetrahedron', 4820, *[1433, 1156, 1486, 1598], 1)
+    ops.element('FourNodeTetrahedron', 4821, *[258, 261, 257, 1324], 1)
+    ops.element('FourNodeTetrahedron', 4822, *[1705, 718, 717, 710], 1)
+    ops.element('FourNodeTetrahedron', 4823, *[1294, 655, 1663, 661], 1)
+    ops.element('FourNodeTetrahedron', 4824, *[262, 1310, 236, 1737], 1)
+    ops.element('FourNodeTetrahedron', 4825, *[360, 361, 366, 1632], 1)
+    ops.element('FourNodeTetrahedron', 4826, *[1589, 1208, 1480, 1456], 1)
+    ops.element('FourNodeTetrahedron', 4827, *[1372, 1197, 341, 344], 1)
+    ops.element('FourNodeTetrahedron', 4828, *[1465, 1616, 371, 1650], 1)
+    ops.element('FourNodeTetrahedron', 4829, *[1655, 1643, 1653, 1640], 1)
+    ops.element('FourNodeTetrahedron', 4830, *[462, 1322, 322, 463], 1)
+    ops.element('FourNodeTetrahedron', 4831, *[1679, 1405, 1706, 1489], 1)
+    ops.element('FourNodeTetrahedron', 4832, *[1679, 1706, 327, 1316], 1)
+    ops.element('FourNodeTetrahedron', 4833, *[1407, 1618, 1532, 1534], 1)
+    ops.element('FourNodeTetrahedron', 4834, *[1201, 1206, 1430, 1202], 1)
+    ops.element('FourNodeTetrahedron', 4835, *[525, 526, 1238, 423], 1)
+    ops.element('FourNodeTetrahedron', 4836, *[1336, 1401, 1471, 1574], 1)
+    ops.element('FourNodeTetrahedron', 4837, *[1412, 1532, 223, 1713], 1)
+    ops.element('FourNodeTetrahedron', 4838, *[1695, 1697, 602, 603], 1)
+    ops.element('FourNodeTetrahedron', 4839, *[534, 1281, 527, 533], 1)
+    ops.element('FourNodeTetrahedron', 4840, *[1287, 1169, 1416, 1437], 1)
+    ops.element('FourNodeTetrahedron', 4841, *[317, 1417, 287, 1400], 1)
+    ops.element('FourNodeTetrahedron', 4842, *[219, 1350, 216, 218], 1)
+    ops.element('FourNodeTetrahedron', 4843, *[759, 1239, 1686, 1159], 1)
+    ops.element('FourNodeTetrahedron', 4844, *[1239, 1169, 1686, 1287], 1)
+    ops.element('FourNodeTetrahedron', 4845, *[1385, 1286, 388, 1517], 1)
+    ops.element('FourNodeTetrahedron', 4846, *[1607, 1730, 1575, 1630], 1)
+    ops.element('FourNodeTetrahedron', 4847, *[385, 1668, 339, 343], 1)
+    ops.element('FourNodeTetrahedron', 4848, *[759, 758, 760, 1686], 1)
+    ops.element('FourNodeTetrahedron', 4849, *[1165, 1245, 351, 1124], 1)
+    ops.element('FourNodeTetrahedron', 4850, *[759, 1686, 760, 1159], 1)
+    ops.element('FourNodeTetrahedron', 4851, *[626, 1572, 1552, 627], 1)
+    ops.element('FourNodeTetrahedron', 4852, *[1363, 1359, 247, 217], 1)
+    ops.element('FourNodeTetrahedron', 4853, *[271, 719, 1531, 1317], 1)
+    ops.element('FourNodeTetrahedron', 4854, *[1699, 684, 681, 680], 1)
+    ops.element('FourNodeTetrahedron', 4855, *[607, 601, 1563, 451], 1)
+    ops.element('FourNodeTetrahedron', 4856, *[1421, 1631, 1483, 1543], 1)
+    ops.element('FourNodeTetrahedron', 4857, *[1592, 1442, 1631, 1421], 1)
+    ops.element('FourNodeTetrahedron', 4858, *[1430, 1206, 1718, 1202], 1)
+    ops.element('FourNodeTetrahedron', 4859, *[1360, 1327, 1324, 1620], 1)
+    ops.element('FourNodeTetrahedron', 4860, *[1410, 1247, 1582, 1164], 1)
+    ops.element('FourNodeTetrahedron', 4861, *[1635, 1519, 1556, 1725], 1)
+    ops.element('FourNodeTetrahedron', 4862, *[1556, 1298, 1549, 1626], 1)
+    ops.element('FourNodeTetrahedron', 4863, *[1556, 1298, 1626, 1566], 1)
+    ops.element('FourNodeTetrahedron', 4864, *[1510, 155, 156, 1396], 1)
+    ops.element('FourNodeTetrahedron', 4865, *[713, 175, 1743, 1157], 1)
+    ops.element('FourNodeTetrahedron', 4866, *[1619, 1556, 1626, 1567], 1)
+    ops.element('FourNodeTetrahedron', 4867, *[474, 1736, 470, 660], 1)
+    ops.element('FourNodeTetrahedron', 4868, *[1562, 1620, 1634, 1477], 1)
+    ops.element('FourNodeTetrahedron', 4869, *[1513, 1510, 1674, 1495], 1)
+    ops.element('FourNodeTetrahedron', 4870, *[1524, 1648, 1643, 1503], 1)
+    ops.element('FourNodeTetrahedron', 4871, *[1524, 1643, 1610, 1503], 1)
+    ops.element('FourNodeTetrahedron', 4872, *[1394, 1306, 293, 1309], 1)
+    ops.element('FourNodeTetrahedron', 4873, *[1267, 1135, 1524, 1486], 1)
+    ops.element('FourNodeTetrahedron', 4874, *[678, 664, 1424, 663], 1)
+    ops.element('FourNodeTetrahedron', 4875, *[1610, 1643, 1506, 1503], 1)
+    ops.element('FourNodeTetrahedron', 4876, *[1141, 1157, 1599, 1170], 1)
+    ops.element('FourNodeTetrahedron', 4877, *[1649, 1493, 1627, 1448], 1)
+    ops.element('FourNodeTetrahedron', 4878, *[1520, 1601, 488, 486], 1)
+    ops.element('FourNodeTetrahedron', 4879, *[521, 1493, 1649, 1448], 1)
+    ops.element('FourNodeTetrahedron', 4880, *[341, 1351, 1659, 1197], 1)
+    ops.element('FourNodeTetrahedron', 4881, *[341, 1659, 340, 344], 1)
+    ops.element('FourNodeTetrahedron', 4882, *[1282, 1408, 1319, 624], 1)
+    ops.element('FourNodeTetrahedron', 4883, *[1421, 1483, 361, 1450], 1)
+    ops.element('FourNodeTetrahedron', 4884, *[1356, 1629, 1479, 1553], 1)
+    ops.element('FourNodeTetrahedron', 4885, *[1170, 176, 159, 177], 1)
+    ops.element('FourNodeTetrahedron', 4886, *[523, 420, 1515, 421], 1)
+    ops.element('FourNodeTetrahedron', 4887, *[1296, 527, 437, 438], 1)
+    ops.element('FourNodeTetrahedron', 4888, *[1344, 1272, 1541, 1624], 1)
+    ops.element('FourNodeTetrahedron', 4889, *[1567, 1725, 1626, 1488], 1)
+    ops.element('FourNodeTetrahedron', 4890, *[1565, 1727, 1557, 1443], 1)
+    ops.element('FourNodeTetrahedron', 4891, *[1535, 1620, 1562, 1477], 1)
+    ops.element('FourNodeTetrahedron', 4892, *[1535, 1584, 1620, 1477], 1)
+    ops.element('FourNodeTetrahedron', 4893, *[213, 1740, 221, 214], 1)
+    ops.element('FourNodeTetrahedron', 4894, *[1548, 1653, 1546, 1621], 1)
+    ops.element('FourNodeTetrahedron', 4895, *[1665, 1279, 186, 1355], 1)
+    ops.element('FourNodeTetrahedron', 4896, *[1296, 1468, 437, 527], 1)
+    ops.element('FourNodeTetrahedron', 4897, *[1176, 1137, 1716, 1175], 1)
+    ops.element('FourNodeTetrahedron', 4898, *[1560, 1268, 1344, 1546], 1)
+    ops.element('FourNodeTetrahedron', 4899, *[1522, 1646, 1731, 1643], 1)
+    ops.element('FourNodeTetrahedron', 4900, *[149, 143, 142, 1298], 1)
+    ops.element('FourNodeTetrahedron', 4901, *[293, 251, 267, 1369], 1)
+    ops.element('FourNodeTetrahedron', 4902, *[1123, 1203, 1338, 1432], 1)
+    ops.element('FourNodeTetrahedron', 4903, *[333, 334, 329, 1714], 1)
+    ops.element('FourNodeTetrahedron', 4904, *[537, 1673, 531, 538], 1)
+    ops.element('FourNodeTetrahedron', 4905, *[521, 1493, 1614, 1649], 1)
+    ops.element('FourNodeTetrahedron', 4906, *[1310, 1642, 1536, 1634], 1)
+    ops.element('FourNodeTetrahedron', 4907, *[1362, 1301, 473, 1662], 1)
+    ops.element('FourNodeTetrahedron', 4908, *[326, 330, 327, 1405], 1)
+    ops.element('FourNodeTetrahedron', 4909, *[1310, 1642, 1548, 1536], 1)
+    ops.element('FourNodeTetrahedron', 4910, *[1546, 1624, 1541, 1621], 1)
+    ops.element('FourNodeTetrahedron', 4911, *[518, 1517, 516, 520], 1)
+    ops.element('FourNodeTetrahedron', 4912, *[1589, 1604, 1418, 1342], 1)
+    ops.element('FourNodeTetrahedron', 4913, *[1589, 1456, 1604, 1342], 1)
+    ops.element('FourNodeTetrahedron', 4914, *[1496, 1423, 328, 1329], 1)
+    ops.element('FourNodeTetrahedron', 4915, *[1418, 1604, 1419, 1342], 1)
+    ops.element('FourNodeTetrahedron', 4916, *[1383, 1609, 1620, 1584], 1)
+    ops.element('FourNodeTetrahedron', 4917, *[1339, 717, 709, 710], 1)
+    ops.element('FourNodeTetrahedron', 4918, *[1339, 716, 1345, 709], 1)
+    ops.element('FourNodeTetrahedron', 4919, *[1339, 717, 716, 709], 1)
+    ops.element('FourNodeTetrahedron', 4920, *[1418, 1604, 1443, 1419], 1)
+    ops.element('FourNodeTetrahedron', 4921, *[1443, 1604, 1575, 1560], 1)
+    ops.element('FourNodeTetrahedron', 4922, *[1540, 154, 152, 1326], 1)
+    ops.element('FourNodeTetrahedron', 4923, *[1540, 151, 154, 1280], 1)
+    ops.element('FourNodeTetrahedron', 4924, *[1540, 154, 1326, 1280], 1)
+    ops.element('FourNodeTetrahedron', 4925, *[1376, 151, 152, 1540], 1)
+    ops.element('FourNodeTetrahedron', 4926, *[1673, 525, 531, 532], 1)
+    ops.element('FourNodeTetrahedron', 4927, *[1340, 1225, 1595, 1315], 1)
+    ops.element('FourNodeTetrahedron', 4928, *[223, 1532, 184, 1407], 1)
+    ops.element('FourNodeTetrahedron', 4929, *[1673, 1427, 531, 525], 1)
+    ops.element('FourNodeTetrahedron', 4930, *[1350, 1629, 1356, 1553], 1)
+    ops.element('FourNodeTetrahedron', 4931, *[1654, 1523, 1499, 1513], 1)
+    ops.element('FourNodeTetrahedron', 4932, *[1540, 1376, 151, 1549], 1)
+    ops.element('FourNodeTetrahedron', 4933, *[1540, 1549, 151, 1280], 1)
+    ops.element('FourNodeTetrahedron', 4934, *[1351, 1142, 1708, 1659], 1)
+    ops.element('FourNodeTetrahedron', 4935, *[1587, 1586, 1629, 1654], 1)
+    ops.element('FourNodeTetrahedron', 4936, *[1741, 1606, 351, 355], 1)
+    ops.element('FourNodeTetrahedron', 4937, *[740, 305, 336, 1351], 1)
+    ops.element('FourNodeTetrahedron', 4938, *[1708, 305, 306, 340], 1)
+    ops.element('FourNodeTetrahedron', 4939, *[621, 1709, 617, 622], 1)
+    ops.element('FourNodeTetrahedron', 4940, *[1699, 1368, 681, 684], 1)
+    ops.element('FourNodeTetrahedron', 4941, *[187, 1742, 183, 186], 1)
+    ops.element('FourNodeTetrahedron', 4942, *[1517, 394, 1521, 520], 1)
+    ops.element('FourNodeTetrahedron', 4943, *[1448, 1699, 1368, 681], 1)
+    ops.element('FourNodeTetrahedron', 4944, *[219, 1344, 218, 220], 1)
+    ops.element('FourNodeTetrahedron', 4945, *[1521, 387, 393, 394], 1)
+    ops.element('FourNodeTetrahedron', 4946, *[1367, 1289, 290, 1377], 1)
+    ops.element('FourNodeTetrahedron', 4947, *[366, 361, 367, 1450], 1)
+    ops.element('FourNodeTetrahedron', 4948, *[1621, 1652, 1618, 1591], 1)
+    ops.element('FourNodeTetrahedron', 4949, *[1609, 1524, 1584, 1610], 1)
+    ops.element('FourNodeTetrahedron', 4950, *[1560, 1588, 1344, 1268], 1)
+    ops.element('FourNodeTetrahedron', 4951, *[1638, 1267, 1609, 1584], 1)
+    ops.element('FourNodeTetrahedron', 4952, *[1231, 1267, 1486, 1433], 1)
+    ops.element('FourNodeTetrahedron', 4953, *[1350, 1629, 1387, 1356], 1)
+    ops.element('FourNodeTetrahedron', 4954, *[1556, 1625, 1275, 1566], 1)
+    ops.element('FourNodeTetrahedron', 4955, *[1638, 1486, 1267, 1433], 1)
+    ops.element('FourNodeTetrahedron', 4956, *[341, 1197, 1659, 344], 1)
+    ops.element('FourNodeTetrahedron', 4957, *[1730, 1587, 1629, 1553], 1)
+    ops.element('FourNodeTetrahedron', 4958, *[1730, 1629, 1350, 1553], 1)
+    ops.element('FourNodeTetrahedron', 4959, *[1575, 1730, 1350, 1553], 1)
+    ops.element('FourNodeTetrahedron', 4960, *[1730, 1629, 1569, 1350], 1)
+    ops.element('FourNodeTetrahedron', 4961, *[1596, 1567, 1603, 1293], 1)
+    ops.element('FourNodeTetrahedron', 4962, *[1291, 1567, 1545, 1488], 1)
+    ops.element('FourNodeTetrahedron', 4963, *[1603, 1293, 1567, 1291], 1)
+    ops.element('FourNodeTetrahedron', 4964, *[1652, 1622, 1540, 1619], 1)
+    ops.element('FourNodeTetrahedron', 4965, *[1530, 1540, 1628, 1652], 1)
+    ops.element('FourNodeTetrahedron', 4966, *[1622, 1540, 1530, 1652], 1)
+    ops.element('FourNodeTetrahedron', 4967, *[1704, 1295, 656, 663], 1)
+    ops.element('FourNodeTetrahedron', 4968, *[1159, 1239, 1686, 1287], 1)
+    ops.element('FourNodeTetrahedron', 4969, *[760, 1686, 758, 1287], 1)
+    ops.element('FourNodeTetrahedron', 4970, *[1641, 1495, 1376, 1622], 1)
+    ops.element('FourNodeTetrahedron', 4971, *[1540, 1549, 1280, 1619], 1)
+    ops.element('FourNodeTetrahedron', 4972, *[1506, 1640, 1502, 1603], 1)
+    ops.element('FourNodeTetrahedron', 4973, *[1473, 1545, 1617, 1283], 1)
+    ops.element('FourNodeTetrahedron', 4974, *[763, 754, 764, 1385], 1)
+    ops.element('FourNodeTetrahedron', 4975, *[1619, 1549, 1280, 1626], 1)
+    ops.element('FourNodeTetrahedron', 4976, *[1657, 285, 286, 316], 1)
+    ops.element('FourNodeTetrahedron', 4977, *[1651, 720, 271, 1317], 1)
+    ops.element('FourNodeTetrahedron', 4978, *[1725, 1556, 1626, 1566], 1)
+    ops.element('FourNodeTetrahedron', 4979, *[1702, 1700, 674, 677], 1)
+    ops.element('FourNodeTetrahedron', 4980, *[1139, 1163, 1162, 1414], 1)
+    ops.element('FourNodeTetrahedron', 4981, *[1617, 1628, 1538, 1542], 1)
+    ops.element('FourNodeTetrahedron', 4982, *[671, 675, 1469, 674], 1)
+    ops.element('FourNodeTetrahedron', 4983, *[1346, 1402, 1422, 1599], 1)
+    ops.element('FourNodeTetrahedron', 4984, *[1586, 1599, 1422, 1523], 1)
+    ops.element('FourNodeTetrahedron', 4985, *[367, 368, 377, 1362], 1)
+    ops.element('FourNodeTetrahedron', 4986, *[1276, 1314, 1323, 1712], 1)
+    ops.element('FourNodeTetrahedron', 4987, *[1617, 1619, 1628, 1542], 1)
+    ops.element('FourNodeTetrahedron', 4988, *[1617, 1619, 1542, 1545], 1)
+    ops.element('FourNodeTetrahedron', 4989, *[371, 372, 358, 1685], 1)
+    ops.element('FourNodeTetrahedron', 4990, *[1497, 1429, 1677, 1592], 1)
+    ops.element('FourNodeTetrahedron', 4991, *[218, 1272, 135, 222], 1)
+    ops.element('FourNodeTetrahedron', 4992, *[1447, 1451, 1442, 1585], 1)
+    ops.element('FourNodeTetrahedron', 4993, *[1595, 1392, 376, 1341], 1)
+    ops.element('FourNodeTetrahedron', 4994, *[1473, 1619, 1617, 1545], 1)
+    ops.element('FourNodeTetrahedron', 4995, *[1506, 1643, 1640, 1603], 1)
+    ops.element('FourNodeTetrahedron', 4996, *[1583, 1723, 1569, 1557], 1)
+    ops.element('FourNodeTetrahedron', 4997, *[1360, 1383, 1327, 1620], 1)
+    ops.element('FourNodeTetrahedron', 4998, *[261, 1737, 236, 1537], 1)
+    ops.element('FourNodeTetrahedron', 4999, *[1651, 720, 1317, 1330], 1)
+    ops.element('FourNodeTetrahedron', 5000, *[306, 1361, 312, 307], 1)
+    ops.element('FourNodeTetrahedron', 5001, *[1651, 1330, 1317, 1413], 1)
+    ops.element('FourNodeTetrahedron', 5002, *[276, 1633, 1651, 1413], 1)
+    ops.element('FourNodeTetrahedron', 5003, *[1633, 1330, 1651, 1413], 1)
+    ops.element('FourNodeTetrahedron', 5004, *[1473, 1567, 1619, 1545], 1)
+    ops.element('FourNodeTetrahedron', 5005, *[350, 349, 345, 1611], 1)
+    ops.element('FourNodeTetrahedron', 5006, *[519, 1647, 1518, 1614], 1)
+    ops.element('FourNodeTetrahedron', 5007, *[350, 1372, 345, 1611], 1)
+    ops.element('FourNodeTetrahedron', 5008, *[1591, 1473, 1617, 1478], 1)
+    ops.element('FourNodeTetrahedron', 5009, *[302, 294, 1377, 1319], 1)
+    ops.element('FourNodeTetrahedron', 5010, *[1592, 1677, 374, 1631], 1)
+    ops.element('FourNodeTetrahedron', 5011, *[1297, 1366, 1436, 645], 1)
+    ops.element('FourNodeTetrahedron', 5012, *[1301, 320, 461, 1552], 1)
+    ops.element('FourNodeTetrahedron', 5013, *[1352, 1159, 1287, 1134], 1)
+    ops.element('FourNodeTetrahedron', 5014, *[1552, 1364, 462, 466], 1)
+    ops.element('FourNodeTetrahedron', 5015, *[1324, 1620, 1634, 1562], 1)
+    ops.element('FourNodeTetrahedron', 5016, *[1228, 1157, 712, 1599], 1)
+    ops.element('FourNodeTetrahedron', 5017, *[1489, 1512, 1467, 1593], 1)
+    ops.element('FourNodeTetrahedron', 5018, *[1629, 1499, 1387, 1479], 1)
+    ops.element('FourNodeTetrahedron', 5019, *[1387, 1499, 162, 1479], 1)
+    ops.element('FourNodeTetrahedron', 5020, *[1586, 1499, 1397, 1629], 1)
+    ops.element('FourNodeTetrahedron', 5021, *[1470, 1500, 390, 396], 1)
+    ops.element('FourNodeTetrahedron', 5022, *[1586, 1422, 1397, 1499], 1)
+    ops.element('FourNodeTetrahedron', 5023, *[1578, 1422, 1397, 1586], 1)
+    ops.element('FourNodeTetrahedron', 5024, *[546, 1591, 1478, 547], 1)
+    ops.element('FourNodeTetrahedron', 5025, *[1572, 1444, 1593, 630], 1)
+    ops.element('FourNodeTetrahedron', 5026, *[546, 1281, 545, 533], 1)
+    ops.element('FourNodeTetrahedron', 5027, *[1636, 1591, 1478, 546], 1)
+    ops.element('FourNodeTetrahedron', 5028, *[1477, 1502, 1697, 1698], 1)
+    ops.element('FourNodeTetrahedron', 5029, *[1616, 372, 371, 1650], 1)
+    ops.element('FourNodeTetrahedron', 5030, *[282, 1434, 1633, 1399], 1)
+    ops.element('FourNodeTetrahedron', 5031, *[1129, 1217, 1681, 1435], 1)
+    ops.element('FourNodeTetrahedron', 5032, *[517, 1613, 1650, 1494], 1)
+    ops.element('FourNodeTetrahedron', 5033, *[1627, 1600, 1594, 1424], 1)
+    ops.element('FourNodeTetrahedron', 5034, *[517, 1650, 1462, 1380], 1)
+    ops.element('FourNodeTetrahedron', 5035, *[1627, 1424, 1594, 1460], 1)
+    ops.element('FourNodeTetrahedron', 5036, *[1460, 1627, 1424, 678], 1)
+    ops.element('FourNodeTetrahedron', 5037, *[276, 1428, 1651, 1633], 1)
+    ops.element('FourNodeTetrahedron', 5038, *[1628, 1619, 1280, 1542], 1)
+    ops.element('FourNodeTetrahedron', 5039, *[1628, 1540, 1280, 1619], 1)
+    ops.element('FourNodeTetrahedron', 5040, *[1536, 1502, 1623, 1505], 1)
+    ops.element('FourNodeTetrahedron', 5041, *[1630, 1587, 1553, 1645], 1)
+    ops.element('FourNodeTetrahedron', 5042, *[136, 152, 137, 1269], 1)
+    ops.element('FourNodeTetrahedron', 5043, *[1618, 1538, 1534, 1617], 1)
+    ops.element('FourNodeTetrahedron', 5044, *[1618, 1628, 1538, 1617], 1)
+    ops.element('FourNodeTetrahedron', 5045, *[1502, 1591, 1623, 1505], 1)
+    ops.element('FourNodeTetrahedron', 5046, *[1519, 1508, 1556, 1625], 1)
+    ops.element('FourNodeTetrahedron', 5047, *[1249, 526, 1238, 525], 1)
+    ops.element('FourNodeTetrahedron', 5048, *[1541, 1271, 1412, 1621], 1)
+    ops.element('FourNodeTetrahedron', 5049, *[1458, 1230, 1417, 1726], 1)
+    ops.element('FourNodeTetrahedron', 5050, *[317, 1417, 1400, 1726], 1)
+    ops.element('FourNodeTetrahedron', 5051, *[1545, 1626, 1542, 1580], 1)
+    ops.element('FourNodeTetrahedron', 5052, *[1245, 1166, 1606, 1241], 1)
+    ops.element('FourNodeTetrahedron', 5053, *[1241, 1166, 1606, 1308], 1)
+    ops.element('FourNodeTetrahedron', 5054, *[547, 1283, 1478, 534], 1)
+    ops.element('FourNodeTetrahedron', 5055, *[1626, 1331, 1280, 1542], 1)
+    ops.element('FourNodeTetrahedron', 5056, *[1618, 1530, 1628, 1538], 1)
+    ops.element('FourNodeTetrahedron', 5057, *[1426, 1295, 1445, 1704], 1)
+    ops.element('FourNodeTetrahedron', 5058, *[1553, 1629, 1479, 1654], 1)
+    ops.element('FourNodeTetrahedron', 5059, *[1711, 1584, 1535, 1533], 1)
+    ops.element('FourNodeTetrahedron', 5060, *[1410, 1164, 1582, 1340], 1)
+    ops.element('FourNodeTetrahedron', 5061, *[239, 1305, 231, 444], 1)
+    ops.element('FourNodeTetrahedron', 5062, *[239, 230, 231, 1305], 1)
+    ops.element('FourNodeTetrahedron', 5063, *[1683, 1609, 1383, 1711], 1)
+    ops.element('FourNodeTetrahedron', 5064, *[1618, 1530, 1532, 1538], 1)
+    ops.element('FourNodeTetrahedron', 5065, *[1618, 1538, 1532, 1534], 1)
+    ops.element('FourNodeTetrahedron', 5066, *[1672, 171, 166, 165], 1)
+    ops.element('FourNodeTetrahedron', 5067, *[725, 715, 1260, 1345], 1)
+    ops.element('FourNodeTetrahedron', 5068, *[1440, 1638, 1343, 1554], 1)
+    ops.element('FourNodeTetrahedron', 5069, *[1267, 1524, 1609, 1584], 1)
+    ops.element('FourNodeTetrahedron', 5070, *[1622, 1495, 1376, 1549], 1)
+    ops.element('FourNodeTetrahedron', 5071, *[1229, 1146, 1699, 683], 1)
+    ops.element('FourNodeTetrahedron', 5072, *[1652, 1619, 1617, 1473], 1)
+    ops.element('FourNodeTetrahedron', 5073, *[1553, 1587, 1629, 1654], 1)
+    ops.element('FourNodeTetrahedron', 5074, *[1393, 369, 469, 470], 1)
+    ops.element('FourNodeTetrahedron', 5075, *[1224, 177, 1170, 1510], 1)
+    ops.element('FourNodeTetrahedron', 5076, *[1158, 1229, 1699, 683], 1)
+    ops.element('FourNodeTetrahedron', 5077, *[512, 1229, 521, 1158], 1)
+    ops.element('FourNodeTetrahedron', 5078, *[462, 1322, 1364, 1552], 1)
+    ops.element('FourNodeTetrahedron', 5079, *[1156, 1216, 1486, 1598], 1)
+    ops.element('FourNodeTetrahedron', 5080, *[1622, 1376, 1370, 1540], 1)
+    ops.element('FourNodeTetrahedron', 5081, *[1356, 1629, 1387, 1479], 1)
+    ops.element('FourNodeTetrahedron', 5082, *[1622, 1370, 1530, 1540], 1)
+    ops.element('FourNodeTetrahedron', 5083, *[1486, 1135, 1524, 1216], 1)
+    ops.element('FourNodeTetrahedron', 5084, *[518, 1647, 1518, 519], 1)
+    ops.element('FourNodeTetrahedron', 5085, *[1291, 530, 1488, 529], 1)
+    ops.element('FourNodeTetrahedron', 5086, *[1479, 1513, 161, 1721], 1)
+    ops.element('FourNodeTetrahedron', 5087, *[1460, 678, 675, 674], 1)
+    ops.element('FourNodeTetrahedron', 5088, *[1300, 1437, 1263, 1526], 1)
+    ops.element('FourNodeTetrahedron', 5089, *[1403, 1679, 326, 1322], 1)
+    ops.element('FourNodeTetrahedron', 5090, *[1322, 1489, 1316, 1364], 1)
+    ops.element('FourNodeTetrahedron', 5091, *[1371, 1623, 1559, 1505], 1)
+    ops.element('FourNodeTetrahedron', 5092, *[1536, 1374, 1371, 1623], 1)
+    ops.element('FourNodeTetrahedron', 5093, *[1536, 1623, 1371, 1505], 1)
+    ops.element('FourNodeTetrahedron', 5094, *[1427, 1140, 1625, 1249], 1)
+    ops.element('FourNodeTetrahedron', 5095, *[1430, 1418, 283, 284], 1)
+    ops.element('FourNodeTetrahedron', 5096, *[1140, 1238, 1625, 1249], 1)
+    ops.element('FourNodeTetrahedron', 5097, *[1140, 1270, 1625, 1238], 1)
+    ops.element('FourNodeTetrahedron', 5098, *[1320, 1351, 336, 341], 1)
+    ops.element('FourNodeTetrahedron', 5099, *[1140, 1270, 1508, 1625], 1)
+    ops.element('FourNodeTetrahedron', 5100, *[327, 1336, 301, 1706], 1)
+    ops.element('FourNodeTetrahedron', 5101, *[1282, 1408, 301, 1319], 1)
+    ops.element('FourNodeTetrahedron', 5102, *[1706, 1408, 301, 1282], 1)
+    ops.element('FourNodeTetrahedron', 5103, *[1649, 1493, 1600, 1627], 1)
+    ops.element('FourNodeTetrahedron', 5104, *[1540, 1280, 1326, 1628], 1)
+    ops.element('FourNodeTetrahedron', 5105, *[1530, 1540, 1326, 1628], 1)
+    ops.element('FourNodeTetrahedron', 5106, *[1530, 1628, 1326, 1538], 1)
+    ops.element('FourNodeTetrahedron', 5107, *[1628, 1326, 1538, 1542], 1)
+    ops.element('FourNodeTetrahedron', 5108, *[1174, 1199, 1357, 1136], 1)
+    ops.element('FourNodeTetrahedron', 5109, *[1624, 1370, 1272, 1271], 1)
+    ops.element('FourNodeTetrahedron', 5110, *[1428, 729, 1651, 276], 1)
+    ops.element('FourNodeTetrahedron', 5111, *[1651, 721, 720, 1330], 1)
+    ops.element('FourNodeTetrahedron', 5112, *[729, 721, 720, 1651], 1)
+    ops.element('FourNodeTetrahedron', 5113, *[729, 1325, 1651, 1428], 1)
+    ops.element('FourNodeTetrahedron', 5114, *[1280, 1298, 1331, 1626], 1)
+    ops.element('FourNodeTetrahedron', 5115, *[1626, 1298, 1331, 1580], 1)
+    ops.element('FourNodeTetrahedron', 5116, *[1545, 1626, 1580, 1488], 1)
+    ops.element('FourNodeTetrahedron', 5117, *[288, 1430, 283, 289], 1)
+    ops.element('FourNodeTetrahedron', 5118, *[1647, 1509, 1507, 1525], 1)
+    ops.element('FourNodeTetrahedron', 5119, *[1516, 1509, 1500, 1507], 1)
+    ops.element('FourNodeTetrahedron', 5120, *[1647, 1525, 1507, 1497], 1)
+    ops.element('FourNodeTetrahedron', 5121, *[1516, 1509, 1507, 1647], 1)
+    ops.element('FourNodeTetrahedron', 5122, *[1423, 1381, 328, 1329], 1)
+    ops.element('FourNodeTetrahedron', 5123, *[1518, 373, 372, 1613], 1)
+    ops.element('FourNodeTetrahedron', 5124, *[1647, 1507, 1516, 1497], 1)
+    ops.element('FourNodeTetrahedron', 5125, *[332, 1381, 328, 1423], 1)
+    ops.element('FourNodeTetrahedron', 5126, *[1516, 1507, 403, 1497], 1)
+    ops.element('FourNodeTetrahedron', 5127, *[1195, 1138, 1440, 1487], 1)
+    ops.element('FourNodeTetrahedron', 5128, *[1513, 1438, 160, 1674], 1)
+    ops.element('FourNodeTetrahedron', 5129, *[1511, 1701, 1408, 618], 1)
+    ops.element('FourNodeTetrahedron', 5130, *[1639, 1510, 1513, 1608], 1)
+    ops.element('FourNodeTetrahedron', 5131, *[1438, 159, 160, 1674], 1)
+    ops.element('FourNodeTetrahedron', 5132, *[1635, 1519, 1728, 1556], 1)
+    ops.element('FourNodeTetrahedron', 5133, *[680, 1699, 1448, 681], 1)
+    ops.element('FourNodeTetrahedron', 5134, *[1727, 1570, 1723, 1607], 1)
+    ops.element('FourNodeTetrahedron', 5135, *[1443, 1575, 1337, 1560], 1)
+    ops.element('FourNodeTetrahedron', 5136, *[1557, 1607, 1575, 1604], 1)
+    ops.element('FourNodeTetrahedron', 5137, *[1554, 1638, 1533, 1441], 1)
+    ops.element('FourNodeTetrahedron', 5138, *[137, 154, 138, 1326], 1)
+    ops.element('FourNodeTetrahedron', 5139, *[242, 1391, 247, 1363], 1)
+    ops.element('FourNodeTetrahedron', 5140, *[729, 721, 1651, 1325], 1)
+    ops.element('FourNodeTetrahedron', 5141, *[1513, 1438, 1674, 1510], 1)
+    ops.element('FourNodeTetrahedron', 5142, *[273, 1391, 242, 1363], 1)
+    ops.element('FourNodeTetrahedron', 5143, *[1157, 175, 1402, 163], 1)
+    ops.element('FourNodeTetrahedron', 5144, *[1608, 1510, 1513, 1495], 1)
+    ops.element('FourNodeTetrahedron', 5145, *[1598, 610, 1637, 616], 1)
+    ops.element('FourNodeTetrahedron', 5146, *[1325, 726, 1710, 1311], 1)
+    ops.element('FourNodeTetrahedron', 5147, *[615, 1637, 609, 616], 1)
+    ops.element('FourNodeTetrahedron', 5148, *[1441, 616, 1637, 615], 1)
+    ops.element('FourNodeTetrahedron', 5149, *[1409, 1433, 1441, 1598], 1)
+    ops.element('FourNodeTetrahedron', 5150, *[1440, 1432, 1638, 1433], 1)
+    ops.element('FourNodeTetrahedron', 5151, *[1696, 1467, 624, 631], 1)
+    ops.element('FourNodeTetrahedron', 5152, *[1340, 1582, 405, 1595], 1)
+    ops.element('FourNodeTetrahedron', 5153, *[1307, 1678, 730, 1302], 1)
+    ops.element('FourNodeTetrahedron', 5154, *[482, 1521, 414, 1465], 1)
+    ops.element('FourNodeTetrahedron', 5155, *[770, 1738, 769, 1733], 1)
+    ops.element('FourNodeTetrahedron', 5156, *[1409, 1598, 1441, 616], 1)
+    ops.element('FourNodeTetrahedron', 5157, *[1158, 683, 680, 682], 1)
+    ops.element('FourNodeTetrahedron', 5158, *[1461, 1533, 1463, 1637], 1)
+    ops.element('FourNodeTetrahedron', 5159, *[1486, 1420, 1584, 1637], 1)
+    ops.element('FourNodeTetrahedron', 5160, *[385, 1668, 343, 392], 1)
+    ops.element('FourNodeTetrahedron', 5161, *[1623, 1591, 1618, 1636], 1)
+    ops.element('FourNodeTetrahedron', 5162, *[1636, 1618, 1534, 1478], 1)
+    ops.element('FourNodeTetrahedron', 5163, *[1539, 1712, 1323, 1476], 1)
+    ops.element('FourNodeTetrahedron', 5164, *[1636, 1591, 1618, 1478], 1)
+    ops.element('FourNodeTetrahedron', 5165, *[527, 1468, 436, 522], 1)
+    ops.element('FourNodeTetrahedron', 5166, *[1618, 1617, 1534, 1478], 1)
+    ops.element('FourNodeTetrahedron', 5167, *[1591, 1617, 1618, 1478], 1)
+    ops.element('FourNodeTetrahedron', 5168, *[1298, 417, 416, 1580], 1)
+    ops.element('FourNodeTetrahedron', 5169, *[273, 1443, 1363, 274], 1)
+    ops.element('FourNodeTetrahedron', 5170, *[1160, 1212, 1365, 652], 1)
+    ops.element('FourNodeTetrahedron', 5171, *[1268, 1588, 1344, 1624], 1)
+    ops.element('FourNodeTetrahedron', 5172, *[1451, 1126, 1442, 1348], 1)
+    ops.element('FourNodeTetrahedron', 5173, *[1319, 1408, 618, 624], 1)
+    ops.element('FourNodeTetrahedron', 5174, *[1623, 1621, 1618, 1591], 1)
+    ops.element('FourNodeTetrahedron', 5175, *[1494, 674, 1469, 671], 1)
+    ops.element('FourNodeTetrahedron', 5176, *[1387, 1672, 166, 162], 1)
+    ops.element('FourNodeTetrahedron', 5177, *[1586, 1599, 1523, 1406], 1)
+    ops.element('FourNodeTetrahedron', 5178, *[1721, 157, 158, 1376], 1)
+    ops.element('FourNodeTetrahedron', 5179, *[1568, 1398, 1496, 1492], 1)
+    ops.element('FourNodeTetrahedron', 5180, *[1379, 1446, 364, 1335], 1)
+    ops.element('FourNodeTetrahedron', 5181, *[275, 720, 270, 271], 1)
+    ops.element('FourNodeTetrahedron', 5182, *[1519, 1140, 1508, 1625], 1)
+    ops.element('FourNodeTetrahedron', 5183, *[1327, 1581, 1548, 1642], 1)
+    ops.element('FourNodeTetrahedron', 5184, *[1463, 1637, 1535, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5185, *[669, 1529, 1278, 660], 1)
+    ops.element('FourNodeTetrahedron', 5186, *[1276, 1323, 252, 1539], 1)
+    ops.element('FourNodeTetrahedron', 5187, *[521, 1448, 1649, 677], 1)
+    ops.element('FourNodeTetrahedron', 5188, *[1166, 1187, 1611, 1122], 1)
+    ops.element('FourNodeTetrahedron', 5189, *[1649, 1600, 1594, 1627], 1)
+    ops.element('FourNodeTetrahedron', 5190, *[316, 1357, 286, 287], 1)
+    ops.element('FourNodeTetrahedron', 5191, *[1649, 1627, 1594, 1460], 1)
+    ops.element('FourNodeTetrahedron', 5192, *[1613, 1600, 1594, 1649], 1)
+    ops.element('FourNodeTetrahedron', 5193, *[1150, 1221, 1525, 1220], 1)
+    ops.element('FourNodeTetrahedron', 5194, *[1461, 1463, 1504, 614], 1)
+    ops.element('FourNodeTetrahedron', 5195, *[1194, 1195, 1471, 1709], 1)
+    ops.element('FourNodeTetrahedron', 5196, *[771, 759, 760, 1159], 1)
+    ops.element('FourNodeTetrahedron', 5197, *[1529, 1294, 1663, 661], 1)
+    ops.element('FourNodeTetrahedron', 5198, *[682, 1158, 679, 680], 1)
+    ops.element('FourNodeTetrahedron', 5199, *[1507, 1435, 397, 404], 1)
+    ops.element('FourNodeTetrahedron', 5200, *[1477, 1698, 1697, 603], 1)
+    ops.element('FourNodeTetrahedron', 5201, *[451, 601, 1563, 450], 1)
+    ops.element('FourNodeTetrahedron', 5202, *[1614, 1600, 1613, 1649], 1)
+    ops.element('FourNodeTetrahedron', 5203, *[1372, 1669, 345, 1611], 1)
+    ops.element('FourNodeTetrahedron', 5204, *[514, 772, 771, 1159], 1)
+    ops.element('FourNodeTetrahedron', 5205, *[1500, 1435, 397, 1507], 1)
+    ops.element('FourNodeTetrahedron', 5206, *[517, 1614, 1613, 1649], 1)
+    ops.element('FourNodeTetrahedron', 5207, *[521, 1614, 517, 1649], 1)
+    ops.element('FourNodeTetrahedron', 5208, *[521, 1649, 517, 1494], 1)
+    ops.element('FourNodeTetrahedron', 5209, *[517, 1649, 1613, 1494], 1)
+    ops.element('FourNodeTetrahedron', 5210, *[1734, 1158, 1265, 679], 1)
+    ops.element('FourNodeTetrahedron', 5211, *[276, 1428, 1633, 282], 1)
+    ops.element('FourNodeTetrahedron', 5212, *[1158, 680, 1265, 679], 1)
+    ops.element('FourNodeTetrahedron', 5213, *[281, 1428, 276, 282], 1)
+    ops.element('FourNodeTetrahedron', 5214, *[265, 1290, 1284, 1332], 1)
+    ops.element('FourNodeTetrahedron', 5215, *[1124, 1245, 1741, 1241], 1)
+    ops.element('FourNodeTetrahedron', 5216, *[214, 1735, 174, 1387], 1)
+    ops.element('FourNodeTetrahedron', 5217, *[321, 1322, 322, 462], 1)
+    ops.element('FourNodeTetrahedron', 5218, *[216, 1387, 173, 1356], 1)
+    ops.element('FourNodeTetrahedron', 5219, *[214, 1740, 1735, 1387], 1)
+    ops.element('FourNodeTetrahedron', 5220, *[1504, 1477, 1562, 1695], 1)
+    ops.element('FourNodeTetrahedron', 5221, *[545, 440, 441, 439], 1)
+    ops.element('FourNodeTetrahedron', 5222, *[1376, 1495, 157, 150], 1)
+    ops.element('FourNodeTetrahedron', 5223, *[1562, 1477, 1484, 1695], 1)
+    ops.element('FourNodeTetrahedron', 5224, *[281, 1434, 1428, 282], 1)
+    ops.element('FourNodeTetrahedron', 5225, *[276, 1633, 277, 282], 1)
+    ops.element('FourNodeTetrahedron', 5226, *[1444, 1512, 1489, 1593], 1)
+    ops.element('FourNodeTetrahedron', 5227, *[224, 1273, 187, 1277], 1)
+    ops.element('FourNodeTetrahedron', 5228, *[741, 740, 336, 1351], 1)
+    ops.element('FourNodeTetrahedron', 5229, *[282, 1633, 277, 1399], 1)
+    ops.element('FourNodeTetrahedron', 5230, *[1271, 153, 1269, 1530], 1)
+    ops.element('FourNodeTetrahedron', 5231, *[276, 1633, 1413, 277], 1)
+    ops.element('FourNodeTetrahedron', 5232, *[277, 1633, 1413, 1399], 1)
+    ops.element('FourNodeTetrahedron', 5233, *[1234, 1180, 1390, 1235], 1)
+    ops.element('FourNodeTetrahedron', 5234, *[1676, 1168, 1160, 651], 1)
+    ops.element('FourNodeTetrahedron', 5235, *[1740, 1672, 172, 1735], 1)
+    ops.element('FourNodeTetrahedron', 5236, *[1428, 1302, 1325, 1466], 1)
+    ops.element('FourNodeTetrahedron', 5237, *[1428, 1325, 1633, 1466], 1)
+    ops.element('FourNodeTetrahedron', 5238, *[1327, 1548, 1310, 1642], 1)
+    ops.element('FourNodeTetrahedron', 5239, *[1676, 1160, 1297, 645], 1)
+    ops.element('FourNodeTetrahedron', 5240, *[1652, 1635, 1622, 1619], 1)
+    ops.element('FourNodeTetrahedron', 5241, *[1656, 170, 165, 164], 1)
+    ops.element('FourNodeTetrahedron', 5242, *[1140, 1190, 1508, 1270], 1)
+    ops.element('FourNodeTetrahedron', 5243, *[1489, 1467, 1696, 631], 1)
+    ops.element('FourNodeTetrahedron', 5244, *[1645, 1454, 1608, 1646], 1)
+    ops.element('FourNodeTetrahedron', 5245, *[1718, 1399, 278, 1418], 1)
+    ops.element('FourNodeTetrahedron', 5246, *[440, 1277, 434, 1296], 1)
+    ops.element('FourNodeTetrahedron', 5247, *[714, 213, 212, 221], 1)
+    ops.element('FourNodeTetrahedron', 5248, *[462, 1364, 463, 467], 1)
+    ops.element('FourNodeTetrahedron', 5249, *[1645, 1646, 1608, 1731], 1)
+    ops.element('FourNodeTetrahedron', 5250, *[1654, 1639, 1513, 1608], 1)
+    ops.element('FourNodeTetrahedron', 5251, *[1654, 1639, 1523, 1513], 1)
+    ops.element('FourNodeTetrahedron', 5252, *[1576, 1625, 1566, 525], 1)
+    ops.element('FourNodeTetrahedron', 5253, *[1625, 1270, 418, 1238], 1)
+    ops.element('FourNodeTetrahedron', 5254, *[1560, 1653, 1268, 1546], 1)
+    ops.element('FourNodeTetrahedron', 5255, *[1625, 1270, 1275, 418], 1)
+    ops.element('FourNodeTetrahedron', 5256, *[1387, 1397, 1672, 162], 1)
+    ops.element('FourNodeTetrahedron', 5257, *[1202, 1127, 1480, 1208], 1)
+    ops.element('FourNodeTetrahedron', 5258, *[1292, 1436, 1455, 658], 1)
+    ops.element('FourNodeTetrahedron', 5259, *[1625, 418, 1275, 1566], 1)
+    ops.element('FourNodeTetrahedron', 5260, *[150, 149, 142, 1298], 1)
+    ops.element('FourNodeTetrahedron', 5261, *[1566, 418, 1275, 417], 1)
+    ops.element('FourNodeTetrahedron', 5262, *[1431, 1444, 1572, 630], 1)
+    ops.element('FourNodeTetrahedron', 5263, *[1566, 418, 417, 525], 1)
+    ops.element('FourNodeTetrahedron', 5264, *[1616, 394, 401, 1465], 1)
+    ops.element('FourNodeTetrahedron', 5265, *[1431, 630, 1572, 629], 1)
+    ops.element('FourNodeTetrahedron', 5266, *[1606, 1166, 1611, 1308], 1)
+    ops.element('FourNodeTetrahedron', 5267, *[1606, 353, 350, 354], 1)
+    ops.element('FourNodeTetrahedron', 5268, *[1508, 1270, 1275, 1625], 1)
+    ops.element('FourNodeTetrahedron', 5269, *[1648, 1519, 1635, 1596], 1)
+    ops.element('FourNodeTetrahedron', 5270, *[1643, 1648, 1635, 1596], 1)
+    ops.element('FourNodeTetrahedron', 5271, *[1727, 1480, 1607, 1604], 1)
+    ops.element('FourNodeTetrahedron', 5272, *[1403, 1444, 1714, 1489], 1)
+    ops.element('FourNodeTetrahedron', 5273, *[1418, 1480, 1727, 1604], 1)
+    ops.element('FourNodeTetrahedron', 5274, *[1403, 1714, 1679, 1489], 1)
+    ops.element('FourNodeTetrahedron', 5275, *[1648, 1519, 1596, 1688], 1)
+    ops.element('FourNodeTetrahedron', 5276, *[1690, 1354, 384, 391], 1)
+    ops.element('FourNodeTetrahedron', 5277, *[1515, 416, 415, 420], 1)
+    ops.element('FourNodeTetrahedron', 5278, *[1508, 1482, 148, 1270], 1)
+    ops.element('FourNodeTetrahedron', 5279, *[723, 1264, 727, 1311], 1)
+    ops.element('FourNodeTetrahedron', 5280, *[1522, 1731, 1653, 1643], 1)
+    ops.element('FourNodeTetrahedron', 5281, *[668, 671, 1597, 672], 1)
+    ops.element('FourNodeTetrahedron', 5282, *[1273, 1355, 1665, 1277], 1)
+    ops.element('FourNodeTetrahedron', 5283, *[1716, 1137, 1444, 1175], 1)
+    ops.element('FourNodeTetrahedron', 5284, *[1577, 1227, 1404, 1394], 1)
+    ops.element('FourNodeTetrahedron', 5285, *[1643, 1596, 1635, 1603], 1)
+    ops.element('FourNodeTetrahedron', 5286, *[1643, 1635, 1640, 1603], 1)
+    ops.element('FourNodeTetrahedron', 5287, *[707, 1672, 172, 1740], 1)
+    ops.element('FourNodeTetrahedron', 5288, *[1596, 1635, 1603, 1567], 1)
+    ops.element('FourNodeTetrahedron', 5289, *[1730, 1587, 1553, 1630], 1)
+    ops.element('FourNodeTetrahedron', 5290, *[1351, 1142, 1659, 1197], 1)
+    ops.element('FourNodeTetrahedron', 5291, *[1521, 387, 386, 393], 1)
+    ops.element('FourNodeTetrahedron', 5292, *[1680, 362, 361, 1483], 1)
+    ops.element('FourNodeTetrahedron', 5293, *[1459, 1720, 1294, 1694], 1)
+    ops.element('FourNodeTetrahedron', 5294, *[359, 1632, 366, 1445], 1)
+    ops.element('FourNodeTetrahedron', 5295, *[1621, 1530, 1618, 1652], 1)
+    ops.element('FourNodeTetrahedron', 5296, *[1296, 1468, 433, 437], 1)
+    ops.element('FourNodeTetrahedron', 5297, *[1686, 1416, 758, 1287], 1)
+    ops.element('FourNodeTetrahedron', 5298, *[1591, 1652, 1618, 1617], 1)
+    ops.element('FourNodeTetrahedron', 5299, *[1516, 1500, 396, 1507], 1)
+    ops.element('FourNodeTetrahedron', 5300, *[1652, 1628, 1618, 1617], 1)
+    ops.element('FourNodeTetrahedron', 5301, *[608, 609, 1693, 615], 1)
+    ops.element('FourNodeTetrahedron', 5302, *[1219, 1164, 1340, 1225], 1)
+    ops.element('FourNodeTetrahedron', 5303, *[494, 767, 766, 1312], 1)
+    ops.element('FourNodeTetrahedron', 5304, *[1390, 1180, 1248, 1235], 1)
+    ops.element('FourNodeTetrahedron', 5305, *[1494, 1732, 521, 509], 1)
+    ops.element('FourNodeTetrahedron', 5306, *[1586, 1523, 1654, 1639], 1)
+    ops.element('FourNodeTetrahedron', 5307, *[1586, 1523, 1499, 1654], 1)
+    ops.element('FourNodeTetrahedron', 5308, *[1587, 1586, 1654, 1639], 1)
+    ops.element('FourNodeTetrahedron', 5309, *[288, 1718, 282, 283], 1)
+    ops.element('FourNodeTetrahedron', 5310, *[1512, 1152, 1574, 1472], 1)
+    ops.element('FourNodeTetrahedron', 5311, *[1722, 1645, 1630, 1644], 1)
+    ops.element('FourNodeTetrahedron', 5312, *[1571, 1188, 1394, 1564], 1)
+    ops.element('FourNodeTetrahedron', 5313, *[282, 1434, 1718, 288], 1)
+    ops.element('FourNodeTetrahedron', 5314, *[1737, 1353, 236, 1537], 1)
+    ops.element('FourNodeTetrahedron', 5315, *[254, 1383, 258, 1360], 1)
+    ops.element('FourNodeTetrahedron', 5316, *[1241, 1250, 1671, 1178], 1)
+    ops.element('FourNodeTetrahedron', 5317, *[1440, 1231, 1432, 1433], 1)
+    ops.element('FourNodeTetrahedron', 5318, *[1347, 1277, 225, 440], 1)
+    ops.element('FourNodeTetrahedron', 5319, *[756, 744, 382, 1470], 1)
+    ops.element('FourNodeTetrahedron', 5320, *[282, 1434, 1399, 1718], 1)
+    ops.element('FourNodeTetrahedron', 5321, *[1330, 1345, 1260, 1583], 1)
+    ops.element('FourNodeTetrahedron', 5322, *[291, 266, 265, 1289], 1)
+    ops.element('FourNodeTetrahedron', 5323, *[1188, 1184, 1394, 1564], 1)
+    ops.element('FourNodeTetrahedron', 5324, *[1604, 1630, 1560, 1644], 1)
+    ops.element('FourNodeTetrahedron', 5325, *[1560, 1630, 1645, 1644], 1)
+    ops.element('FourNodeTetrahedron', 5326, *[1555, 1491, 432, 1468], 1)
+    ops.element('FourNodeTetrahedron', 5327, *[1652, 1540, 1628, 1619], 1)
+    ops.element('FourNodeTetrahedron', 5328, *[1419, 1644, 1560, 1548], 1)
+    ops.element('FourNodeTetrahedron', 5329, *[1419, 1604, 1560, 1644], 1)
+    ops.element('FourNodeTetrahedron', 5330, *[1581, 1644, 1419, 1548], 1)
+    ops.element('FourNodeTetrahedron', 5331, *[1145, 1244, 1236, 1297], 1)
+    ops.element('FourNodeTetrahedron', 5332, *[1584, 1610, 1477, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5333, *[1641, 1376, 1370, 1622], 1)
+    ops.element('FourNodeTetrahedron', 5334, *[1277, 1555, 433, 1296], 1)
+    ops.element('FourNodeTetrahedron', 5335, *[621, 1709, 625, 617], 1)
+    ops.element('FourNodeTetrahedron', 5336, *[515, 1352, 1733, 518], 1)
+    ops.element('FourNodeTetrahedron', 5337, *[673, 1702, 1494, 674], 1)
+    ops.element('FourNodeTetrahedron', 5338, *[1448, 1146, 1368, 1699], 1)
+    ops.element('FourNodeTetrahedron', 5339, *[1375, 1234, 1315, 1390], 1)
+    ops.element('FourNodeTetrahedron', 5340, *[1466, 1570, 1399, 1727], 1)
+    ops.element('FourNodeTetrahedron', 5341, *[1432, 1267, 1638, 1433], 1)
+    ops.element('FourNodeTetrahedron', 5342, *[1732, 1702, 1494, 673], 1)
+    ops.element('FourNodeTetrahedron', 5343, *[1408, 1717, 1367, 1449], 1)
+    ops.element('FourNodeTetrahedron', 5344, *[1281, 1283, 1544, 528], 1)
+    ops.element('FourNodeTetrahedron', 5345, *[1408, 1717, 1449, 1701], 1)
+    ops.element('FourNodeTetrahedron', 5346, *[1634, 1642, 1502, 1477], 1)
+    ops.element('FourNodeTetrahedron', 5347, *[1620, 1642, 1634, 1477], 1)
+    ops.element('FourNodeTetrahedron', 5348, *[1693, 1420, 1610, 604], 1)
+    ops.element('FourNodeTetrahedron', 5349, *[1693, 1610, 1477, 604], 1)
+    ops.element('FourNodeTetrahedron', 5350, *[1620, 1610, 1642, 1477], 1)
+    ops.element('FourNodeTetrahedron', 5351, *[1645, 1654, 1553, 1588], 1)
+    ops.element('FourNodeTetrahedron', 5352, *[762, 756, 1303, 1300], 1)
+    ops.element('FourNodeTetrahedron', 5353, *[1553, 1587, 1654, 1645], 1)
+    ops.element('FourNodeTetrahedron', 5354, *[1553, 1654, 1479, 1588], 1)
+    ops.element('FourNodeTetrahedron', 5355, *[1448, 1146, 1451, 1368], 1)
+    ops.element('FourNodeTetrahedron', 5356, *[1188, 1227, 1233, 1394], 1)
+    ops.element('FourNodeTetrahedron', 5357, *[1699, 1146, 1368, 684], 1)
+    ops.element('FourNodeTetrahedron', 5358, *[623, 616, 1409, 611], 1)
+    ops.element('FourNodeTetrahedron', 5359, *[1414, 1590, 392, 399], 1)
+    ops.element('FourNodeTetrahedron', 5360, *[1704, 656, 662, 663], 1)
+    ops.element('FourNodeTetrahedron', 5361, *[1254, 1676, 1259, 650], 1)
+    ops.element('FourNodeTetrahedron', 5362, *[1653, 1641, 1624, 1622], 1)
+    ops.element('FourNodeTetrahedron', 5363, *[1644, 1645, 1560, 1653], 1)
+    ops.element('FourNodeTetrahedron', 5364, *[1644, 1653, 1560, 1548], 1)
+    ops.element('FourNodeTetrahedron', 5365, *[266, 253, 265, 1360], 1)
+    ops.element('FourNodeTetrahedron', 5366, *[1560, 1645, 1588, 1653], 1)
+    ops.element('FourNodeTetrahedron', 5367, *[1667, 1395, 1714, 1716], 1)
+    ops.element('FourNodeTetrahedron', 5368, *[1560, 1653, 1546, 1548], 1)
+    ops.element('FourNodeTetrahedron', 5369, *[1432, 1475, 1267, 1231], 1)
+    ops.element('FourNodeTetrahedron', 5370, *[275, 729, 720, 1651], 1)
+    ops.element('FourNodeTetrahedron', 5371, *[275, 729, 1651, 276], 1)
+    ops.element('FourNodeTetrahedron', 5372, *[1609, 1524, 1655, 1610], 1)
+    ops.element('FourNodeTetrahedron', 5373, *[1615, 1643, 1655, 1524], 1)
+    ops.element('FourNodeTetrahedron', 5374, *[1616, 372, 401, 371], 1)
+    ops.element('FourNodeTetrahedron', 5375, *[1580, 1691, 523, 421], 1)
+    ops.element('FourNodeTetrahedron', 5376, *[1524, 1643, 1655, 1610], 1)
+    ops.element('FourNodeTetrahedron', 5377, *[1644, 1522, 1653, 1655], 1)
+    ops.element('FourNodeTetrahedron', 5378, *[1641, 1495, 1622, 1728], 1)
+    ops.element('FourNodeTetrahedron', 5379, *[1222, 1126, 1451, 1146], 1)
+    ops.element('FourNodeTetrahedron', 5380, *[1359, 1569, 1387, 1350], 1)
+    ops.element('FourNodeTetrahedron', 5381, *[1655, 1522, 1653, 1643], 1)
+    ops.element('FourNodeTetrahedron', 5382, *[1615, 1522, 1655, 1643], 1)
+    ops.element('FourNodeTetrahedron', 5383, *[1615, 1522, 1644, 1655], 1)
+    ops.element('FourNodeTetrahedron', 5384, *[1225, 1226, 1595, 1180], 1)
+    ops.element('FourNodeTetrahedron', 5385, *[348, 1262, 308, 309], 1)
+    ops.element('FourNodeTetrahedron', 5386, *[1611, 1669, 349, 348], 1)
+    ops.element('FourNodeTetrahedron', 5387, *[1218, 1217, 1410, 1219], 1)
+    ops.element('FourNodeTetrahedron', 5388, *[1387, 1397, 1499, 162], 1)
+    ops.element('FourNodeTetrahedron', 5389, *[1636, 1534, 1347, 1474], 1)
+    ops.element('FourNodeTetrahedron', 5390, *[1187, 1198, 1669, 1186], 1)
+    ops.element('FourNodeTetrahedron', 5391, *[1611, 1187, 1669, 1122], 1)
+    ops.element('FourNodeTetrahedron', 5392, *[1669, 1198, 308, 1186], 1)
+    ops.element('FourNodeTetrahedron', 5393, *[1669, 1186, 308, 1262], 1)
+    ops.element('FourNodeTetrahedron', 5394, *[1438, 163, 160, 159], 1)
+    ops.element('FourNodeTetrahedron', 5395, *[1438, 1170, 163, 159], 1)
+    ops.element('FourNodeTetrahedron', 5396, *[1716, 1395, 1714, 1512], 1)
+    ops.element('FourNodeTetrahedron', 5397, *[252, 253, 256, 1314], 1)
+    ops.element('FourNodeTetrahedron', 5398, *[1234, 1180, 1315, 1390], 1)
+    ops.element('FourNodeTetrahedron', 5399, *[318, 1404, 288, 289], 1)
+    ops.element('FourNodeTetrahedron', 5400, *[1342, 1604, 1419, 1644], 1)
+    ops.element('FourNodeTetrahedron', 5401, *[232, 1305, 239, 1313], 1)
+    ops.element('FourNodeTetrahedron', 5402, *[1405, 1336, 1706, 1467], 1)
+    ops.element('FourNodeTetrahedron', 5403, *[669, 1278, 480, 660], 1)
+    ops.element('FourNodeTetrahedron', 5404, *[551, 1232, 1688, 550], 1)
+    ops.element('FourNodeTetrahedron', 5405, *[331, 1388, 1336, 1405], 1)
+    ops.element('FourNodeTetrahedron', 5406, *[1669, 308, 344, 348], 1)
+    ops.element('FourNodeTetrahedron', 5407, *[1400, 1201, 1430, 1404], 1)
+    ops.element('FourNodeTetrahedron', 5408, *[1500, 397, 396, 1507], 1)
+    ops.element('FourNodeTetrahedron', 5409, *[318, 1400, 288, 1404], 1)
+    ops.element('FourNodeTetrahedron', 5410, *[657, 1455, 1266, 646], 1)
+    ops.element('FourNodeTetrahedron', 5411, *[1511, 1709, 1487, 1701], 1)
+    ops.element('FourNodeTetrahedron', 5412, *[1669, 1198, 307, 308], 1)
+    ops.element('FourNodeTetrahedron', 5413, *[1595, 1341, 376, 1390], 1)
+    ops.element('FourNodeTetrahedron', 5414, *[307, 1659, 1198, 1669], 1)
+    ops.element('FourNodeTetrahedron', 5415, *[1723, 1578, 1569, 1730], 1)
+    ops.element('FourNodeTetrahedron', 5416, *[515, 770, 769, 1733], 1)
+    ops.element('FourNodeTetrahedron', 5417, *[1669, 307, 344, 308], 1)
+    ops.element('FourNodeTetrahedron', 5418, *[1683, 1581, 259, 1383], 1)
+    ops.element('FourNodeTetrahedron', 5419, *[1301, 1457, 1329, 1552], 1)
+    ops.element('FourNodeTetrahedron', 5420, *[1301, 1329, 1322, 1552], 1)
+    ops.element('FourNodeTetrahedron', 5421, *[1474, 1544, 1555, 1281], 1)
+    ops.element('FourNodeTetrahedron', 5422, *[1319, 1449, 1377, 1684], 1)
+    ops.element('FourNodeTetrahedron', 5423, *[743, 1193, 1658, 1143], 1)
+    ops.element('FourNodeTetrahedron', 5424, *[1351, 305, 336, 340], 1)
+    ops.element('FourNodeTetrahedron', 5425, *[1708, 737, 1171, 1142], 1)
+    ops.element('FourNodeTetrahedron', 5426, *[740, 737, 1708, 1142], 1)
+    ops.element('FourNodeTetrahedron', 5427, *[1351, 740, 1708, 1142], 1)
+    ops.element('FourNodeTetrahedron', 5428, *[1708, 1304, 306, 1361], 1)
+    ops.element('FourNodeTetrahedron', 5429, *[1708, 1304, 305, 306], 1)
+    ops.element('FourNodeTetrahedron', 5430, *[740, 737, 305, 1708], 1)
+    ops.element('FourNodeTetrahedron', 5431, *[1583, 1723, 1345, 1569], 1)
+    ops.element('FourNodeTetrahedron', 5432, *[545, 533, 1296, 439], 1)
+    ops.element('FourNodeTetrahedron', 5433, *[1293, 1725, 1291, 1576], 1)
+    ops.element('FourNodeTetrahedron', 5434, *[1691, 416, 421, 422], 1)
+    ops.element('FourNodeTetrahedron', 5435, *[1484, 1477, 1697, 1695], 1)
+    ops.element('FourNodeTetrahedron', 5436, *[1734, 1265, 1448, 677], 1)
+    ops.element('FourNodeTetrahedron', 5437, *[1567, 1725, 1291, 1488], 1)
+    ops.element('FourNodeTetrahedron', 5438, *[1293, 1725, 1567, 1291], 1)
+    ops.element('FourNodeTetrahedron', 5439, *[1725, 1566, 1488, 1576], 1)
+    ops.element('FourNodeTetrahedron', 5440, *[1567, 1556, 1626, 1725], 1)
+    ops.element('FourNodeTetrahedron', 5441, *[1725, 1566, 1626, 1488], 1)
+    ops.element('FourNodeTetrahedron', 5442, *[391, 1354, 384, 392], 1)
+    ops.element('FourNodeTetrahedron', 5443, *[1293, 1427, 1725, 1576], 1)
+    ops.element('FourNodeTetrahedron', 5444, *[1635, 1556, 1567, 1725], 1)
+    ops.element('FourNodeTetrahedron', 5445, *[1401, 1309, 1378, 1471], 1)
+    ops.element('FourNodeTetrahedron', 5446, *[1397, 1656, 1672, 165], 1)
+    ops.element('FourNodeTetrahedron', 5447, *[296, 292, 295, 1378], 1)
+    ops.element('FourNodeTetrahedron', 5448, *[1607, 1586, 1578, 1730], 1)
+    ops.element('FourNodeTetrahedron', 5449, *[1701, 1441, 1692, 619], 1)
+    ops.element('FourNodeTetrahedron', 5450, *[1298, 1275, 143, 417], 1)
+    ops.element('FourNodeTetrahedron', 5451, *[1607, 1453, 1586, 1587], 1)
+    ops.element('FourNodeTetrahedron', 5452, *[1607, 1586, 1730, 1587], 1)
+    ops.element('FourNodeTetrahedron', 5453, *[1194, 1154, 1709, 622], 1)
+    ops.element('FourNodeTetrahedron', 5454, *[622, 623, 1709, 617], 1)
+    ops.element('FourNodeTetrahedron', 5455, *[1611, 1669, 348, 1122], 1)
+    ops.element('FourNodeTetrahedron', 5456, *[1709, 1154, 623, 622], 1)
+    ops.element('FourNodeTetrahedron', 5457, *[183, 182, 186, 1279], 1)
+    ops.element('FourNodeTetrahedron', 5458, *[1709, 1154, 1409, 623], 1)
+    ops.element('FourNodeTetrahedron', 5459, *[1709, 1409, 617, 623], 1)
+    ops.element('FourNodeTetrahedron', 5460, *[1221, 1218, 1435, 1382], 1)
+    ops.element('FourNodeTetrahedron', 5461, *[1448, 1451, 1627, 1368], 1)
+    ops.element('FourNodeTetrahedron', 5462, *[1484, 1505, 1537, 1476], 1)
+    ops.element('FourNodeTetrahedron', 5463, *[297, 1394, 293, 1309], 1)
+    ops.element('FourNodeTetrahedron', 5464, *[1450, 367, 1373, 1455], 1)
+    ops.element('FourNodeTetrahedron', 5465, *[603, 548, 1697, 547], 1)
+    ops.element('FourNodeTetrahedron', 5466, *[1698, 1506, 1502, 548], 1)
+    ops.element('FourNodeTetrahedron', 5467, *[604, 1506, 548, 549], 1)
+    ops.element('FourNodeTetrahedron', 5468, *[1306, 1432, 251, 1440], 1)
+    ops.element('FourNodeTetrahedron', 5469, *[1574, 1471, 1511, 1709], 1)
+    ops.element('FourNodeTetrahedron', 5470, *[1574, 1194, 1471, 1709], 1)
+    ops.element('FourNodeTetrahedron', 5471, *[1343, 1432, 1683, 1638], 1)
+    ops.element('FourNodeTetrahedron', 5472, *[1325, 1710, 1330, 1570], 1)
+    ops.element('FourNodeTetrahedron', 5473, *[1311, 1339, 1710, 1570], 1)
+    ops.element('FourNodeTetrahedron', 5474, *[1710, 1339, 1345, 1723], 1)
+    ops.element('FourNodeTetrahedron', 5475, *[1684, 620, 459, 458], 1)
+    ops.element('FourNodeTetrahedron', 5476, *[1684, 1682, 459, 620], 1)
+    ops.element('FourNodeTetrahedron', 5477, *[756, 382, 755, 1666], 1)
+    ops.element('FourNodeTetrahedron', 5478, *[1666, 1470, 382, 389], 1)
+    ops.element('FourNodeTetrahedron', 5479, *[1303, 1470, 1666, 389], 1)
+    ops.element('FourNodeTetrahedron', 5480, *[1149, 155, 1510, 1490], 1)
+    ops.element('FourNodeTetrahedron', 5481, *[741, 336, 1320, 1351], 1)
+    ops.element('FourNodeTetrahedron', 5482, *[1570, 1339, 1710, 1723], 1)
+    ops.element('FourNodeTetrahedron', 5483, *[1665, 1355, 189, 433], 1)
+    ops.element('FourNodeTetrahedron', 5484, *[1331, 140, 1318, 415], 1)
+    ops.element('FourNodeTetrahedron', 5485, *[1318, 140, 139, 415], 1)
+    ops.element('FourNodeTetrahedron', 5486, *[758, 1415, 757, 1287], 1)
+    ops.element('FourNodeTetrahedron', 5487, *[1385, 1517, 387, 1521], 1)
+    ops.element('FourNodeTetrahedron', 5488, *[724, 714, 212, 1531], 1)
+    ops.element('FourNodeTetrahedron', 5489, *[1682, 620, 614, 459], 1)
+    ops.element('FourNodeTetrahedron', 5490, *[1697, 1502, 1505, 547], 1)
+    ops.element('FourNodeTetrahedron', 5491, *[1734, 1158, 1448, 1265], 1)
+    ops.element('FourNodeTetrahedron', 5492, *[1378, 1487, 1554, 1717], 1)
+    ops.element('FourNodeTetrahedron', 5493, *[325, 326, 321, 1322], 1)
+    ops.element('FourNodeTetrahedron', 5494, *[349, 1669, 344, 348], 1)
+    ops.element('FourNodeTetrahedron', 5495, *[1429, 1256, 1382, 1375], 1)
+    ops.element('FourNodeTetrahedron', 5496, *[1705, 711, 1703, 1210], 1)
+    ops.element('FourNodeTetrahedron', 5497, *[1537, 1371, 1744, 1514], 1)
+    ops.element('FourNodeTetrahedron', 5498, *[1186, 1670, 308, 309], 1)
+    ops.element('FourNodeTetrahedron', 5499, *[1601, 1335, 409, 487], 1)
+    ops.element('FourNodeTetrahedron', 5500, *[1469, 675, 1694, 672], 1)
+    ops.element('FourNodeTetrahedron', 5501, *[488, 1601, 409, 486], 1)
+    ops.element('FourNodeTetrahedron', 5502, *[1458, 1233, 1577, 1670], 1)
+    ops.element('FourNodeTetrahedron', 5503, *[308, 1458, 313, 1670], 1)
+    ops.element('FourNodeTetrahedron', 5504, *[1458, 1577, 313, 1670], 1)
+    ops.element('FourNodeTetrahedron', 5505, *[308, 1670, 313, 314], 1)
+    ops.element('FourNodeTetrahedron', 5506, *[1670, 1577, 313, 314], 1)
+    ops.element('FourNodeTetrahedron', 5507, *[308, 1128, 1670, 1186], 1)
+    ops.element('FourNodeTetrahedron', 5508, *[308, 1128, 1458, 1670], 1)
+    ops.element('FourNodeTetrahedron', 5509, *[1128, 1233, 1670, 1186], 1)
+    ops.element('FourNodeTetrahedron', 5510, *[1128, 1233, 1458, 1670], 1)
+    ops.element('FourNodeTetrahedron', 5511, *[746, 1690, 384, 1485], 1)
+    ops.element('FourNodeTetrahedron', 5512, *[1415, 1452, 1485, 1500], 1)
+    ops.element('FourNodeTetrahedron', 5513, *[746, 750, 384, 1690], 1)
+    ops.element('FourNodeTetrahedron', 5514, *[1418, 1480, 1604, 1589], 1)
+    ops.element('FourNodeTetrahedron', 5515, *[1690, 750, 384, 1354], 1)
+    ops.element('FourNodeTetrahedron', 5516, *[750, 751, 1354, 1207], 1)
+    ops.element('FourNodeTetrahedron', 5517, *[509, 1380, 490, 667], 1)
+    ops.element('FourNodeTetrahedron', 5518, *[1545, 1488, 1580, 1498], 1)
+    ops.element('FourNodeTetrahedron', 5519, *[1595, 1226, 1237, 1341], 1)
+    ops.element('FourNodeTetrahedron', 5520, *[750, 751, 384, 1354], 1)
+    ops.element('FourNodeTetrahedron', 5521, *[1229, 1146, 1448, 1699], 1)
+    ops.element('FourNodeTetrahedron', 5522, *[1690, 750, 1354, 1207], 1)
+    ops.element('FourNodeTetrahedron', 5523, *[1690, 1207, 1354, 1386], 1)
+    ops.element('FourNodeTetrahedron', 5524, *[1690, 750, 1207, 1153], 1)
+    ops.element('FourNodeTetrahedron', 5525, *[1153, 1207, 1690, 1386], 1)
+    ops.element('FourNodeTetrahedron', 5526, *[1650, 1613, 372, 1501], 1)
+    ops.element('FourNodeTetrahedron', 5527, *[463, 628, 468, 467], 1)
+    ops.element('FourNodeTetrahedron', 5528, *[1704, 1295, 1373, 656], 1)
+    ops.element('FourNodeTetrahedron', 5529, *[521, 1734, 677, 676], 1)
+    ops.element('FourNodeTetrahedron', 5530, *[1456, 1522, 1644, 1615], 1)
+    ops.element('FourNodeTetrahedron', 5531, *[1521, 394, 393, 400], 1)
+    ops.element('FourNodeTetrahedron', 5532, *[1656, 703, 169, 1402], 1)
+    ops.element('FourNodeTetrahedron', 5533, *[1397, 1422, 1656, 1499], 1)
+    ops.element('FourNodeTetrahedron', 5534, *[1422, 1656, 706, 1397], 1)
+    ops.element('FourNodeTetrahedron', 5535, *[229, 1412, 223, 1713], 1)
+    ops.element('FourNodeTetrahedron', 5536, *[1397, 1656, 165, 1499], 1)
+    ops.element('FourNodeTetrahedron', 5537, *[1656, 164, 165, 1499], 1)
+    ops.element('FourNodeTetrahedron', 5538, *[609, 1420, 1693, 604], 1)
+    ops.element('FourNodeTetrahedron', 5539, *[609, 1420, 604, 605], 1)
+    ops.element('FourNodeTetrahedron', 5540, *[1693, 604, 1477, 608], 1)
+    ops.element('FourNodeTetrahedron', 5541, *[521, 1702, 1732, 510], 1)
+    ops.element('FourNodeTetrahedron', 5542, *[279, 1418, 1419, 1342], 1)
+    ops.element('FourNodeTetrahedron', 5543, *[1691, 417, 416, 422], 1)
+    ops.element('FourNodeTetrahedron', 5544, *[1378, 1369, 292, 1334], 1)
+    ops.element('FourNodeTetrahedron', 5545, *[1424, 1561, 1292, 664], 1)
+    ops.element('FourNodeTetrahedron', 5546, *[1614, 1497, 1518, 1613], 1)
+    ops.element('FourNodeTetrahedron', 5547, *[459, 1682, 1551, 614], 1)
+    ops.element('FourNodeTetrahedron', 5548, *[365, 366, 370, 1384], 1)
+    ops.element('FourNodeTetrahedron', 5549, *[1582, 351, 406, 1392], 1)
+    ops.element('FourNodeTetrahedron', 5550, *[1304, 738, 310, 1547], 1)
+    ops.element('FourNodeTetrahedron', 5551, *[770, 761, 769, 1738], 1)
+    ops.element('FourNodeTetrahedron', 5552, *[294, 1367, 290, 1377], 1)
+    ops.element('FourNodeTetrahedron', 5553, *[1283, 529, 1745, 528], 1)
+    ops.element('FourNodeTetrahedron', 5554, *[1360, 1383, 1620, 1535], 1)
+    ops.element('FourNodeTetrahedron', 5555, *[608, 604, 1477, 603], 1)
+    ops.element('FourNodeTetrahedron', 5556, *[1637, 1420, 1584, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5557, *[1719, 1149, 1490, 1191], 1)
+    ops.element('FourNodeTetrahedron', 5558, *[1637, 1420, 1693, 609], 1)
+    ops.element('FourNodeTetrahedron', 5559, *[1535, 1584, 1477, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5560, *[1348, 1145, 1297, 1274], 1)
+    ops.element('FourNodeTetrahedron', 5561, *[1637, 1584, 1535, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5562, *[731, 1678, 730, 1307], 1)
+    ops.element('FourNodeTetrahedron', 5563, *[731, 723, 730, 1678], 1)
+    ops.element('FourNodeTetrahedron', 5564, *[1465, 1616, 401, 371], 1)
+    ops.element('FourNodeTetrahedron', 5565, *[731, 723, 1678, 1173], 1)
+    ops.element('FourNodeTetrahedron', 5566, *[730, 1678, 722, 1325], 1)
+    ops.element('FourNodeTetrahedron', 5567, *[730, 1678, 1325, 1302], 1)
+    ops.element('FourNodeTetrahedron', 5568, *[1261, 138, 185, 1358], 1)
+    ops.element('FourNodeTetrahedron', 5569, *[1678, 722, 1325, 1311], 1)
+    ops.element('FourNodeTetrahedron', 5570, *[1605, 1307, 732, 1357], 1)
+    ops.element('FourNodeTetrahedron', 5571, *[1264, 1252, 1705, 1147], 1)
+    ops.element('FourNodeTetrahedron', 5572, *[1235, 1389, 1390, 1411], 1)
+    ops.element('FourNodeTetrahedron', 5573, *[723, 727, 722, 1311], 1)
+    ops.element('FourNodeTetrahedron', 5574, *[1678, 723, 722, 1311], 1)
+    ops.element('FourNodeTetrahedron', 5575, *[730, 723, 722, 1678], 1)
+    ops.element('FourNodeTetrahedron', 5576, *[1653, 1622, 1624, 1621], 1)
+    ops.element('FourNodeTetrahedron', 5577, *[1621, 1731, 1622, 1652], 1)
+    ops.element('FourNodeTetrahedron', 5578, *[1139, 1162, 1354, 1414], 1)
+    ops.element('FourNodeTetrahedron', 5579, *[1548, 1653, 1621, 1640], 1)
+    ops.element('FourNodeTetrahedron', 5580, *[1516, 1263, 1500, 1509], 1)
+    ops.element('FourNodeTetrahedron', 5581, *[1127, 1209, 1480, 1208], 1)
+    ops.element('FourNodeTetrahedron', 5582, *[1570, 1311, 1481, 1466], 1)
+    ops.element('FourNodeTetrahedron', 5583, *[1643, 1731, 1640, 1635], 1)
+    ops.element('FourNodeTetrahedron', 5584, *[290, 264, 304, 1332], 1)
+    ops.element('FourNodeTetrahedron', 5585, *[704, 702, 1402, 1599], 1)
+    ops.element('FourNodeTetrahedron', 5586, *[1218, 1219, 1410, 1382], 1)
+    ops.element('FourNodeTetrahedron', 5587, *[1643, 1731, 1653, 1640], 1)
+    ops.element('FourNodeTetrahedron', 5588, *[1640, 1731, 1635, 1652], 1)
+    ops.element('FourNodeTetrahedron', 5589, *[256, 257, 261, 1323], 1)
+    ops.element('FourNodeTetrahedron', 5590, *[492, 489, 483, 484], 1)
+    ops.element('FourNodeTetrahedron', 5591, *[253, 257, 256, 1314], 1)
+    ops.element('FourNodeTetrahedron', 5592, *[1731, 1635, 1622, 1652], 1)
+    ops.element('FourNodeTetrahedron', 5593, *[1445, 1295, 1373, 1704], 1)
+    ops.element('FourNodeTetrahedron', 5594, *[1215, 1191, 1648, 1232], 1)
+    ops.element('FourNodeTetrahedron', 5595, *[1579, 1690, 746, 1485], 1)
+    ops.element('FourNodeTetrahedron', 5596, *[433, 1468, 432, 437], 1)
+    ops.element('FourNodeTetrahedron', 5597, *[517, 1462, 1465, 491], 1)
+    ops.element('FourNodeTetrahedron', 5598, *[762, 755, 763, 1303], 1)
+    ops.element('FourNodeTetrahedron', 5599, *[454, 1377, 1682, 1684], 1)
+    ops.element('FourNodeTetrahedron', 5600, *[454, 1684, 1682, 459], 1)
+    ops.element('FourNodeTetrahedron', 5601, *[1345, 715, 1349, 708], 1)
+    ops.element('FourNodeTetrahedron', 5602, *[1580, 417, 416, 1691], 1)
+    ops.element('FourNodeTetrahedron', 5603, *[1384, 471, 378, 1663], 1)
+    ops.element('FourNodeTetrahedron', 5604, *[1707, 1597, 668, 671], 1)
+    ops.element('FourNodeTetrahedron', 5605, *[670, 671, 1707, 668], 1)
+    ops.element('FourNodeTetrahedron', 5606, *[1311, 1264, 1705, 1147], 1)
+    ops.element('FourNodeTetrahedron', 5607, *[1189, 1201, 1400, 1404], 1)
+    ops.element('FourNodeTetrahedron', 5608, *[1663, 471, 470, 476], 1)
+    ops.element('FourNodeTetrahedron', 5609, *[1287, 1416, 1415, 1437], 1)
+    ops.element('FourNodeTetrahedron', 5610, *[1663, 476, 475, 655], 1)
+    ops.element('FourNodeTetrahedron', 5611, *[1136, 1206, 1434, 1400], 1)
+    ops.element('FourNodeTetrahedron', 5612, *[1569, 1578, 1397, 1629], 1)
+    ops.element('FourNodeTetrahedron', 5613, *[1663, 475, 470, 476], 1)
+    ops.element('FourNodeTetrahedron', 5614, *[661, 655, 1663, 654], 1)
+    ops.element('FourNodeTetrahedron', 5615, *[1547, 1174, 1357, 1417], 1)
+    ops.element('FourNodeTetrahedron', 5616, *[719, 724, 240, 1531], 1)
+    ops.element('FourNodeTetrahedron', 5617, *[217, 1350, 216, 219], 1)
+    ops.element('FourNodeTetrahedron', 5618, *[1223, 1235, 1411, 1236], 1)
+    ops.element('FourNodeTetrahedron', 5619, *[1529, 661, 1663, 654], 1)
+    ops.element('FourNodeTetrahedron', 5620, *[1737, 1310, 1353, 1324], 1)
+    ops.element('FourNodeTetrahedron', 5621, *[655, 1663, 475, 654], 1)
+    ops.element('FourNodeTetrahedron', 5622, *[1168, 1160, 1297, 1676], 1)
+    ops.element('FourNodeTetrahedron', 5623, *[433, 1355, 189, 432], 1)
+    ops.element('FourNodeTetrahedron', 5624, *[1366, 1132, 1389, 1398], 1)
+    ops.element('FourNodeTetrahedron', 5625, *[1469, 1426, 1694, 675], 1)
+    ops.element('FourNodeTetrahedron', 5626, *[272, 1413, 1391, 1565], 1)
+    ops.element('FourNodeTetrahedron', 5627, *[1274, 1254, 1145, 1676], 1)
+    ops.element('FourNodeTetrahedron', 5628, *[262, 1327, 1310, 1324], 1)
+    ops.element('FourNodeTetrahedron', 5629, *[1457, 629, 1572, 626], 1)
+    ops.element('FourNodeTetrahedron', 5630, *[1145, 1168, 1297, 1676], 1)
+    ops.element('FourNodeTetrahedron', 5631, *[1254, 1168, 1676, 650], 1)
+    ops.element('FourNodeTetrahedron', 5632, *[1391, 1583, 1333, 1359], 1)
+    ops.element('FourNodeTetrahedron', 5633, *[1712, 1484, 1537, 1476], 1)
+    ops.element('FourNodeTetrahedron', 5634, *[1706, 1467, 1511, 1282], 1)
+    ops.element('FourNodeTetrahedron', 5635, *[1706, 1336, 1511, 1467], 1)
+    ops.element('FourNodeTetrahedron', 5636, *[1706, 1558, 1408, 1511], 1)
+    ops.element('FourNodeTetrahedron', 5637, *[282, 1718, 278, 283], 1)
+    ops.element('FourNodeTetrahedron', 5638, *[365, 1384, 378, 1393], 1)
+    ops.element('FourNodeTetrahedron', 5639, *[1667, 1185, 1660, 1395], 1)
+    ops.element('FourNodeTetrahedron', 5640, *[1489, 1405, 1706, 1467], 1)
+    ops.element('FourNodeTetrahedron', 5641, *[627, 628, 1364, 467], 1)
+    ops.element('FourNodeTetrahedron', 5642, *[1492, 1301, 1362, 649], 1)
+    ops.element('FourNodeTetrahedron', 5643, *[1679, 1405, 327, 1706], 1)
+    ops.element('FourNodeTetrahedron', 5644, *[1308, 1660, 334, 1667], 1)
+    ops.element('FourNodeTetrahedron', 5645, *[1316, 1706, 327, 1282], 1)
+    ops.element('FourNodeTetrahedron', 5646, *[1679, 1489, 1706, 1316], 1)
+    ops.element('FourNodeTetrahedron', 5647, *[1152, 1194, 1574, 1472], 1)
+    ops.element('FourNodeTetrahedron', 5648, *[1405, 1336, 327, 1706], 1)
+    ops.element('FourNodeTetrahedron', 5649, *[707, 706, 1672, 1397], 1)
+    ops.element('FourNodeTetrahedron', 5650, *[478, 1662, 465, 649], 1)
+    ops.element('FourNodeTetrahedron', 5651, *[665, 1288, 658, 664], 1)
+    ops.element('FourNodeTetrahedron', 5652, *[1229, 1222, 1493, 1146], 1)
+    ops.element('FourNodeTetrahedron', 5653, *[1259, 650, 659, 666], 1)
+    ops.element('FourNodeTetrahedron', 5654, *[1221, 1435, 1507, 1382], 1)
+    ops.element('FourNodeTetrahedron', 5655, *[708, 706, 707, 1397], 1)
+    ops.element('FourNodeTetrahedron', 5656, *[1529, 1663, 470, 1736], 1)
+    ops.element('FourNodeTetrahedron', 5657, *[707, 171, 172, 1672], 1)
+    ops.element('FourNodeTetrahedron', 5658, *[172, 1672, 171, 166], 1)
+    ops.element('FourNodeTetrahedron', 5659, *[1374, 1412, 229, 1713], 1)
+    ops.element('FourNodeTetrahedron', 5660, *[230, 1713, 1407, 1559], 1)
+    ops.element('FourNodeTetrahedron', 5661, *[1371, 1713, 230, 1559], 1)
+    ops.element('FourNodeTetrahedron', 5662, *[229, 1713, 230, 1371], 1)
+    ops.element('FourNodeTetrahedron', 5663, *[1185, 1388, 1395, 1182], 1)
+    ops.element('FourNodeTetrahedron', 5664, *[229, 1713, 223, 230], 1)
+    ops.element('FourNodeTetrahedron', 5665, *[1374, 1621, 1412, 1623], 1)
+    ops.element('FourNodeTetrahedron', 5666, *[1459, 1720, 1446, 1294], 1)
+    ops.element('FourNodeTetrahedron', 5667, *[1340, 1595, 405, 1315], 1)
+    ops.element('FourNodeTetrahedron', 5668, *[1374, 1412, 1713, 1623], 1)
+    ops.element('FourNodeTetrahedron', 5669, *[1374, 1713, 229, 1371], 1)
+    ops.element('FourNodeTetrahedron', 5670, *[1186, 1670, 309, 1571], 1)
+    ops.element('FourNodeTetrahedron', 5671, *[1476, 602, 1514, 601], 1)
+    ops.element('FourNodeTetrahedron', 5672, *[262, 1310, 1737, 1324], 1)
+    ops.element('FourNodeTetrahedron', 5673, *[1403, 1489, 1322, 1572], 1)
+    ops.element('FourNodeTetrahedron', 5674, *[1403, 1679, 1322, 1489], 1)
+    ops.element('FourNodeTetrahedron', 5675, *[326, 1714, 1405, 1679], 1)
+    ops.element('FourNodeTetrahedron', 5676, *[741, 740, 1351, 1192], 1)
+    ops.element('FourNodeTetrahedron', 5677, *[1719, 1149, 1510, 1490], 1)
+    ops.element('FourNodeTetrahedron', 5678, *[135, 153, 136, 1271], 1)
+    ops.element('FourNodeTetrahedron', 5679, *[1286, 381, 754, 388], 1)
+    ops.element('FourNodeTetrahedron', 5680, *[1608, 1719, 1510, 1490], 1)
+    ops.element('FourNodeTetrahedron', 5681, *[1130, 1224, 1719, 1149], 1)
+    ops.element('FourNodeTetrahedron', 5682, *[1547, 1657, 315, 316], 1)
+    ops.element('FourNodeTetrahedron', 5683, *[1454, 1255, 1406, 1719], 1)
+    ops.element('FourNodeTetrahedron', 5684, *[741, 1192, 1320, 1161], 1)
+    ops.element('FourNodeTetrahedron', 5685, *[1507, 397, 403, 404], 1)
+    ops.element('FourNodeTetrahedron', 5686, *[1364, 1489, 1316, 628], 1)
+    ops.element('FourNodeTetrahedron', 5687, *[1454, 1406, 1639, 1719], 1)
+    ops.element('FourNodeTetrahedron', 5688, *[1255, 1224, 1719, 1130], 1)
+    ops.element('FourNodeTetrahedron', 5689, *[1454, 1255, 1719, 1130], 1)
+    ops.element('FourNodeTetrahedron', 5690, *[1255, 1141, 1406, 1224], 1)
+    ops.element('FourNodeTetrahedron', 5691, *[1406, 1438, 1639, 1719], 1)
+    ops.element('FourNodeTetrahedron', 5692, *[1719, 1224, 1510, 1149], 1)
+    ops.element('FourNodeTetrahedron', 5693, *[1507, 404, 403, 1677], 1)
+    ops.element('FourNodeTetrahedron', 5694, *[255, 259, 258, 1383], 1)
+    ops.element('FourNodeTetrahedron', 5695, *[1445, 366, 365, 1384], 1)
+    ops.element('FourNodeTetrahedron', 5696, *[359, 366, 365, 1445], 1)
+    ops.element('FourNodeTetrahedron', 5697, *[1664, 754, 380, 388], 1)
+    ops.element('FourNodeTetrahedron', 5698, *[1507, 1677, 403, 1497], 1)
+    ops.element('FourNodeTetrahedron', 5699, *[1483, 1390, 1612, 1568], 1)
+    ops.element('FourNodeTetrahedron', 5700, *[1744, 1371, 232, 1514], 1)
+    ops.element('FourNodeTetrahedron', 5701, *[1367, 1715, 1377, 1449], 1)
+    ops.element('FourNodeTetrahedron', 5702, *[1505, 1591, 546, 547], 1)
+    ops.element('FourNodeTetrahedron', 5703, *[1334, 1533, 1289, 1715], 1)
+    ops.element('FourNodeTetrahedron', 5704, *[359, 360, 366, 1632], 1)
+    ops.element('FourNodeTetrahedron', 5705, *[403, 1677, 404, 374], 1)
+    ops.element('FourNodeTetrahedron', 5706, *[1497, 1677, 403, 374], 1)
+    ops.element('FourNodeTetrahedron', 5707, *[1226, 1237, 1178, 1341], 1)
+    ops.element('FourNodeTetrahedron', 5708, *[279, 1418, 1443, 1419], 1)
+    ops.element('FourNodeTetrahedron', 5709, *[262, 263, 234, 1310], 1)
+    ops.element('FourNodeTetrahedron', 5710, *[1141, 1170, 1438, 1224], 1)
+    ops.element('FourNodeTetrahedron', 5711, *[1382, 1340, 1677, 1375], 1)
+    ops.element('FourNodeTetrahedron', 5712, *[654, 1736, 474, 475], 1)
+    ops.element('FourNodeTetrahedron', 5713, *[1382, 1340, 404, 1677], 1)
+    ops.element('FourNodeTetrahedron', 5714, *[1677, 1340, 404, 375], 1)
+    ops.element('FourNodeTetrahedron', 5715, *[1340, 1315, 405, 375], 1)
+    ops.element('FourNodeTetrahedron', 5716, *[232, 229, 230, 1371], 1)
+    ops.element('FourNodeTetrahedron', 5717, *[1241, 1308, 1671, 1250], 1)
+    ops.element('FourNodeTetrahedron', 5718, *[1452, 1153, 1579, 1681], 1)
+    ops.element('FourNodeTetrahedron', 5719, *[404, 1340, 405, 375], 1)
+    ops.element('FourNodeTetrahedron', 5720, *[1537, 1371, 1514, 1505], 1)
+    ops.element('FourNodeTetrahedron', 5721, *[1475, 1644, 1581, 1655], 1)
+    ops.element('FourNodeTetrahedron', 5722, *[1234, 1225, 1315, 1180], 1)
+    ops.element('FourNodeTetrahedron', 5723, *[1249, 1238, 1625, 525], 1)
+    ops.element('FourNodeTetrahedron', 5724, *[1581, 1655, 1642, 1610], 1)
+    ops.element('FourNodeTetrahedron', 5725, *[1397, 1499, 165, 162], 1)
+    ops.element('FourNodeTetrahedron', 5726, *[514, 1159, 1352, 513], 1)
+    ops.element('FourNodeTetrahedron', 5727, *[1352, 1134, 1526, 513], 1)
+    ops.element('FourNodeTetrahedron', 5728, *[303, 1332, 304, 455], 1)
+    ops.element('FourNodeTetrahedron', 5729, *[1530, 1326, 1269, 1538], 1)
+    ops.element('FourNodeTetrahedron', 5730, *[519, 1518, 518, 517], 1)
+    ops.element('FourNodeTetrahedron', 5731, *[365, 370, 378, 1384], 1)
+    ops.element('FourNodeTetrahedron', 5732, *[1384, 370, 378, 471], 1)
+    ops.element('FourNodeTetrahedron', 5733, *[1450, 1464, 367, 1455], 1)
+    ops.element('FourNodeTetrahedron', 5734, *[1538, 1326, 1358, 1318], 1)
+    ops.element('FourNodeTetrahedron', 5735, *[1429, 1382, 1677, 1375], 1)
+    ops.element('FourNodeTetrahedron', 5736, *[306, 1304, 311, 1361], 1)
+    ops.element('FourNodeTetrahedron', 5737, *[1507, 1382, 404, 1677], 1)
+    ops.element('FourNodeTetrahedron', 5738, *[1683, 1475, 1581, 1609], 1)
+    ops.element('FourNodeTetrahedron', 5739, *[1390, 1341, 376, 1612], 1)
+    ops.element('FourNodeTetrahedron', 5740, *[1177, 1667, 1716, 1137], 1)
+    ops.element('FourNodeTetrahedron', 5741, *[1400, 1136, 1206, 1201], 1)
+    ops.element('FourNodeTetrahedron', 5742, *[445, 1313, 446, 601], 1)
+    ops.element('FourNodeTetrahedron', 5743, *[1411, 1235, 1132, 1244], 1)
+    ops.element('FourNodeTetrahedron', 5744, *[444, 1305, 231, 442], 1)
+    ops.element('FourNodeTetrahedron', 5745, *[761, 1287, 1300, 1352], 1)
+    ops.element('FourNodeTetrahedron', 5746, *[187, 1742, 186, 1665], 1)
+    ops.element('FourNodeTetrahedron', 5747, *[493, 1465, 483, 492], 1)
+    ops.element('FourNodeTetrahedron', 5748, *[265, 1314, 264, 1284], 1)
+    ops.element('FourNodeTetrahedron', 5749, *[1338, 1475, 1342, 1683], 1)
+    ops.element('FourNodeTetrahedron', 5750, *[1521, 393, 400, 414], 1)
+    ops.element('FourNodeTetrahedron', 5751, *[1492, 1398, 1457, 648], 1)
+    ops.element('FourNodeTetrahedron', 5752, *[1581, 1644, 1548, 1655], 1)
+    ops.element('FourNodeTetrahedron', 5753, *[1338, 1475, 1683, 1432], 1)
+    ops.element('FourNodeTetrahedron', 5754, *[255, 1338, 1683, 1343], 1)
+    ops.element('FourNodeTetrahedron', 5755, *[1672, 706, 171, 1656], 1)
+    ops.element('FourNodeTetrahedron', 5756, *[1402, 168, 169, 163], 1)
+    ops.element('FourNodeTetrahedron', 5757, *[334, 335, 330, 1395], 1)
+    ops.element('FourNodeTetrahedron', 5758, *[255, 1338, 1342, 1683], 1)
+    ops.element('FourNodeTetrahedron', 5759, *[1711, 1609, 1383, 1584], 1)
+    ops.element('FourNodeTetrahedron', 5760, *[1649, 1627, 1460, 1700], 1)
+    ops.element('FourNodeTetrahedron', 5761, *[1720, 1704, 1294, 1694], 1)
+    ops.element('FourNodeTetrahedron', 5762, *[1659, 1171, 1361, 1253], 1)
+    ops.element('FourNodeTetrahedron', 5763, *[1659, 1361, 307, 1458], 1)
+    ops.element('FourNodeTetrahedron', 5764, *[220, 1344, 222, 1541], 1)
+    ops.element('FourNodeTetrahedron', 5765, *[220, 1344, 218, 222], 1)
+    ops.element('FourNodeTetrahedron', 5766, *[1659, 1253, 1361, 1458], 1)
+    ops.element('FourNodeTetrahedron', 5767, *[1198, 1253, 1659, 1458], 1)
+    ops.element('FourNodeTetrahedron', 5768, *[307, 1659, 1198, 1458], 1)
+    ops.element('FourNodeTetrahedron', 5769, *[755, 1666, 381, 1286], 1)
+    ops.element('FourNodeTetrahedron', 5770, *[1435, 1217, 1410, 1218], 1)
+    ops.element('FourNodeTetrahedron', 5771, *[238, 1313, 239, 444], 1)
+    ops.element('FourNodeTetrahedron', 5772, *[1659, 1361, 306, 307], 1)
+    ops.element('FourNodeTetrahedron', 5773, *[1435, 1218, 1410, 1382], 1)
+    ops.element('FourNodeTetrahedron', 5774, *[1197, 1142, 1659, 1198], 1)
+    ops.element('FourNodeTetrahedron', 5775, *[1197, 1659, 344, 1669], 1)
+    ops.element('FourNodeTetrahedron', 5776, *[1197, 1198, 1659, 1669], 1)
+    ops.element('FourNodeTetrahedron', 5777, *[344, 1659, 307, 1669], 1)
+    ops.element('FourNodeTetrahedron', 5778, *[340, 1659, 306, 307], 1)
+    ops.element('FourNodeTetrahedron', 5779, *[1142, 1253, 1659, 1198], 1)
+    ops.element('FourNodeTetrahedron', 5780, *[1509, 1221, 1507, 1525], 1)
+    ops.element('FourNodeTetrahedron', 5781, *[1644, 1653, 1548, 1655], 1)
+    ops.element('FourNodeTetrahedron', 5782, *[1499, 164, 165, 161], 1)
+    ops.element('FourNodeTetrahedron', 5783, *[1655, 1653, 1548, 1640], 1)
+    ops.element('FourNodeTetrahedron', 5784, *[1412, 1271, 223, 1532], 1)
+    ops.element('FourNodeTetrahedron', 5785, *[1215, 1191, 1646, 1648], 1)
+    ops.element('FourNodeTetrahedron', 5786, *[1579, 1153, 1690, 1386], 1)
+    ops.element('FourNodeTetrahedron', 5787, *[766, 1527, 481, 1312], 1)
+    ops.element('FourNodeTetrahedron', 5788, *[138, 139, 188, 1318], 1)
+    ops.element('FourNodeTetrahedron', 5789, *[517, 1650, 1380, 1494], 1)
+    ops.element('FourNodeTetrahedron', 5790, *[517, 1462, 491, 1380], 1)
+    ops.element('FourNodeTetrahedron', 5791, *[1648, 1191, 1519, 1232], 1)
+    ops.element('FourNodeTetrahedron', 5792, *[453, 1319, 454, 457], 1)
+    ops.element('FourNodeTetrahedron', 5793, *[1411, 1483, 1631, 1543], 1)
+    ops.element('FourNodeTetrahedron', 5794, *[1548, 1621, 1546, 1729], 1)
+    ops.element('FourNodeTetrahedron', 5795, *[1548, 1621, 1729, 1640], 1)
+    ops.element('FourNodeTetrahedron', 5796, *[1583, 1723, 1557, 1727], 1)
+    ops.element('FourNodeTetrahedron', 5797, *[1727, 1723, 1557, 1607], 1)
+    ops.element('FourNodeTetrahedron', 5798, *[1413, 1583, 1391, 1565], 1)
+    ops.element('FourNodeTetrahedron', 5799, *[1399, 1565, 1413, 1727], 1)
+    ops.element('FourNodeTetrahedron', 5800, *[238, 232, 239, 1313], 1)
+    ops.element('FourNodeTetrahedron', 5801, *[1709, 1409, 1487, 1701], 1)
+    ops.element('FourNodeTetrahedron', 5802, *[1413, 1570, 1583, 1727], 1)
+    ops.element('FourNodeTetrahedron', 5803, *[1399, 1570, 1413, 1727], 1)
+    ops.element('FourNodeTetrahedron', 5804, *[1399, 1727, 1565, 1418], 1)
+    ops.element('FourNodeTetrahedron', 5805, *[1294, 1687, 1663, 655], 1)
+    ops.element('FourNodeTetrahedron', 5806, *[1177, 1185, 1667, 1137], 1)
+    ops.element('FourNodeTetrahedron', 5807, *[547, 1478, 546, 534], 1)
+    ops.element('FourNodeTetrahedron', 5808, *[1663, 1687, 471, 476], 1)
+    ops.element('FourNodeTetrahedron', 5809, *[1667, 1243, 1185, 1177], 1)
+    ops.element('FourNodeTetrahedron', 5810, *[235, 1374, 233, 1353], 1)
+    ops.element('FourNodeTetrahedron', 5811, *[517, 1494, 1380, 509], 1)
+    ops.element('FourNodeTetrahedron', 5812, *[213, 1333, 214, 215], 1)
+    ops.element('FourNodeTetrahedron', 5813, *[1630, 1453, 1454, 1722], 1)
+    ops.element('FourNodeTetrahedron', 5814, *[1500, 1485, 1681, 397], 1)
+    ops.element('FourNodeTetrahedron', 5815, *[1489, 631, 1696, 628], 1)
+    ops.element('FourNodeTetrahedron', 5816, *[1549, 150, 151, 1280], 1)
+    ops.element('FourNodeTetrahedron', 5817, *[1722, 1454, 1630, 1645], 1)
+    ops.element('FourNodeTetrahedron', 5818, *[1722, 1454, 1645, 1522], 1)
+    ops.element('FourNodeTetrahedron', 5819, *[1426, 1295, 1704, 663], 1)
+    ops.element('FourNodeTetrahedron', 5820, *[1456, 1204, 1722, 1522], 1)
+    ops.element('FourNodeTetrahedron', 5821, *[1718, 1466, 1480, 1202], 1)
+    ops.element('FourNodeTetrahedron', 5822, *[1430, 1202, 1718, 1589], 1)
+    ops.element('FourNodeTetrahedron', 5823, *[1373, 1455, 1362, 646], 1)
+    ops.element('FourNodeTetrahedron', 5824, *[1718, 1202, 1480, 1589], 1)
+    ops.element('FourNodeTetrahedron', 5825, *[1159, 1287, 760, 1352], 1)
+    ops.element('FourNodeTetrahedron', 5826, *[771, 760, 770, 1352], 1)
+    ops.element('FourNodeTetrahedron', 5827, *[1323, 1324, 1537, 1712], 1)
+    ops.element('FourNodeTetrahedron', 5828, *[1718, 1480, 1418, 1589], 1)
+    ops.element('FourNodeTetrahedron', 5829, *[1718, 1480, 1727, 1418], 1)
+    ops.element('FourNodeTetrahedron', 5830, *[297, 1394, 319, 293], 1)
+    ops.element('FourNodeTetrahedron', 5831, *[1312, 1385, 1527, 1521], 1)
+    ops.element('FourNodeTetrahedron', 5832, *[1718, 1466, 1727, 1480], 1)
+    ops.element('FourNodeTetrahedron', 5833, *[405, 1582, 406, 1595], 1)
+    ops.element('FourNodeTetrahedron', 5834, *[345, 1669, 344, 349], 1)
+    ops.element('FourNodeTetrahedron', 5835, *[1476, 602, 601, 607], 1)
+    ops.element('FourNodeTetrahedron', 5836, *[1466, 1727, 1399, 1718], 1)
+    ops.element('FourNodeTetrahedron', 5837, *[1718, 1727, 1399, 1418], 1)
+    ops.element('FourNodeTetrahedron', 5838, *[1321, 1476, 1328, 1313], 1)
+    ops.element('FourNodeTetrahedron', 5839, *[1563, 1476, 1313, 601], 1)
+    ops.element('FourNodeTetrahedron', 5840, *[1605, 732, 1428, 1302], 1)
+    ops.element('FourNodeTetrahedron', 5841, *[1697, 1698, 1502, 548], 1)
+    ops.element('FourNodeTetrahedron', 5842, *[251, 1432, 1343, 1440], 1)
+    ops.element('FourNodeTetrahedron', 5843, *[1623, 1618, 1713, 1559], 1)
+    ops.element('FourNodeTetrahedron', 5844, *[1409, 616, 1441, 619], 1)
+    ops.element('FourNodeTetrahedron', 5845, *[1350, 1356, 218, 1344], 1)
+    ops.element('FourNodeTetrahedron', 5846, *[1491, 1358, 432, 431], 1)
+    ops.element('FourNodeTetrahedron', 5847, *[1538, 1358, 1355, 1555], 1)
+    ops.element('FourNodeTetrahedron', 5848, *[190, 1665, 189, 433], 1)
+    ops.element('FourNodeTetrahedron', 5849, *[702, 713, 1743, 1157], 1)
+    ops.element('FourNodeTetrahedron', 5850, *[1402, 1743, 175, 1157], 1)
+    ops.element('FourNodeTetrahedron', 5851, *[1326, 138, 1261, 1358], 1)
+    ops.element('FourNodeTetrahedron', 5852, *[724, 715, 714, 1349], 1)
+    ops.element('FourNodeTetrahedron', 5853, *[702, 713, 167, 1743], 1)
+    ops.element('FourNodeTetrahedron', 5854, *[1464, 1492, 1362, 1455], 1)
+    ops.element('FourNodeTetrahedron', 5855, *[547, 1473, 1283, 535], 1)
+    ops.element('FourNodeTetrahedron', 5856, *[449, 1539, 448, 1299], 1)
+    ops.element('FourNodeTetrahedron', 5857, *[1277, 433, 190, 434], 1)
+    ops.element('FourNodeTetrahedron', 5858, *[1522, 1645, 1653, 1731], 1)
+    ops.element('FourNodeTetrahedron', 5859, *[1460, 1426, 675, 678], 1)
+    ops.element('FourNodeTetrahedron', 5860, *[187, 1665, 190, 1277], 1)
+    ops.element('FourNodeTetrahedron', 5861, *[1654, 1499, 1479, 1513], 1)
+    ops.element('FourNodeTetrahedron', 5862, *[1221, 1256, 1429, 1220], 1)
+    ops.element('FourNodeTetrahedron', 5863, *[1221, 1256, 1382, 1429], 1)
+    ops.element('FourNodeTetrahedron', 5864, *[1429, 1256, 1375, 1223], 1)
+    ops.element('FourNodeTetrahedron', 5865, *[320, 325, 321, 1322], 1)
+    ops.element('FourNodeTetrahedron', 5866, *[1220, 1256, 1429, 1223], 1)
+    ops.element('FourNodeTetrahedron', 5867, *[518, 1352, 1526, 513], 1)
+    ops.element('FourNodeTetrahedron', 5868, *[1426, 1704, 1694, 662], 1)
+    ops.element('FourNodeTetrahedron', 5869, *[1434, 1633, 1428, 282], 1)
+    ops.element('FourNodeTetrahedron', 5870, *[732, 730, 729, 1428], 1)
+    ops.element('FourNodeTetrahedron', 5871, *[1546, 1653, 1624, 1621], 1)
+    ops.element('FourNodeTetrahedron', 5872, *[1300, 1263, 1500, 1516], 1)
+    ops.element('FourNodeTetrahedron', 5873, *[1486, 1524, 1584, 1420], 1)
+    ops.element('FourNodeTetrahedron', 5874, *[222, 135, 181, 1271], 1)
+    ops.element('FourNodeTetrahedron', 5875, *[675, 662, 1694, 672], 1)
+    ops.element('FourNodeTetrahedron', 5876, *[1138, 1156, 1433, 1196], 1)
+    ops.element('FourNodeTetrahedron', 5877, *[1570, 1481, 1607, 1480], 1)
+    ops.element('FourNodeTetrahedron', 5878, *[647, 648, 1492, 649], 1)
+    ops.element('FourNodeTetrahedron', 5879, *[1426, 662, 1694, 675], 1)
+    ops.element('FourNodeTetrahedron', 5880, *[1388, 1564, 299, 1401], 1)
+    ops.element('FourNodeTetrahedron', 5881, *[384, 751, 385, 1354], 1)
+    ops.element('FourNodeTetrahedron', 5882, *[1706, 1467, 1282, 1696], 1)
+    ops.element('FourNodeTetrahedron', 5883, *[1696, 1467, 1282, 624], 1)
+    ops.element('FourNodeTetrahedron', 5884, *[628, 1696, 1282, 624], 1)
+    ops.element('FourNodeTetrahedron', 5885, *[334, 1660, 352, 335], 1)
+    ops.element('FourNodeTetrahedron', 5886, *[1660, 1571, 352, 335], 1)
+    ops.element('FourNodeTetrahedron', 5887, *[1122, 1571, 352, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5888, *[1660, 1122, 1183, 1185], 1)
+    ops.element('FourNodeTetrahedron', 5889, *[230, 1347, 231, 1305], 1)
+    ops.element('FourNodeTetrahedron', 5890, *[1470, 382, 389, 390], 1)
+    ops.element('FourNodeTetrahedron', 5891, *[1470, 744, 382, 390], 1)
+    ops.element('FourNodeTetrahedron', 5892, *[1347, 1277, 440, 1296], 1)
+    ops.element('FourNodeTetrahedron', 5893, *[1660, 1122, 1571, 1183], 1)
+    ops.element('FourNodeTetrahedron', 5894, *[1185, 1388, 1660, 1395], 1)
+    ops.element('FourNodeTetrahedron', 5895, *[1396, 1508, 148, 1275], 1)
+    ops.element('FourNodeTetrahedron', 5896, *[1341, 1125, 1423, 1389], 1)
+    ops.element('FourNodeTetrahedron', 5897, *[1511, 1717, 1408, 1701], 1)
+    ops.element('FourNodeTetrahedron', 5898, *[1660, 1183, 1571, 1388], 1)
+    ops.element('FourNodeTetrahedron', 5899, *[292, 266, 291, 1334], 1)
+    ops.element('FourNodeTetrahedron', 5900, *[1308, 1243, 1660, 1667], 1)
+    ops.element('FourNodeTetrahedron', 5901, *[1166, 1122, 1660, 1243], 1)
+    ops.element('FourNodeTetrahedron', 5902, *[1308, 1166, 1660, 1243], 1)
+    ops.element('FourNodeTetrahedron', 5903, *[1308, 1166, 1611, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5904, *[1166, 1122, 1611, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5905, *[1142, 1171, 1708, 1659], 1)
+    ops.element('FourNodeTetrahedron', 5906, *[1308, 1611, 353, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5907, *[1611, 352, 353, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5908, *[1611, 1122, 352, 1660], 1)
+    ops.element('FourNodeTetrahedron', 5909, *[353, 1660, 352, 334], 1)
+    ops.element('FourNodeTetrahedron', 5910, *[1609, 1655, 1581, 1610], 1)
+    ops.element('FourNodeTetrahedron', 5911, *[225, 187, 190, 1277], 1)
+    ops.element('FourNodeTetrahedron', 5912, *[648, 1457, 649, 629], 1)
+    ops.element('FourNodeTetrahedron', 5913, *[1557, 1723, 1569, 1730], 1)
+    ops.element('FourNodeTetrahedron', 5914, *[324, 1739, 325, 320], 1)
+    ops.element('FourNodeTetrahedron', 5915, *[1532, 1742, 184, 1273], 1)
+    ops.element('FourNodeTetrahedron', 5916, *[1172, 1249, 1673, 532], 1)
+    ops.element('FourNodeTetrahedron', 5917, *[1172, 1249, 1427, 1673], 1)
+    ops.element('FourNodeTetrahedron', 5918, *[550, 1673, 537, 538], 1)
+    ops.element('FourNodeTetrahedron', 5919, *[1271, 1269, 1532, 1530], 1)
+    ops.element('FourNodeTetrahedron', 5920, *[258, 262, 261, 1324], 1)
+    ops.element('FourNodeTetrahedron', 5921, *[1340, 1164, 1582, 1595], 1)
+    ops.element('FourNodeTetrahedron', 5922, *[378, 471, 470, 1663], 1)
+    ops.element('FourNodeTetrahedron', 5923, *[1414, 1163, 1590, 399], 1)
+    ops.element('FourNodeTetrahedron', 5924, *[1529, 654, 1736, 660], 1)
+    ops.element('FourNodeTetrahedron', 5925, *[1149, 177, 155, 178], 1)
+    ops.element('FourNodeTetrahedron', 5926, *[1561, 1288, 1292, 664], 1)
+    ops.element('FourNodeTetrahedron', 5927, *[551, 1673, 550, 538], 1)
+    ops.element('FourNodeTetrahedron', 5928, *[551, 1172, 1673, 538], 1)
+    ops.element('FourNodeTetrahedron', 5929, *[392, 1668, 343, 1590], 1)
+    ops.element('FourNodeTetrahedron', 5930, *[1673, 532, 531, 538], 1)
+    ops.element('FourNodeTetrahedron', 5931, *[1326, 1331, 1318, 1542], 1)
+    ops.element('FourNodeTetrahedron', 5932, *[1368, 666, 665, 684], 1)
+    ops.element('FourNodeTetrahedron', 5933, *[1172, 532, 1673, 538], 1)
+    ops.element('FourNodeTetrahedron', 5934, *[1610, 1506, 1642, 1698], 1)
+    ops.element('FourNodeTetrahedron', 5935, *[1477, 1610, 1642, 1698], 1)
+    ops.element('FourNodeTetrahedron', 5936, *[1426, 1445, 1720, 1704], 1)
+    ops.element('FourNodeTetrahedron', 5937, *[254, 1383, 1360, 1290], 1)
+    ops.element('FourNodeTetrahedron', 5938, *[1610, 1506, 1698, 604], 1)
+    ops.element('FourNodeTetrahedron', 5939, *[1477, 1610, 1698, 604], 1)
+    ops.element('FourNodeTetrahedron', 5940, *[1592, 1442, 1421, 1585], 1)
+    ops.element('FourNodeTetrahedron', 5941, *[1465, 400, 414, 407], 1)
+    ops.element('FourNodeTetrahedron', 5942, *[1736, 1663, 470, 475], 1)
+    ops.element('FourNodeTetrahedron', 5943, *[1733, 1300, 1573, 518], 1)
+    ops.element('FourNodeTetrahedron', 5944, *[627, 630, 1593, 631], 1)
+    ops.element('FourNodeTetrahedron', 5945, *[356, 371, 357, 1462], 1)
+    ops.element('FourNodeTetrahedron', 5946, *[356, 357, 410, 1462], 1)
+    ops.element('FourNodeTetrahedron', 5947, *[533, 527, 1296, 439], 1)
+    ops.element('FourNodeTetrahedron', 5948, *[295, 1378, 1367, 1408], 1)
+    ops.element('FourNodeTetrahedron', 5949, *[298, 1319, 302, 454], 1)
+    ops.element('FourNodeTetrahedron', 5950, *[1378, 1717, 1367, 1408], 1)
+    ops.element('FourNodeTetrahedron', 5951, *[1471, 1487, 1717, 1511], 1)
+    ops.element('FourNodeTetrahedron', 5952, *[1471, 1487, 1378, 1717], 1)
+    ops.element('FourNodeTetrahedron', 5953, *[1471, 1717, 1378, 1408], 1)
+    ops.element('FourNodeTetrahedron', 5954, *[656, 1266, 1373, 646], 1)
+    ops.element('FourNodeTetrahedron', 5955, *[1461, 1533, 1290, 1463], 1)
+    ops.element('FourNodeTetrahedron', 5956, *[1461, 1290, 1504, 1463], 1)
+    ops.element('FourNodeTetrahedron', 5957, *[1463, 1535, 1477, 1693], 1)
+    ops.element('FourNodeTetrahedron', 5958, *[1558, 1471, 1378, 1408], 1)
+    ops.element('FourNodeTetrahedron', 5959, *[1558, 1471, 1408, 1511], 1)
+    ops.element('FourNodeTetrahedron', 5960, *[1471, 1717, 1408, 1511], 1)
+    ops.element('FourNodeTetrahedron', 5961, *[1254, 1168, 1145, 1676], 1)
+    ops.element('FourNodeTetrahedron', 5962, *[1287, 1415, 757, 1300], 1)
+    ops.element('FourNodeTetrahedron', 5963, *[1392, 1178, 1671, 1341], 1)
+    ops.element('FourNodeTetrahedron', 5964, *[1392, 1671, 332, 1341], 1)
+    ops.element('FourNodeTetrahedron', 5965, *[1341, 1671, 332, 1381], 1)
+    ops.element('FourNodeTetrahedron', 5966, *[1341, 1178, 1671, 1177], 1)
+    ops.element('FourNodeTetrahedron', 5967, *[1356, 1479, 1272, 1588], 1)
+    ops.element('FourNodeTetrahedron', 5968, *[1738, 1300, 762, 1573], 1)
+    ops.element('FourNodeTetrahedron', 5969, *[1341, 1178, 1177, 1125], 1)
+    ops.element('FourNodeTetrahedron', 5970, *[1546, 1653, 1268, 1624], 1)
+    ops.element('FourNodeTetrahedron', 5971, *[1341, 1177, 1671, 1381], 1)
+    ops.element('FourNodeTetrahedron', 5972, *[355, 1606, 354, 1671], 1)
+    ops.element('FourNodeTetrahedron', 5973, *[1125, 1381, 1423, 1176], 1)
+    ops.element('FourNodeTetrahedron', 5974, *[1392, 1741, 355, 1671], 1)
+    ops.element('FourNodeTetrahedron', 5975, *[1392, 1671, 355, 332], 1)
+    ops.element('FourNodeTetrahedron', 5976, *[1671, 1177, 1667, 1381], 1)
+    ops.element('FourNodeTetrahedron', 5977, *[184, 1742, 187, 1273], 1)
+    ops.element('FourNodeTetrahedron', 5978, *[1446, 1393, 1335, 1459], 1)
+    ops.element('FourNodeTetrahedron', 5979, *[1742, 1279, 186, 1665], 1)
+    ops.element('FourNodeTetrahedron', 5980, *[1357, 1136, 1151, 1434], 1)
+    ops.element('FourNodeTetrahedron', 5981, *[1178, 1250, 1671, 1177], 1)
+    ops.element('FourNodeTetrahedron', 5982, *[1381, 1177, 1716, 1176], 1)
+    ops.element('FourNodeTetrahedron', 5983, *[1379, 358, 364, 1446], 1)
+    ops.element('FourNodeTetrahedron', 5984, *[1501, 1445, 359, 1446], 1)
+    ops.element('FourNodeTetrahedron', 5985, *[1176, 1716, 1431, 1175], 1)
+    ops.element('FourNodeTetrahedron', 5986, *[1183, 1131, 1564, 1182], 1)
+    ops.element('FourNodeTetrahedron', 5987, *[1431, 1716, 1444, 1175], 1)
+    ops.element('FourNodeTetrahedron', 5988, *[1564, 1184, 1309, 1195], 1)
+    ops.element('FourNodeTetrahedron', 5989, *[1430, 1718, 1418, 1589], 1)
+    ops.element('FourNodeTetrahedron', 5990, *[1519, 1508, 1728, 1556], 1)
+    ops.element('FourNodeTetrahedron', 5991, *[312, 1417, 317, 1726], 1)
+    ops.element('FourNodeTetrahedron', 5992, *[1495, 1396, 150, 1549], 1)
+    ops.element('FourNodeTetrahedron', 5993, *[1423, 1176, 1716, 1431], 1)
+    ops.element('FourNodeTetrahedron', 5994, *[1423, 1716, 1381, 1176], 1)
+    ops.element('FourNodeTetrahedron', 5995, *[1494, 1724, 1469, 1460], 1)
+    ops.element('FourNodeTetrahedron', 5996, *[1391, 1557, 1359, 1363], 1)
+    ops.element('FourNodeTetrahedron', 5997, *[218, 1356, 173, 1272], 1)
+    ops.element('FourNodeTetrahedron', 5998, *[1396, 149, 1298, 1275], 1)
+    ops.element('FourNodeTetrahedron', 5999, *[1278, 1393, 469, 1529], 1)
+    ops.element('FourNodeTetrahedron', 6000, *[1423, 1716, 1381, 1329], 1)
+    ops.element('FourNodeTetrahedron', 6001, *[1423, 1716, 1329, 1431], 1)
+    ops.element('FourNodeTetrahedron', 6002, *[1716, 1444, 1403, 1431], 1)
+    ops.element('FourNodeTetrahedron', 6003, *[1740, 1735, 172, 214], 1)
+    ops.element('FourNodeTetrahedron', 6004, *[1431, 1444, 1403, 1572], 1)
+    ops.element('FourNodeTetrahedron', 6005, *[1588, 1721, 1272, 1370], 1)
+    ops.element('FourNodeTetrahedron', 6006, *[1654, 1513, 1479, 1721], 1)
+    ops.element('FourNodeTetrahedron', 6007, *[1654, 1721, 1479, 1588], 1)
+    ops.element('FourNodeTetrahedron', 6008, *[1329, 1716, 1403, 1431], 1)
+    ops.element('FourNodeTetrahedron', 6009, *[1381, 1716, 1403, 1329], 1)
+    ops.element('FourNodeTetrahedron', 6010, *[1384, 471, 1663, 1687], 1)
+    ops.element('FourNodeTetrahedron', 6011, *[1704, 1373, 1384, 1687], 1)
+    ops.element('FourNodeTetrahedron', 6012, *[1380, 1494, 1707, 670], 1)
+    ops.element('FourNodeTetrahedron', 6013, *[1601, 1335, 487, 1689], 1)
+    ops.element('FourNodeTetrahedron', 6014, *[1520, 1379, 1601, 1689], 1)
+    ops.element('FourNodeTetrahedron', 6015, *[1528, 1459, 1379, 1689], 1)
+    ops.element('FourNodeTetrahedron', 6016, *[1520, 1597, 1689, 668], 1)
+    ops.element('FourNodeTetrahedron', 6017, *[449, 1276, 250, 456], 1)
+    ops.element('FourNodeTetrahedron', 6018, *[252, 1314, 1323, 1276], 1)
+    ops.element('FourNodeTetrahedron', 6019, *[1198, 1128, 1458, 308], 1)
+    ops.element('FourNodeTetrahedron', 6020, *[1689, 672, 1459, 669], 1)
+    ops.element('FourNodeTetrahedron', 6021, *[1182, 1574, 1388, 1512], 1)
+    ops.element('FourNodeTetrahedron', 6022, *[486, 1689, 669, 668], 1)
+    ops.element('FourNodeTetrahedron', 6023, *[487, 1601, 1689, 486], 1)
+    ops.element('FourNodeTetrahedron', 6024, *[1273, 1279, 1665, 1355], 1)
+    ops.element('FourNodeTetrahedron', 6025, *[1373, 377, 370, 472], 1)
+    ops.element('FourNodeTetrahedron', 6026, *[1184, 1240, 1306, 1309], 1)
+    ops.element('FourNodeTetrahedron', 6027, *[370, 367, 377, 1373], 1)
+    ops.element('FourNodeTetrahedron', 6028, *[1520, 668, 1689, 486], 1)
+    ops.element('FourNodeTetrahedron', 6029, *[1520, 1689, 1601, 486], 1)
+    ops.element('FourNodeTetrahedron', 6030, *[1601, 1379, 1335, 1689], 1)
+    ops.element('FourNodeTetrahedron', 6031, *[549, 1688, 1293, 537], 1)
+    ops.element('FourNodeTetrahedron', 6032, *[549, 1688, 1596, 1293], 1)
+    ops.element('FourNodeTetrahedron', 6033, *[550, 1688, 1596, 549], 1)
+    ops.element('FourNodeTetrahedron', 6034, *[518, 1647, 1516, 1518], 1)
+    ops.element('FourNodeTetrahedron', 6035, *[1599, 1170, 163, 1438], 1)
+    ops.element('FourNodeTetrahedron', 6036, *[550, 1673, 1688, 537], 1)
+    ops.element('FourNodeTetrahedron', 6037, *[1688, 537, 1293, 531], 1)
+    ops.element('FourNodeTetrahedron', 6038, *[1688, 1673, 531, 537], 1)
+    ops.element('FourNodeTetrahedron', 6039, *[1688, 1427, 1293, 531], 1)
+    ops.element('FourNodeTetrahedron', 6040, *[1688, 1673, 1427, 531], 1)
+    ops.element('FourNodeTetrahedron', 6041, *[1354, 751, 1668, 1162], 1)
+    ops.element('FourNodeTetrahedron', 6042, *[751, 752, 385, 1668], 1)
+    ops.element('FourNodeTetrahedron', 6043, *[751, 1668, 385, 1354], 1)
+    ops.element('FourNodeTetrahedron', 6044, *[1306, 1338, 251, 1432], 1)
+    ops.element('FourNodeTetrahedron', 6045, *[1586, 1406, 1523, 1639], 1)
+    ops.element('FourNodeTetrahedron', 6046, *[272, 1531, 241, 1391], 1)
+    ops.element('FourNodeTetrahedron', 6047, *[1305, 1347, 442, 545], 1)
+    ops.element('FourNodeTetrahedron', 6048, *[516, 1517, 1312, 520], 1)
+    ops.element('FourNodeTetrahedron', 6049, *[384, 1354, 385, 392], 1)
+    ops.element('FourNodeTetrahedron', 6050, *[706, 703, 1656, 1422], 1)
+    ops.element('FourNodeTetrahedron', 6051, *[1437, 1258, 1509, 1246], 1)
+    ops.element('FourNodeTetrahedron', 6052, *[1248, 1125, 1341, 1389], 1)
+    ops.element('FourNodeTetrahedron', 6053, *[1662, 1301, 1552, 626], 1)
+    ops.element('FourNodeTetrahedron', 6054, *[1716, 1137, 1395, 1512], 1)
+    ops.element('FourNodeTetrahedron', 6055, *[1378, 1334, 292, 1367], 1)
+    ops.element('FourNodeTetrahedron', 6056, *[1650, 372, 371, 1685], 1)
+    ops.element('FourNodeTetrahedron', 6057, *[372, 1501, 358, 1685], 1)
+    ops.element('FourNodeTetrahedron', 6058, *[1584, 1610, 1620, 1477], 1)
+    ops.element('FourNodeTetrahedron', 6059, *[1404, 1430, 289, 1338], 1)
+    ops.element('FourNodeTetrahedron', 6060, *[366, 367, 370, 1373], 1)
+    ops.element('FourNodeTetrahedron', 6061, *[1390, 1180, 1237, 1248], 1)
+    ops.element('FourNodeTetrahedron', 6062, *[1256, 1121, 1382, 1375], 1)
+    ops.element('FourNodeTetrahedron', 6063, *[1564, 1309, 297, 1401], 1)
+    ops.element('FourNodeTetrahedron', 6064, *[299, 1564, 297, 1401], 1)
+    ops.element('FourNodeTetrahedron', 6065, *[385, 752, 339, 1668], 1)
+    ops.element('FourNodeTetrahedron', 6066, *[1650, 1613, 1724, 1494], 1)
+    ops.element('FourNodeTetrahedron', 6067, *[1571, 1564, 299, 1388], 1)
+    ops.element('FourNodeTetrahedron', 6068, *[1183, 1564, 1571, 1388], 1)
+    ops.element('FourNodeTetrahedron', 6069, *[1190, 146, 147, 1270], 1)
+    ops.element('FourNodeTetrahedron', 6070, *[1477, 604, 1698, 603], 1)
+    ops.element('FourNodeTetrahedron', 6071, *[274, 1363, 1337, 244], 1)
+    ops.element('FourNodeTetrahedron', 6072, *[1650, 1724, 1528, 1494], 1)
+    ops.element('FourNodeTetrahedron', 6073, *[1650, 1613, 1501, 1724], 1)
+    ops.element('FourNodeTetrahedron', 6074, *[1650, 1724, 1501, 1528], 1)
+    ops.element('FourNodeTetrahedron', 6075, *[1528, 1724, 1501, 1469], 1)
+    ops.element('FourNodeTetrahedron', 6076, *[1494, 1724, 1528, 1469], 1)
+    ops.element('FourNodeTetrahedron', 6077, *[1452, 1153, 1681, 1129], 1)
+    ops.element('FourNodeTetrahedron', 6078, *[1153, 1386, 1681, 1217], 1)
+    ops.element('FourNodeTetrahedron', 6079, *[1435, 1217, 1681, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6080, *[1681, 1217, 1386, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6081, *[1435, 1681, 397, 404], 1)
+    ops.element('FourNodeTetrahedron', 6082, *[1681, 1386, 1414, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6083, *[1681, 392, 391, 398], 1)
+    ops.element('FourNodeTetrahedron', 6084, *[1681, 1414, 398, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6085, *[1386, 1414, 392, 1681], 1)
+    ops.element('FourNodeTetrahedron', 6086, *[1299, 1712, 1476, 607], 1)
+    ops.element('FourNodeTetrahedron', 6087, *[1712, 1562, 1484, 1695], 1)
+    ops.element('FourNodeTetrahedron', 6088, *[1284, 1562, 1314, 1712], 1)
+    ops.element('FourNodeTetrahedron', 6089, *[1712, 1484, 1476, 607], 1)
+    ops.element('FourNodeTetrahedron', 6090, *[1504, 1562, 1712, 1695], 1)
+    ops.element('FourNodeTetrahedron', 6091, *[1712, 1695, 1484, 607], 1)
+    ops.element('FourNodeTetrahedron', 6092, *[1504, 1695, 1712, 607], 1)
+    ops.element('FourNodeTetrahedron', 6093, *[1590, 1661, 343, 347], 1)
+    ops.element('FourNodeTetrahedron', 6094, *[1343, 1638, 1711, 1554], 1)
+    ops.element('FourNodeTetrahedron', 6095, *[343, 1658, 342, 1661], 1)
+    ops.element('FourNodeTetrahedron', 6096, *[1554, 1638, 1711, 1533], 1)
+    ops.element('FourNodeTetrahedron', 6097, *[252, 256, 269, 1539], 1)
+    ops.element('FourNodeTetrahedron', 6098, *[1602, 1372, 342, 1661], 1)
+    ops.element('FourNodeTetrahedron', 6099, *[1417, 1174, 1357, 1200], 1)
+    ops.element('FourNodeTetrahedron', 6100, *[1661, 1133, 350, 1606], 1)
+    ops.element('FourNodeTetrahedron', 6101, *[1661, 1245, 1133, 1606], 1)
+    ops.element('FourNodeTetrahedron', 6102, *[1368, 665, 1561, 681], 1)
+    ops.element('FourNodeTetrahedron', 6103, *[1355, 185, 188, 1358], 1)
+    ops.element('FourNodeTetrahedron', 6104, *[1584, 1420, 1610, 1693], 1)
+    ops.element('FourNodeTetrahedron', 6105, *[1622, 1376, 1540, 1549], 1)
+    ops.element('FourNodeTetrahedron', 6106, *[1708, 1171, 1361, 1659], 1)
+    ops.element('FourNodeTetrahedron', 6107, *[1165, 1245, 1661, 351], 1)
+    ops.element('FourNodeTetrahedron', 6108, *[280, 729, 275, 276], 1)
+    ops.element('FourNodeTetrahedron', 6109, *[1475, 1615, 1655, 1524], 1)
+    ops.element('FourNodeTetrahedron', 6110, *[1210, 1228, 1703, 1439], 1)
+    ops.element('FourNodeTetrahedron', 6111, *[351, 1245, 1661, 1606], 1)
+    ops.element('FourNodeTetrahedron', 6112, *[1590, 1165, 1661, 351], 1)
+    ops.element('FourNodeTetrahedron', 6113, *[347, 1661, 350, 351], 1)
+    ops.element('FourNodeTetrahedron', 6114, *[351, 1661, 350, 1606], 1)
+    ops.element('FourNodeTetrahedron', 6115, *[1165, 1133, 1661, 1245], 1)
+    ops.element('FourNodeTetrahedron', 6116, *[1193, 1133, 1661, 1165], 1)
+    ops.element('FourNodeTetrahedron', 6117, *[1711, 1584, 1383, 1535], 1)
+    ops.element('FourNodeTetrahedron', 6118, *[1334, 1343, 267, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6119, *[736, 1657, 315, 1547], 1)
+    ops.element('FourNodeTetrahedron', 6120, *[1369, 1343, 267, 1334], 1)
+    ops.element('FourNodeTetrahedron', 6121, *[1479, 161, 158, 1721], 1)
+    ops.element('FourNodeTetrahedron', 6122, *[1480, 1208, 1722, 1456], 1)
+    ops.element('FourNodeTetrahedron', 6123, *[265, 1360, 253, 1284], 1)
+    ops.element('FourNodeTetrahedron', 6124, *[265, 253, 252, 1314], 1)
+    ops.element('FourNodeTetrahedron', 6125, *[1604, 1453, 1630, 1722], 1)
+    ops.element('FourNodeTetrahedron', 6126, *[1456, 1722, 1604, 1644], 1)
+    ops.element('FourNodeTetrahedron', 6127, *[1167, 1254, 1274, 666], 1)
+    ops.element('FourNodeTetrahedron', 6128, *[1334, 1554, 1533, 1715], 1)
+    ops.element('FourNodeTetrahedron', 6129, *[736, 735, 1657, 1547], 1)
+    ops.element('FourNodeTetrahedron', 6130, *[315, 735, 285, 1657], 1)
+    ops.element('FourNodeTetrahedron', 6131, *[315, 1657, 285, 316], 1)
+    ops.element('FourNodeTetrahedron', 6132, *[1212, 1148, 1398, 1675], 1)
+    ops.element('FourNodeTetrahedron', 6133, *[1683, 1267, 1609, 1638], 1)
+    ops.element('FourNodeTetrahedron', 6134, *[1274, 1254, 1676, 1259], 1)
+    ops.element('FourNodeTetrahedron', 6135, *[1675, 632, 629, 653], 1)
+    ops.element('FourNodeTetrahedron', 6136, *[653, 1148, 1675, 632], 1)
+    ops.element('FourNodeTetrahedron', 6137, *[1148, 1175, 1675, 632], 1)
+    ops.element('FourNodeTetrahedron', 6138, *[1148, 1175, 1431, 1675], 1)
+    ops.element('FourNodeTetrahedron', 6139, *[1675, 1431, 629, 630], 1)
+    ops.element('FourNodeTetrahedron', 6140, *[1675, 1175, 1431, 630], 1)
+    ops.element('FourNodeTetrahedron', 6141, *[1675, 630, 629, 632], 1)
+    ops.element('FourNodeTetrahedron', 6142, *[1675, 1175, 630, 632], 1)
+    ops.element('FourNodeTetrahedron', 6143, *[632, 1175, 630, 633], 1)
+    ops.element('FourNodeTetrahedron', 6144, *[666, 1259, 1274, 659], 1)
+    ops.element('FourNodeTetrahedron', 6145, *[1716, 1667, 1395, 1137], 1)
+    ops.element('FourNodeTetrahedron', 6146, *[1646, 1728, 1635, 1519], 1)
+    ops.element('FourNodeTetrahedron', 6147, *[1648, 1646, 1635, 1519], 1)
+    ops.element('FourNodeTetrahedron', 6148, *[1311, 1147, 1705, 1481], 1)
+    ops.element('FourNodeTetrahedron', 6149, *[1532, 1269, 1279, 1538], 1)
+    ops.element('FourNodeTetrahedron', 6150, *[1385, 763, 1286, 1573], 1)
+    ops.element('FourNodeTetrahedron', 6151, *[1733, 1352, 1300, 518], 1)
+    ops.element('FourNodeTetrahedron', 6152, *[1728, 1396, 1549, 1556], 1)
+    ops.element('FourNodeTetrahedron', 6153, *[1157, 176, 163, 1170], 1)
+    ops.element('FourNodeTetrahedron', 6154, *[1519, 1490, 1728, 1508], 1)
+    ops.element('FourNodeTetrahedron', 6155, *[1170, 176, 163, 159], 1)
+    ops.element('FourNodeTetrahedron', 6156, *[1272, 1721, 158, 1370], 1)
+    ops.element('FourNodeTetrahedron', 6157, *[534, 1281, 527, 528], 1)
+    ops.element('FourNodeTetrahedron', 6158, *[1369, 1306, 251, 1440], 1)
+    ops.element('FourNodeTetrahedron', 6159, *[1407, 1273, 224, 1347], 1)
+    ops.element('FourNodeTetrahedron', 6160, *[1326, 1331, 154, 1318], 1)
+    ops.element('FourNodeTetrahedron', 6161, *[1728, 1490, 1495, 1396], 1)
+    ops.element('FourNodeTetrahedron', 6162, *[1189, 1201, 1404, 1227], 1)
+    ops.element('FourNodeTetrahedron', 6163, *[1415, 1579, 1485, 1452], 1)
+    ops.element('FourNodeTetrahedron', 6164, *[1728, 1396, 1495, 1549], 1)
+    ops.element('FourNodeTetrahedron', 6165, *[1646, 1490, 1608, 1728], 1)
+    ops.element('FourNodeTetrahedron', 6166, *[1641, 1608, 1495, 1728], 1)
+    ops.element('FourNodeTetrahedron', 6167, *[1324, 1353, 1737, 1537], 1)
+    ops.element('FourNodeTetrahedron', 6168, *[763, 1303, 1286, 1573], 1)
+    ops.element('FourNodeTetrahedron', 6169, *[240, 724, 245, 1531], 1)
+    ops.element('FourNodeTetrahedron', 6170, *[1686, 747, 758, 1416], 1)
+    ops.element('FourNodeTetrahedron', 6171, *[759, 747, 1686, 1239], 1)
+    ops.element('FourNodeTetrahedron', 6172, *[1469, 1694, 1459, 672], 1)
+    ops.element('FourNodeTetrahedron', 6173, *[1401, 1564, 1309, 1471], 1)
+    ops.element('FourNodeTetrahedron', 6174, *[1702, 1700, 1460, 674], 1)
+    ops.element('FourNodeTetrahedron', 6175, *[1613, 1425, 1501, 1724], 1)
+    ops.element('FourNodeTetrahedron', 6176, *[1649, 1594, 1724, 1460], 1)
+    ops.element('FourNodeTetrahedron', 6177, *[1269, 182, 183, 1279], 1)
+    ops.element('FourNodeTetrahedron', 6178, *[759, 747, 758, 1686], 1)
+    ops.element('FourNodeTetrahedron', 6179, *[1681, 1410, 398, 404], 1)
+    ops.element('FourNodeTetrahedron', 6180, *[545, 1281, 1296, 533], 1)
+    ops.element('FourNodeTetrahedron', 6181, *[669, 1278, 487, 480], 1)
+    ops.element('FourNodeTetrahedron', 6182, *[523, 524, 1691, 421], 1)
+    ops.element('FourNodeTetrahedron', 6183, *[274, 1443, 1337, 1285], 1)
+    ops.element('FourNodeTetrahedron', 6184, *[1270, 145, 144, 418], 1)
+    ops.element('FourNodeTetrahedron', 6185, *[1396, 149, 150, 1298], 1)
+    ops.element('FourNodeTetrahedron', 6186, *[1527, 1664, 379, 387], 1)
+    ops.element('FourNodeTetrahedron', 6187, *[764, 754, 753, 1664], 1)
+    ops.element('FourNodeTetrahedron', 6188, *[753, 380, 379, 1664], 1)
+    ops.element('FourNodeTetrahedron', 6189, *[1664, 380, 379, 387], 1)
+    ops.element('FourNodeTetrahedron', 6190, *[1527, 379, 386, 387], 1)
+    ops.element('FourNodeTetrahedron', 6191, *[756, 1666, 755, 1303], 1)
+    ops.element('FourNodeTetrahedron', 6192, *[756, 1470, 1666, 1303], 1)
+    ops.element('FourNodeTetrahedron', 6193, *[1303, 1666, 1286, 389], 1)
+    ops.element('FourNodeTetrahedron', 6194, *[1286, 755, 1666, 1303], 1)
+    ops.element('FourNodeTetrahedron', 6195, *[1680, 362, 361, 367], 1)
+    ops.element('FourNodeTetrahedron', 6196, *[1680, 362, 367, 1464], 1)
+    ops.element('FourNodeTetrahedron', 6197, *[1366, 1132, 1398, 1212], 1)
+    ops.element('FourNodeTetrahedron', 6198, *[1713, 1532, 1407, 1618], 1)
+    ops.element('FourNodeTetrahedron', 6199, *[1684, 1377, 1682, 620], 1)
+    ops.element('FourNodeTetrahedron', 6200, *[1253, 1361, 1458, 1230], 1)
+    ops.element('FourNodeTetrahedron', 6201, *[727, 1705, 1339, 1311], 1)
+    ops.element('FourNodeTetrahedron', 6202, *[1622, 1728, 1495, 1549], 1)
+    ops.element('FourNodeTetrahedron', 6203, *[1253, 1144, 1361, 1230], 1)
+    ops.element('FourNodeTetrahedron', 6204, *[283, 1718, 278, 1418], 1)
+    ops.element('FourNodeTetrahedron', 6205, *[677, 680, 1448, 681], 1)
+    ops.element('FourNodeTetrahedron', 6206, *[1279, 185, 186, 1355], 1)
+    ops.element('FourNodeTetrahedron', 6207, *[546, 1474, 545, 1281], 1)
+    ops.element('FourNodeTetrahedron', 6208, *[1402, 169, 164, 163], 1)
+    ops.element('FourNodeTetrahedron', 6209, *[1394, 1227, 1404, 1306], 1)
+    ops.element('FourNodeTetrahedron', 6210, *[1490, 1510, 1495, 1396], 1)
+    ops.element('FourNodeTetrahedron', 6211, *[1481, 1210, 1439, 1453], 1)
+    ops.element('FourNodeTetrahedron', 6212, *[367, 362, 368, 1464], 1)
+    ops.element('FourNodeTetrahedron', 6213, *[656, 1266, 646, 657], 1)
+    ops.element('FourNodeTetrahedron', 6214, *[1129, 1218, 1435, 1221], 1)
+    ops.element('FourNodeTetrahedron', 6215, *[1438, 1170, 159, 1510], 1)
+    ops.element('FourNodeTetrahedron', 6216, *[1715, 1533, 1289, 1461], 1)
+    ops.element('FourNodeTetrahedron', 6217, *[1424, 1585, 1550, 1292], 1)
+    ops.element('FourNodeTetrahedron', 6218, *[658, 1436, 1455, 647], 1)
+    ops.element('FourNodeTetrahedron', 6219, *[1715, 1533, 1461, 1441], 1)
+    ops.element('FourNodeTetrahedron', 6220, *[1449, 1441, 1715, 1692], 1)
+    ops.element('FourNodeTetrahedron', 6221, *[1715, 1441, 1461, 1692], 1)
+    ops.element('FourNodeTetrahedron', 6222, *[1449, 1715, 1461, 1692], 1)
+    ops.element('FourNodeTetrahedron', 6223, *[1367, 1715, 1289, 1377], 1)
+    ops.element('FourNodeTetrahedron', 6224, *[1377, 1715, 1461, 1449], 1)
+    ops.element('FourNodeTetrahedron', 6225, *[515, 770, 1733, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6226, *[1717, 1715, 1367, 1449], 1)
+    ops.element('FourNodeTetrahedron', 6227, *[1717, 1441, 1449, 1701], 1)
+    ops.element('FourNodeTetrahedron', 6228, *[1717, 1441, 1715, 1449], 1)
+    ops.element('FourNodeTetrahedron', 6229, *[1717, 1554, 1715, 1441], 1)
+    ops.element('FourNodeTetrahedron', 6230, *[1717, 1487, 1554, 1441], 1)
+    ops.element('FourNodeTetrahedron', 6231, *[490, 1380, 1520, 667], 1)
+    ops.element('FourNodeTetrahedron', 6232, *[1715, 1554, 1533, 1441], 1)
+    ops.element('FourNodeTetrahedron', 6233, *[1705, 1210, 1703, 1481], 1)
+    ops.element('FourNodeTetrahedron', 6234, *[712, 713, 702, 1157], 1)
+    ops.element('FourNodeTetrahedron', 6235, *[712, 1157, 702, 1599], 1)
+    ops.element('FourNodeTetrahedron', 6236, *[1481, 1703, 1723, 1607], 1)
+    ops.element('FourNodeTetrahedron', 6237, *[236, 233, 1744, 237], 1)
+    ops.element('FourNodeTetrahedron', 6238, *[1269, 137, 1279, 1326], 1)
+    ops.element('FourNodeTetrahedron', 6239, *[1685, 1446, 1379, 1459], 1)
+    ops.element('FourNodeTetrahedron', 6240, *[668, 672, 1689, 669], 1)
+    ops.element('FourNodeTetrahedron', 6241, *[1650, 372, 1501, 1685], 1)
+    ops.element('FourNodeTetrahedron', 6242, *[1530, 1540, 152, 1326], 1)
+    ops.element('FourNodeTetrahedron', 6243, *[1578, 1586, 1397, 1629], 1)
+    ops.element('FourNodeTetrahedron', 6244, *[1578, 1422, 708, 1397], 1)
+    ops.element('FourNodeTetrahedron', 6245, *[1703, 1439, 1578, 1607], 1)
+    ops.element('FourNodeTetrahedron', 6246, *[1723, 1339, 1703, 1578], 1)
+    ops.element('FourNodeTetrahedron', 6247, *[1723, 1339, 1703, 1481], 1)
+    ops.element('FourNodeTetrahedron', 6248, *[734, 733, 732, 1199], 1)
+    ops.element('FourNodeTetrahedron', 6249, *[1339, 1705, 1703, 1481], 1)
+    ops.element('FourNodeTetrahedron', 6250, *[1339, 1705, 710, 1703], 1)
+    ops.element('FourNodeTetrahedron', 6251, *[267, 1343, 255, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6252, *[1296, 1281, 1468, 527], 1)
+    ops.element('FourNodeTetrahedron', 6253, *[267, 255, 254, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6254, *[254, 255, 1383, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6255, *[1334, 267, 266, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6256, *[707, 172, 221, 1740], 1)
+    ops.element('FourNodeTetrahedron', 6257, *[328, 325, 324, 1329], 1)
+    ops.element('FourNodeTetrahedron', 6258, *[1289, 1711, 266, 1290], 1)
+    ops.element('FourNodeTetrahedron', 6259, *[1334, 1711, 266, 1289], 1)
+    ops.element('FourNodeTetrahedron', 6260, *[274, 1337, 244, 1285], 1)
+    ops.element('FourNodeTetrahedron', 6261, *[1198, 1458, 307, 308], 1)
+    ops.element('FourNodeTetrahedron', 6262, *[1198, 1253, 1458, 1128], 1)
+    ops.element('FourNodeTetrahedron', 6263, *[1642, 1548, 1729, 1640], 1)
+    ops.element('FourNodeTetrahedron', 6264, *[1253, 1230, 1458, 1128], 1)
+    ops.element('FourNodeTetrahedron', 6265, *[1352, 1287, 1300, 1526], 1)
+    ops.element('FourNodeTetrahedron', 6266, *[1334, 1711, 1289, 1533], 1)
+    ops.element('FourNodeTetrahedron', 6267, *[1279, 1326, 1358, 1538], 1)
+    ops.element('FourNodeTetrahedron', 6268, *[1289, 1711, 1290, 1533], 1)
+    ops.element('FourNodeTetrahedron', 6269, *[267, 254, 266, 1711], 1)
+    ops.element('FourNodeTetrahedron', 6270, *[1366, 1160, 1212, 1365], 1)
+    ops.element('FourNodeTetrahedron', 6271, *[1366, 1132, 1212, 1160], 1)
+    ops.element('FourNodeTetrahedron', 6272, *[137, 138, 1261, 1326], 1)
+    ops.element('FourNodeTetrahedron', 6273, *[1426, 1704, 1720, 1694], 1)
+    ops.element('FourNodeTetrahedron', 6274, *[1411, 1132, 1389, 1366], 1)
+    ops.element('FourNodeTetrahedron', 6275, *[266, 1711, 254, 1290], 1)
+    ops.element('FourNodeTetrahedron', 6276, *[1711, 1383, 254, 1290], 1)
+    ops.element('FourNodeTetrahedron', 6277, *[1469, 1724, 1720, 1426], 1)
+    ops.element('FourNodeTetrahedron', 6278, *[1724, 1594, 1445, 1426], 1)
+    ops.element('FourNodeTetrahedron', 6279, *[509, 1732, 1494, 673], 1)
+    ops.element('FourNodeTetrahedron', 6280, *[1724, 1445, 1720, 1426], 1)
+    ops.element('FourNodeTetrahedron', 6281, *[722, 726, 721, 1325], 1)
+    ops.element('FourNodeTetrahedron', 6282, *[721, 726, 725, 1710], 1)
+    ops.element('FourNodeTetrahedron', 6283, *[721, 725, 1330, 1710], 1)
+    ops.element('FourNodeTetrahedron', 6284, *[1330, 1710, 725, 1345], 1)
+    ops.element('FourNodeTetrahedron', 6285, *[1365, 1212, 1675, 653], 1)
+    ops.element('FourNodeTetrahedron', 6286, *[726, 716, 725, 1710], 1)
+    ops.element('FourNodeTetrahedron', 6287, *[1710, 716, 725, 1345], 1)
+    ops.element('FourNodeTetrahedron', 6288, *[1710, 1339, 716, 1345], 1)
+    ops.element('FourNodeTetrahedron', 6289, *[1710, 726, 716, 1339], 1)
+    ops.element('FourNodeTetrahedron', 6290, *[1459, 1446, 1393, 1294], 1)
+    ops.element('FourNodeTetrahedron', 6291, *[1721, 1674, 157, 1495], 1)
+    ops.element('FourNodeTetrahedron', 6292, *[1513, 160, 161, 1674], 1)
+    ops.element('FourNodeTetrahedron', 6293, *[518, 1300, 1573, 1516], 1)
+    ops.element('FourNodeTetrahedron', 6294, *[217, 1387, 214, 216], 1)
+    ops.element('FourNodeTetrahedron', 6295, *[618, 1701, 1692, 619], 1)
+    ops.element('FourNodeTetrahedron', 6296, *[729, 730, 721, 1325], 1)
+    ops.element('FourNodeTetrahedron', 6297, *[1710, 726, 1339, 1311], 1)
+    ops.element('FourNodeTetrahedron', 6298, *[262, 263, 1310, 1327], 1)
+    ops.element('FourNodeTetrahedron', 6299, *[522, 420, 431, 435], 1)
+    ops.element('FourNodeTetrahedron', 6300, *[709, 706, 708, 1422], 1)
+    ops.element('FourNodeTetrahedron', 6301, *[1641, 1513, 1721, 1495], 1)
+    ops.element('FourNodeTetrahedron', 6302, *[1150, 1220, 1447, 1222], 1)
+    ops.element('FourNodeTetrahedron', 6303, *[1381, 1667, 333, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6304, *[1567, 1626, 1619, 1545], 1)
+    ops.element('FourNodeTetrahedron', 6305, *[1400, 1201, 1206, 1430], 1)
+    ops.element('FourNodeTetrahedron', 6306, *[333, 1667, 334, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6307, *[1381, 333, 329, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6308, *[1459, 1694, 1294, 661], 1)
+    ops.element('FourNodeTetrahedron', 6309, *[672, 1694, 1459, 661], 1)
+    ops.element('FourNodeTetrahedron', 6310, *[448, 1299, 1563, 451], 1)
+    ops.element('FourNodeTetrahedron', 6311, *[529, 1498, 1745, 522], 1)
+    ops.element('FourNodeTetrahedron', 6312, *[1744, 1371, 233, 1537], 1)
+    ops.element('FourNodeTetrahedron', 6313, *[1381, 1667, 1714, 1716], 1)
+    ops.element('FourNodeTetrahedron', 6314, *[1656, 1402, 169, 164], 1)
+    ops.element('FourNodeTetrahedron', 6315, *[749, 750, 746, 1579], 1)
+    ops.element('FourNodeTetrahedron', 6316, *[1667, 1395, 334, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6317, *[329, 334, 330, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6318, *[334, 1395, 330, 1714], 1)
+    ops.element('FourNodeTetrahedron', 6319, *[1381, 1714, 329, 1403], 1)
+    ops.element('FourNodeTetrahedron', 6320, *[1582, 1226, 1392, 1595], 1)
+    ops.element('FourNodeTetrahedron', 6321, *[456, 1551, 1276, 1299], 1)
+    ops.element('FourNodeTetrahedron', 6322, *[1299, 613, 1551, 607], 1)
+    ops.element('FourNodeTetrahedron', 6323, *[607, 1695, 1484, 602], 1)
+    ops.element('FourNodeTetrahedron', 6324, *[1695, 603, 602, 607], 1)
+    ops.element('FourNodeTetrahedron', 6325, *[514, 1159, 771, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6326, *[1135, 1155, 1524, 1216], 1)
+    ops.element('FourNodeTetrahedron', 6327, *[1299, 1476, 1563, 607], 1)
+    ops.element('FourNodeTetrahedron', 6328, *[1358, 1318, 188, 431], 1)
+    ops.element('FourNodeTetrahedron', 6329, *[1381, 1716, 1714, 1403], 1)
+    ops.element('FourNodeTetrahedron', 6330, *[1721, 1513, 161, 1674], 1)
+    ops.element('FourNodeTetrahedron', 6331, *[489, 356, 410, 1462], 1)
+    ops.element('FourNodeTetrahedron', 6332, *[522, 431, 436, 435], 1)
+    ops.element('FourNodeTetrahedron', 6333, *[1370, 1376, 158, 152], 1)
+    ops.element('FourNodeTetrahedron', 6334, *[1499, 1523, 164, 161], 1)
+    ops.element('FourNodeTetrahedron', 6335, *[1502, 1652, 1729, 1591], 1)
+    ops.element('FourNodeTetrahedron', 6336, *[1288, 1676, 1436, 659], 1)
+    ops.element('FourNodeTetrahedron', 6337, *[1288, 1297, 1436, 1676], 1)
+    ops.element('FourNodeTetrahedron', 6338, *[1676, 651, 645, 659], 1)
+    ops.element('FourNodeTetrahedron', 6339, *[1274, 1297, 1288, 1676], 1)
+    ops.element('FourNodeTetrahedron', 6340, *[1274, 1676, 1288, 659], 1)
+    ops.element('FourNodeTetrahedron', 6341, *[725, 715, 724, 1260], 1)
+    ops.element('FourNodeTetrahedron', 6342, *[1317, 1260, 724, 1349], 1)
+    ops.element('FourNodeTetrahedron', 6343, *[666, 659, 1274, 665], 1)
+    ops.element('FourNodeTetrahedron', 6344, *[185, 1261, 137, 1279], 1)
+    ops.element('FourNodeTetrahedron', 6345, *[650, 1168, 1676, 651], 1)
+    ops.element('FourNodeTetrahedron', 6346, *[650, 1676, 659, 651], 1)
+    ops.element('FourNodeTetrahedron', 6347, *[720, 1260, 1317, 1330], 1)
+    ops.element('FourNodeTetrahedron', 6348, *[1442, 1375, 1631, 1411], 1)
+    ops.element('FourNodeTetrahedron', 6349, *[518, 1516, 1517, 1616], 1)
+    ops.element('FourNodeTetrahedron', 6350, *[724, 1260, 715, 1349], 1)
+    ops.element('FourNodeTetrahedron', 6351, *[1295, 1455, 1373, 1266], 1)
+    ops.element('FourNodeTetrahedron', 6352, *[444, 1305, 442, 545], 1)
+    ops.element('FourNodeTetrahedron', 6353, *[1645, 1608, 1641, 1731], 1)
+    ops.element('FourNodeTetrahedron', 6354, *[766, 411, 481, 1527], 1)
+    ops.element('FourNodeTetrahedron', 6355, *[1660, 1388, 335, 1395], 1)
+    ops.element('FourNodeTetrahedron', 6356, *[537, 1293, 536, 530], 1)
+    ops.element('FourNodeTetrahedron', 6357, *[1385, 387, 1527, 1521], 1)
+    ops.element('FourNodeTetrahedron', 6358, *[550, 1688, 549, 537], 1)
+    ops.element('FourNodeTetrahedron', 6359, *[302, 294, 303, 1377], 1)
+    ops.element('FourNodeTetrahedron', 6360, *[1127, 1147, 1481, 1209], 1)
+    ops.element('FourNodeTetrahedron', 6361, *[1609, 1475, 1581, 1655], 1)
+    ops.element('FourNodeTetrahedron', 6362, *[1518, 403, 402, 373], 1)
+    ops.element('FourNodeTetrahedron', 6363, *[1289, 266, 265, 1290], 1)
+    ops.element('FourNodeTetrahedron', 6364, *[481, 1312, 1527, 412], 1)
+    ops.element('FourNodeTetrahedron', 6365, *[1289, 1290, 265, 1332], 1)
+    ops.element('FourNodeTetrahedron', 6366, *[1328, 1537, 1744, 1514], 1)
+    ops.element('FourNodeTetrahedron', 6367, *[1570, 1723, 1583, 1727], 1)
+    ops.element('FourNodeTetrahedron', 6368, *[1147, 1210, 1481, 1209], 1)
+    ops.element('FourNodeTetrahedron', 6369, *[1130, 1149, 1719, 1191], 1)
+    ops.element('FourNodeTetrahedron', 6370, *[1500, 1485, 390, 397], 1)
+    ops.element('FourNodeTetrahedron', 6371, *[1441, 1433, 1638, 1637], 1)
+    ops.element('FourNodeTetrahedron', 6372, *[390, 1485, 391, 397], 1)
+    ops.element('FourNodeTetrahedron', 6373, *[1642, 1655, 1548, 1640], 1)
+    ops.element('FourNodeTetrahedron', 6374, *[1376, 157, 158, 152], 1)
+    ops.element('FourNodeTetrahedron', 6375, *[279, 1443, 273, 274], 1)
+    ops.element('FourNodeTetrahedron', 6376, *[1558, 1378, 295, 1408], 1)
+    ops.element('FourNodeTetrahedron', 6377, *[1597, 672, 1689, 668], 1)
+    ops.element('FourNodeTetrahedron', 6378, *[516, 1733, 1573, 518], 1)
+    ops.element('FourNodeTetrahedron', 6379, *[1547, 1357, 316, 1417], 1)
+    ops.element('FourNodeTetrahedron', 6380, *[624, 1511, 618, 625], 1)
+    ops.element('FourNodeTetrahedron', 6381, *[1273, 1279, 1742, 1665], 1)
+    ops.element('FourNodeTetrahedron', 6382, *[1312, 1521, 412, 482], 1)
+    ops.element('FourNodeTetrahedron', 6383, *[1363, 1359, 217, 1350], 1)
+    ops.element('FourNodeTetrahedron', 6384, *[1186, 1188, 1571, 1183], 1)
+    ops.element('FourNodeTetrahedron', 6385, *[1526, 1437, 1263, 1509], 1)
+    ops.element('FourNodeTetrahedron', 6386, *[1642, 1655, 1640, 1506], 1)
+    ops.element('FourNodeTetrahedron', 6387, *[276, 1413, 271, 272], 1)
+    ops.element('FourNodeTetrahedron', 6388, *[276, 1413, 272, 277], 1)
+    ops.element('FourNodeTetrahedron', 6389, *[1532, 1279, 1273, 1534], 1)
+    ops.element('FourNodeTetrahedron', 6390, *[1419, 1548, 1285, 1327], 1)
+    ops.element('FourNodeTetrahedron', 6391, *[1517, 1303, 1286, 395], 1)
+    ops.element('FourNodeTetrahedron', 6392, *[1303, 389, 1286, 395], 1)
+    ops.element('FourNodeTetrahedron', 6393, *[1525, 1429, 1497, 1447], 1)
+    ops.element('FourNodeTetrahedron', 6394, *[658, 645, 1436, 659], 1)
+    ops.element('FourNodeTetrahedron', 6395, *[251, 1338, 284, 255], 1)
+    ops.element('FourNodeTetrahedron', 6396, *[283, 1418, 278, 279], 1)
+    ops.element('FourNodeTetrahedron', 6397, *[1152, 1194, 1472, 621], 1)
+    ops.element('FourNodeTetrahedron', 6398, *[752, 1658, 1668, 1143], 1)
+    ops.element('FourNodeTetrahedron', 6399, *[1262, 1186, 308, 309], 1)
+    ops.element('FourNodeTetrahedron', 6400, *[1122, 1262, 348, 352], 1)
+    ops.element('FourNodeTetrahedron', 6401, *[342, 1320, 337, 341], 1)
+    ops.element('FourNodeTetrahedron', 6402, *[1697, 547, 1505, 602], 1)
+    ops.element('FourNodeTetrahedron', 6403, *[1339, 1703, 709, 1578], 1)
+    ops.element('FourNodeTetrahedron', 6404, *[1560, 1645, 1553, 1588], 1)
+    ops.element('FourNodeTetrahedron', 6405, *[1383, 1609, 1581, 1620], 1)
+    ops.element('FourNodeTetrahedron', 6406, *[1394, 1306, 319, 293], 1)
+    ops.element('FourNodeTetrahedron', 6407, *[1297, 1160, 1366, 645], 1)
+    ops.element('FourNodeTetrahedron', 6408, *[1556, 1508, 1275, 1625], 1)
+    ops.element('FourNodeTetrahedron', 6409, *[440, 1277, 190, 434], 1)
+    ops.element('FourNodeTetrahedron', 6410, *[658, 645, 1436, 647], 1)
+    ops.element('FourNodeTetrahedron', 6411, *[1611, 348, 349, 353], 1)
+    ops.element('FourNodeTetrahedron', 6412, *[743, 742, 1602, 1193], 1)
+    ops.element('FourNodeTetrahedron', 6413, *[271, 1531, 241, 272], 1)
+    ops.element('FourNodeTetrahedron', 6414, *[1457, 1431, 1572, 629], 1)
+    ops.element('FourNodeTetrahedron', 6415, *[1523, 1438, 163, 160], 1)
+    ops.element('FourNodeTetrahedron', 6416, *[1394, 1227, 1306, 1184], 1)
+    ops.element('FourNodeTetrahedron', 6417, *[1333, 1397, 1740, 1387], 1)
+    ops.element('FourNodeTetrahedron', 6418, *[1467, 1511, 1282, 624], 1)
+    ops.element('FourNodeTetrahedron', 6419, *[337, 1320, 336, 341], 1)
+    ops.element('FourNodeTetrahedron', 6420, *[1523, 163, 164, 160], 1)
+    ops.element('FourNodeTetrahedron', 6421, *[1282, 1511, 1408, 624], 1)
+    ops.element('FourNodeTetrahedron', 6422, *[1124, 1741, 351, 1392], 1)
+    ops.element('FourNodeTetrahedron', 6423, *[524, 422, 1691, 421], 1)
+    ops.element('FourNodeTetrahedron', 6424, *[1411, 1244, 1132, 1366], 1)
+    ops.element('FourNodeTetrahedron', 6425, *[1269, 137, 182, 1279], 1)
+    ops.element('FourNodeTetrahedron', 6426, *[1186, 1233, 1670, 1188], 1)
+    ops.element('FourNodeTetrahedron', 6427, *[1371, 1623, 1713, 1559], 1)
+    ops.element('FourNodeTetrahedron', 6428, *[1246, 1221, 1525, 1150], 1)
+    ops.element('FourNodeTetrahedron', 6429, *[1523, 164, 161, 160], 1)
+    ops.element('FourNodeTetrahedron', 6430, *[1450, 1483, 1680, 1464], 1)
+    ops.element('FourNodeTetrahedron', 6431, *[1125, 1176, 1423, 1179], 1)
+    ops.element('FourNodeTetrahedron', 6432, *[288, 1434, 1718, 1430], 1)
+    ops.element('FourNodeTetrahedron', 6433, *[1618, 1530, 1628, 1652], 1)
+    ops.element('FourNodeTetrahedron', 6434, *[1534, 1617, 1538, 1544], 1)
+    ops.element('FourNodeTetrahedron', 6435, *[529, 1488, 1498, 523], 1)
+    ops.element('FourNodeTetrahedron', 6436, *[619, 615, 1692, 620], 1)
+    ops.element('FourNodeTetrahedron', 6437, *[530, 1488, 529, 523], 1)
+    ops.element('FourNodeTetrahedron', 6438, *[1285, 249, 235, 220], 1)
+    ops.element('FourNodeTetrahedron', 6439, *[1629, 1499, 1479, 1654], 1)
+    ops.element('FourNodeTetrahedron', 6440, *[234, 1285, 235, 1310], 1)
+    ops.element('FourNodeTetrahedron', 6441, *[234, 1285, 249, 235], 1)
+    ops.element('FourNodeTetrahedron', 6442, *[263, 1285, 274, 234], 1)
+    ops.element('FourNodeTetrahedron', 6443, *[244, 1285, 249, 234], 1)
+    ops.element('FourNodeTetrahedron', 6444, *[274, 1285, 244, 234], 1)
+    ops.element('FourNodeTetrahedron', 6445, *[1440, 1205, 1432, 1231], 1)
+    ops.element('FourNodeTetrahedron', 6446, *[1320, 1192, 341, 1372], 1)
+    ops.element('FourNodeTetrahedron', 6447, *[1621, 1271, 1412, 1530], 1)
+    ops.element('FourNodeTetrahedron', 6448, *[375, 1315, 405, 376], 1)
+    ops.element('FourNodeTetrahedron', 6449, *[1472, 1511, 1467, 625], 1)
+    ops.element('FourNodeTetrahedron', 6450, *[729, 730, 1325, 1428], 1)
+    ops.element('FourNodeTetrahedron', 6451, *[1445, 1632, 366, 1373], 1)
+    ops.element('FourNodeTetrahedron', 6452, *[1493, 1451, 1600, 1627], 1)
+    ops.element('FourNodeTetrahedron', 6453, *[1213, 1153, 1579, 1452], 1)
+    ops.element('FourNodeTetrahedron', 6454, *[375, 1315, 376, 1390], 1)
+    ops.element('FourNodeTetrahedron', 6455, *[1482, 147, 148, 1270], 1)
+    ops.element('FourNodeTetrahedron', 6456, *[742, 741, 337, 1320], 1)
+    ops.element('FourNodeTetrahedron', 6457, *[1602, 742, 1320, 1161], 1)
+    ops.element('FourNodeTetrahedron', 6458, *[1356, 1479, 158, 1272], 1)
+    ops.element('FourNodeTetrahedron', 6459, *[1648, 1688, 1596, 550], 1)
+    ops.element('FourNodeTetrahedron', 6460, *[1131, 1195, 1471, 1194], 1)
+    ops.element('FourNodeTetrahedron', 6461, *[1121, 1234, 1375, 1223], 1)
+    ops.element('FourNodeTetrahedron', 6462, *[1641, 1721, 1370, 1376], 1)
+    ops.element('FourNodeTetrahedron', 6463, *[1518, 402, 372, 373], 1)
+    ops.element('FourNodeTetrahedron', 6464, *[669, 1459, 661, 672], 1)
+    ops.element('FourNodeTetrahedron', 6465, *[1672, 165, 166, 162], 1)
+    ops.element('FourNodeTetrahedron', 6466, *[1608, 1490, 1495, 1728], 1)
+    ops.element('FourNodeTetrahedron', 6467, *[1146, 1257, 1451, 1368], 1)
+    ops.element('FourNodeTetrahedron', 6468, *[1282, 298, 453, 464], 1)
+    ops.element('FourNodeTetrahedron', 6469, *[1392, 1241, 1671, 1178], 1)
+    ops.element('FourNodeTetrahedron', 6470, *[1432, 1267, 1683, 1638], 1)
+    ops.element('FourNodeTetrahedron', 6471, *[1500, 390, 396, 397], 1)
+    ops.element('FourNodeTetrahedron', 6472, *[601, 1514, 546, 602], 1)
+    ops.element('FourNodeTetrahedron', 6473, *[1475, 1251, 1204, 1135], 1)
+    ops.element('FourNodeTetrahedron', 6474, *[330, 1395, 331, 1405], 1)
+    ops.element('FourNodeTetrahedron', 6475, *[1300, 1500, 1470, 1516], 1)
+    ops.element('FourNodeTetrahedron', 6476, *[1300, 1470, 1303, 1516], 1)
+    ops.element('FourNodeTetrahedron', 6477, *[1300, 1415, 1470, 1500], 1)
+    ops.element('FourNodeTetrahedron', 6478, *[1303, 756, 1470, 1300], 1)
+    ops.element('FourNodeTetrahedron', 6479, *[1502, 548, 1591, 547], 1)
+    ops.element('FourNodeTetrahedron', 6480, *[1641, 1608, 1513, 1495], 1)
+    ops.element('FourNodeTetrahedron', 6481, *[1391, 1333, 215, 1359], 1)
+    ops.element('FourNodeTetrahedron', 6482, *[273, 1363, 243, 274], 1)
+    ops.element('FourNodeTetrahedron', 6483, *[1195, 1240, 1440, 1138], 1)
+    ops.element('FourNodeTetrahedron', 6484, *[1733, 770, 1300, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6485, *[1319, 1408, 1449, 618], 1)
+    ops.element('FourNodeTetrahedron', 6486, *[743, 742, 338, 1602], 1)
+    ops.element('FourNodeTetrahedron', 6487, *[1365, 653, 1675, 648], 1)
+    ops.element('FourNodeTetrahedron', 6488, *[745, 746, 744, 1485], 1)
+    ops.element('FourNodeTetrahedron', 6489, *[321, 326, 322, 1322], 1)
+    ops.element('FourNodeTetrahedron', 6490, *[1359, 1333, 214, 1387], 1)
+    ops.element('FourNodeTetrahedron', 6491, *[708, 1422, 706, 1397], 1)
+    ops.element('FourNodeTetrahedron', 6492, *[514, 771, 515, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6493, *[757, 1415, 1470, 1300], 1)
+    ops.element('FourNodeTetrahedron', 6494, *[1552, 1364, 466, 627], 1)
+    ops.element('FourNodeTetrahedron', 6495, *[1590, 1165, 351, 1124], 1)
+    ops.element('FourNodeTetrahedron', 6496, *[1163, 1165, 1590, 1124], 1)
+    ops.element('FourNodeTetrahedron', 6497, *[320, 1322, 462, 1552], 1)
+    ops.element('FourNodeTetrahedron', 6498, *[1531, 1349, 246, 1391], 1)
+    ops.element('FourNodeTetrahedron', 6499, *[1278, 469, 479, 474], 1)
+    ops.element('FourNodeTetrahedron', 6500, *[251, 1343, 267, 1369], 1)
+    ops.element('FourNodeTetrahedron', 6501, *[1363, 1575, 1350, 1337], 1)
+    ops.element('FourNodeTetrahedron', 6502, *[222, 1272, 135, 1271], 1)
+    ops.element('FourNodeTetrahedron', 6503, *[1272, 153, 135, 1271], 1)
+    ops.element('FourNodeTetrahedron', 6504, *[351, 1245, 1606, 1741], 1)
+    ops.element('FourNodeTetrahedron', 6505, *[293, 267, 292, 1369], 1)
+    ops.element('FourNodeTetrahedron', 6506, *[292, 1369, 267, 1334], 1)
+    ops.element('FourNodeTetrahedron', 6507, *[630, 1593, 631, 634], 1)
+    ops.element('FourNodeTetrahedron', 6508, *[513, 1134, 1526, 1246], 1)
+    ops.element('FourNodeTetrahedron', 6509, *[1533, 1535, 1290, 1463], 1)
+    ops.element('FourNodeTetrahedron', 6510, *[439, 1296, 527, 438], 1)
+    ops.element('FourNodeTetrahedron', 6511, *[1274, 1259, 1676, 659], 1)
+    ops.element('FourNodeTetrahedron', 6512, *[284, 1418, 279, 1342], 1)
+    ops.element('FourNodeTetrahedron', 6513, *[1732, 1702, 673, 510], 1)
+    ops.element('FourNodeTetrahedron', 6514, *[1494, 671, 1707, 670], 1)
+    ops.element('FourNodeTetrahedron', 6515, *[1502, 1640, 1652, 1603], 1)
+    ops.element('FourNodeTetrahedron', 6516, *[1318, 139, 415, 431], 1)
+    ops.element('FourNodeTetrahedron', 6517, *[1498, 523, 522, 529], 1)
+    ops.element('FourNodeTetrahedron', 6518, *[305, 1304, 311, 306], 1)
+    ops.element('FourNodeTetrahedron', 6519, *[1342, 1419, 279, 259], 1)
+    ops.element('FourNodeTetrahedron', 6520, *[1549, 1298, 1280, 1626], 1)
+    ops.element('FourNodeTetrahedron', 6521, *[300, 1401, 1558, 1336], 1)
+    ops.element('FourNodeTetrahedron', 6522, *[627, 1593, 1489, 631], 1)
+    ops.element('FourNodeTetrahedron', 6523, *[266, 254, 1360, 1290], 1)
+    ops.element('FourNodeTetrahedron', 6524, *[215, 1333, 214, 1359], 1)
+    ops.element('FourNodeTetrahedron', 6525, *[1359, 214, 215, 217], 1)
+    ops.element('FourNodeTetrahedron', 6526, *[1413, 1565, 1583, 1727], 1)
+    ops.element('FourNodeTetrahedron', 6527, *[247, 1359, 215, 217], 1)
+    ops.element('FourNodeTetrahedron', 6528, *[1328, 232, 237, 1313], 1)
+    ops.element('FourNodeTetrahedron', 6529, *[1375, 1235, 1390, 1411], 1)
+    ops.element('FourNodeTetrahedron', 6530, *[1199, 1151, 1307, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6531, *[1497, 1677, 374, 1592], 1)
+    ops.element('FourNodeTetrahedron', 6532, *[1199, 1307, 732, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6533, *[1171, 738, 1304, 1144], 1)
+    ops.element('FourNodeTetrahedron', 6534, *[1441, 1638, 1533, 1637], 1)
+    ops.element('FourNodeTetrahedron', 6535, *[1627, 1368, 1561, 681], 1)
+    ops.element('FourNodeTetrahedron', 6536, *[1616, 402, 401, 372], 1)
+    ops.element('FourNodeTetrahedron', 6537, *[287, 1357, 1434, 1400], 1)
+    ops.element('FourNodeTetrahedron', 6538, *[1647, 1150, 1525, 1614], 1)
+    ops.element('FourNodeTetrahedron', 6539, *[457, 1319, 454, 458], 1)
+    ops.element('FourNodeTetrahedron', 6540, *[1570, 1710, 1583, 1723], 1)
+    ops.element('FourNodeTetrahedron', 6541, *[317, 1400, 287, 288], 1)
+    ops.element('FourNodeTetrahedron', 6542, *[1604, 1607, 1575, 1630], 1)
+    ops.element('FourNodeTetrahedron', 6543, *[1283, 1498, 1544, 1745], 1)
+    ops.element('FourNodeTetrahedron', 6544, *[1553, 1479, 1356, 1588], 1)
+    ops.element('FourNodeTetrahedron', 6545, *[625, 1709, 1511, 617], 1)
+    ops.element('FourNodeTetrahedron', 6546, *[1456, 1204, 1522, 1615], 1)
+    ops.element('FourNodeTetrahedron', 6547, *[1393, 378, 470, 1663], 1)
+    ops.element('FourNodeTetrahedron', 6548, *[1398, 1457, 1496, 1492], 1)
+    ops.element('FourNodeTetrahedron', 6549, *[265, 1284, 264, 1332], 1)
+    ops.element('FourNodeTetrahedron', 6550, *[1185, 1183, 1388, 1182], 1)
+    ops.element('FourNodeTetrahedron', 6551, *[1216, 1155, 1524, 1420], 1)
+    ops.element('FourNodeTetrahedron', 6552, *[764, 754, 1664, 1385], 1)
+    ops.element('FourNodeTetrahedron', 6553, *[1157, 702, 1402, 1599], 1)
+    ops.element('FourNodeTetrahedron', 6554, *[1270, 146, 145, 419], 1)
+    ops.element('FourNodeTetrahedron', 6555, *[1702, 1649, 1700, 677], 1)
+    ops.element('FourNodeTetrahedron', 6556, *[521, 1734, 510, 511], 1)
+    ops.element('FourNodeTetrahedron', 6557, *[704, 712, 702, 1599], 1)
+    ops.element('FourNodeTetrahedron', 6558, *[664, 1292, 657, 658], 1)
+    ops.element('FourNodeTetrahedron', 6559, *[1319, 618, 458, 624], 1)
+    ops.element('FourNodeTetrahedron', 6560, *[664, 1292, 657, 663], 1)
+    ops.element('FourNodeTetrahedron', 6561, *[1237, 1178, 1341, 1125], 1)
+    ops.element('FourNodeTetrahedron', 6562, *[1736, 475, 470, 474], 1)
+    ops.element('FourNodeTetrahedron', 6563, *[1556, 1508, 1396, 1275], 1)
+    ops.element('FourNodeTetrahedron', 6564, *[373, 360, 359, 1425], 1)
+    ops.element('FourNodeTetrahedron', 6565, *[1620, 1642, 1327, 1634], 1)
+    ops.element('FourNodeTetrahedron', 6566, *[1363, 1359, 1350, 1575], 1)
+    ops.element('FourNodeTetrahedron', 6567, *[485, 1520, 488, 486], 1)
+    ops.element('FourNodeTetrahedron', 6568, *[332, 333, 329, 1381], 1)
+    ops.element('FourNodeTetrahedron', 6569, *[1723, 1339, 1345, 1578], 1)
+    ops.element('FourNodeTetrahedron', 6570, *[1570, 1339, 1723, 1481], 1)
+    ops.element('FourNodeTetrahedron', 6571, *[343, 1661, 346, 347], 1)
+    ops.element('FourNodeTetrahedron', 6572, *[342, 1320, 341, 1372], 1)
+    ops.element('FourNodeTetrahedron', 6573, *[1321, 238, 443, 447], 1)
+    ops.element('FourNodeTetrahedron', 6574, *[758, 745, 757, 1415], 1)
+    ops.element('FourNodeTetrahedron', 6575, *[1673, 1249, 1427, 525], 1)
+    ops.element('FourNodeTetrahedron', 6576, *[1325, 722, 726, 1311], 1)
+    ops.element('FourNodeTetrahedron', 6577, *[1500, 1452, 1681, 1435], 1)
+    ops.element('FourNodeTetrahedron', 6578, *[277, 1399, 1413, 1565], 1)
+    ops.element('FourNodeTetrahedron', 6579, *[298, 1319, 454, 453], 1)
+    ops.element('FourNodeTetrahedron', 6580, *[1444, 1181, 1593, 630], 1)
+    ops.element('FourNodeTetrahedron', 6581, *[1368, 1274, 1288, 665], 1)
+    ops.element('FourNodeTetrahedron', 6582, *[1132, 1179, 1398, 1212], 1)
+    ops.element('FourNodeTetrahedron', 6583, *[1422, 1656, 1499, 1523], 1)
+    ops.element('FourNodeTetrahedron', 6584, *[1713, 1412, 1532, 1618], 1)
+    ops.element('FourNodeTetrahedron', 6585, *[758, 1416, 745, 1415], 1)
+    ops.element('FourNodeTetrahedron', 6586, *[1314, 1324, 1323, 1712], 1)
+    ops.element('FourNodeTetrahedron', 6587, *[1345, 709, 708, 1578], 1)
+    ops.element('FourNodeTetrahedron', 6588, *[1615, 1522, 1643, 1648], 1)
+    ops.element('FourNodeTetrahedron', 6589, *[1661, 1372, 346, 350], 1)
+    ops.element('FourNodeTetrahedron', 6590, *[256, 260, 268, 1321], 1)
+    ops.element('FourNodeTetrahedron', 6591, *[269, 1321, 268, 447], 1)
+    ops.element('FourNodeTetrahedron', 6592, *[1140, 146, 1270, 1238], 1)
+    ops.element('FourNodeTetrahedron', 6593, *[1236, 1235, 1411, 1244], 1)
+    ops.element('FourNodeTetrahedron', 6594, *[224, 187, 225, 1277], 1)
+    ops.element('FourNodeTetrahedron', 6595, *[741, 1351, 1320, 1192], 1)
+    ops.element('FourNodeTetrahedron', 6596, *[1192, 740, 1351, 1142], 1)
+    ops.element('FourNodeTetrahedron', 6597, *[1182, 1131, 1564, 1574], 1)
+    ops.element('FourNodeTetrahedron', 6598, *[1200, 1136, 1357, 1400], 1)
+    ops.element('FourNodeTetrahedron', 6599, *[282, 1718, 1399, 278], 1)
+    ops.element('FourNodeTetrahedron', 6600, *[331, 299, 300, 1388], 1)
+    ops.element('FourNodeTetrahedron', 6601, *[1187, 1186, 1669, 1122], 1)
+    ops.element('FourNodeTetrahedron', 6602, *[1258, 1213, 1452, 1129], 1)
+    ops.element('FourNodeTetrahedron', 6603, *[760, 1287, 761, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6604, *[1605, 1428, 280, 281], 1)
+    ops.element('FourNodeTetrahedron', 6605, *[1360, 1327, 258, 1324], 1)
+    ops.element('FourNodeTetrahedron', 6606, *[1547, 739, 1174, 1144], 1)
+    ops.element('FourNodeTetrahedron', 6607, *[735, 1199, 732, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6608, *[738, 739, 1547, 1144], 1)
+    ops.element('FourNodeTetrahedron', 6609, *[1332, 1284, 264, 1276], 1)
+    ops.element('FourNodeTetrahedron', 6610, *[770, 760, 761, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6611, *[410, 357, 409, 1379], 1)
+    ops.element('FourNodeTetrahedron', 6612, *[357, 358, 363, 1379], 1)
+    ops.element('FourNodeTetrahedron', 6613, *[1310, 1536, 1353, 1634], 1)
+    ops.element('FourNodeTetrahedron', 6614, *[254, 255, 258, 1383], 1)
+    ops.element('FourNodeTetrahedron', 6615, *[602, 547, 1505, 546], 1)
+    ops.element('FourNodeTetrahedron', 6616, *[602, 1697, 547, 603], 1)
+    ops.element('FourNodeTetrahedron', 6617, *[1321, 260, 238, 1313], 1)
+    ops.element('FourNodeTetrahedron', 6618, *[443, 1313, 444, 445], 1)
+    ops.element('FourNodeTetrahedron', 6619, *[1490, 155, 1510, 1396], 1)
+    ops.element('FourNodeTetrahedron', 6620, *[260, 237, 238, 1313], 1)
+    ops.element('FourNodeTetrahedron', 6621, *[445, 1313, 444, 446], 1)
+    ops.element('FourNodeTetrahedron', 6622, *[488, 1379, 1601, 1520], 1)
+    ops.element('FourNodeTetrahedron', 6623, *[767, 1385, 1527, 1312], 1)
+    ops.element('FourNodeTetrahedron', 6624, *[1697, 548, 1502, 547], 1)
+    ops.element('FourNodeTetrahedron', 6625, *[1648, 1232, 1519, 1688], 1)
+    ops.element('FourNodeTetrahedron', 6626, *[284, 1589, 1418, 1342], 1)
+    ops.element('FourNodeTetrahedron', 6627, *[547, 1473, 1478, 1283], 1)
+    ops.element('FourNodeTetrahedron', 6628, *[1473, 1291, 1283, 535], 1)
+    ops.element('FourNodeTetrahedron', 6629, *[1185, 1182, 1395, 1137], 1)
+    ops.element('FourNodeTetrahedron', 6630, *[517, 1380, 491, 509], 1)
+    ops.element('FourNodeTetrahedron', 6631, *[1489, 1467, 1706, 1696], 1)
+    ops.element('FourNodeTetrahedron', 6632, *[297, 1309, 296, 1401], 1)
+    ops.element('FourNodeTetrahedron', 6633, *[1600, 1451, 1585, 1627], 1)
+    ops.element('FourNodeTetrahedron', 6634, *[1338, 1203, 1475, 1432], 1)
+    ops.element('FourNodeTetrahedron', 6635, *[232, 230, 239, 1305], 1)
+    ops.element('FourNodeTetrahedron', 6636, *[232, 1559, 230, 1305], 1)
+    ops.element('FourNodeTetrahedron', 6637, *[1377, 1461, 1682, 620], 1)
+    ops.element('FourNodeTetrahedron', 6638, *[1677, 1340, 375, 1375], 1)
+    ops.element('FourNodeTetrahedron', 6639, *[1328, 1514, 232, 1313], 1)
+    ops.element('FourNodeTetrahedron', 6640, *[1640, 1731, 1621, 1652], 1)
+    ops.element('FourNodeTetrahedron', 6641, *[1639, 1719, 1438, 1510], 1)
+    ops.element('FourNodeTetrahedron', 6642, *[1428, 730, 1325, 1302], 1)
+    ops.element('FourNodeTetrahedron', 6643, *[1531, 714, 212, 213], 1)
+    ops.element('FourNodeTetrahedron', 6644, *[1489, 1706, 1316, 1696], 1)
+    ops.element('FourNodeTetrahedron', 6645, *[151, 150, 154, 1280], 1)
+    ops.element('FourNodeTetrahedron', 6646, *[1719, 1224, 1438, 1510], 1)
+    ops.element('FourNodeTetrahedron', 6647, *[377, 368, 320, 1301], 1)
+    ops.element('FourNodeTetrahedron', 6648, *[377, 1301, 320, 473], 1)
+    ops.element('FourNodeTetrahedron', 6649, *[1362, 1301, 377, 473], 1)
+    ops.element('FourNodeTetrahedron', 6650, *[309, 1670, 314, 1571], 1)
+    ops.element('FourNodeTetrahedron', 6651, *[1363, 1350, 217, 1337], 1)
+    ops.element('FourNodeTetrahedron', 6652, *[1639, 1719, 1510, 1608], 1)
+    ops.element('FourNodeTetrahedron', 6653, *[320, 1739, 1322, 1301], 1)
+    ops.element('FourNodeTetrahedron', 6654, *[1653, 1731, 1621, 1640], 1)
+    ops.element('FourNodeTetrahedron', 6655, *[517, 1465, 492, 491], 1)
+    ops.element('FourNodeTetrahedron', 6656, *[1505, 1623, 1559, 1636], 1)
+    ops.element('FourNodeTetrahedron', 6657, *[1639, 1438, 1523, 1513], 1)
+    ops.element('FourNodeTetrahedron', 6658, *[473, 1301, 320, 461], 1)
+    ops.element('FourNodeTetrahedron', 6659, *[1153, 1207, 1386, 1139], 1)
+    ops.element('FourNodeTetrahedron', 6660, *[1489, 1696, 1316, 628], 1)
+    ops.element('FourNodeTetrahedron', 6661, *[1316, 1696, 1282, 628], 1)
+    ops.element('FourNodeTetrahedron', 6662, *[662, 1294, 661, 655], 1)
+    ops.element('FourNodeTetrahedron', 6663, *[1702, 1460, 1494, 674], 1)
+    ops.element('FourNodeTetrahedron', 6664, *[1462, 1379, 410, 488], 1)
+    ops.element('FourNodeTetrahedron', 6665, *[1297, 1244, 1160, 1168], 1)
+    ops.element('FourNodeTetrahedron', 6666, *[1191, 1190, 1490, 1519], 1)
+    ops.element('FourNodeTetrahedron', 6667, *[1589, 1480, 1604, 1456], 1)
+    ops.element('FourNodeTetrahedron', 6668, *[1466, 1147, 1481, 1127], 1)
+    ops.element('FourNodeTetrahedron', 6669, *[1466, 1242, 1147, 1127], 1)
+    ops.element('FourNodeTetrahedron', 6670, *[1242, 1311, 1325, 1466], 1)
+    ops.element('FourNodeTetrahedron', 6671, *[1423, 1176, 1431, 1398], 1)
+    ops.element('FourNodeTetrahedron', 6672, *[1179, 1176, 1423, 1398], 1)
+    ops.element('FourNodeTetrahedron', 6673, *[1176, 1175, 1431, 1148], 1)
+    ops.element('FourNodeTetrahedron', 6674, *[1367, 1334, 1289, 1715], 1)
+    ops.element('FourNodeTetrahedron', 6675, *[1717, 1487, 1441, 1701], 1)
+    ops.element('FourNodeTetrahedron', 6676, *[683, 684, 1699, 680], 1)
+    ops.element('FourNodeTetrahedron', 6677, *[1226, 1178, 1392, 1341], 1)
+    ops.element('FourNodeTetrahedron', 6678, *[1721, 1513, 1674, 1495], 1)
+    ops.element('FourNodeTetrahedron', 6679, *[222, 1271, 223, 1412], 1)
+    ops.element('FourNodeTetrahedron', 6680, *[229, 222, 223, 1412], 1)
+    ops.element('FourNodeTetrahedron', 6681, *[1389, 1423, 1496, 1398], 1)
+    ops.element('FourNodeTetrahedron', 6682, *[1483, 1612, 362, 1464], 1)
+    ops.element('FourNodeTetrahedron', 6683, *[1728, 1508, 1396, 1556], 1)
+    ops.element('FourNodeTetrahedron', 6684, *[1635, 1728, 1549, 1556], 1)
+    ops.element('FourNodeTetrahedron', 6685, *[1731, 1646, 1608, 1728], 1)
+    ops.element('FourNodeTetrahedron', 6686, *[272, 1391, 242, 273], 1)
+    ops.element('FourNodeTetrahedron', 6687, *[626, 1552, 466, 627], 1)
+    ops.element('FourNodeTetrahedron', 6688, *[1208, 1214, 1453, 1722], 1)
+    ops.element('FourNodeTetrahedron', 6689, *[333, 1308, 353, 334], 1)
+    ops.element('FourNodeTetrahedron', 6690, *[1480, 1208, 1453, 1722], 1)
+    ops.element('FourNodeTetrahedron', 6691, *[1683, 1475, 1609, 1267], 1)
+    ops.element('FourNodeTetrahedron', 6692, *[1154, 1196, 1409, 623], 1)
+    ops.element('FourNodeTetrahedron', 6693, *[1225, 1226, 1164, 1595], 1)
+    ops.element('FourNodeTetrahedron', 6694, *[1164, 1226, 1582, 1595], 1)
+    ops.element('FourNodeTetrahedron', 6695, *[229, 1541, 222, 1412], 1)
+    ops.element('FourNodeTetrahedron', 6696, *[271, 720, 719, 1317], 1)
+    ops.element('FourNodeTetrahedron', 6697, *[1627, 1561, 678, 681], 1)
+    ops.element('FourNodeTetrahedron', 6698, *[320, 1739, 325, 1322], 1)
+    ops.element('FourNodeTetrahedron', 6699, *[1437, 1452, 1500, 1509], 1)
+    ops.element('FourNodeTetrahedron', 6700, *[1239, 747, 1686, 1169], 1)
+    ops.element('FourNodeTetrahedron', 6701, *[1453, 1211, 1406, 1214], 1)
+    ops.element('FourNodeTetrahedron', 6702, *[1461, 1504, 1332, 614], 1)
+    ops.element('FourNodeTetrahedron', 6703, *[1721, 1674, 161, 157], 1)
+    ops.element('FourNodeTetrahedron', 6704, *[1721, 161, 158, 157], 1)
+    ops.element('FourNodeTetrahedron', 6705, *[1379, 1446, 1335, 1459], 1)
+    ops.element('FourNodeTetrahedron', 6706, *[330, 331, 327, 1405], 1)
+    ops.element('FourNodeTetrahedron', 6707, *[547, 1473, 1591, 548], 1)
+    ops.element('FourNodeTetrahedron', 6708, *[487, 1278, 479, 480], 1)
+    ops.element('FourNodeTetrahedron', 6709, *[440, 1296, 438, 439], 1)
+    ops.element('FourNodeTetrahedron', 6710, *[1744, 233, 232, 1371], 1)
+    ops.element('FourNodeTetrahedron', 6711, *[515, 771, 770, 1352], 1)
+    ops.element('FourNodeTetrahedron', 6712, *[1452, 1579, 1485, 1681], 1)
+    ops.element('FourNodeTetrahedron', 6713, *[1382, 1219, 1340, 1121], 1)
+    ops.element('FourNodeTetrahedron', 6714, *[463, 1316, 464, 468], 1)
+    ops.element('FourNodeTetrahedron', 6715, *[1161, 1192, 1372, 1197], 1)
+    ops.element('FourNodeTetrahedron', 6716, *[762, 1303, 763, 1573], 1)
+    ops.element('FourNodeTetrahedron', 6717, *[1542, 1331, 1318, 1515], 1)
+    ops.element('FourNodeTetrahedron', 6718, *[1544, 1542, 1515, 1498], 1)
+    ops.element('FourNodeTetrahedron', 6719, *[1316, 1282, 464, 468], 1)
+    ops.element('FourNodeTetrahedron', 6720, *[1366, 1492, 1568, 1436], 1)
+    ops.element('FourNodeTetrahedron', 6721, *[1181, 634, 1593, 630], 1)
+    ops.element('FourNodeTetrahedron', 6722, *[1512, 1472, 1467, 1593], 1)
+    ops.element('FourNodeTetrahedron', 6723, *[1499, 1523, 161, 1513], 1)
+    ops.element('FourNodeTetrahedron', 6724, *[1479, 1499, 161, 1513], 1)
+    ops.element('FourNodeTetrahedron', 6725, *[1516, 403, 1518, 1497], 1)
+    ops.element('FourNodeTetrahedron', 6726, *[1600, 1447, 1592, 1585], 1)
+    ops.element('FourNodeTetrahedron', 6727, *[1191, 1190, 1519, 1140], 1)
+    ops.element('FourNodeTetrahedron', 6728, *[1657, 735, 1605, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6729, *[1290, 1383, 1360, 1535], 1)
+    ops.element('FourNodeTetrahedron', 6730, *[1448, 1368, 1627, 681], 1)
+    ops.element('FourNodeTetrahedron', 6731, *[1461, 1290, 1332, 1504], 1)
+    ops.element('FourNodeTetrahedron', 6732, *[1504, 1535, 1477, 1463], 1)
+    ops.element('FourNodeTetrahedron', 6733, *[1344, 1272, 222, 1541], 1)
+    ops.element('FourNodeTetrahedron', 6734, *[462, 1322, 463, 1364], 1)
+    ops.element('FourNodeTetrahedron', 6735, *[1281, 522, 527, 528], 1)
+    ops.element('FourNodeTetrahedron', 6736, *[1617, 1545, 1542, 1544], 1)
+    ops.element('FourNodeTetrahedron', 6737, *[1476, 1505, 1514, 602], 1)
+    ops.element('FourNodeTetrahedron', 6738, *[1651, 721, 1330, 1325], 1)
+    ops.element('FourNodeTetrahedron', 6739, *[656, 1373, 1687, 477], 1)
+    ops.element('FourNodeTetrahedron', 6740, *[136, 137, 182, 1269], 1)
+    ops.element('FourNodeTetrahedron', 6741, *[1592, 1429, 1677, 1631], 1)
+    ops.element('FourNodeTetrahedron', 6742, *[243, 1363, 248, 244], 1)
+    ops.element('FourNodeTetrahedron', 6743, *[1283, 1498, 1745, 529], 1)
+    ops.element('FourNodeTetrahedron', 6744, *[277, 1565, 273, 278], 1)
+    ops.element('FourNodeTetrahedron', 6745, *[1243, 1122, 1660, 1185], 1)
+    ops.element('FourNodeTetrahedron', 6746, *[1590, 1193, 1661, 1165], 1)
+    ops.element('FourNodeTetrahedron', 6747, *[1262, 1186, 309, 1571], 1)
+    ops.element('FourNodeTetrahedron', 6748, *[1462, 1650, 371, 1685], 1)
+    ops.element('FourNodeTetrahedron', 6749, *[1388, 1183, 1564, 1182], 1)
+    ops.element('FourNodeTetrahedron', 6750, *[1509, 1435, 1500, 1507], 1)
+    ops.element('FourNodeTetrahedron', 6751, *[521, 1649, 1702, 677], 1)
+    ops.element('FourNodeTetrahedron', 6752, *[1632, 361, 366, 1450], 1)
+    ops.element('FourNodeTetrahedron', 6753, *[376, 1392, 355, 332], 1)
+    ops.element('FourNodeTetrahedron', 6754, *[1363, 1557, 1359, 1575], 1)
+    ops.element('FourNodeTetrahedron', 6755, *[1302, 1173, 1678, 1242], 1)
+    ops.element('FourNodeTetrahedron', 6756, *[1272, 1479, 1721, 1588], 1)
+    ops.element('FourNodeTetrahedron', 6757, *[533, 1281, 1296, 527], 1)
+    ops.element('FourNodeTetrahedron', 6758, *[1325, 726, 721, 1710], 1)
+    ops.element('FourNodeTetrahedron', 6759, *[1579, 1690, 1485, 1386], 1)
+    ops.element('FourNodeTetrahedron', 6760, *[1462, 1685, 358, 1379], 1)
+    ops.element('FourNodeTetrahedron', 6761, *[1467, 625, 1511, 624], 1)
+    ops.element('FourNodeTetrahedron', 6762, *[1517, 1516, 402, 1616], 1)
+    ops.element('FourNodeTetrahedron', 6763, *[1589, 1208, 1456, 1251], 1)
+    ops.element('FourNodeTetrahedron', 6764, *[1516, 403, 402, 1518], 1)
+    ops.element('FourNodeTetrahedron', 6765, *[1711, 1535, 1290, 1533], 1)
+    ops.element('FourNodeTetrahedron', 6766, *[710, 705, 709, 1346], 1)
+    ops.element('FourNodeTetrahedron', 6767, *[710, 704, 1346, 1228], 1)
+    ops.element('FourNodeTetrahedron', 6768, *[710, 704, 705, 1346], 1)
+    ops.element('FourNodeTetrahedron', 6769, *[727, 717, 726, 1339], 1)
+    ops.element('FourNodeTetrahedron', 6770, *[186, 185, 189, 1355], 1)
+    ops.element('FourNodeTetrahedron', 6771, *[406, 351, 355, 1392], 1)
+    ops.element('FourNodeTetrahedron', 6772, *[189, 185, 188, 1355], 1)
+    ops.element('FourNodeTetrahedron', 6773, *[406, 1392, 355, 376], 1)
+    ops.element('FourNodeTetrahedron', 6774, *[1124, 1241, 1392, 1226], 1)
+    ops.element('FourNodeTetrahedron', 6775, *[277, 1413, 272, 1565], 1)
+    ops.element('FourNodeTetrahedron', 6776, *[546, 1478, 1474, 1281], 1)
+    ops.element('FourNodeTetrahedron', 6777, *[1226, 1241, 1392, 1178], 1)
+    ops.element('FourNodeTetrahedron', 6778, *[1517, 387, 1521, 394], 1)
+    ops.element('FourNodeTetrahedron', 6779, *[1312, 1517, 1521, 520], 1)
+    ops.element('FourNodeTetrahedron', 6780, *[1355, 188, 189, 432], 1)
+    ops.element('FourNodeTetrahedron', 6781, *[1585, 1348, 1288, 1561], 1)
+    ops.element('FourNodeTetrahedron', 6782, *[1684, 1449, 1377, 620], 1)
+    ops.element('FourNodeTetrahedron', 6783, *[1460, 1426, 1469, 675], 1)
+    ops.element('FourNodeTetrahedron', 6784, *[1485, 1690, 391, 1386], 1)
+    ops.element('FourNodeTetrahedron', 6785, *[1532, 1269, 183, 1279], 1)
+    ops.element('FourNodeTetrahedron', 6786, *[1410, 1247, 1414, 1582], 1)
+    ops.element('FourNodeTetrahedron', 6787, *[1410, 1414, 399, 1582], 1)
+    ops.element('FourNodeTetrahedron', 6788, *[301, 294, 298, 1319], 1)
+    ops.element('FourNodeTetrahedron', 6789, *[298, 294, 302, 1319], 1)
+    ops.element('FourNodeTetrahedron', 6790, *[1391, 1583, 1359, 1557], 1)
+    ops.element('FourNodeTetrahedron', 6791, *[1611, 1122, 348, 352], 1)
+    ops.element('FourNodeTetrahedron', 6792, *[1152, 621, 1472, 634], 1)
+    ops.element('FourNodeTetrahedron', 6793, *[1683, 1342, 259, 1581], 1)
+    ops.element('FourNodeTetrahedron', 6794, *[706, 703, 170, 1656], 1)
+    ops.element('FourNodeTetrahedron', 6795, *[1412, 1271, 1532, 1530], 1)
+    ops.element('FourNodeTetrahedron', 6796, *[1382, 1218, 1219, 1121], 1)
+    ops.element('FourNodeTetrahedron', 6797, *[355, 1671, 354, 332], 1)
+    ops.element('FourNodeTetrahedron', 6798, *[1256, 1218, 1382, 1121], 1)
+    ops.element('FourNodeTetrahedron', 6799, *[1643, 1522, 1646, 1648], 1)
+    ops.element('FourNodeTetrahedron', 6800, *[1637, 610, 1420, 609], 1)
+    ops.element('FourNodeTetrahedron', 6801, *[1598, 1216, 610, 612], 1)
+    ops.element('FourNodeTetrahedron', 6802, *[1156, 1216, 1598, 612], 1)
+    ops.element('FourNodeTetrahedron', 6803, *[1598, 1216, 1420, 610], 1)
+    ops.element('FourNodeTetrahedron', 6804, *[1301, 1552, 461, 1662], 1)
+    ops.element('FourNodeTetrahedron', 6805, *[1662, 626, 1552, 465], 1)
+    ops.element('FourNodeTetrahedron', 6806, *[1277, 1355, 1665, 433], 1)
+    ops.element('FourNodeTetrahedron', 6807, *[1151, 1242, 1302, 1206], 1)
+    ops.element('FourNodeTetrahedron', 6808, *[1491, 431, 432, 1468], 1)
+    ops.element('FourNodeTetrahedron', 6809, *[1481, 1209, 1210, 1453], 1)
+    ops.element('FourNodeTetrahedron', 6810, *[1486, 1216, 1420, 1598], 1)
+    ops.element('FourNodeTetrahedron', 6811, *[296, 293, 292, 1378], 1)
+    ops.element('FourNodeTetrahedron', 6812, *[368, 1739, 324, 320], 1)
+    ops.element('FourNodeTetrahedron', 6813, *[272, 1391, 241, 242], 1)
+    ops.element('FourNodeTetrahedron', 6814, *[1515, 416, 420, 421], 1)
+    ops.element('FourNodeTetrahedron', 6815, *[1373, 472, 370, 471], 1)
+    ops.element('FourNodeTetrahedron', 6816, *[1384, 366, 370, 1373], 1)
+    ops.element('FourNodeTetrahedron', 6817, *[241, 1391, 246, 242], 1)
+    ops.element('FourNodeTetrahedron', 6818, *[473, 1301, 461, 1662], 1)
+    ops.element('FourNodeTetrahedron', 6819, *[725, 716, 715, 1345], 1)
+    ops.element('FourNodeTetrahedron', 6820, *[1345, 716, 715, 708], 1)
+    ops.element('FourNodeTetrahedron', 6821, *[1345, 716, 708, 709], 1)
+    ops.element('FourNodeTetrahedron', 6822, *[1224, 177, 1510, 1149], 1)
+    ops.element('FourNodeTetrahedron', 6823, *[1570, 1481, 1723, 1607], 1)
+    ops.element('FourNodeTetrahedron', 6824, *[1330, 1260, 1317, 1583], 1)
+    ops.element('FourNodeTetrahedron', 6825, *[1636, 1534, 1474, 1478], 1)
+    ops.element('FourNodeTetrahedron', 6826, *[1317, 1260, 1349, 1583], 1)
+    ops.element('FourNodeTetrahedron', 6827, *[1154, 1196, 1487, 1409], 1)
+    ops.element('FourNodeTetrahedron', 6828, *[1154, 1138, 1487, 1196], 1)
+    ops.element('FourNodeTetrahedron', 6829, *[733, 731, 1307, 1151], 1)
+    ops.element('FourNodeTetrahedron', 6830, *[333, 1308, 334, 1667], 1)
+    ops.element('FourNodeTetrahedron', 6831, *[233, 229, 232, 1371], 1)
+    ops.element('FourNodeTetrahedron', 6832, *[1670, 1188, 1233, 1394], 1)
+    ops.element('FourNodeTetrahedron', 6833, *[1356, 1479, 162, 158], 1)
+    ops.element('FourNodeTetrahedron', 6834, *[1691, 417, 422, 524], 1)
+    ops.element('FourNodeTetrahedron', 6835, *[1303, 389, 395, 1516], 1)
+    ops.element('FourNodeTetrahedron', 6836, *[1516, 396, 395, 402], 1)
+    ops.element('FourNodeTetrahedron', 6837, *[1355, 1358, 188, 432], 1)
+    ops.element('FourNodeTetrahedron', 6838, *[1712, 1537, 1323, 1476], 1)
+    ops.element('FourNodeTetrahedron', 6839, *[1271, 179, 180, 1269], 1)
+    ops.element('FourNodeTetrahedron', 6840, *[1532, 1279, 1742, 1273], 1)
+    ops.element('FourNodeTetrahedron', 6841, *[325, 1403, 326, 1322], 1)
+    ops.element('FourNodeTetrahedron', 6842, *[760, 758, 757, 1287], 1)
+    ops.element('FourNodeTetrahedron', 6843, *[1339, 710, 709, 1703], 1)
+    ops.element('FourNodeTetrahedron', 6844, *[1694, 662, 661, 672], 1)
+    ops.element('FourNodeTetrahedron', 6845, *[179, 136, 182, 1269], 1)
+    ops.element('FourNodeTetrahedron', 6846, *[308, 1670, 314, 309], 1)
+    ops.element('FourNodeTetrahedron', 6847, *[1505, 1502, 1591, 547], 1)
+    ops.element('FourNodeTetrahedron', 6848, *[1510, 159, 156, 155], 1)
+    ops.element('FourNodeTetrahedron', 6849, *[256, 261, 260, 1328], 1)
+    ops.element('FourNodeTetrahedron', 6850, *[1504, 608, 1695, 607], 1)
+    ops.element('FourNodeTetrahedron', 6851, *[1517, 395, 388, 394], 1)
+    ops.element('FourNodeTetrahedron', 6852, *[1447, 1429, 1592, 1442], 1)
+    ops.element('FourNodeTetrahedron', 6853, *[1497, 1429, 1592, 1447], 1)
+    ops.element('FourNodeTetrahedron', 6854, *[376, 1392, 332, 1341], 1)
+    ops.element('FourNodeTetrahedron', 6855, *[1481, 1210, 1703, 1439], 1)
+    ops.element('FourNodeTetrahedron', 6856, *[1569, 1397, 1387, 1629], 1)
+    ops.element('FourNodeTetrahedron', 6857, *[1511, 1487, 1717, 1701], 1)
+    ops.element('FourNodeTetrahedron', 6858, *[521, 1158, 1734, 511], 1)
+    ops.element('FourNodeTetrahedron', 6859, *[1514, 1305, 232, 1313], 1)
+    ops.element('FourNodeTetrahedron', 6860, *[1612, 1341, 332, 1423], 1)
+    ops.element('FourNodeTetrahedron', 6861, *[1545, 1580, 1542, 1498], 1)
+    ops.element('FourNodeTetrahedron', 6862, *[1328, 1744, 232, 1514], 1)
+    ops.element('FourNodeTetrahedron', 6863, *[1236, 1244, 1411, 1297], 1)
+    ops.element('FourNodeTetrahedron', 6864, *[1492, 1457, 1301, 649], 1)
+    ops.element('FourNodeTetrahedron', 6865, *[259, 1419, 279, 263], 1)
+    ops.element('FourNodeTetrahedron', 6866, *[1334, 1343, 1711, 1554], 1)
+    ops.element('FourNodeTetrahedron', 6867, *[1593, 1152, 1472, 634], 1)
+    ops.element('FourNodeTetrahedron', 6868, *[1208, 1214, 1722, 1204], 1)
+    ops.element('FourNodeTetrahedron', 6869, *[1600, 1421, 1425, 1550], 1)
+    ops.element('FourNodeTetrahedron', 6870, *[1177, 1137, 1716, 1176], 1)
+    ops.element('FourNodeTetrahedron', 6871, *[1396, 148, 149, 1275], 1)
+    ops.element('FourNodeTetrahedron', 6872, *[1722, 1214, 1454, 1130], 1)
+    ops.element('FourNodeTetrahedron', 6873, *[1134, 1258, 1437, 1246], 1)
+    ops.element('FourNodeTetrahedron', 6874, *[1526, 1134, 1437, 1246], 1)
+    ops.element('FourNodeTetrahedron', 6875, *[1134, 1169, 1437, 1258], 1)
+    ops.element('FourNodeTetrahedron', 6876, *[232, 1559, 1305, 1514], 1)
+    ops.element('FourNodeTetrahedron', 6877, *[352, 1571, 299, 335], 1)
+    ops.element('FourNodeTetrahedron', 6878, *[273, 1363, 242, 243], 1)
+    ops.element('FourNodeTetrahedron', 6879, *[1204, 1214, 1722, 1130], 1)
+    ops.element('FourNodeTetrahedron', 6880, *[1214, 1454, 1453, 1722], 1)
+    ops.element('FourNodeTetrahedron', 6881, *[1613, 1497, 373, 1425], 1)
+    ops.element('FourNodeTetrahedron', 6882, *[1518, 1497, 373, 1613], 1)
+    ops.element('FourNodeTetrahedron', 6883, *[240, 1531, 245, 246], 1)
+    ops.element('FourNodeTetrahedron', 6884, *[1383, 1584, 1620, 1535], 1)
+    ops.element('FourNodeTetrahedron', 6885, *[1652, 1567, 1619, 1473], 1)
+    ops.element('FourNodeTetrahedron', 6886, *[1228, 704, 1346, 1599], 1)
+    ops.element('FourNodeTetrahedron', 6887, *[1545, 1542, 1544, 1498], 1)
+    ops.element('FourNodeTetrahedron', 6888, *[184, 1742, 183, 187], 1)
+    ops.element('FourNodeTetrahedron', 6889, *[652, 1212, 1365, 653], 1)
+    ops.element('FourNodeTetrahedron', 6890, *[282, 1399, 277, 278], 1)
+    ops.element('FourNodeTetrahedron', 6891, *[758, 748, 745, 1416], 1)
+    ops.element('FourNodeTetrahedron', 6892, *[1169, 748, 1416, 1213], 1)
+    ops.element('FourNodeTetrahedron', 6893, *[1410, 1582, 405, 1340], 1)
+    ops.element('FourNodeTetrahedron', 6894, *[1278, 474, 480, 660], 1)
+    ops.element('FourNodeTetrahedron', 6895, *[1129, 1153, 1681, 1217], 1)
+    ops.element('FourNodeTetrahedron', 6896, *[1480, 1453, 1604, 1722], 1)
+    ops.element('FourNodeTetrahedron', 6897, *[259, 263, 262, 1327], 1)
+    ops.element('FourNodeTetrahedron', 6898, *[1242, 723, 1311, 1147], 1)
+    ops.element('FourNodeTetrahedron', 6899, *[1466, 1127, 1481, 1480], 1)
+    ops.element('FourNodeTetrahedron', 6900, *[519, 1518, 517, 1614], 1)
+    ops.element('FourNodeTetrahedron', 6901, *[512, 1150, 1493, 1229], 1)
+    ops.element('FourNodeTetrahedron', 6902, *[1130, 1719, 1646, 1191], 1)
+    ops.element('FourNodeTetrahedron', 6903, *[1206, 1466, 1718, 1202], 1)
+    ops.element('FourNodeTetrahedron', 6904, *[1206, 1127, 1466, 1202], 1)
+    ops.element('FourNodeTetrahedron', 6905, *[1617, 1545, 1544, 1283], 1)
+    ops.element('FourNodeTetrahedron', 6906, *[1585, 1442, 1421, 1543], 1)
+    ops.element('FourNodeTetrahedron', 6907, *[1420, 1216, 606, 610], 1)
+    ops.element('FourNodeTetrahedron', 6908, *[1420, 606, 605, 610], 1)
+    ops.element('FourNodeTetrahedron', 6909, *[1398, 629, 1457, 648], 1)
+    ops.element('FourNodeTetrahedron', 6910, *[1557, 1607, 1730, 1575], 1)
+    ops.element('FourNodeTetrahedron', 6911, *[710, 1228, 1346, 1439], 1)
+    ops.element('FourNodeTetrahedron', 6912, *[703, 702, 168, 1402], 1)
+    ops.element('FourNodeTetrahedron', 6913, *[236, 233, 1744, 1537], 1)
+    ops.element('FourNodeTetrahedron', 6914, *[703, 168, 169, 1402], 1)
+    ops.element('FourNodeTetrahedron', 6915, *[367, 1464, 368, 1362], 1)
+    ops.element('FourNodeTetrahedron', 6916, *[617, 1409, 619, 616], 1)
+    ops.element('FourNodeTetrahedron', 6917, *[1217, 1139, 1386, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6918, *[684, 665, 1368, 681], 1)
+    ops.element('FourNodeTetrahedron', 6919, *[236, 1310, 235, 1353], 1)
+    ops.element('FourNodeTetrahedron', 6920, *[354, 1606, 353, 1308], 1)
+    ops.element('FourNodeTetrahedron', 6921, *[608, 609, 1693, 604], 1)
+    ops.element('FourNodeTetrahedron', 6922, *[257, 1324, 261, 1323], 1)
+    ops.element('FourNodeTetrahedron', 6923, *[1290, 1535, 1504, 1463], 1)
+    ops.element('FourNodeTetrahedron', 6924, *[1295, 1455, 1266, 657], 1)
+    ops.element('FourNodeTetrahedron', 6925, *[1314, 1562, 1324, 1712], 1)
+    ops.element('FourNodeTetrahedron', 6926, *[1129, 1217, 1435, 1218], 1)
+    ops.element('FourNodeTetrahedron', 6927, *[1532, 183, 1742, 1279], 1)
+    ops.element('FourNodeTetrahedron', 6928, *[1712, 1562, 1324, 1484], 1)
+    ops.element('FourNodeTetrahedron', 6929, *[1442, 1223, 1375, 1411], 1)
+    ops.element('FourNodeTetrahedron', 6930, *[285, 732, 280, 1605], 1)
+    ops.element('FourNodeTetrahedron', 6931, *[255, 1342, 284, 259], 1)
+    ops.element('FourNodeTetrahedron', 6932, *[294, 295, 1367, 1408], 1)
+    ops.element('FourNodeTetrahedron', 6933, *[295, 292, 291, 1367], 1)
+    ops.element('FourNodeTetrahedron', 6934, *[1375, 1234, 1390, 1235], 1)
+    ops.element('FourNodeTetrahedron', 6935, *[1223, 1235, 1375, 1411], 1)
+    ops.element('FourNodeTetrahedron', 6936, *[1617, 1542, 1538, 1544], 1)
+    ops.element('FourNodeTetrahedron', 6937, *[1352, 1134, 1287, 1526], 1)
+    ops.element('FourNodeTetrahedron', 6938, *[1280, 150, 154, 141], 1)
+    ops.element('FourNodeTetrahedron', 6939, *[1435, 1410, 1681, 404], 1)
+    ops.element('FourNodeTetrahedron', 6940, *[296, 1378, 295, 1558], 1)
+    ops.element('FourNodeTetrahedron', 6941, *[1645, 1454, 1639, 1608], 1)
+    ops.element('FourNodeTetrahedron', 6942, *[1620, 1581, 1642, 1610], 1)
+    ops.element('FourNodeTetrahedron', 6943, *[1707, 1597, 1520, 668], 1)
+    ops.element('FourNodeTetrahedron', 6944, *[307, 1361, 312, 1458], 1)
+    ops.element('FourNodeTetrahedron', 6945, *[327, 331, 301, 1336], 1)
+    ops.element('FourNodeTetrahedron', 6946, *[1619, 1556, 1549, 1626], 1)
+    ops.element('FourNodeTetrahedron', 6947, *[272, 1413, 1317, 1391], 1)
+    ops.element('FourNodeTetrahedron', 6948, *[1402, 163, 164, 1523], 1)
+    ops.element('FourNodeTetrahedron', 6949, *[483, 1465, 407, 489], 1)
+    ops.element('FourNodeTetrahedron', 6950, *[447, 1563, 443, 445], 1)
+    ops.element('FourNodeTetrahedron', 6951, *[448, 1321, 269, 447], 1)
+    ops.element('FourNodeTetrahedron', 6952, *[268, 260, 238, 1321], 1)
+    ops.element('FourNodeTetrahedron', 6953, *[1162, 1590, 1668, 1414], 1)
+    ops.element('FourNodeTetrahedron', 6954, *[1417, 1357, 316, 287], 1)
+    ops.element('FourNodeTetrahedron', 6955, *[312, 1417, 316, 317], 1)
+    ops.element('FourNodeTetrahedron', 6956, *[1144, 1174, 1417, 1200], 1)
+    ops.element('FourNodeTetrahedron', 6957, *[1476, 1484, 602, 607], 1)
+    ops.element('FourNodeTetrahedron', 6958, *[1389, 1248, 1179, 1132], 1)
+    ops.element('FourNodeTetrahedron', 6959, *[1235, 1248, 1389, 1132], 1)
+    ops.element('FourNodeTetrahedron', 6960, *[1498, 523, 1515, 522], 1)
+    ops.element('FourNodeTetrahedron', 6961, *[522, 523, 1515, 420], 1)
+    ops.element('FourNodeTetrahedron', 6962, *[670, 1494, 1380, 509], 1)
+    ops.element('FourNodeTetrahedron', 6963, *[332, 329, 328, 1381], 1)
+    ops.element('FourNodeTetrahedron', 6964, *[1516, 396, 402, 403], 1)
+    ops.element('FourNodeTetrahedron', 6965, *[1612, 1423, 328, 1496], 1)
+    ops.element('FourNodeTetrahedron', 6966, *[1547, 1657, 316, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6967, *[1547, 735, 1657, 1357], 1)
+    ops.element('FourNodeTetrahedron', 6968, *[1655, 1643, 1640, 1506], 1)
+    ops.element('FourNodeTetrahedron', 6969, *[673, 1494, 670, 671], 1)
+    ops.element('FourNodeTetrahedron', 6970, *[1228, 1141, 1599, 1406], 1)
+    ops.element('FourNodeTetrahedron', 6971, *[1302, 1242, 1466, 1206], 1)
+    ops.element('FourNodeTetrahedron', 6972, *[1388, 1574, 1336, 1512], 1)
+    ops.element('FourNodeTetrahedron', 6973, *[229, 1541, 1412, 1374], 1)
+    ops.element('FourNodeTetrahedron', 6974, *[1402, 702, 1743, 1157], 1)
+    ops.element('FourNodeTetrahedron', 6975, *[1395, 1388, 331, 1405], 1)
+    ops.element('FourNodeTetrahedron', 6976, *[1450, 1483, 1464, 1455], 1)
+    ops.element('FourNodeTetrahedron', 6977, *[1727, 1557, 1443, 1604], 1)
+    ops.element('FourNodeTetrahedron', 6978, *[1418, 1727, 1443, 1604], 1)
+    ops.element('FourNodeTetrahedron', 6979, *[1445, 366, 1384, 1373], 1)
+    ops.element('FourNodeTetrahedron', 6980, *[1348, 1297, 1288, 1274], 1)
+    ops.element('FourNodeTetrahedron', 6981, *[491, 1462, 489, 1520], 1)
+    ops.element('FourNodeTetrahedron', 6982, *[1610, 1655, 1642, 1506], 1)
+    ops.element('FourNodeTetrahedron', 6983, *[1610, 1643, 1655, 1506], 1)
+    ops.element('FourNodeTetrahedron', 6984, *[1633, 1330, 1413, 1570], 1)
+    ops.element('FourNodeTetrahedron', 6985, *[1258, 1129, 1509, 1221], 1)
+    ops.element('FourNodeTetrahedron', 6986, *[1139, 1163, 1414, 1247], 1)
+    ops.element('FourNodeTetrahedron', 6987, *[1139, 1247, 1414, 1410], 1)
+    ops.element('FourNodeTetrahedron', 6988, *[626, 1572, 627, 629], 1)
+    ops.element('FourNodeTetrahedron', 6989, *[1552, 462, 466, 465], 1)
+    ops.element('FourNodeTetrahedron', 6990, *[1230, 1200, 1726, 1189], 1)
+    ops.element('FourNodeTetrahedron', 6991, *[1605, 732, 280, 1428], 1)
+    ops.element('FourNodeTetrahedron', 6992, *[1605, 1307, 732, 1302], 1)
+    ops.element('FourNodeTetrahedron', 6993, *[1421, 1631, 361, 1483], 1)
+    ops.element('FourNodeTetrahedron', 6994, *[1192, 1142, 1351, 1197], 1)
+    ops.element('FourNodeTetrahedron', 6995, *[269, 1539, 1321, 448], 1)
+    ops.element('FourNodeTetrahedron', 6996, *[1167, 1145, 1274, 1254], 1)
+    ops.element('FourNodeTetrahedron', 6997, *[1257, 1145, 1348, 1274], 1)
+    ops.element('FourNodeTetrahedron', 6998, *[1257, 1145, 1274, 1167], 1)
+    ops.element('FourNodeTetrahedron', 6999, *[1578, 1346, 709, 1439], 1)
+    ops.element('FourNodeTetrahedron', 7000, *[1578, 709, 708, 1422], 1)
+    ops.element('FourNodeTetrahedron', 7001, *[1639, 1438, 1513, 1510], 1)
+    ops.element('FourNodeTetrahedron', 7002, *[1331, 140, 415, 416], 1)
+    ops.element('FourNodeTetrahedron', 7003, *[1480, 1453, 1607, 1604], 1)
+    ops.element('FourNodeTetrahedron', 7004, *[1210, 1211, 1439, 1453], 1)
+    ops.element('FourNodeTetrahedron', 7005, *[1209, 1211, 1210, 1453], 1)
+    ops.element('FourNodeTetrahedron', 7006, *[1741, 1245, 1606, 1241], 1)
+    ops.element('FourNodeTetrahedron', 7007, *[1382, 1121, 1340, 1375], 1)
+    ops.element('FourNodeTetrahedron', 7008, *[1182, 1194, 1574, 1152], 1)
+    ops.element('FourNodeTetrahedron', 7009, *[1512, 1182, 1574, 1152], 1)
+    ops.element('FourNodeTetrahedron', 7010, *[1409, 611, 1598, 616], 1)
+    ops.element('FourNodeTetrahedron', 7011, *[1441, 1598, 1637, 616], 1)
+    ops.element('FourNodeTetrahedron', 7012, *[1487, 1433, 1441, 1409], 1)
+    ops.element('FourNodeTetrahedron', 7013, *[1487, 1196, 1433, 1409], 1)
+    ops.element('FourNodeTetrahedron', 7014, *[1487, 1138, 1433, 1196], 1)
+    ops.element('FourNodeTetrahedron', 7015, *[618, 1692, 620, 619], 1)
+    ops.element('FourNodeTetrahedron', 7016, *[1701, 1441, 1449, 1692], 1)
+    ops.element('FourNodeTetrahedron', 7017, *[1701, 1409, 1441, 619], 1)
+    ops.element('FourNodeTetrahedron', 7018, *[1701, 1692, 1449, 618], 1)
+    ops.element('FourNodeTetrahedron', 7019, *[1365, 653, 648, 652], 1)
+    ops.element('FourNodeTetrahedron', 7020, *[645, 1365, 1492, 648], 1)
+    ops.element('FourNodeTetrahedron', 7021, *[326, 1405, 327, 1679], 1)
+    ops.element('FourNodeTetrahedron', 7022, *[1426, 1424, 1550, 1295], 1)
+    ops.element('FourNodeTetrahedron', 7023, *[1648, 1232, 1688, 550], 1)
+    ops.element('FourNodeTetrahedron', 7024, *[645, 1365, 648, 652], 1)
+    ops.element('FourNodeTetrahedron', 7025, *[769, 761, 762, 1738], 1)
+    ops.element('FourNodeTetrahedron', 7026, *[645, 1160, 1365, 652], 1)
+    ops.element('FourNodeTetrahedron', 7027, *[645, 1160, 652, 651], 1)
+    ops.element('FourNodeTetrahedron', 7028, *[395, 389, 396, 1516], 1)
+    ops.element('FourNodeTetrahedron', 7029, *[1517, 1516, 395, 402], 1)
+    ops.element('FourNodeTetrahedron', 7030, *[1517, 1303, 395, 1516], 1)
+    ops.element('FourNodeTetrahedron', 7031, *[549, 1291, 548, 536], 1)
+    ops.element('FourNodeTetrahedron', 7032, *[516, 768, 1385, 1573], 1)
+    ops.element('FourNodeTetrahedron', 7033, *[666, 1254, 1259, 650], 1)
+    ops.element('FourNodeTetrahedron', 7034, *[710, 1346, 709, 1439], 1)
+    ops.element('FourNodeTetrahedron', 7035, *[760, 757, 761, 1287], 1)
+    ops.element('FourNodeTetrahedron', 7036, *[1436, 645, 1492, 647], 1)
+    ops.element('FourNodeTetrahedron', 7037, *[1517, 388, 387, 394], 1)
+    ops.element('FourNodeTetrahedron', 7038, *[1385, 1286, 754, 388], 1)
+    ops.element('FourNodeTetrahedron', 7039, *[1488, 524, 523, 530], 1)
+    ops.element('FourNodeTetrahedron', 7040, *[1184, 1240, 1309, 1195], 1)
+    ops.element('FourNodeTetrahedron', 7041, *[304, 1332, 264, 1276], 1)
+    ops.element('FourNodeTetrahedron', 7042, *[1415, 745, 744, 1485], 1)
+    ops.element('FourNodeTetrahedron', 7043, *[516, 1385, 767, 1312], 1)
+    ops.element('FourNodeTetrahedron', 7044, *[1503, 1596, 1506, 549], 1)
+    ops.element('FourNodeTetrahedron', 7045, *[516, 768, 767, 1385], 1)
+    ops.element('FourNodeTetrahedron', 7046, *[768, 763, 767, 1385], 1)
+    ops.element('FourNodeTetrahedron', 7047, *[767, 763, 764, 1385], 1)
+    ops.element('FourNodeTetrahedron', 7048, *[1460, 1424, 1426, 678], 1)
+    ops.element('FourNodeTetrahedron', 7049, *[1628, 1280, 1326, 1542], 1)
+    ops.element('FourNodeTetrahedron', 7050, *[1724, 1445, 1501, 1720], 1)
+    ops.element('FourNodeTetrahedron', 7051, *[251, 1338, 255, 1343], 1)
+    ops.element('FourNodeTetrahedron', 7052, *[1560, 1553, 1344, 1588], 1)
+    ops.element('FourNodeTetrahedron', 7053, *[1294, 1384, 1663, 1687], 1)
+    ops.element('FourNodeTetrahedron', 7054, *[1644, 1722, 1645, 1522], 1)
+    ops.element('FourNodeTetrahedron', 7055, *[1208, 1722, 1456, 1204], 1)
+    ops.element('FourNodeTetrahedron', 7056, *[1452, 1129, 1681, 1435], 1)
+    ops.element('FourNodeTetrahedron', 7057, *[1511, 1701, 618, 617], 1)
+    ops.element('FourNodeTetrahedron', 7058, *[617, 619, 1701, 618], 1)
+    ops.element('FourNodeTetrahedron', 7059, *[1701, 1409, 619, 617], 1)
+    ops.element('FourNodeTetrahedron', 7060, *[1578, 1346, 1422, 1586], 1)
+    ops.element('FourNodeTetrahedron', 7061, *[1539, 1712, 1476, 1299], 1)
+    ops.element('FourNodeTetrahedron', 7062, *[1505, 1591, 1636, 546], 1)
+    ops.element('FourNodeTetrahedron', 7063, *[1427, 1249, 1625, 525], 1)
+    ops.element('FourNodeTetrahedron', 7064, *[512, 1229, 1493, 521], 1)
+    ops.element('FourNodeTetrahedron', 7065, *[1229, 1146, 1493, 1448], 1)
+    ops.element('FourNodeTetrahedron', 7066, *[521, 1229, 1448, 1158], 1)
+    ops.element('FourNodeTetrahedron', 7067, *[521, 1229, 1493, 1448], 1)
+    ops.element('FourNodeTetrahedron', 7068, *[1406, 1599, 1523, 1438], 1)
+    ops.element('FourNodeTetrahedron', 7069, *[737, 738, 305, 1304], 1)
+    ops.element('FourNodeTetrahedron', 7070, *[1652, 1635, 1619, 1567], 1)
+    ops.element('FourNodeTetrahedron', 7071, *[327, 331, 1336, 1405], 1)
+    ops.element('FourNodeTetrahedron', 7072, *[1573, 1300, 1303, 1516], 1)
+    ops.element('FourNodeTetrahedron', 7073, *[1672, 1656, 171, 165], 1)
+    ops.element('FourNodeTetrahedron', 7074, *[723, 728, 727, 1264], 1)
+    ops.element('FourNodeTetrahedron', 7075, *[1276, 1712, 1539, 1299], 1)
+    ops.element('FourNodeTetrahedron', 7076, *[737, 738, 1304, 1171], 1)
+    ops.element('FourNodeTetrahedron', 7077, *[1567, 1626, 1545, 1488], 1)
+    ops.element('FourNodeTetrahedron', 7078, *[241, 1531, 240, 246], 1)
+    ops.element('FourNodeTetrahedron', 7079, *[324, 1329, 325, 1739], 1)
+    ops.element('FourNodeTetrahedron', 7080, *[1437, 1416, 1415, 1452], 1)
+    ops.element('FourNodeTetrahedron', 7081, *[1437, 1452, 1415, 1500], 1)
+    ops.element('FourNodeTetrahedron', 7082, *[1410, 1582, 399, 405], 1)
+    ops.element('FourNodeTetrahedron', 7083, *[670, 1380, 667, 509], 1)
+    ops.element('FourNodeTetrahedron', 7084, *[263, 1285, 1310, 1327], 1)
+    ops.element('FourNodeTetrahedron', 7085, *[463, 628, 1316, 468], 1)
+    ops.element('FourNodeTetrahedron', 7086, *[222, 1271, 181, 223], 1)
+    ops.element('FourNodeTetrahedron', 7087, *[1739, 1329, 325, 1322], 1)
+    ops.element('FourNodeTetrahedron', 7088, *[1454, 1639, 1587, 1645], 1)
+    ops.element('FourNodeTetrahedron', 7089, *[1630, 1454, 1587, 1645], 1)
+    ops.element('FourNodeTetrahedron', 7090, *[1190, 178, 155, 147], 1)
+    ops.element('FourNodeTetrahedron', 7091, *[1490, 155, 1396, 1482], 1)
+    ops.element('FourNodeTetrahedron', 7092, *[1427, 525, 1576, 531], 1)
+    ops.element('FourNodeTetrahedron', 7093, *[1590, 1658, 343, 1661], 1)
+    ops.element('FourNodeTetrahedron', 7094, *[681, 665, 1561, 664], 1)
+    ops.element('FourNodeTetrahedron', 7095, *[1402, 175, 168, 163], 1)
+    ops.element('FourNodeTetrahedron', 7096, *[1443, 1575, 1363, 1337], 1)
+    ops.element('FourNodeTetrahedron', 7097, *[761, 756, 762, 1300], 1)
+    ops.element('FourNodeTetrahedron', 7098, *[1638, 1486, 1584, 1637], 1)
+    ops.element('FourNodeTetrahedron', 7099, *[1683, 1338, 1432, 1343], 1)
+    ops.element('FourNodeTetrahedron', 7100, *[1615, 1204, 1522, 1215], 1)
+    ops.element('FourNodeTetrahedron', 7101, *[1135, 1204, 1615, 1215], 1)
+    ops.element('FourNodeTetrahedron', 7102, *[733, 1307, 732, 1199], 1)
+    ops.element('FourNodeTetrahedron', 7103, *[1241, 1308, 1606, 1671], 1)
+    ops.element('FourNodeTetrahedron', 7104, *[1289, 1290, 1332, 1461], 1)
+    ops.element('FourNodeTetrahedron', 7105, *[1137, 1152, 1512, 1181], 1)
+    ops.element('FourNodeTetrahedron', 7106, *[1568, 1389, 1496, 1398], 1)
+    ops.element('FourNodeTetrahedron', 7107, *[329, 1714, 330, 326], 1)
+    ops.element('FourNodeTetrahedron', 7108, *[1570, 1311, 1339, 1481], 1)
+    ops.element('FourNodeTetrahedron', 7109, *[1403, 1714, 326, 1679], 1)
+    ops.element('FourNodeTetrahedron', 7110, *[1311, 1147, 1481, 1466], 1)
+    ops.element('FourNodeTetrahedron', 7111, *[1582, 1124, 1392, 1226], 1)
+    ops.element('FourNodeTetrahedron', 7112, *[1689, 1459, 1335, 1278], 1)
+    ops.element('FourNodeTetrahedron', 7113, *[171, 1656, 170, 165], 1)
+    ops.element('FourNodeTetrahedron', 7114, *[678, 681, 1561, 664], 1)
+    ops.element('FourNodeTetrahedron', 7115, *[220, 1541, 229, 1374], 1)
+    ops.element('FourNodeTetrahedron', 7116, *[1315, 1225, 1595, 1180], 1)
+    ops.element('FourNodeTetrahedron', 7117, *[1363, 1337, 248, 244], 1)
+    ops.element('FourNodeTetrahedron', 7118, *[1375, 1390, 1631, 1411], 1)
+    ops.element('FourNodeTetrahedron', 7119, *[1366, 1389, 1568, 1398], 1)
+    ops.element('FourNodeTetrahedron', 7120, *[246, 1349, 213, 1333], 1)
+    ops.element('FourNodeTetrahedron', 7121, *[1568, 1492, 1464, 1436], 1)
+    ops.element('FourNodeTetrahedron', 7122, *[1349, 707, 213, 1333], 1)
+    ops.element('FourNodeTetrahedron', 7123, *[1349, 714, 213, 707], 1)
+    ops.element('FourNodeTetrahedron', 7124, *[1349, 715, 714, 707], 1)
+    ops.element('FourNodeTetrahedron', 7125, *[1349, 708, 707, 1333], 1)
+    ops.element('FourNodeTetrahedron', 7126, *[1708, 1171, 1304, 1361], 1)
+    ops.element('FourNodeTetrahedron', 7127, *[1191, 1149, 1490, 1190], 1)
+    ops.element('FourNodeTetrahedron', 7128, *[1281, 1544, 1468, 522], 1)
+    ops.element('FourNodeTetrahedron', 7129, *[1388, 299, 300, 1401], 1)
+    ops.element('FourNodeTetrahedron', 7130, *[299, 296, 300, 1401], 1)
+    ops.element('FourNodeTetrahedron', 7131, *[1544, 1491, 1468, 522], 1)
+    ops.element('FourNodeTetrahedron', 7132, *[1270, 419, 418, 1238], 1)
+    ops.element('FourNodeTetrahedron', 7133, *[1544, 1491, 1555, 1468], 1)
+    ops.element('FourNodeTetrahedron', 7134, *[1270, 146, 419, 1238], 1)
+    ops.element('FourNodeTetrahedron', 7135, *[1372, 341, 345, 344], 1)
+    ops.element('FourNodeTetrahedron', 7136, *[1724, 1425, 1501, 1445], 1)
+    ops.element('FourNodeTetrahedron', 7137, *[615, 608, 1463, 614], 1)
+    ops.element('FourNodeTetrahedron', 7138, *[1295, 1266, 1373, 656], 1)
+    ops.element('FourNodeTetrahedron', 7139, *[367, 1464, 1362, 1455], 1)
+    ops.element('FourNodeTetrahedron', 7140, *[234, 1310, 235, 236], 1)
+    ops.element('FourNodeTetrahedron', 7141, *[1538, 1491, 1555, 1544], 1)
+    ops.element('FourNodeTetrahedron', 7142, *[1632, 1421, 361, 1450], 1)
+    ops.element('FourNodeTetrahedron', 7143, *[236, 235, 233, 1353], 1)
+    ops.element('FourNodeTetrahedron', 7144, *[1686, 1169, 1416, 1287], 1)
+    ops.element('FourNodeTetrahedron', 7145, *[1613, 1594, 1724, 1649], 1)
+    ops.element('FourNodeTetrahedron', 7146, *[1327, 1642, 1310, 1634], 1)
+    ops.element('FourNodeTetrahedron', 7147, *[1585, 1442, 1543, 1348], 1)
+    ops.element('FourNodeTetrahedron', 7148, *[1649, 1613, 1724, 1494], 1)
+    ops.element('FourNodeTetrahedron', 7149, *[614, 1463, 1504, 608], 1)
+    ops.element('FourNodeTetrahedron', 7150, *[1494, 1649, 1724, 1460], 1)
+    ops.element('FourNodeTetrahedron', 7151, *[1337, 1350, 217, 219], 1)
+    ops.element('FourNodeTetrahedron', 7152, *[1531, 212, 245, 246], 1)
+    ops.element('FourNodeTetrahedron', 7153, *[1622, 1728, 1549, 1635], 1)
+    ops.element('FourNodeTetrahedron', 7154, *[1389, 1179, 1423, 1398], 1)
+    ops.element('FourNodeTetrahedron', 7155, *[1398, 1176, 1431, 1148], 1)
+    ops.element('FourNodeTetrahedron', 7156, *[1179, 1176, 1398, 1148], 1)
+    ops.element('FourNodeTetrahedron', 7157, *[1179, 1148, 1398, 1212], 1)
+    ops.element('FourNodeTetrahedron', 7158, *[1132, 1179, 1389, 1398], 1)
+    ops.element('FourNodeTetrahedron', 7159, *[256, 1323, 1328, 1321], 1)
+    ops.element('FourNodeTetrahedron', 7160, *[1575, 1553, 1350, 1337], 1)
+    ops.element('FourNodeTetrahedron', 7161, *[771, 1159, 760, 1352], 1)
+    ops.element('FourNodeTetrahedron', 7162, *[1711, 1638, 1584, 1533], 1)
+    ops.element('FourNodeTetrahedron', 7163, *[1190, 1482, 1508, 1270], 1)
+    ops.element('FourNodeTetrahedron', 7164, *[1193, 1372, 1661, 1133], 1)
+    ops.element('FourNodeTetrahedron', 7165, *[1324, 1353, 1537, 1634], 1)
+    ops.element('FourNodeTetrahedron', 7166, *[678, 1424, 1426, 663], 1)
+    ops.element('FourNodeTetrahedron', 7167, *[1203, 1251, 1589, 1475], 1)
+    ops.element('FourNodeTetrahedron', 7168, *[1123, 1589, 1338, 1203], 1)
+    ops.element('FourNodeTetrahedron', 7169, *[534, 1283, 1281, 528], 1)
+    ops.element('FourNodeTetrahedron', 7170, *[351, 1606, 354, 355], 1)
+    ops.element('FourNodeTetrahedron', 7171, *[1462, 358, 357, 1379], 1)
+    ops.element('FourNodeTetrahedron', 7172, *[720, 725, 1260, 1330], 1)
+    ops.element('FourNodeTetrahedron', 7173, *[1394, 1404, 319, 1306], 1)
+    ops.element('FourNodeTetrahedron', 7174, *[615, 1693, 1463, 608], 1)
+    ops.element('FourNodeTetrahedron', 7175, *[1424, 1292, 663, 664], 1)
+    ops.element('FourNodeTetrahedron', 7176, *[1528, 1650, 1462, 1380], 1)
+    ops.element('FourNodeTetrahedron', 7177, *[1497, 1507, 1677, 1429], 1)
+    ops.element('FourNodeTetrahedron', 7178, *[1276, 1284, 1314, 1712], 1)
+    ops.element('FourNodeTetrahedron', 7179, *[258, 259, 1327, 1383], 1)
+    ops.element('FourNodeTetrahedron', 7180, *[354, 1606, 1308, 1671], 1)
+    ops.element('FourNodeTetrahedron', 7181, *[400, 401, 394, 1465], 1)
+    ops.element('FourNodeTetrahedron', 7182, *[1521, 394, 400, 1465], 1)
+    ops.element('FourNodeTetrahedron', 7183, *[1543, 1297, 1436, 1288], 1)
+    ops.element('FourNodeTetrahedron', 7184, *[1292, 1543, 1436, 1288], 1)
+    ops.element('FourNodeTetrahedron', 7185, *[1465, 401, 400, 356], 1)
+    ops.element('FourNodeTetrahedron', 7186, *[1521, 400, 414, 1465], 1)
+    ops.element('FourNodeTetrahedron', 7187, *[520, 1521, 493, 1465], 1)
+    ops.element('FourNodeTetrahedron', 7188, *[482, 1465, 414, 483], 1)
+    ops.element('FourNodeTetrahedron', 7189, *[1268, 1653, 1588, 1624], 1)
+    ops.element('FourNodeTetrahedron', 7190, *[520, 1465, 493, 492], 1)
+    ops.element('FourNodeTetrahedron', 7191, *[1465, 401, 356, 371], 1)
+    ops.element('FourNodeTetrahedron', 7192, *[360, 1421, 361, 1632], 1)
+    ops.element('FourNodeTetrahedron', 7193, *[1425, 1421, 1632, 1550], 1)
+    ops.element('FourNodeTetrahedron', 7194, *[1425, 1421, 360, 1632], 1)
+    ops.element('FourNodeTetrahedron', 7195, *[1632, 1421, 1450, 1550], 1)
+    ops.element('FourNodeTetrahedron', 7196, *[1503, 1648, 1643, 1596], 1)
+    ops.element('FourNodeTetrahedron', 7197, *[1487, 1433, 1554, 1441], 1)
+    ops.element('FourNodeTetrahedron', 7198, *[520, 1465, 492, 517], 1)
+    ops.element('FourNodeTetrahedron', 7199, *[1396, 156, 150, 149], 1)
+    ops.element('FourNodeTetrahedron', 7200, *[1495, 1396, 156, 150], 1)
+    ops.element('FourNodeTetrahedron', 7201, *[1631, 375, 361, 1483], 1)
+    ops.element('FourNodeTetrahedron', 7202, *[1324, 1537, 261, 1323], 1)
+    ops.element('FourNodeTetrahedron', 7203, *[1656, 1402, 703, 1422], 1)
+    ops.element('FourNodeTetrahedron', 7204, *[1482, 155, 148, 147], 1)
+    ops.element('FourNodeTetrahedron', 7205, *[1490, 1482, 1396, 1508], 1)
+    ops.element('FourNodeTetrahedron', 7206, *[1685, 1501, 1446, 1469], 1)
+    ops.element('FourNodeTetrahedron', 7207, *[1671, 333, 354, 332], 1)
+    ops.element('FourNodeTetrahedron', 7208, *[1528, 1685, 1379, 1459], 1)
+    ops.element('FourNodeTetrahedron', 7209, *[1341, 1125, 1177, 1381], 1)
+    ops.element('FourNodeTetrahedron', 7210, *[1685, 358, 1379, 1446], 1)
+    ops.element('FourNodeTetrahedron', 7211, *[1685, 1501, 358, 1446], 1)
+    ops.element('FourNodeTetrahedron', 7212, *[1341, 1125, 1381, 1423], 1)
+    ops.element('FourNodeTetrahedron', 7213, *[1422, 1402, 1656, 1523], 1)
+    ops.element('FourNodeTetrahedron', 7214, *[1682, 1461, 1332, 614], 1)
+    ops.element('FourNodeTetrahedron', 7215, *[1682, 1461, 614, 620], 1)
+    ops.element('FourNodeTetrahedron', 7216, *[732, 731, 730, 1307], 1)
+    ops.element('FourNodeTetrahedron', 7217, *[733, 731, 732, 1307], 1)
+    ops.element('FourNodeTetrahedron', 7218, *[447, 1321, 443, 1563], 1)
+    ops.element('FourNodeTetrahedron', 7219, *[1123, 1203, 1432, 1205], 1)
+    ops.element('FourNodeTetrahedron', 7220, *[1131, 1195, 1564, 1471], 1)
+    ops.element('FourNodeTetrahedron', 7221, *[478, 1662, 473, 465], 1)
+    ops.element('FourNodeTetrahedron', 7222, *[755, 381, 754, 1286], 1)
+    ops.element('FourNodeTetrahedron', 7223, *[763, 755, 754, 1286], 1)
+    ops.element('FourNodeTetrahedron', 7224, *[1385, 763, 754, 1286], 1)
+    ops.element('FourNodeTetrahedron', 7225, *[1356, 162, 173, 158], 1)
+    ops.element('FourNodeTetrahedron', 7226, *[1499, 1656, 164, 1523], 1)
+    ops.element('FourNodeTetrahedron', 7227, *[1656, 1402, 164, 1523], 1)
+    ops.element('FourNodeTetrahedron', 7228, *[1490, 1190, 1482, 1508], 1)
+    ops.element('FourNodeTetrahedron', 7229, *[1526, 1263, 1516, 1509], 1)
+    ops.element('FourNodeTetrahedron', 7230, *[1237, 1125, 1341, 1248], 1)
+    ops.element('FourNodeTetrahedron', 7231, *[1389, 1125, 1423, 1179], 1)
+    ops.element('FourNodeTetrahedron', 7232, *[1389, 1248, 1125, 1179], 1)
+    ops.element('FourNodeTetrahedron', 7233, *[1390, 1237, 1341, 1248], 1)
+    ops.element('FourNodeTetrahedron', 7234, *[1390, 1248, 1341, 1389], 1)
+    ops.element('FourNodeTetrahedron', 7235, *[705, 702, 703, 1402], 1)
+    ops.element('FourNodeTetrahedron', 7236, *[1487, 1440, 1554, 1433], 1)
+    ops.element('FourNodeTetrahedron', 7237, *[1546, 1541, 1374, 1621], 1)
+    ops.element('FourNodeTetrahedron', 7238, *[1322, 1679, 322, 1316], 1)
+    ops.element('FourNodeTetrahedron', 7239, *[1559, 1347, 230, 1305], 1)
+    ops.element('FourNodeTetrahedron', 7240, *[1747, 1749, 1746, 1748], 1)
+    ops.element('FourNodeTetrahedron', 7241, *[1206, 1750, 1242, 1127], 1)
+    ops.element('FourNodeTetrahedron', 7242, *[1751, 1754, 1753, 1752], 1)
+    ops.element('FourNodeTetrahedron', 7243, *[1757, 1756, 1755, 1758], 1)
+    ops.element('FourNodeTetrahedron', 7244, *[1241, 1759, 1166, 1250], 1)
+    ops.element('FourNodeTetrahedron', 7245, *[1762, 1760, 1761, 1763], 1)
+    ops.element('FourNodeTetrahedron', 7246, *[1767, 1766, 1764, 1765], 1)
+    ops.element('FourNodeTetrahedron', 7247, *[1770, 1769, 1768, 1771], 1)
+    ops.element('FourNodeTetrahedron', 7248, *[1775, 1773, 1774, 1772], 1)
+    ops.element('FourNodeTetrahedron', 7249, *[1779, 1777, 1778, 1776], 1)
+    ops.element('FourNodeTetrahedron', 7250, *[1780, 1781, 1169, 1134], 1)
+    ops.element('FourNodeTetrahedron', 7251, *[1767, 1782, 1783, 1764], 1)
+    ops.element('FourNodeTetrahedron', 7252, *[1159, 1780, 1239, 1134], 1)
+    ops.element('FourNodeTetrahedron', 7253, *[1784, 1787, 1786, 1785], 1)
+    ops.element('FourNodeTetrahedron', 7254, *[1788, 1789, 1791, 1790], 1)
+    ops.element('FourNodeTetrahedron', 7255, *[1792, 1794, 1793, 1795], 1)
+    ops.element('FourNodeTetrahedron', 7256, *[1797, 1798, 1799, 1796], 1)
+    ops.element('FourNodeTetrahedron', 7257, *[1800, 1802, 1801, 1803], 1)
+    ops.element('FourNodeTetrahedron', 7258, *[1805, 1804, 1806, 1807], 1)
+    ops.element('FourNodeTetrahedron', 7259, *[751, 1808, 752, 1162], 1)
+    ops.element('FourNodeTetrahedron', 7260, *[1810, 1809, 1228, 1811], 1)
+    ops.element('FourNodeTetrahedron', 7261, *[1815, 1812, 1813, 1814], 1)
+    ops.element('FourNodeTetrahedron', 7262, *[1814, 1815, 1812, 1816], 1)
+    ops.element('FourNodeTetrahedron', 7263, *[1813, 1812, 1817, 1814], 1)
+    ops.element('FourNodeTetrahedron', 7264, *[1819, 1820, 1821, 1818], 1)
+    ops.element('FourNodeTetrahedron', 7265, *[1822, 1791, 1824, 1823], 1)
+    ops.element('FourNodeTetrahedron', 7266, *[1827, 1826, 1825, 1828], 1)
+    ops.element('FourNodeTetrahedron', 7267, *[1830, 1831, 1832, 1829], 1)
+    ops.element('FourNodeTetrahedron', 7268, *[1834, 1774, 1772, 1833], 1)
+    ops.element('FourNodeTetrahedron', 7269, *[1834, 1833, 1835, 1836], 1)
+    ops.element('FourNodeTetrahedron', 7270, *[1839, 1838, 1837, 1840], 1)
+    ops.element('FourNodeTetrahedron', 7271, *[1841, 1843, 1842, 1844], 1)
+    ops.element('FourNodeTetrahedron', 7272, *[1830, 1831, 1829, 1845], 1)
+    ops.element('FourNodeTetrahedron', 7273, *[1831, 1846, 1829, 1845], 1)
+    ops.element('FourNodeTetrahedron', 7274, *[1849, 1848, 1847, 653], 1)
+    ops.element('FourNodeTetrahedron', 7275, *[1795, 1794, 1793, 1850], 1)
+    ops.element('FourNodeTetrahedron', 7276, *[1854, 1852, 1853, 1851], 1)
+    ops.element('FourNodeTetrahedron', 7277, *[1855, 1857, 1856, 1858], 1)
+    ops.element('FourNodeTetrahedron', 7278, *[1861, 1860, 1215, 1859], 1)
+    ops.element('FourNodeTetrahedron', 7279, *[1865, 1863, 1864, 1862], 1)
+    ops.element('FourNodeTetrahedron', 7280, *[1866, 1153, 1213, 1129], 1)
+    ops.element('FourNodeTetrahedron', 7281, *[1870, 1868, 1869, 1867], 1)
+    ops.element('FourNodeTetrahedron', 7282, *[1871, 1873, 1872, 1874], 1)
+    ops.element('FourNodeTetrahedron', 7283, *[1878, 1876, 1877, 1875], 1)
+    ops.element('FourNodeTetrahedron', 7284, *[1880, 1881, 1882, 1879], 1)
+    ops.element('FourNodeTetrahedron', 7285, *[1181, 1883, 1152, 634], 1)
+    ops.element('FourNodeTetrahedron', 7286, *[1884, 1814, 1817, 1885], 1)
+    ops.element('FourNodeTetrahedron', 7287, *[1887, 1888, 1889, 1886], 1)
+    ops.element('FourNodeTetrahedron', 7288, *[1880, 1882, 1139, 1879], 1)
+    ops.element('FourNodeTetrahedron', 7289, *[1890, 1863, 1865, 1862], 1)
+    ops.element('FourNodeTetrahedron', 7290, *[1891, 1892, 1140, 1172], 1)
+    ops.element('FourNodeTetrahedron', 7291, *[1159, 1894, 1893, 1780], 1)
+    ops.element('FourNodeTetrahedron', 7292, *[1897, 1896, 1895, 1856], 1)
+    ops.element('FourNodeTetrahedron', 7293, *[1258, 1866, 1129, 1898], 1)
+    ops.element('FourNodeTetrahedron', 7294, *[1902, 1900, 1901, 1899], 1)
+    ops.element('FourNodeTetrahedron', 7295, *[1904, 1881, 1880, 1903], 1)
+    ops.element('FourNodeTetrahedron', 7296, *[1907, 1906, 1905, 1820], 1)
+    ops.element('FourNodeTetrahedron', 7297, *[1909, 1910, 1911, 1908], 1)
+    ops.element('FourNodeTetrahedron', 7298, *[1171, 1905, 1144, 1253], 1)
+    ops.element('FourNodeTetrahedron', 7299, *[1909, 1911, 1912, 1908], 1)
+    ops.element('FourNodeTetrahedron', 7300, *[1246, 1898, 1221, 1913], 1)
+    ops.element('FourNodeTetrahedron', 7301, *[1917, 1914, 1915, 1916], 1)
+    ops.element('FourNodeTetrahedron', 7302, *[1909, 1912, 1918, 1908], 1)
+    ops.element('FourNodeTetrahedron', 7303, *[1919, 1910, 1909, 1908], 1)
+    ops.element('FourNodeTetrahedron', 7304, *[1888, 1922, 1921, 1920], 1)
+    ops.element('FourNodeTetrahedron', 7305, *[532, 1923, 1249, 526], 1)
+    ops.element('FourNodeTetrahedron', 7306, *[1919, 1908, 1924, 1925], 1)
+    ops.element('FourNodeTetrahedron', 7307, *[1927, 1926, 1928, 1929], 1)
+    ops.element('FourNodeTetrahedron', 7308, *[1931, 1932, 1933, 1930], 1)
+    ops.element('FourNodeTetrahedron', 7309, *[1935, 1934, 1936, 1933], 1)
+    ops.element('FourNodeTetrahedron', 7310, *[1796, 1798, 1799, 1937], 1)
+    ops.element('FourNodeTetrahedron', 7311, *[1940, 1939, 1938, 1941], 1)
+    ops.element('FourNodeTetrahedron', 7312, *[1944, 1945, 1943, 1942], 1)
+    ops.element('FourNodeTetrahedron', 7313, *[1947, 1946, 1948, 1871], 1)
+    ops.element('FourNodeTetrahedron', 7314, *[1750, 1949, 1127, 1202], 1)
+    ops.element('FourNodeTetrahedron', 7315, *[1862, 1951, 1950, 1899], 1)
+    ops.element('FourNodeTetrahedron', 7316, *[1955, 1954, 1952, 1953], 1)
+    ops.element('FourNodeTetrahedron', 7317, *[1769, 1957, 1956, 1958], 1)
+    ops.element('FourNodeTetrahedron', 7318, *[1769, 1959, 1956, 1957], 1)
+    ops.element('FourNodeTetrahedron', 7319, *[1961, 1960, 1841, 1844], 1)
+    ops.element('FourNodeTetrahedron', 7320, *[1963, 1965, 1962, 1964], 1)
+    ops.element('FourNodeTetrahedron', 7321, *[1968, 1967, 1966, 1878], 1)
+    ops.element('FourNodeTetrahedron', 7322, *[1970, 1972, 1969, 1971], 1)
+    ops.element('FourNodeTetrahedron', 7323, *[1968, 1876, 1967, 1878], 1)
+    ops.element('FourNodeTetrahedron', 7324, *[1974, 1975, 1859, 1973], 1)
+    ops.element('FourNodeTetrahedron', 7325, *[1978, 1976, 1753, 1977], 1)
+    ops.element('FourNodeTetrahedron', 7326, *[1979, 1940, 1938, 1941], 1)
+    ops.element('FourNodeTetrahedron', 7327, *[1980, 1785, 1844, 1981], 1)
+    ops.element('FourNodeTetrahedron', 7328, *[1985, 1983, 1984, 1982], 1)
+    ops.element('FourNodeTetrahedron', 7329, *[1921, 1987, 1986, 1924], 1)
+    ops.element('FourNodeTetrahedron', 7330, *[1978, 1976, 1870, 1753], 1)
+    ops.element('FourNodeTetrahedron', 7331, *[1988, 1761, 1760, 1762], 1)
+    ops.element('FourNodeTetrahedron', 7332, *[1992, 1989, 1990, 1991], 1)
+    ops.element('FourNodeTetrahedron', 7333, *[1993, 1994, 1996, 1995], 1)
+    ops.element('FourNodeTetrahedron', 7334, *[1998, 1834, 1997, 1242], 1)
+    ops.element('FourNodeTetrahedron', 7335, *[1936, 2000, 1811, 1999], 1)
+    ops.element('FourNodeTetrahedron', 7336, *[2002, 2003, 2001, 2004], 1)
+    ops.element('FourNodeTetrahedron', 7337, *[1250, 1759, 1166, 1243], 1)
+    ops.element('FourNodeTetrahedron', 7338, *[1761, 2005, 1760, 1763], 1)
+    ops.element('FourNodeTetrahedron', 7339, *[2007, 1973, 1891, 2006], 1)
+    ops.element('FourNodeTetrahedron', 7340, *[2007, 2008, 1973, 2006], 1)
+    ops.element('FourNodeTetrahedron', 7341, *[1247, 1124, 1163, 2009], 1)
+    ops.element('FourNodeTetrahedron', 7342, *[2007, 2008, 2006, 2010], 1)
+    ops.element('FourNodeTetrahedron', 7343, *[1171, 2011, 1144, 1905], 1)
+    ops.element('FourNodeTetrahedron', 7344, *[2014, 2012, 2015, 2013], 1)
+    ops.element('FourNodeTetrahedron', 7345, *[1246, 1898, 1258, 1221], 1)
+    ops.element('FourNodeTetrahedron', 7346, *[1781, 1866, 1258, 1898], 1)
+    ops.element('FourNodeTetrahedron', 7347, *[2018, 2017, 2016, 2019], 1)
+    ops.element('FourNodeTetrahedron', 7348, *[2018, 2017, 2020, 2016], 1)
+    ops.element('FourNodeTetrahedron', 7349, *[2022, 2023, 2024, 2021], 1)
+    ops.element('FourNodeTetrahedron', 7350, *[2025, 1800, 2026, 2027], 1)
+    ops.element('FourNodeTetrahedron', 7351, *[2030, 2028, 2029, 1824], 1)
+    ops.element('FourNodeTetrahedron', 7352, *[2033, 2032, 2031, 2034], 1)
+    ops.element('FourNodeTetrahedron', 7353, *[2038, 2036, 2037, 2035], 1)
+    ops.element('FourNodeTetrahedron', 7354, *[2039, 2042, 2041, 2040], 1)
+    ops.element('FourNodeTetrahedron', 7355, *[2043, 1800, 2025, 2027], 1)
+    ops.element('FourNodeTetrahedron', 7356, *[1884, 1817, 2044, 1885], 1)
+    ops.element('FourNodeTetrahedron', 7357, *[1808, 2045, 2047, 2046], 1)
+    ops.element('FourNodeTetrahedron', 7358, *[1954, 2050, 2048, 2049], 1)
+    ops.element('FourNodeTetrahedron', 7359, *[2051, 2053, 2052, 2054], 1)
+    ops.element('FourNodeTetrahedron', 7360, *[1927, 2033, 2055, 2056], 1)
+    ops.element('FourNodeTetrahedron', 7361, *[2054, 2057, 2051, 2053], 1)
+    ops.element('FourNodeTetrahedron', 7362, *[2058, 2059, 1994, 1995], 1)
+    ops.element('FourNodeTetrahedron', 7363, *[2060, 2061, 2063, 2062], 1)
+    ops.element('FourNodeTetrahedron', 7364, *[748, 1760, 749, 1213], 1)
+    ops.element('FourNodeTetrahedron', 7365, *[1880, 1882, 1207, 1139], 1)
+    ops.element('FourNodeTetrahedron', 7366, *[1140, 146, 1190, 2064], 1)
+    ops.element('FourNodeTetrahedron', 7367, *[1759, 2067, 2065, 2066], 1)
+    ops.element('FourNodeTetrahedron', 7368, *[1821, 2069, 2070, 2068], 1)
+    ops.element('FourNodeTetrahedron', 7369, *[2073, 2071, 2074, 2072], 1)
+    ops.element('FourNodeTetrahedron', 7370, *[2075, 2077, 2076, 2002], 1)
+    ops.element('FourNodeTetrahedron', 7371, *[1235, 1869, 1248, 2078], 1)
+    ops.element('FourNodeTetrahedron', 7372, *[2080, 1748, 2081, 2079], 1)
+    ops.element('FourNodeTetrahedron', 7373, *[1748, 2082, 2081, 2079], 1)
+    ops.element('FourNodeTetrahedron', 7374, *[2083, 2084, 1160, 1752], 1)
+    ops.element('FourNodeTetrahedron', 7375, *[1837, 2086, 2085, 1838], 1)
+    ops.element('FourNodeTetrahedron', 7376, *[2090, 2089, 2087, 2088], 1)
+    ops.element('FourNodeTetrahedron', 7377, *[2091, 1831, 1832, 1830], 1)
+    ops.element('FourNodeTetrahedron', 7378, *[1803, 2091, 1832, 1830], 1)
+    ops.element('FourNodeTetrahedron', 7379, *[2092, 2040, 1832, 1831], 1)
+    ops.element('FourNodeTetrahedron', 7380, *[1918, 2093, 2094, 2095], 1)
+    ops.element('FourNodeTetrahedron', 7381, *[1966, 1878, 2097, 2096], 1)
+    ops.element('FourNodeTetrahedron', 7382, *[1170, 2099, 177, 2098], 1)
+    ops.element('FourNodeTetrahedron', 7383, *[1193, 1779, 1161, 1133], 1)
+    ops.element('FourNodeTetrahedron', 7384, *[2103, 2101, 2102, 2100], 1)
+    ops.element('FourNodeTetrahedron', 7385, *[1819, 1818, 1233, 2104], 1)
+    ops.element('FourNodeTetrahedron', 7386, *[2105, 1777, 1779, 2106], 1)
+    ops.element('FourNodeTetrahedron', 7387, *[1750, 2107, 1836, 1949], 1)
+    ops.element('FourNodeTetrahedron', 7388, *[2111, 2108, 2109, 2110], 1)
+    ops.element('FourNodeTetrahedron', 7389, *[2113, 2112, 2058, 1995], 1)
+    ops.element('FourNodeTetrahedron', 7390, *[1979, 1938, 2114, 1941], 1)
+    ops.element('FourNodeTetrahedron', 7391, *[2115, 1827, 1818, 2104], 1)
+    ops.element('FourNodeTetrahedron', 7392, *[2102, 2101, 2116, 2100], 1)
+    ops.element('FourNodeTetrahedron', 7393, *[2118, 2117, 1977, 2119], 1)
+    ops.element('FourNodeTetrahedron', 7394, *[2105, 2022, 1779, 1777], 1)
+    ops.element('FourNodeTetrahedron', 7395, *[1161, 1779, 1197, 1133], 1)
+    ops.element('FourNodeTetrahedron', 7396, *[1209, 2120, 1211, 1214], 1)
+    ops.element('FourNodeTetrahedron', 7397, *[2123, 2122, 2121, 2124], 1)
+    ops.element('FourNodeTetrahedron', 7398, *[2128, 2127, 2125, 2126], 1)
+    ops.element('FourNodeTetrahedron', 7399, *[2131, 2132, 2130, 2129], 1)
+    ops.element('FourNodeTetrahedron', 7400, *[1809, 2135, 2134, 2133], 1)
+    ops.element('FourNodeTetrahedron', 7401, *[2137, 2136, 2011, 1906], 1)
+    ops.element('FourNodeTetrahedron', 7402, *[2137, 2136, 738, 2011], 1)
+    ops.element('FourNodeTetrahedron', 7403, *[1969, 2139, 2140, 2138], 1)
+    ops.element('FourNodeTetrahedron', 7404, *[1813, 1812, 2141, 1817], 1)
+    ops.element('FourNodeTetrahedron', 7405, *[2143, 2144, 1123, 2142], 1)
+    ops.element('FourNodeTetrahedron', 7406, *[1825, 2144, 1123, 2143], 1)
+    ops.element('FourNodeTetrahedron', 7407, *[1825, 1826, 2144, 2143], 1)
+    ops.element('FourNodeTetrahedron', 7408, *[1828, 1826, 1825, 2143], 1)
+    ops.element('FourNodeTetrahedron', 7409, *[2147, 2146, 2145, 2144], 1)
+    ops.element('FourNodeTetrahedron', 7410, *[1828, 2148, 2143, 2149], 1)
+    ops.element('FourNodeTetrahedron', 7411, *[1992, 2151, 2150, 2152], 1)
+    ops.element('FourNodeTetrahedron', 7412, *[1771, 2051, 2154, 2153], 1)
+    ops.element('FourNodeTetrahedron', 7413, *[1781, 1866, 1988, 1258], 1)
+    ops.element('FourNodeTetrahedron', 7414, *[1948, 1871, 2155, 2156], 1)
+    ops.element('FourNodeTetrahedron', 7415, *[2158, 2160, 2157, 2159], 1)
+    ops.element('FourNodeTetrahedron', 7416, *[2163, 2161, 2162, 1814], 1)
+    ops.element('FourNodeTetrahedron', 7417, *[1928, 1926, 1884, 1784], 1)
+    ops.element('FourNodeTetrahedron', 7418, *[2166, 2165, 2164, 2167], 1)
+    ops.element('FourNodeTetrahedron', 7419, *[2158, 2168, 2157, 2160], 1)
+    ops.element('FourNodeTetrahedron', 7420, *[2171, 2169, 2172, 2170], 1)
+    ops.element('FourNodeTetrahedron', 7421, *[2159, 2160, 2157, 2173], 1)
+    ops.element('FourNodeTetrahedron', 7422, *[1790, 2175, 2176, 2174], 1)
+    ops.element('FourNodeTetrahedron', 7423, *[1896, 2159, 2157, 2173], 1)
+    ops.element('FourNodeTetrahedron', 7424, *[2178, 2180, 2177, 2179], 1)
+    ops.element('FourNodeTetrahedron', 7425, *[1927, 2031, 1926, 1929], 1)
+    ops.element('FourNodeTetrahedron', 7426, *[2183, 2181, 2182, 1835], 1)
+    ops.element('FourNodeTetrahedron', 7427, *[2186, 1807, 2184, 2185], 1)
+    ops.element('FourNodeTetrahedron', 7428, *[2146, 1854, 2144, 1897], 1)
+    ops.element('FourNodeTetrahedron', 7429, *[2188, 2187, 1970, 2189], 1)
+    ops.element('FourNodeTetrahedron', 7430, *[1122, 2191, 2190, 1797], 1)
+    ops.element('FourNodeTetrahedron', 7431, *[2194, 2192, 2193, 2124], 1)
+    ops.element('FourNodeTetrahedron', 7432, *[2123, 2192, 2194, 2124], 1)
+    ops.element('FourNodeTetrahedron', 7433, *[2197, 2198, 2196, 2195], 1)
+    ops.element('FourNodeTetrahedron', 7434, *[2199, 2201, 2198, 2200], 1)
+    ops.element('FourNodeTetrahedron', 7435, *[2204, 2007, 2202, 2203], 1)
+    ops.element('FourNodeTetrahedron', 7436, *[2207, 1948, 2205, 2206], 1)
+    ops.element('FourNodeTetrahedron', 7437, *[2210, 2211, 2209, 2208], 1)
+    ops.element('FourNodeTetrahedron', 7438, *[2212, 1947, 1948, 2206], 1)
+    ops.element('FourNodeTetrahedron', 7439, *[2214, 2213, 2080, 1969], 1)
+    ops.element('FourNodeTetrahedron', 7440, *[1947, 2156, 1948, 2206], 1)
+    ops.element('FourNodeTetrahedron', 7441, *[2215, 2195, 2196, 2064], 1)
+    ops.element('FourNodeTetrahedron', 7442, *[2196, 2217, 2216, 2064], 1)
+    ops.element('FourNodeTetrahedron', 7443, *[2195, 2217, 2064, 2218], 1)
+    ops.element('FourNodeTetrahedron', 7444, *[1935, 2220, 2219, 1934], 1)
+    ops.element('FourNodeTetrahedron', 7445, *[1978, 1236, 1145, 1753], 1)
+    ops.element('FourNodeTetrahedron', 7446, *[2222, 2221, 2008, 2192], 1)
+    ops.element('FourNodeTetrahedron', 7447, *[2079, 2082, 2224, 2223], 1)
+    ops.element('FourNodeTetrahedron', 7448, *[2225, 2227, 2014, 2226], 1)
+    ops.element('FourNodeTetrahedron', 7449, *[1835, 2230, 2228, 2229], 1)
+    ops.element('FourNodeTetrahedron', 7450, *[2195, 2198, 2217, 2218], 1)
+    ops.element('FourNodeTetrahedron', 7451, *[2231, 1962, 2232, 2233], 1)
+    ops.element('FourNodeTetrahedron', 7452, *[2196, 2198, 2217, 2195], 1)
+    ops.element('FourNodeTetrahedron', 7453, *[2234, 634, 1181, 633], 1)
+    ops.element('FourNodeTetrahedron', 7454, *[2195, 2198, 2218, 2200], 1)
+    ops.element('FourNodeTetrahedron', 7455, *[1221, 1953, 1218, 1256], 1)
+    ops.element('FourNodeTetrahedron', 7456, *[2235, 2182, 1252, 2228], 1)
+    ops.element('FourNodeTetrahedron', 7457, *[513, 2236, 1246, 1913], 1)
+    ops.element('FourNodeTetrahedron', 7458, *[2235, 2182, 728, 1252], 1)
+    ops.element('FourNodeTetrahedron', 7459, *[513, 2237, 1150, 2238], 1)
+    ops.element('FourNodeTetrahedron', 7460, *[1942, 2227, 1943, 2225], 1)
+    ops.element('FourNodeTetrahedron', 7461, *[2240, 2241, 2242, 2239], 1)
+    ops.element('FourNodeTetrahedron', 7462, *[2245, 2244, 2019, 2243], 1)
+    ops.element('FourNodeTetrahedron', 7463, *[1219, 2048, 1247, 1164], 1)
+    ops.element('FourNodeTetrahedron', 7464, *[2246, 2247, 2015, 2012], 1)
+    ops.element('FourNodeTetrahedron', 7465, *[2249, 1770, 1771, 2248], 1)
+    ops.element('FourNodeTetrahedron', 7466, *[1239, 1780, 1169, 1134], 1)
+    ops.element('FourNodeTetrahedron', 7467, *[2058, 1829, 1932, 1994], 1)
+    ops.element('FourNodeTetrahedron', 7468, *[1921, 1924, 1986, 1920], 1)
+    ops.element('FourNodeTetrahedron', 7469, *[1190, 2251, 2250, 2216], 1)
+    ops.element('FourNodeTetrahedron', 7470, *[2252, 2254, 1958, 2253], 1)
+    ops.element('FourNodeTetrahedron', 7471, *[2255, 2250, 1190, 2251], 1)
+    ops.element('FourNodeTetrahedron', 7472, *[1211, 1810, 1228, 1811], 1)
+    ops.element('FourNodeTetrahedron', 7473, *[2009, 2257, 2258, 2256], 1)
+    ops.element('FourNodeTetrahedron', 7474, *[2259, 2119, 1751, 650], 1)
+    ops.element('FourNodeTetrahedron', 7475, *[1842, 1952, 1866, 1898], 1)
+    ops.element('FourNodeTetrahedron', 7476, *[1211, 1141, 1228, 1811], 1)
+    ops.element('FourNodeTetrahedron', 7477, *[1913, 1955, 1221, 2073], 1)
+    ops.element('FourNodeTetrahedron', 7478, *[1211, 1811, 1141, 1255], 1)
+    ops.element('FourNodeTetrahedron', 7479, *[1750, 2260, 1836, 2261], 1)
+    ops.element('FourNodeTetrahedron', 7480, *[1863, 2262, 1864, 1862], 1)
+    ops.element('FourNodeTetrahedron', 7481, *[2149, 1767, 2263, 2264], 1)
+    ops.element('FourNodeTetrahedron', 7482, *[2265, 1939, 1940, 1941], 1)
+    ops.element('FourNodeTetrahedron', 7483, *[1250, 1759, 1243, 2266], 1)
+    ops.element('FourNodeTetrahedron', 7484, *[1841, 1960, 1843, 1844], 1)
+    ops.element('FourNodeTetrahedron', 7485, *[2191, 2268, 1797, 2267], 1)
+    ops.element('FourNodeTetrahedron', 7486, *[2269, 2270, 2271, 1991], 1)
+    ops.element('FourNodeTetrahedron', 7487, *[1832, 2040, 2110, 1846], 1)
+    ops.element('FourNodeTetrahedron', 7488, *[2273, 1875, 1878, 2272], 1)
+    ops.element('FourNodeTetrahedron', 7489, *[2274, 2057, 2153, 2054], 1)
+    ops.element('FourNodeTetrahedron', 7490, *[1238, 2218, 419, 424], 1)
+    ops.element('FourNodeTetrahedron', 7491, *[2051, 2226, 1883, 2052], 1)
+    ops.element('FourNodeTetrahedron', 7492, *[2009, 2275, 1124, 2258], 1)
+    ops.element('FourNodeTetrahedron', 7493, *[1928, 1940, 1979, 1941], 1)
+    ops.element('FourNodeTetrahedron', 7494, *[2277, 2276, 1807, 2185], 1)
+    ops.element('FourNodeTetrahedron', 7495, *[1910, 1911, 1908, 1946], 1)
+    ops.element('FourNodeTetrahedron', 7496, *[2153, 2057, 2051, 2054], 1)
+    ops.element('FourNodeTetrahedron', 7497, *[2200, 2278, 2218, 1923], 1)
+    ops.element('FourNodeTetrahedron', 7498, *[2280, 2279, 2281, 2282], 1)
+    ops.element('FourNodeTetrahedron', 7499, *[1205, 2142, 1203, 1231], 1)
+    ops.element('FourNodeTetrahedron', 7500, *[1220, 2073, 1223, 1126], 1)
+    ops.element('FourNodeTetrahedron', 7501, *[1930, 2283, 1999, 2284], 1)
+    ops.element('FourNodeTetrahedron', 7502, *[2113, 2058, 2285, 1995], 1)
+    ops.element('FourNodeTetrahedron', 7503, *[2288, 2289, 2287, 2286], 1)
+    ops.element('FourNodeTetrahedron', 7504, *[2072, 2129, 2071, 1976], 1)
+    ops.element('FourNodeTetrahedron', 7505, *[1884, 1885, 2044, 1784], 1)
+    ops.element('FourNodeTetrahedron', 7506, *[2290, 2291, 2292, 2293], 1)
+    ops.element('FourNodeTetrahedron', 7507, *[2096, 2273, 1878, 2294], 1)
+    ops.element('FourNodeTetrahedron', 7508, *[1902, 1900, 1899, 1838], 1)
+    ops.element('FourNodeTetrahedron', 7509, *[2295, 1938, 2114, 1979], 1)
+    ops.element('FourNodeTetrahedron', 7510, *[2223, 2296, 2271, 1792], 1)
+    ops.element('FourNodeTetrahedron', 7511, *[2150, 2075, 2076, 2152], 1)
+    ops.element('FourNodeTetrahedron', 7512, *[2056, 2297, 2055, 2038], 1)
+    ops.element('FourNodeTetrahedron', 7513, *[1219, 2048, 1164, 2298], 1)
+    ops.element('FourNodeTetrahedron', 7514, *[2243, 2252, 1958, 2274], 1)
+    ops.element('FourNodeTetrahedron', 7515, *[1217, 1247, 1139, 2048], 1)
+    ops.element('FourNodeTetrahedron', 7516, *[1953, 2048, 1219, 2298], 1)
+    ops.element('FourNodeTetrahedron', 7517, *[2066, 1944, 2065, 1942], 1)
+    ops.element('FourNodeTetrahedron', 7518, *[2299, 2011, 737, 1171], 1)
+    ops.element('FourNodeTetrahedron', 7519, *[1747, 2213, 2214, 1969], 1)
+    ops.element('FourNodeTetrahedron', 7520, *[2301, 2300, 2302, 2303], 1)
+    ops.element('FourNodeTetrahedron', 7521, *[2305, 2304, 734, 1199], 1)
+    ops.element('FourNodeTetrahedron', 7522, *[2307, 2306, 1975, 1973], 1)
+    ops.element('FourNodeTetrahedron', 7523, *[2307, 1996, 2284, 2306], 1)
+    ops.element('FourNodeTetrahedron', 7524, *[1212, 2308, 1847, 2084], 1)
+    ops.element('FourNodeTetrahedron', 7525, *[2307, 2309, 1996, 2306], 1)
+    ops.element('FourNodeTetrahedron', 7526, *[2312, 2311, 2310, 1800], 1)
+    ops.element('FourNodeTetrahedron', 7527, *[2059, 1846, 2314, 2313], 1)
+    ops.element('FourNodeTetrahedron', 7528, *[2130, 2316, 2315, 2071], 1)
+    ops.element('FourNodeTetrahedron', 7529, *[1772, 2310, 1833, 1836], 1)
+    ops.element('FourNodeTetrahedron', 7530, *[1953, 1954, 2048, 2298], 1)
+    ops.element('FourNodeTetrahedron', 7531, *[1214, 1811, 1211, 1255], 1)
+    ops.element('FourNodeTetrahedron', 7532, *[1989, 2317, 2002, 2318], 1)
+    ops.element('FourNodeTetrahedron', 7533, *[2320, 2319, 2068, 1827], 1)
+    ops.element('FourNodeTetrahedron', 7534, *[2081, 2082, 2151, 2079], 1)
+    ops.element('FourNodeTetrahedron', 7535, *[2308, 2321, 1148, 1847], 1)
+    ops.element('FourNodeTetrahedron', 7536, *[2181, 2230, 2182, 1835], 1)
+    ops.element('FourNodeTetrahedron', 7537, *[2322, 2277, 1807, 2186], 1)
+    ops.element('FourNodeTetrahedron', 7538, *[1748, 2323, 2324, 1972], 1)
+    ops.element('FourNodeTetrahedron', 7539, *[2157, 2160, 1931, 2325], 1)
+    ops.element('FourNodeTetrahedron', 7540, *[2318, 2317, 2326, 2327], 1)
+    ops.element('FourNodeTetrahedron', 7541, *[2329, 2330, 2331, 2328], 1)
+    ops.element('FourNodeTetrahedron', 7542, *[2084, 2332, 2308, 1849], 1)
+    ops.element('FourNodeTetrahedron', 7543, *[1924, 1918, 1857, 2095], 1)
+    ops.element('FourNodeTetrahedron', 7544, *[1145, 1753, 1244, 1168], 1)
+    ops.element('FourNodeTetrahedron', 7545, *[2333, 1914, 2200, 1915], 1)
+    ops.element('FourNodeTetrahedron', 7546, *[2333, 2334, 2200, 1914], 1)
+    ops.element('FourNodeTetrahedron', 7547, *[2092, 2042, 2039, 2040], 1)
+    ops.element('FourNodeTetrahedron', 7548, *[1917, 1914, 2333, 1915], 1)
+    ops.element('FourNodeTetrahedron', 7549, *[2098, 2335, 2099, 2336], 1)
+    ops.element('FourNodeTetrahedron', 7550, *[2338, 2339, 2138, 2337], 1)
+    ops.element('FourNodeTetrahedron', 7551, *[2338, 2138, 2140, 2337], 1)
+    ops.element('FourNodeTetrahedron', 7552, *[1970, 2138, 1969, 2339], 1)
+    ops.element('FourNodeTetrahedron', 7553, *[2272, 1875, 2175, 1963], 1)
+    ops.element('FourNodeTetrahedron', 7554, *[2191, 2268, 2190, 1797], 1)
+    ops.element('FourNodeTetrahedron', 7555, *[2340, 1969, 2338, 2339], 1)
+    ops.element('FourNodeTetrahedron', 7556, *[2002, 2341, 2279, 2282], 1)
+    ops.element('FourNodeTetrahedron', 7557, *[2002, 2282, 2279, 2280], 1)
+    ops.element('FourNodeTetrahedron', 7558, *[2149, 2148, 2143, 2263], 1)
+    ops.element('FourNodeTetrahedron', 7559, *[1227, 1825, 1123, 2143], 1)
+    ops.element('FourNodeTetrahedron', 7560, *[1971, 2342, 2344, 2343], 1)
+    ops.element('FourNodeTetrahedron', 7561, *[1937, 2149, 2143, 2263], 1)
+    ops.element('FourNodeTetrahedron', 7562, *[2088, 2167, 1809, 2135], 1)
+    ops.element('FourNodeTetrahedron', 7563, *[1856, 2346, 2173, 2345], 1)
+    ops.element('FourNodeTetrahedron', 7564, *[1971, 2344, 2139, 2343], 1)
+    ops.element('FourNodeTetrahedron', 7565, *[2349, 2350, 2348, 2347], 1)
+    ops.element('FourNodeTetrahedron', 7566, *[2000, 2351, 2088, 2135], 1)
+    ops.element('FourNodeTetrahedron', 7567, *[2353, 2355, 2352, 2354], 1)
+    ops.element('FourNodeTetrahedron', 7568, *[1871, 1872, 2186, 2155], 1)
+    ops.element('FourNodeTetrahedron', 7569, *[1862, 1901, 1951, 1899], 1)
+    ops.element('FourNodeTetrahedron', 7570, *[2241, 2356, 2221, 2222], 1)
+    ops.element('FourNodeTetrahedron', 7571, *[1901, 1900, 1951, 1899], 1)
+    ops.element('FourNodeTetrahedron', 7572, *[2358, 1980, 1981, 2357], 1)
+    ops.element('FourNodeTetrahedron', 7573, *[1929, 1980, 2358, 2357], 1)
+    ops.element('FourNodeTetrahedron', 7574, *[2358, 1980, 1844, 1981], 1)
+    ops.element('FourNodeTetrahedron', 7575, *[2256, 2258, 1226, 2359], 1)
+    ops.element('FourNodeTetrahedron', 7576, *[2360, 2280, 2004, 2361], 1)
+    ops.element('FourNodeTetrahedron', 7577, *[2360, 2004, 2117, 2361], 1)
+    ops.element('FourNodeTetrahedron', 7578, *[1164, 2009, 1124, 1226], 1)
+    ops.element('FourNodeTetrahedron', 7579, *[2362, 2004, 2117, 2360], 1)
+    ops.element('FourNodeTetrahedron', 7580, *[2363, 2311, 2364, 2310], 1)
+    ops.element('FourNodeTetrahedron', 7581, *[2365, 2268, 2190, 2191], 1)
+    ops.element('FourNodeTetrahedron', 7582, *[2015, 2247, 2264, 2012], 1)
+    ops.element('FourNodeTetrahedron', 7583, *[2289, 2366, 2287, 2176], 1)
+    ops.element('FourNodeTetrahedron', 7584, *[1760, 1763, 1880, 1903], 1)
+    ops.element('FourNodeTetrahedron', 7585, *[2367, 2289, 2288, 1790], 1)
+    ops.element('FourNodeTetrahedron', 7586, *[2169, 2369, 2172, 2368], 1)
+    ops.element('FourNodeTetrahedron', 7587, *[2203, 2010, 2370, 2371], 1)
+    ops.element('FourNodeTetrahedron', 7588, *[2101, 2288, 1863, 1890], 1)
+    ops.element('FourNodeTetrahedron', 7589, *[2089, 2372, 2374, 2373], 1)
+    ops.element('FourNodeTetrahedron', 7590, *[2246, 1889, 2012, 1887], 1)
+    ops.element('FourNodeTetrahedron', 7591, *[1122, 2190, 1186, 1797], 1)
+    ops.element('FourNodeTetrahedron', 7592, *[2246, 1889, 2247, 2012], 1)
+    ops.element('FourNodeTetrahedron', 7593, *[2102, 2376, 2375, 2116], 1)
+    ops.element('FourNodeTetrahedron', 7594, *[1886, 1888, 1920, 2292], 1)
+    ops.element('FourNodeTetrahedron', 7595, *[1922, 2378, 1924, 2377], 1)
+    ops.element('FourNodeTetrahedron', 7596, *[2203, 2193, 2010, 2371], 1)
+    ops.element('FourNodeTetrahedron', 7597, *[2379, 2079, 2224, 2271], 1)
+    ops.element('FourNodeTetrahedron', 7598, *[2380, 2305, 1174, 2070], 1)
+    ops.element('FourNodeTetrahedron', 7599, *[1981, 2383, 2381, 2382], 1)
+    ops.element('FourNodeTetrahedron', 7600, *[1878, 2272, 2097, 2294], 1)
+    ops.element('FourNodeTetrahedron', 7601, *[2052, 2290, 2226, 2384], 1)
+    ops.element('FourNodeTetrahedron', 7602, *[2332, 2001, 2385, 2361], 1)
+    ops.element('FourNodeTetrahedron', 7603, *[2187, 2386, 1970, 2387], 1)
+    ops.element('FourNodeTetrahedron', 7604, *[1877, 1791, 1822, 1823], 1)
+    ops.element('FourNodeTetrahedron', 7605, *[2390, 2173, 2388, 2389], 1)
+    ops.element('FourNodeTetrahedron', 7606, *[1200, 2068, 1136, 1201], 1)
+    ops.element('FourNodeTetrahedron', 7607, *[1823, 1790, 2174, 2272], 1)
+    ops.element('FourNodeTetrahedron', 7608, *[2354, 2355, 2391, 2392], 1)
+    ops.element('FourNodeTetrahedron', 7609, *[2393, 1807, 1805, 2322], 1)
+    ops.element('FourNodeTetrahedron', 7610, *[2030, 2029, 2313, 1824], 1)
+    ops.element('FourNodeTetrahedron', 7611, *[2355, 2394, 2391, 2392], 1)
+    ops.element('FourNodeTetrahedron', 7612, *[2016, 2395, 2359, 2078], 1)
+    ops.element('FourNodeTetrahedron', 7613, *[2358, 2396, 2397, 513], 1)
+    ops.element('FourNodeTetrahedron', 7614, *[2004, 2245, 2332, 1754], 1)
+    ops.element('FourNodeTetrahedron', 7615, *[1988, 1760, 1213, 1866], 1)
+    ops.element('FourNodeTetrahedron', 7616, *[1762, 1841, 2399, 2398], 1)
+    ops.element('FourNodeTetrahedron', 7617, *[1889, 1767, 2264, 1765], 1)
+    ops.element('FourNodeTetrahedron', 7618, *[2400, 2401, 711, 1228], 1)
+    ops.element('FourNodeTetrahedron', 7619, *[1754, 2004, 2332, 2361], 1)
+    ops.element('FourNodeTetrahedron', 7620, *[1203, 2402, 1135, 1231], 1)
+    ops.element('FourNodeTetrahedron', 7621, *[1203, 2402, 1251, 1135], 1)
+    ops.element('FourNodeTetrahedron', 7622, *[1752, 2332, 1849, 2361], 1)
+    ops.element('FourNodeTetrahedron', 7623, *[2043, 2027, 2025, 2168], 1)
+    ops.element('FourNodeTetrahedron', 7624, *[723, 1835, 2235, 1147], 1)
+    ops.element('FourNodeTetrahedron', 7625, *[2001, 2403, 2243, 2385], 1)
+    ops.element('FourNodeTetrahedron', 7626, *[2083, 2332, 2084, 1752], 1)
+    ops.element('FourNodeTetrahedron', 7627, *[1966, 1967, 1823, 1878], 1)
+    ops.element('FourNodeTetrahedron', 7628, *[1988, 1760, 748, 1213], 1)
+    ops.element('FourNodeTetrahedron', 7629, *[1937, 2404, 1195, 2349], 1)
+    ops.element('FourNodeTetrahedron', 7630, *[1153, 1880, 1139, 1217], 1)
+    ops.element('FourNodeTetrahedron', 7631, *[2407, 2406, 2402, 2405], 1)
+    ops.element('FourNodeTetrahedron', 7632, *[1208, 2120, 1209, 1214], 1)
+    ops.element('FourNodeTetrahedron', 7633, *[1949, 2120, 1209, 1208], 1)
+    ops.element('FourNodeTetrahedron', 7634, *[1803, 2092, 1832, 2091], 1)
+    ops.element('FourNodeTetrahedron', 7635, *[2408, 1750, 1206, 2409], 1)
+    ops.element('FourNodeTetrahedron', 7636, *[2350, 2411, 2412, 2410], 1)
+    ops.element('FourNodeTetrahedron', 7637, *[2413, 2080, 2379, 2140], 1)
+    ops.element('FourNodeTetrahedron', 7638, *[1754, 2332, 2083, 1752], 1)
+    ops.element('FourNodeTetrahedron', 7639, *[2415, 2414, 2273, 2416], 1)
+    ops.element('FourNodeTetrahedron', 7640, *[2255, 2250, 1149, 1190], 1)
+    ops.element('FourNodeTetrahedron', 7641, *[1891, 2215, 1190, 1140], 1)
+    ops.element('FourNodeTetrahedron', 7642, *[1232, 1891, 1191, 1140], 1)
+    ops.element('FourNodeTetrahedron', 7643, *[2418, 1802, 2027, 2417], 1)
+    ops.element('FourNodeTetrahedron', 7644, *[2074, 2316, 2419, 1869], 1)
+    ops.element('FourNodeTetrahedron', 7645, *[1202, 2145, 1208, 1251], 1)
+    ops.element('FourNodeTetrahedron', 7646, *[2420, 1976, 1978, 1977], 1)
+    ops.element('FourNodeTetrahedron', 7647, *[1811, 1809, 1141, 2133], 1)
+    ops.element('FourNodeTetrahedron', 7648, *[1809, 2167, 1157, 2134], 1)
+    ops.element('FourNodeTetrahedron', 7649, *[2147, 2421, 2409, 2422], 1)
+    ops.element('FourNodeTetrahedron', 7650, *[1834, 1836, 1835, 1750], 1)
+    ops.element('FourNodeTetrahedron', 7651, *[1967, 1877, 2423, 1823], 1)
+    ops.element('FourNodeTetrahedron', 7652, *[2139, 1792, 2270, 2343], 1)
+    ops.element('FourNodeTetrahedron', 7653, *[2425, 2424, 2025, 2043], 1)
+    ops.element('FourNodeTetrahedron', 7654, *[1800, 2026, 2310, 2025], 1)
+    ops.element('FourNodeTetrahedron', 7655, *[1823, 1824, 2103, 2174], 1)
+    ops.element('FourNodeTetrahedron', 7656, *[2426, 2002, 2004, 2280], 1)
+    ops.element('FourNodeTetrahedron', 7657, *[2427, 2428, 1804, 1807], 1)
+    ops.element('FourNodeTetrahedron', 7658, *[752, 2047, 743, 1143], 1)
+    ops.element('FourNodeTetrahedron', 7659, *[2280, 2279, 2001, 2281], 1)
+    ops.element('FourNodeTetrahedron', 7660, *[1796, 1799, 1184, 1937], 1)
+    ops.element('FourNodeTetrahedron', 7661, *[2429, 2430, 2121, 2122], 1)
+    ops.element('FourNodeTetrahedron', 7662, *[2001, 2432, 2431, 2279], 1)
+    ops.element('FourNodeTetrahedron', 7663, *[2434, 1757, 2433, 1755], 1)
+    ops.element('FourNodeTetrahedron', 7664, *[2135, 2436, 2133, 2435], 1)
+    ops.element('FourNodeTetrahedron', 7665, *[2315, 2316, 2074, 2071], 1)
+    ops.element('FourNodeTetrahedron', 7666, *[1772, 2363, 1773, 2364], 1)
+    ops.element('FourNodeTetrahedron', 7667, *[2182, 2230, 2437, 2228], 1)
+    ops.element('FourNodeTetrahedron', 7668, *[2238, 2237, 1150, 2438], 1)
+    ops.element('FourNodeTetrahedron', 7669, *[2439, 1926, 1928, 1927], 1)
+    ops.element('FourNodeTetrahedron', 7670, *[1224, 2133, 1170, 2098], 1)
+    ops.element('FourNodeTetrahedron', 7671, *[2430, 2086, 1839, 1838], 1)
+    ops.element('FourNodeTetrahedron', 7672, *[2256, 2257, 2258, 2020], 1)
+    ops.element('FourNodeTetrahedron', 7673, *[2440, 1932, 1934, 1933], 1)
+    ops.element('FourNodeTetrahedron', 7674, *[2127, 2091, 2125, 2441], 1)
+    ops.element('FourNodeTetrahedron', 7675, *[2442, 2067, 2443, 1759], 1)
+    ops.element('FourNodeTetrahedron', 7676, *[2444, 1922, 1920, 2377], 1)
+    ops.element('FourNodeTetrahedron', 7677, *[1902, 2176, 1901, 1900], 1)
+    ops.element('FourNodeTetrahedron', 7678, *[1813, 2141, 2161, 1817], 1)
+    ops.element('FourNodeTetrahedron', 7679, *[1947, 2445, 1871, 2156], 1)
+    ops.element('FourNodeTetrahedron', 7680, *[1987, 1912, 2446, 1918], 1)
+    ops.element('FourNodeTetrahedron', 7681, *[2210, 2447, 2211, 2053], 1)
+    ops.element('FourNodeTetrahedron', 7682, *[1912, 2393, 2448, 2322], 1)
+    ops.element('FourNodeTetrahedron', 7683, *[1809, 2167, 2134, 2135], 1)
+    ops.element('FourNodeTetrahedron', 7684, *[1141, 1809, 1170, 2133], 1)
+    ops.element('FourNodeTetrahedron', 7685, *[2114, 1842, 1781, 2449], 1)
+    ops.element('FourNodeTetrahedron', 7686, *[2450, 2348, 623, 2451], 1)
+    ops.element('FourNodeTetrahedron', 7687, *[2452, 1992, 2453, 1990], 1)
+    ops.element('FourNodeTetrahedron', 7688, *[2454, 2353, 2352, 2455], 1)
+    ops.element('FourNodeTetrahedron', 7689, *[2164, 2165, 167, 175], 1)
+    ops.element('FourNodeTetrahedron', 7690, *[2449, 1842, 1781, 1898], 1)
+    ops.element('FourNodeTetrahedron', 7691, *[2444, 2378, 1922, 2377], 1)
+    ops.element('FourNodeTetrahedron', 7692, *[2112, 2456, 2059, 2030], 1)
+    ops.element('FourNodeTetrahedron', 7693, *[1920, 1922, 1924, 2377], 1)
+    ops.element('FourNodeTetrahedron', 7694, *[2457, 2458, 1759, 2459], 1)
+    ops.element('FourNodeTetrahedron', 7695, *[2127, 2441, 2125, 2126], 1)
+    ops.element('FourNodeTetrahedron', 7696, *[2126, 2441, 2125, 2058], 1)
+    ops.element('FourNodeTetrahedron', 7697, *[2125, 2441, 1830, 2058], 1)
+    ops.element('FourNodeTetrahedron', 7698, *[2126, 2058, 2125, 2160], 1)
+    ops.element('FourNodeTetrahedron', 7699, *[2460, 1945, 1944, 1942], 1)
+    ops.element('FourNodeTetrahedron', 7700, *[2013, 1937, 1195, 2349], 1)
+    ops.element('FourNodeTetrahedron', 7701, *[2087, 2374, 2461, 2373], 1)
+    ops.element('FourNodeTetrahedron', 7702, *[1766, 1986, 1764, 1765], 1)
+    ops.element('FourNodeTetrahedron', 7703, *[2013, 2264, 1937, 2349], 1)
+    ops.element('FourNodeTetrahedron', 7704, *[1194, 1154, 1195, 2462], 1)
+    ops.element('FourNodeTetrahedron', 7705, *[2402, 1851, 1861, 2406], 1)
+    ops.element('FourNodeTetrahedron', 7706, *[1937, 2264, 2263, 2349], 1)
+    ops.element('FourNodeTetrahedron', 7707, *[2079, 2082, 2151, 2224], 1)
+    ops.element('FourNodeTetrahedron', 7708, *[2245, 2243, 2332, 2001], 1)
+    ops.element('FourNodeTetrahedron', 7709, *[2245, 2244, 2243, 2001], 1)
+    ops.element('FourNodeTetrahedron', 7710, *[2463, 1173, 731, 1151], 1)
+    ops.element('FourNodeTetrahedron', 7711, *[1809, 2134, 1157, 1170], 1)
+    ops.element('FourNodeTetrahedron', 7712, *[1860, 1930, 1975, 2307], 1)
+    ops.element('FourNodeTetrahedron', 7713, *[1134, 1780, 1781, 2236], 1)
+    ops.element('FourNodeTetrahedron', 7714, *[2147, 2145, 1202, 1123], 1)
+    ops.element('FourNodeTetrahedron', 7715, *[1829, 2110, 1832, 2464], 1)
+    ops.element('FourNodeTetrahedron', 7716, *[2465, 2197, 2336, 2196], 1)
+    ops.element('FourNodeTetrahedron', 7717, *[2466, 2063, 2239, 2194], 1)
+    ops.element('FourNodeTetrahedron', 7718, *[1232, 2467, 1891, 1172], 1)
+    ops.element('FourNodeTetrahedron', 7719, *[2185, 2468, 2184, 2416], 1)
+    ops.element('FourNodeTetrahedron', 7720, *[1805, 2471, 2470, 2469], 1)
+    ops.element('FourNodeTetrahedron', 7721, *[1939, 1985, 2472, 1961], 1)
+    ops.element('FourNodeTetrahedron', 7722, *[752, 2473, 2047, 1808], 1)
+    ops.element('FourNodeTetrahedron', 7723, *[1870, 1869, 2078, 1867], 1)
+    ops.element('FourNodeTetrahedron', 7724, *[1832, 1846, 2110, 1829], 1)
+    ops.element('FourNodeTetrahedron', 7725, *[2121, 1840, 2193, 2124], 1)
+    ops.element('FourNodeTetrahedron', 7726, *[2010, 2193, 2474, 2371], 1)
+    ops.element('FourNodeTetrahedron', 7727, *[2371, 1840, 2193, 2474], 1)
+    ops.element('FourNodeTetrahedron', 7728, *[1798, 2247, 2149, 1937], 1)
+    ops.element('FourNodeTetrahedron', 7729, *[2124, 1840, 2193, 2371], 1)
+    ops.element('FourNodeTetrahedron', 7730, *[2194, 2193, 2371, 2124], 1)
+    ops.element('FourNodeTetrahedron', 7731, *[2047, 2179, 2178, 2475], 1)
+    ops.element('FourNodeTetrahedron', 7732, *[1189, 2068, 1200, 1201], 1)
+    ops.element('FourNodeTetrahedron', 7733, *[2427, 2476, 2428, 2185], 1)
+    ops.element('FourNodeTetrahedron', 7734, *[1947, 2445, 2277, 1871], 1)
+    ops.element('FourNodeTetrahedron', 7735, *[2230, 2437, 2228, 2400], 1)
+    ops.element('FourNodeTetrahedron', 7736, *[2328, 2477, 2042, 2092], 1)
+    ops.element('FourNodeTetrahedron', 7737, *[2393, 2277, 2322, 1946], 1)
+    ops.element('FourNodeTetrahedron', 7738, *[2357, 2338, 2479, 2478], 1)
+    ops.element('FourNodeTetrahedron', 7739, *[2329, 2477, 2330, 2328], 1)
+    ops.element('FourNodeTetrahedron', 7740, *[1821, 2070, 1200, 2068], 1)
+    ops.element('FourNodeTetrahedron', 7741, *[2244, 2481, 2248, 2480], 1)
+    ops.element('FourNodeTetrahedron', 7742, *[2317, 2341, 2002, 2282], 1)
+    ops.element('FourNodeTetrahedron', 7743, *[2317, 2341, 2282, 2326], 1)
+    ops.element('FourNodeTetrahedron', 7744, *[1934, 1830, 2482, 2440], 1)
+    ops.element('FourNodeTetrahedron', 7745, *[1973, 2485, 2484, 2483], 1)
+    ops.element('FourNodeTetrahedron', 7746, *[1973, 2485, 2483, 2008], 1)
+    ops.element('FourNodeTetrahedron', 7747, *[1820, 2320, 1818, 2115], 1)
+    ops.element('FourNodeTetrahedron', 7748, *[1973, 2309, 2484, 2485], 1)
+    ops.element('FourNodeTetrahedron', 7749, *[2487, 2486, 2035, 1970], 1)
+    ops.element('FourNodeTetrahedron', 7750, *[2446, 2448, 2390, 1912], 1)
+    ops.element('FourNodeTetrahedron', 7751, *[1213, 1760, 749, 1153], 1)
+    ops.element('FourNodeTetrahedron', 7752, *[2300, 2488, 2411, 2302], 1)
+    ops.element('FourNodeTetrahedron', 7753, *[2489, 2490, 2312, 2491], 1)
+    ops.element('FourNodeTetrahedron', 7754, *[2222, 2221, 1973, 2008], 1)
+    ops.element('FourNodeTetrahedron', 7755, *[1172, 1892, 1140, 1249], 1)
+    ops.element('FourNodeTetrahedron', 7756, *[2239, 2194, 2242, 2492], 1)
+    ops.element('FourNodeTetrahedron', 7757, *[2493, 2221, 2494, 2241], 1)
+    ops.element('FourNodeTetrahedron', 7758, *[2479, 2170, 1158, 2495], 1)
+    ops.element('FourNodeTetrahedron', 7759, *[2466, 2239, 2492, 2194], 1)
+    ops.element('FourNodeTetrahedron', 7760, *[2412, 2496, 2497, 2411], 1)
+    ops.element('FourNodeTetrahedron', 7761, *[1928, 1884, 1941, 1784], 1)
+    ops.element('FourNodeTetrahedron', 7762, *[2314, 2028, 2029, 2030], 1)
+    ops.element('FourNodeTetrahedron', 7763, *[1986, 1857, 2498, 2301], 1)
+    ops.element('FourNodeTetrahedron', 7764, *[2500, 2253, 2274, 2499], 1)
+    ops.element('FourNodeTetrahedron', 7765, *[2051, 2227, 2225, 2226], 1)
+    ops.element('FourNodeTetrahedron', 7766, *[2465, 2196, 2251, 2215], 1)
+    ops.element('FourNodeTetrahedron', 7767, *[2070, 1151, 1199, 1136], 1)
+    ops.element('FourNodeTetrahedron', 7768, *[2501, 2502, 2169, 2453], 1)
+    ops.element('FourNodeTetrahedron', 7769, *[2104, 1825, 1189, 1227], 1)
+    ops.element('FourNodeTetrahedron', 7770, *[2104, 1828, 1825, 1799], 1)
+    ops.element('FourNodeTetrahedron', 7771, *[2104, 1827, 1825, 1828], 1)
+    ops.element('FourNodeTetrahedron', 7772, *[2503, 1828, 2104, 1799], 1)
+    ops.element('FourNodeTetrahedron', 7773, *[2503, 1827, 2104, 1828], 1)
+    ops.element('FourNodeTetrahedron', 7774, *[2504, 2105, 2475, 2106], 1)
+    ops.element('FourNodeTetrahedron', 7775, *[2319, 2421, 2409, 2147], 1)
+    ops.element('FourNodeTetrahedron', 7776, *[1186, 2505, 1188, 1797], 1)
+    ops.element('FourNodeTetrahedron', 7777, *[2233, 1900, 1902, 1838], 1)
+    ops.element('FourNodeTetrahedron', 7778, *[1942, 1943, 1182, 2225], 1)
+    ops.element('FourNodeTetrahedron', 7779, *[2155, 2060, 2506, 2466], 1)
+    ops.element('FourNodeTetrahedron', 7780, *[2352, 2391, 1998, 2408], 1)
+    ops.element('FourNodeTetrahedron', 7781, *[2350, 2302, 2451, 2507], 1)
+    ops.element('FourNodeTetrahedron', 7782, *[1137, 2225, 1182, 1152], 1)
+    ops.element('FourNodeTetrahedron', 7783, *[2508, 2502, 2501, 2453], 1)
+    ops.element('FourNodeTetrahedron', 7784, *[2509, 1920, 2301, 2510], 1)
+    ops.element('FourNodeTetrahedron', 7785, *[2031, 2032, 1816, 2034], 1)
+    ops.element('FourNodeTetrahedron', 7786, *[2352, 1998, 2463, 2408], 1)
+    ops.element('FourNodeTetrahedron', 7787, *[1137, 1942, 1182, 2225], 1)
+    ops.element('FourNodeTetrahedron', 7788, *[2512, 1764, 2513, 2511], 1)
+    ops.element('FourNodeTetrahedron', 7789, *[2356, 2514, 2221, 2192], 1)
+    ops.element('FourNodeTetrahedron', 7790, *[2358, 2114, 2236, 1844], 1)
+    ops.element('FourNodeTetrahedron', 7791, *[1197, 1776, 1198, 1187], 1)
+    ops.element('FourNodeTetrahedron', 7792, *[2236, 1898, 1781, 1246], 1)
+    ops.element('FourNodeTetrahedron', 7793, *[2076, 2003, 2515, 2245], 1)
+    ops.element('FourNodeTetrahedron', 7794, *[2132, 2515, 1868, 2076], 1)
+    ops.element('FourNodeTetrahedron', 7795, *[2235, 2182, 2228, 1835], 1)
+    ops.element('FourNodeTetrahedron', 7796, *[2404, 1231, 1205, 1138], 1)
+    ops.element('FourNodeTetrahedron', 7797, *[2240, 2493, 2325, 2516], 1)
+    ops.element('FourNodeTetrahedron', 7798, *[2478, 2517, 2479, 2518], 1)
+    ops.element('FourNodeTetrahedron', 7799, *[2079, 2519, 2324, 2223], 1)
+    ops.element('FourNodeTetrahedron', 7800, *[2520, 2090, 2167, 2088], 1)
+    ops.element('FourNodeTetrahedron', 7801, *[2472, 2399, 2521, 1841], 1)
+    ops.element('FourNodeTetrahedron', 7802, *[2521, 2399, 1762, 1841], 1)
+    ops.element('FourNodeTetrahedron', 7803, *[2523, 2522, 1923, 1915], 1)
+    ops.element('FourNodeTetrahedron', 7804, *[1941, 1884, 2524, 1784], 1)
+    ops.element('FourNodeTetrahedron', 7805, *[2525, 2152, 2362, 1990], 1)
+    ops.element('FourNodeTetrahedron', 7806, *[2457, 1759, 1250, 2266], 1)
+    ops.element('FourNodeTetrahedron', 7807, *[1755, 2527, 2112, 2526], 1)
+    ops.element('FourNodeTetrahedron', 7808, *[1992, 2152, 2525, 1990], 1)
+    ops.element('FourNodeTetrahedron', 7809, *[711, 2401, 712, 1228], 1)
+    ops.element('FourNodeTetrahedron', 7810, *[2362, 2152, 2360, 1990], 1)
+    ops.element('FourNodeTetrahedron', 7811, *[2496, 2529, 2528, 2497], 1)
+    ops.element('FourNodeTetrahedron', 7812, *[2458, 2067, 1759, 2459], 1)
+    ops.element('FourNodeTetrahedron', 7813, *[2528, 2402, 1135, 2405], 1)
+    ops.element('FourNodeTetrahedron', 7814, *[1925, 2093, 2095, 2155], 1)
+    ops.element('FourNodeTetrahedron', 7815, *[2076, 2002, 2004, 2152], 1)
+    ops.element('FourNodeTetrahedron', 7816, *[1790, 2286, 1890, 2176], 1)
+    ops.element('FourNodeTetrahedron', 7817, *[1949, 1935, 2229, 2120], 1)
+    ops.element('FourNodeTetrahedron', 7818, *[2074, 2071, 2316, 1869], 1)
+    ops.element('FourNodeTetrahedron', 7819, *[2526, 1995, 2309, 2103], 1)
+    ops.element('FourNodeTetrahedron', 7820, *[2408, 2260, 1750, 2261], 1)
+    ops.element('FourNodeTetrahedron', 7821, *[2530, 2158, 2168, 2157], 1)
+    ops.element('FourNodeTetrahedron', 7822, *[2408, 2391, 2260, 1750], 1)
+    ops.element('FourNodeTetrahedron', 7823, *[1869, 2016, 2078, 1867], 1)
+    ops.element('FourNodeTetrahedron', 7824, *[2080, 2081, 2531, 2151], 1)
+    ops.element('FourNodeTetrahedron', 7825, *[1941, 2524, 1961, 1784], 1)
+    ops.element('FourNodeTetrahedron', 7826, *[2532, 1748, 2081, 2080], 1)
+    ops.element('FourNodeTetrahedron', 7827, *[2248, 1958, 1771, 2153], 1)
+    ops.element('FourNodeTetrahedron', 7828, *[2533, 2248, 2321, 2153], 1)
+    ops.element('FourNodeTetrahedron', 7829, *[2153, 1958, 2057, 2274], 1)
+    ops.element('FourNodeTetrahedron', 7830, *[2210, 2534, 2211, 2535], 1)
+    ops.element('FourNodeTetrahedron', 7831, *[2070, 2352, 2463, 2408], 1)
+    ops.element('FourNodeTetrahedron', 7832, *[2493, 2536, 2526, 2356], 1)
+    ops.element('FourNodeTetrahedron', 7833, *[1245, 2443, 1133, 2442], 1)
+    ops.element('FourNodeTetrahedron', 7834, *[1255, 1811, 1224, 2537], 1)
+    ops.element('FourNodeTetrahedron', 7835, *[2298, 1164, 1225, 2256], 1)
+    ops.element('FourNodeTetrahedron', 7836, *[2231, 2176, 1902, 2232], 1)
+    ops.element('FourNodeTetrahedron', 7837, *[2231, 1962, 2175, 2232], 1)
+    ops.element('FourNodeTetrahedron', 7838, *[1228, 2401, 712, 1809], 1)
+    ops.element('FourNodeTetrahedron', 7839, *[2332, 2533, 1849, 2385], 1)
+    ops.element('FourNodeTetrahedron', 7840, *[1162, 1808, 752, 1143], 1)
+    ops.element('FourNodeTetrahedron', 7841, *[2027, 2440, 2026, 2168], 1)
+    ops.element('FourNodeTetrahedron', 7842, *[1856, 2173, 2538, 2388], 1)
+    ops.element('FourNodeTetrahedron', 7843, *[2539, 2540, 2336, 2541], 1)
+    ops.element('FourNodeTetrahedron', 7844, *[2410, 2411, 2542, 2543], 1)
+    ops.element('FourNodeTetrahedron', 7845, *[2079, 2324, 2082, 2223], 1)
+    ops.element('FourNodeTetrahedron', 7846, *[1858, 2094, 2544, 2095], 1)
+    ops.element('FourNodeTetrahedron', 7847, *[1797, 2268, 2503, 2267], 1)
+    ops.element('FourNodeTetrahedron', 7848, *[2328, 2039, 2108, 1832], 1)
+    ops.element('FourNodeTetrahedron', 7849, *[2030, 2423, 1822, 1823], 1)
+    ops.element('FourNodeTetrahedron', 7850, *[2106, 2443, 1133, 2442], 1)
+    ops.element('FourNodeTetrahedron', 7851, *[2323, 2545, 2324, 2519], 1)
+    ops.element('FourNodeTetrahedron', 7852, *[2519, 2545, 2324, 2223], 1)
+    ops.element('FourNodeTetrahedron', 7853, *[2546, 2089, 2090, 2088], 1)
+    ops.element('FourNodeTetrahedron', 7854, *[2323, 2547, 2545, 2519], 1)
+    ops.element('FourNodeTetrahedron', 7855, *[2519, 2547, 2545, 2548], 1)
+    ops.element('FourNodeTetrahedron', 7856, *[2519, 2545, 1794, 2548], 1)
+    ops.element('FourNodeTetrahedron', 7857, *[2519, 2548, 1794, 2344], 1)
+    ops.element('FourNodeTetrahedron', 7858, *[2342, 2547, 2519, 2548], 1)
+    ops.element('FourNodeTetrahedron', 7859, *[1922, 1924, 1921, 1920], 1)
+    ops.element('FourNodeTetrahedron', 7860, *[2078, 2016, 2019, 1867], 1)
+    ops.element('FourNodeTetrahedron', 7861, *[2342, 2548, 2519, 2344], 1)
+    ops.element('FourNodeTetrahedron', 7862, *[1155, 2204, 2202, 606], 1)
+    ops.element('FourNodeTetrahedron', 7863, *[1967, 2423, 2030, 1823], 1)
+    ops.element('FourNodeTetrahedron', 7864, *[2519, 2545, 2223, 1794], 1)
+    ops.element('FourNodeTetrahedron', 7865, *[2502, 2140, 2413, 1992], 1)
+    ops.element('FourNodeTetrahedron', 7866, *[2223, 2549, 2224, 2296], 1)
+    ops.element('FourNodeTetrahedron', 7867, *[2551, 2550, 2416, 2552], 1)
+    ops.element('FourNodeTetrahedron', 7868, *[2519, 1794, 2223, 2344], 1)
+    ops.element('FourNodeTetrahedron', 7869, *[2553, 2547, 2519, 2342], 1)
+    ops.element('FourNodeTetrahedron', 7870, *[2553, 2547, 2323, 2519], 1)
+    ops.element('FourNodeTetrahedron', 7871, *[2445, 1874, 1871, 2156], 1)
+    ops.element('FourNodeTetrahedron', 7872, *[2139, 2519, 2223, 2344], 1)
+    ops.element('FourNodeTetrahedron', 7873, *[2055, 2037, 1746, 1747], 1)
+    ops.element('FourNodeTetrahedron', 7874, *[2370, 2010, 2523, 2474], 1)
+    ops.element('FourNodeTetrahedron', 7875, *[2055, 2035, 2037, 1747], 1)
+    ops.element('FourNodeTetrahedron', 7876, *[2055, 2038, 2037, 2035], 1)
+    ops.element('FourNodeTetrahedron', 7877, *[1937, 2149, 2263, 2264], 1)
+    ops.element('FourNodeTetrahedron', 7878, *[1221, 1955, 1953, 2073], 1)
+    ops.element('FourNodeTetrahedron', 7879, *[623, 2348, 1196, 611], 1)
+    ops.element('FourNodeTetrahedron', 7880, *[1252, 2228, 711, 1210], 1)
+    ops.element('FourNodeTetrahedron', 7881, *[2019, 2321, 2395, 2308], 1)
+    ops.element('FourNodeTetrahedron', 7882, *[1760, 2554, 750, 1153], 1)
+    ops.element('FourNodeTetrahedron', 7883, *[2411, 2542, 2497, 2410], 1)
+    ops.element('FourNodeTetrahedron', 7884, *[2192, 2555, 2193, 2121], 1)
+    ops.element('FourNodeTetrahedron', 7885, *[1980, 1785, 1981, 2532], 1)
+    ops.element('FourNodeTetrahedron', 7886, *[2144, 1854, 2145, 2402], 1)
+    ops.element('FourNodeTetrahedron', 7887, *[2204, 2007, 1859, 2202], 1)
+    ops.element('FourNodeTetrahedron', 7888, *[1207, 1882, 751, 1162], 1)
+    ops.element('FourNodeTetrahedron', 7889, *[1182, 2556, 1131, 1194], 1)
+    ops.element('FourNodeTetrahedron', 7890, *[2498, 2529, 2496, 2411], 1)
+    ops.element('FourNodeTetrahedron', 7891, *[2163, 1815, 1813, 1814], 1)
+    ops.element('FourNodeTetrahedron', 7892, *[2151, 2002, 2075, 2152], 1)
+    ops.element('FourNodeTetrahedron', 7893, *[1882, 2557, 1808, 1881], 1)
+    ops.element('FourNodeTetrahedron', 7894, *[1805, 2276, 2427, 1807], 1)
+    ops.element('FourNodeTetrahedron', 7895, *[2491, 2312, 2310, 1800], 1)
+    ops.element('FourNodeTetrahedron', 7896, *[2491, 2312, 1772, 2310], 1)
+    ops.element('FourNodeTetrahedron', 7897, *[2301, 2411, 2350, 2302], 1)
+    ops.element('FourNodeTetrahedron', 7898, *[1766, 1782, 1764, 1986], 1)
+    ops.element('FourNodeTetrahedron', 7899, *[2558, 2203, 2204, 2492], 1)
+    ops.element('FourNodeTetrahedron', 7900, *[2307, 2309, 2306, 1973], 1)
+    ops.element('FourNodeTetrahedron', 7901, *[2560, 2501, 2170, 2559], 1)
+    ops.element('FourNodeTetrahedron', 7902, *[2393, 2276, 1807, 2277], 1)
+    ops.element('FourNodeTetrahedron', 7903, *[1146, 2368, 1257, 684], 1)
+    ops.element('FourNodeTetrahedron', 7904, *[2518, 2561, 2517, 2478], 1)
+    ops.element('FourNodeTetrahedron', 7905, *[606, 2204, 2202, 2558], 1)
+    ops.element('FourNodeTetrahedron', 7906, *[1133, 1779, 1197, 1187], 1)
+    ops.element('FourNodeTetrahedron', 7907, *[1930, 2283, 2284, 1996], 1)
+    ops.element('FourNodeTetrahedron', 7908, *[1825, 2147, 1201, 1123], 1)
+    ops.element('FourNodeTetrahedron', 7909, *[2168, 2027, 2125, 2158], 1)
+    ops.element('FourNodeTetrahedron', 7910, *[1860, 2562, 1130, 1975], 1)
+    ops.element('FourNodeTetrahedron', 7911, *[2238, 2171, 512, 2479], 1)
+    ops.element('FourNodeTetrahedron', 7912, *[1125, 2563, 1177, 1176], 1)
+    ops.element('FourNodeTetrahedron', 7913, *[1868, 2016, 1867, 2245], 1)
+    ops.element('FourNodeTetrahedron', 7914, *[1899, 1900, 1951, 2564], 1)
+    ops.element('FourNodeTetrahedron', 7915, *[2565, 1963, 2231, 1964], 1)
+    ops.element('FourNodeTetrahedron', 7916, *[2412, 2411, 2497, 2410], 1)
+    ops.element('FourNodeTetrahedron', 7917, *[2338, 1969, 2138, 2339], 1)
+    ops.element('FourNodeTetrahedron', 7918, *[2156, 2155, 1948, 2206], 1)
+    ops.element('FourNodeTetrahedron', 7919, *[2310, 2364, 1833, 2220], 1)
+    ops.element('FourNodeTetrahedron', 7920, *[2445, 1874, 1871, 1873], 1)
+    ops.element('FourNodeTetrahedron', 7921, *[2120, 1810, 1211, 1811], 1)
+    ops.element('FourNodeTetrahedron', 7922, *[2273, 1963, 2272, 2565], 1)
+    ops.element('FourNodeTetrahedron', 7923, *[2340, 1970, 2339, 2189], 1)
+    ops.element('FourNodeTetrahedron', 7924, *[1875, 2567, 1788, 2566], 1)
+    ops.element('FourNodeTetrahedron', 7925, *[1987, 2345, 1857, 1918], 1)
+    ops.element('FourNodeTetrahedron', 7926, *[2073, 2074, 1223, 2072], 1)
+    ops.element('FourNodeTetrahedron', 7927, *[2527, 1823, 2103, 2097], 1)
+    ops.element('FourNodeTetrahedron', 7928, *[2027, 2127, 2091, 2125], 1)
+    ops.element('FourNodeTetrahedron', 7929, *[2228, 2400, 711, 2568], 1)
+    ops.element('FourNodeTetrahedron', 7930, *[2002, 2432, 2001, 2279], 1)
+    ops.element('FourNodeTetrahedron', 7931, *[2539, 2336, 2098, 2465], 1)
+    ops.element('FourNodeTetrahedron', 7932, *[2331, 2092, 2328, 1832], 1)
+    ops.element('FourNodeTetrahedron', 7933, *[2096, 2097, 2536, 2294], 1)
+    ops.element('FourNodeTetrahedron', 7934, *[2416, 2414, 1964, 2569], 1)
+    ops.element('FourNodeTetrahedron', 7935, *[2055, 2035, 1747, 2570], 1)
+    ops.element('FourNodeTetrahedron', 7936, *[2542, 2204, 1155, 606], 1)
+    ops.element('FourNodeTetrahedron', 7937, *[1808, 2047, 1143, 2046], 1)
+    ops.element('FourNodeTetrahedron', 7938, *[1905, 1821, 1144, 1230], 1)
+    ops.element('FourNodeTetrahedron', 7939, *[2558, 2204, 2202, 2203], 1)
+    ops.element('FourNodeTetrahedron', 7940, *[2571, 2521, 1780, 2114], 1)
+    ops.element('FourNodeTetrahedron', 7941, *[723, 2235, 728, 1147], 1)
+    ops.element('FourNodeTetrahedron', 7942, *[2140, 2079, 2379, 2139], 1)
+    ops.element('FourNodeTetrahedron', 7943, *[2114, 1781, 1780, 2236], 1)
+    ops.element('FourNodeTetrahedron', 7944, *[2114, 1762, 1781, 1842], 1)
+    ops.element('FourNodeTetrahedron', 7945, *[2114, 1762, 1780, 1781], 1)
+    ops.element('FourNodeTetrahedron', 7946, *[2235, 1252, 728, 1147], 1)
+    ops.element('FourNodeTetrahedron', 7947, *[1158, 2572, 2170, 2573], 1)
+    ops.element('FourNodeTetrahedron', 7948, *[1749, 2553, 2323, 1972], 1)
+    ops.element('FourNodeTetrahedron', 7949, *[2015, 2247, 1937, 2264], 1)
+    ops.element('FourNodeTetrahedron', 7950, *[2094, 2390, 2389, 2061], 1)
+    ops.element('FourNodeTetrahedron', 7951, *[2560, 2169, 2170, 2501], 1)
+    ops.element('FourNodeTetrahedron', 7952, *[2464, 2376, 2375, 2059], 1)
+    ops.element('FourNodeTetrahedron', 7953, *[1232, 2467, 1172, 551], 1)
+    ops.element('FourNodeTetrahedron', 7954, *[2484, 2541, 2465, 2199], 1)
+    ops.element('FourNodeTetrahedron', 7955, *[1898, 1955, 1952, 1221], 1)
+    ops.element('FourNodeTetrahedron', 7956, *[1959, 2534, 2574, 2211], 1)
+    ops.element('FourNodeTetrahedron', 7957, *[2272, 2231, 2174, 2086], 1)
+    ops.element('FourNodeTetrahedron', 7958, *[2534, 2574, 2211, 2535], 1)
+    ops.element('FourNodeTetrahedron', 7959, *[1190, 2251, 2216, 2064], 1)
+    ops.element('FourNodeTetrahedron', 7960, *[1959, 2574, 1887, 2211], 1)
+    ops.element('FourNodeTetrahedron', 7961, *[2083, 2308, 1212, 2084], 1)
+    ops.element('FourNodeTetrahedron', 7962, *[1910, 2575, 1946, 1947], 1)
+    ops.element('FourNodeTetrahedron', 7963, *[1866, 1952, 1129, 1898], 1)
+    ops.element('FourNodeTetrahedron', 7964, *[2266, 2066, 2065, 1942], 1)
+    ops.element('FourNodeTetrahedron', 7965, *[1898, 1952, 1129, 1221], 1)
+    ops.element('FourNodeTetrahedron', 7966, *[2053, 2211, 2290, 2447], 1)
+    ops.element('FourNodeTetrahedron', 7967, *[2447, 2535, 2211, 2293], 1)
+    ops.element('FourNodeTetrahedron', 7968, *[2211, 2293, 2290, 2447], 1)
+    ops.element('FourNodeTetrahedron', 7969, *[2535, 2576, 2211, 2293], 1)
+    ops.element('FourNodeTetrahedron', 7970, *[2211, 2293, 2292, 2290], 1)
+    ops.element('FourNodeTetrahedron', 7971, *[2211, 2576, 2292, 2293], 1)
+    ops.element('FourNodeTetrahedron', 7972, *[2085, 1899, 2334, 1916], 1)
+    ops.element('FourNodeTetrahedron', 7973, *[2578, 2577, 2531, 2150], 1)
+    ops.element('FourNodeTetrahedron', 7974, *[2148, 2144, 2142, 2579], 1)
+    ops.element('FourNodeTetrahedron', 7975, *[2580, 2581, 2273, 2415], 1)
+    ops.element('FourNodeTetrahedron', 7976, *[2580, 2581, 1876, 2273], 1)
+    ops.element('FourNodeTetrahedron', 7977, *[2273, 2581, 1876, 1963], 1)
+    ops.element('FourNodeTetrahedron', 7978, *[1929, 1787, 1980, 2055], 1)
+    ops.element('FourNodeTetrahedron', 7979, *[1173, 1997, 723, 1242], 1)
+    ops.element('FourNodeTetrahedron', 7980, *[1946, 2277, 2322, 2186], 1)
+    ops.element('FourNodeTetrahedron', 7981, *[1968, 1876, 1878, 2273], 1)
+    ops.element('FourNodeTetrahedron', 7982, *[2192, 2555, 2008, 2193], 1)
+    ops.element('FourNodeTetrahedron', 7983, *[1968, 2580, 1876, 2273], 1)
+    ops.element('FourNodeTetrahedron', 7984, *[2304, 2582, 2463, 1998], 1)
+    ops.element('FourNodeTetrahedron', 7985, *[1876, 2567, 1877, 1875], 1)
+    ops.element('FourNodeTetrahedron', 7986, *[2444, 2584, 2583, 2291], 1)
+    ops.element('FourNodeTetrahedron', 7987, *[2146, 2145, 2144, 1854], 1)
+    ops.element('FourNodeTetrahedron', 7988, *[2431, 2500, 2403, 2499], 1)
+    ops.element('FourNodeTetrahedron', 7989, *[1886, 1888, 1765, 1920], 1)
+    ops.element('FourNodeTetrahedron', 7990, *[1886, 1920, 1765, 2509], 1)
+    ops.element('FourNodeTetrahedron', 7991, *[2292, 1920, 1886, 2509], 1)
+    ops.element('FourNodeTetrahedron', 7992, *[1763, 2585, 2554, 1904], 1)
+    ops.element('FourNodeTetrahedron', 7993, *[2301, 2498, 2350, 2411], 1)
+    ops.element('FourNodeTetrahedron', 7994, *[2174, 2175, 1790, 2272], 1)
+    ops.element('FourNodeTetrahedron', 7995, *[2565, 1964, 2231, 2430], 1)
+    ops.element('FourNodeTetrahedron', 7996, *[1993, 1996, 2307, 2309], 1)
+    ops.element('FourNodeTetrahedron', 7997, *[2024, 2586, 2023, 2022], 1)
+    ops.element('FourNodeTetrahedron', 7998, *[2358, 1844, 2236, 2237], 1)
+    ops.element('FourNodeTetrahedron', 7999, *[1828, 1826, 2143, 2148], 1)
+    ops.element('FourNodeTetrahedron', 8000, *[1875, 2175, 1790, 2272], 1)
+    ops.element('FourNodeTetrahedron', 8001, *[2163, 1813, 2161, 1814], 1)
+    ops.element('FourNodeTetrahedron', 8002, *[1870, 1867, 2078, 2083], 1)
+    ops.element('FourNodeTetrahedron', 8003, *[2187, 1970, 2189, 2387], 1)
+    ops.element('FourNodeTetrahedron', 8004, *[2487, 2486, 1970, 2187], 1)
+    ops.element('FourNodeTetrahedron', 8005, *[2570, 2187, 1970, 2188], 1)
+    ops.element('FourNodeTetrahedron', 8006, *[2570, 2188, 2340, 2478], 1)
+    ops.element('FourNodeTetrahedron', 8007, *[2570, 1970, 2340, 2188], 1)
+    ops.element('FourNodeTetrahedron', 8008, *[1825, 2147, 1123, 2144], 1)
+    ops.element('FourNodeTetrahedron', 8009, *[2570, 2487, 1970, 2187], 1)
+    ops.element('FourNodeTetrahedron', 8010, *[2486, 1972, 1747, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8011, *[2386, 2587, 2342, 2343], 1)
+    ops.element('FourNodeTetrahedron', 8012, *[1832, 2351, 2111, 2588], 1)
+    ops.element('FourNodeTetrahedron', 8013, *[2328, 2108, 2111, 1832], 1)
+    ops.element('FourNodeTetrahedron', 8014, *[2544, 2241, 2240, 2239], 1)
+    ops.element('FourNodeTetrahedron', 8015, *[1126, 2072, 1236, 1978], 1)
+    ops.element('FourNodeTetrahedron', 8016, *[1969, 1747, 1972, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8017, *[2570, 2487, 2035, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8018, *[2035, 2486, 1747, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8019, *[2570, 1747, 2340, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8020, *[1779, 1778, 1197, 1776], 1)
+    ops.element('FourNodeTetrahedron', 8021, *[2059, 1846, 2376, 2313], 1)
+    ops.element('FourNodeTetrahedron', 8022, *[2340, 1747, 1969, 1970], 1)
+    ops.element('FourNodeTetrahedron', 8023, *[2465, 2250, 2251, 2196], 1)
+    ops.element('FourNodeTetrahedron', 8024, *[2036, 2553, 1972, 2486], 1)
+    ops.element('FourNodeTetrahedron', 8025, *[2101, 1863, 2589, 2100], 1)
+    ops.element('FourNodeTetrahedron', 8026, *[2479, 2590, 2591, 2518], 1)
+    ops.element('FourNodeTetrahedron', 8027, *[2269, 2271, 1989, 1991], 1)
+    ops.element('FourNodeTetrahedron', 8028, *[2193, 1917, 2522, 2474], 1)
+    ops.element('FourNodeTetrahedron', 8029, *[2014, 2012, 2013, 2592], 1)
+    ops.element('FourNodeTetrahedron', 8030, *[2209, 2012, 2014, 2592], 1)
+    ops.element('FourNodeTetrahedron', 8031, *[2142, 1895, 2402, 2528], 1)
+    ops.element('FourNodeTetrahedron', 8032, *[1871, 2593, 2185, 1873], 1)
+    ops.element('FourNodeTetrahedron', 8033, *[2065, 1944, 1797, 1943], 1)
+    ops.element('FourNodeTetrahedron', 8034, *[2225, 2556, 2594, 2226], 1)
+    ops.element('FourNodeTetrahedron', 8035, *[2277, 2476, 2185, 2593], 1)
+    ops.element('FourNodeTetrahedron', 8036, *[2595, 2442, 1241, 2457], 1)
+    ops.element('FourNodeTetrahedron', 8037, *[1948, 1946, 2186, 1871], 1)
+    ops.element('FourNodeTetrahedron', 8038, *[2596, 2531, 2578, 2577], 1)
+    ops.element('FourNodeTetrahedron', 8039, *[2486, 2553, 1972, 2597], 1)
+    ops.element('FourNodeTetrahedron', 8040, *[551, 2467, 1172, 2598], 1)
+    ops.element('FourNodeTetrahedron', 8041, *[2467, 1892, 1172, 2598], 1)
+    ops.element('FourNodeTetrahedron', 8042, *[2295, 2114, 2571, 2396], 1)
+    ops.element('FourNodeTetrahedron', 8043, *[1247, 2009, 1124, 1164], 1)
+    ops.element('FourNodeTetrahedron', 8044, *[2556, 2013, 1131, 1194], 1)
+    ops.element('FourNodeTetrahedron', 8045, *[2467, 1891, 1892, 1172], 1)
+    ops.element('FourNodeTetrahedron', 8046, *[738, 2599, 739, 2380], 1)
+    ops.element('FourNodeTetrahedron', 8047, *[738, 2136, 2599, 2380], 1)
+    ops.element('FourNodeTetrahedron', 8048, *[2011, 2380, 738, 1144], 1)
+    ops.element('FourNodeTetrahedron', 8049, *[2011, 2380, 1144, 1905], 1)
+    ops.element('FourNodeTetrahedron', 8050, *[2408, 2391, 1998, 1750], 1)
+    ops.element('FourNodeTetrahedron', 8051, *[1136, 2408, 1151, 1206], 1)
+    ops.element('FourNodeTetrahedron', 8052, *[2408, 1998, 1151, 1206], 1)
+    ops.element('FourNodeTetrahedron', 8053, *[2116, 2589, 2540, 2541], 1)
+    ops.element('FourNodeTetrahedron', 8054, *[2408, 1750, 1998, 1206], 1)
+    ops.element('FourNodeTetrahedron', 8055, *[1998, 1834, 1242, 1750], 1)
+    ops.element('FourNodeTetrahedron', 8056, *[2319, 2408, 2068, 2147], 1)
+    ops.element('FourNodeTetrahedron', 8057, *[2069, 2408, 2068, 2319], 1)
+    ops.element('FourNodeTetrahedron', 8058, *[1955, 2315, 1953, 2073], 1)
+    ops.element('FourNodeTetrahedron', 8059, *[2069, 2600, 2408, 2319], 1)
+    ops.element('FourNodeTetrahedron', 8060, *[2518, 2590, 2591, 2561], 1)
+    ops.element('FourNodeTetrahedron', 8061, *[1963, 2601, 2566, 1962], 1)
+    ops.element('FourNodeTetrahedron', 8062, *[2162, 1814, 2161, 1884], 1)
+    ops.element('FourNodeTetrahedron', 8063, *[1963, 2175, 2231, 1962], 1)
+    ops.element('FourNodeTetrahedron', 8064, *[2463, 1997, 731, 1173], 1)
+    ops.element('FourNodeTetrahedron', 8065, *[2068, 2408, 1206, 2147], 1)
+    ops.element('FourNodeTetrahedron', 8066, *[2069, 2354, 2408, 2600], 1)
+    ops.element('FourNodeTetrahedron', 8067, *[2455, 2354, 2408, 2069], 1)
+    ops.element('FourNodeTetrahedron', 8068, *[1222, 2602, 1126, 2172], 1)
+    ops.element('FourNodeTetrahedron', 8069, *[2455, 2408, 2070, 2069], 1)
+    ops.element('FourNodeTetrahedron', 8070, *[2011, 1906, 2380, 1905], 1)
+    ops.element('FourNodeTetrahedron', 8071, *[1964, 2233, 2231, 2430], 1)
+    ops.element('FourNodeTetrahedron', 8072, *[1883, 2226, 2594, 2052], 1)
+    ops.element('FourNodeTetrahedron', 8073, *[1921, 1986, 1766, 1765], 1)
+    ops.element('FourNodeTetrahedron', 8074, *[2031, 2034, 2603, 2297], 1)
+    ops.element('FourNodeTetrahedron', 8075, *[2308, 2533, 2321, 1848], 1)
+    ops.element('FourNodeTetrahedron', 8076, *[2025, 2027, 2026, 2168], 1)
+    ops.element('FourNodeTetrahedron', 8077, *[2121, 2555, 2193, 1840], 1)
+    ops.element('FourNodeTetrahedron', 8078, *[1128, 1819, 1230, 1233], 1)
+    ops.element('FourNodeTetrahedron', 8079, *[2602, 2072, 1126, 2172], 1)
+    ops.element('FourNodeTetrahedron', 8080, *[2018, 2244, 2017, 2019], 1)
+    ops.element('FourNodeTetrahedron', 8081, *[2505, 2104, 1233, 1799], 1)
+    ops.element('FourNodeTetrahedron', 8082, *[2199, 2201, 2200, 1950], 1)
+    ops.element('FourNodeTetrahedron', 8083, *[1865, 1864, 2541, 2199], 1)
+    ops.element('FourNodeTetrahedron', 8084, *[1924, 1908, 1918, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8085, *[2541, 1864, 2201, 2199], 1)
+    ops.element('FourNodeTetrahedron', 8086, *[2276, 2427, 1807, 2185], 1)
+    ops.element('FourNodeTetrahedron', 8087, *[2199, 1862, 1864, 1950], 1)
+    ops.element('FourNodeTetrahedron', 8088, *[2199, 1864, 2201, 1950], 1)
+    ops.element('FourNodeTetrahedron', 8089, *[2505, 2503, 2104, 1799], 1)
+    ops.element('FourNodeTetrahedron', 8090, *[2505, 2503, 1799, 1797], 1)
+    ops.element('FourNodeTetrahedron', 8091, *[2441, 1845, 1830, 2058], 1)
+    ops.element('FourNodeTetrahedron', 8092, *[2345, 1912, 2390, 2094], 1)
+    ops.element('FourNodeTetrahedron', 8093, *[2154, 1768, 2225, 2051], 1)
+    ops.element('FourNodeTetrahedron', 8094, *[2266, 2065, 1243, 1185], 1)
+    ops.element('FourNodeTetrahedron', 8095, *[2313, 2029, 2101, 1824], 1)
+    ops.element('FourNodeTetrahedron', 8096, *[2126, 2441, 2058, 2433], 1)
+    ops.element('FourNodeTetrahedron', 8097, *[2160, 2126, 2058, 2433], 1)
+    ops.element('FourNodeTetrahedron', 8098, *[2298, 2316, 2419, 2074], 1)
+    ops.element('FourNodeTetrahedron', 8099, *[1956, 1957, 1959, 2210], 1)
+    ops.element('FourNodeTetrahedron', 8100, *[2086, 2231, 2233, 2430], 1)
+    ops.element('FourNodeTetrahedron', 8101, *[2475, 1779, 1133, 2106], 1)
+    ops.element('FourNodeTetrahedron', 8102, *[2290, 1886, 2592, 2604], 1)
+    ops.element('FourNodeTetrahedron', 8103, *[2604, 2509, 2605, 2510], 1)
+    ops.element('FourNodeTetrahedron', 8104, *[2429, 2565, 2086, 2430], 1)
+    ops.element('FourNodeTetrahedron', 8105, *[2331, 2111, 2482, 1832], 1)
+    ops.element('FourNodeTetrahedron', 8106, *[1803, 2331, 2482, 1832], 1)
+    ops.element('FourNodeTetrahedron', 8107, *[2319, 2147, 2068, 1825], 1)
+    ops.element('FourNodeTetrahedron', 8108, *[2408, 2409, 1206, 2147], 1)
+    ops.element('FourNodeTetrahedron', 8109, *[2429, 2565, 2272, 2086], 1)
+    ops.element('FourNodeTetrahedron', 8110, *[1257, 1978, 1236, 1145], 1)
+    ops.element('FourNodeTetrahedron', 8111, *[2334, 1950, 1914, 2606], 1)
+    ops.element('FourNodeTetrahedron', 8112, *[2429, 2272, 2514, 2086], 1)
+    ops.element('FourNodeTetrahedron', 8113, *[2033, 2034, 2031, 2297], 1)
+    ops.element('FourNodeTetrahedron', 8114, *[2172, 2369, 1978, 2368], 1)
+    ops.element('FourNodeTetrahedron', 8115, *[1193, 2178, 1779, 2475], 1)
+    ops.element('FourNodeTetrahedron', 8116, *[2607, 1762, 1988, 1780], 1)
+    ops.element('FourNodeTetrahedron', 8117, *[2369, 1977, 1978, 2368], 1)
+    ops.element('FourNodeTetrahedron', 8118, *[2509, 2301, 2605, 2510], 1)
+    ops.element('FourNodeTetrahedron', 8119, *[2595, 2275, 2608, 2258], 1)
+    ops.element('FourNodeTetrahedron', 8120, *[1811, 2133, 1141, 1224], 1)
+    ops.element('FourNodeTetrahedron', 8121, *[1795, 2609, 2610, 1850], 1)
+    ops.element('FourNodeTetrahedron', 8122, *[2612, 2611, 2430, 2122], 1)
+    ops.element('FourNodeTetrahedron', 8123, *[2207, 2212, 1908, 1948], 1)
+    ops.element('FourNodeTetrahedron', 8124, *[2172, 2420, 1978, 2369], 1)
+    ops.element('FourNodeTetrahedron', 8125, *[2207, 2212, 1948, 2206], 1)
+    ops.element('FourNodeTetrahedron', 8126, *[1954, 2049, 2048, 2298], 1)
+    ops.element('FourNodeTetrahedron', 8127, *[2205, 1948, 2155, 2206], 1)
+    ops.element('FourNodeTetrahedron', 8128, *[1144, 2380, 1174, 1821], 1)
+    ops.element('FourNodeTetrahedron', 8129, *[1862, 2262, 1864, 1950], 1)
+    ops.element('FourNodeTetrahedron', 8130, *[1826, 2146, 2144, 2148], 1)
+    ops.element('FourNodeTetrahedron', 8131, *[1142, 2021, 1171, 1253], 1)
+    ops.element('FourNodeTetrahedron', 8132, *[1775, 2613, 2363, 2312], 1)
+    ops.element('FourNodeTetrahedron', 8133, *[2368, 666, 1167, 684], 1)
+    ops.element('FourNodeTetrahedron', 8134, *[2368, 2614, 1167, 666], 1)
+    ops.element('FourNodeTetrahedron', 8135, *[2368, 2118, 2614, 666], 1)
+    ops.element('FourNodeTetrahedron', 8136, *[2463, 1998, 1173, 1151], 1)
+    ops.element('FourNodeTetrahedron', 8137, *[2403, 2500, 2274, 2499], 1)
+    ops.element('FourNodeTetrahedron', 8138, *[2368, 2614, 1257, 1167], 1)
+    ops.element('FourNodeTetrahedron', 8139, *[1789, 2289, 2367, 1790], 1)
+    ops.element('FourNodeTetrahedron', 8140, *[1911, 2393, 2322, 1946], 1)
+    ops.element('FourNodeTetrahedron', 8141, *[1257, 1978, 2614, 2368], 1)
+    ops.element('FourNodeTetrahedron', 8142, *[1747, 1748, 1746, 2213], 1)
+    ops.element('FourNodeTetrahedron', 8143, *[1814, 2032, 1816, 2031], 1)
+    ops.element('FourNodeTetrahedron', 8144, *[2335, 2436, 2099, 2336], 1)
+    ops.element('FourNodeTetrahedron', 8145, *[2172, 1978, 1257, 2368], 1)
+    ops.element('FourNodeTetrahedron', 8146, *[1978, 1977, 2614, 2368], 1)
+    ops.element('FourNodeTetrahedron', 8147, *[2424, 2615, 2312, 1800], 1)
+    ops.element('FourNodeTetrahedron', 8148, *[2616, 2562, 1130, 1860], 1)
+    ops.element('FourNodeTetrahedron', 8149, *[1204, 2616, 1130, 1860], 1)
+    ops.element('FourNodeTetrahedron', 8150, *[2247, 2149, 1937, 2264], 1)
+    ops.element('FourNodeTetrahedron', 8151, *[2000, 2588, 2351, 2283], 1)
+    ops.element('FourNodeTetrahedron', 8152, *[2617, 1768, 2225, 2154], 1)
+    ops.element('FourNodeTetrahedron', 8153, *[1889, 1921, 1766, 1765], 1)
+    ops.element('FourNodeTetrahedron', 8154, *[2125, 1932, 2440, 1931], 1)
+    ops.element('FourNodeTetrahedron', 8155, *[1964, 1965, 1962, 2618], 1)
+    ops.element('FourNodeTetrahedron', 8156, *[2006, 2333, 2619, 2522], 1)
+    ops.element('FourNodeTetrahedron', 8157, *[2039, 2041, 2108, 1832], 1)
+    ops.element('FourNodeTetrahedron', 8158, *[1964, 2618, 1962, 2620], 1)
+    ops.element('FourNodeTetrahedron', 8159, *[2401, 2090, 2166, 2167], 1)
+    ops.element('FourNodeTetrahedron', 8160, *[2416, 2565, 2294, 2612], 1)
+    ops.element('FourNodeTetrahedron', 8161, *[2203, 2222, 2007, 2010], 1)
+    ops.element('FourNodeTetrahedron', 8162, *[2472, 1982, 1984, 1841], 1)
+    ops.element('FourNodeTetrahedron', 8163, *[621, 2462, 1194, 622], 1)
+    ops.element('FourNodeTetrahedron', 8164, *[2184, 2096, 2621, 2294], 1)
+    ops.element('FourNodeTetrahedron', 8165, *[1776, 2365, 2622, 2190], 1)
+    ops.element('FourNodeTetrahedron', 8166, *[2479, 1158, 512, 511], 1)
+    ops.element('FourNodeTetrahedron', 8167, *[2072, 1870, 1236, 1978], 1)
+    ops.element('FourNodeTetrahedron', 8168, *[1959, 2534, 2210, 2211], 1)
+    ops.element('FourNodeTetrahedron', 8169, *[2408, 2261, 1750, 2409], 1)
+    ops.element('FourNodeTetrahedron', 8170, *[2399, 1984, 2623, 2398], 1)
+    ops.element('FourNodeTetrahedron', 8171, *[2138, 1971, 2139, 2624], 1)
+    ops.element('FourNodeTetrahedron', 8172, *[2010, 2522, 1892, 2523], 1)
+    ops.element('FourNodeTetrahedron', 8173, *[2625, 2534, 2210, 2535], 1)
+    ops.element('FourNodeTetrahedron', 8174, *[2385, 2243, 2533, 2626], 1)
+    ops.element('FourNodeTetrahedron', 8175, *[2222, 2192, 2008, 2193], 1)
+    ops.element('FourNodeTetrahedron', 8176, *[2245, 2243, 2019, 2332], 1)
+    ops.element('FourNodeTetrahedron', 8177, *[2568, 2400, 1228, 1810], 1)
+    ops.element('FourNodeTetrahedron', 8178, *[2440, 1932, 1933, 1931], 1)
+    ops.element('FourNodeTetrahedron', 8179, *[1852, 2440, 1933, 1931], 1)
+    ops.element('FourNodeTetrahedron', 8180, *[2327, 2296, 2317, 2326], 1)
+    ops.element('FourNodeTetrahedron', 8181, *[2031, 1816, 2603, 2034], 1)
+    ops.element('FourNodeTetrahedron', 8182, *[2271, 2224, 1989, 2317], 1)
+    ops.element('FourNodeTetrahedron', 8183, *[1989, 2327, 2317, 2318], 1)
+    ops.element('FourNodeTetrahedron', 8184, *[2171, 1222, 1150, 1229], 1)
+    ops.element('FourNodeTetrahedron', 8185, *[2177, 2586, 741, 2627], 1)
+    ops.element('FourNodeTetrahedron', 8186, *[2267, 2247, 1798, 2015], 1)
+    ops.element('FourNodeTetrahedron', 8187, *[1989, 2327, 2318, 1991], 1)
+    ops.element('FourNodeTetrahedron', 8188, *[1175, 2154, 1137, 1181], 1)
+    ops.element('FourNodeTetrahedron', 8189, *[2362, 1754, 1977, 2117], 1)
+    ops.element('FourNodeTetrahedron', 8190, *[742, 2627, 741, 1161], 1)
+    ops.element('FourNodeTetrahedron', 8191, *[2598, 1923, 1249, 532], 1)
+    ops.element('FourNodeTetrahedron', 8192, *[1762, 2399, 1763, 2398], 1)
+    ops.element('FourNodeTetrahedron', 8193, *[2121, 2086, 2555, 2085], 1)
+    ops.element('FourNodeTetrahedron', 8194, *[2238, 1150, 513, 512], 1)
+    ops.element('FourNodeTetrahedron', 8195, *[2381, 2382, 2383, 2130], 1)
+    ops.element('FourNodeTetrahedron', 8196, *[2628, 2615, 2629, 2490], 1)
+    ops.element('FourNodeTetrahedron', 8197, *[1913, 2073, 1220, 2602], 1)
+    ops.element('FourNodeTetrahedron', 8198, *[2630, 2199, 2333, 2334], 1)
+    ops.element('FourNodeTetrahedron', 8199, *[2303, 2095, 2506, 2155], 1)
+    ops.element('FourNodeTetrahedron', 8200, *[2381, 2631, 2602, 2578], 1)
+    ops.element('FourNodeTetrahedron', 8201, *[2242, 2222, 2007, 2203], 1)
+    ops.element('FourNodeTetrahedron', 8202, *[2428, 1968, 1758, 2096], 1)
+    ops.element('FourNodeTetrahedron', 8203, *[2630, 2334, 2333, 1917], 1)
+    ops.element('FourNodeTetrahedron', 8204, *[2025, 2026, 2310, 2107], 1)
+    ops.element('FourNodeTetrahedron', 8205, *[2357, 1981, 2438, 2596], 1)
+    ops.element('FourNodeTetrahedron', 8206, *[2425, 2025, 2261, 2632], 1)
+    ops.element('FourNodeTetrahedron', 8207, *[2154, 2225, 1137, 1181], 1)
+    ops.element('FourNodeTetrahedron', 8208, *[1175, 2154, 1181, 2234], 1)
+    ops.element('FourNodeTetrahedron', 8209, *[2414, 1965, 1964, 2618], 1)
+    ops.element('FourNodeTetrahedron', 8210, *[2030, 1822, 1824, 1823], 1)
+    ops.element('FourNodeTetrahedron', 8211, *[2321, 2154, 1175, 2234], 1)
+    ops.element('FourNodeTetrahedron', 8212, *[1937, 2263, 2404, 2349], 1)
+    ops.element('FourNodeTetrahedron', 8213, *[1937, 2143, 1240, 2404], 1)
+    ops.element('FourNodeTetrahedron', 8214, *[1937, 2263, 2143, 2404], 1)
+    ops.element('FourNodeTetrahedron', 8215, *[2633, 2331, 2311, 1800], 1)
+    ops.element('FourNodeTetrahedron', 8216, *[2143, 2142, 1205, 2404], 1)
+    ops.element('FourNodeTetrahedron', 8217, *[1240, 2143, 1205, 2404], 1)
+    ops.element('FourNodeTetrahedron', 8218, *[2385, 2533, 1848, 2626], 1)
+    ops.element('FourNodeTetrahedron', 8219, *[2143, 2142, 1123, 1205], 1)
+    ops.element('FourNodeTetrahedron', 8220, *[2416, 2414, 2273, 1964], 1)
+    ops.element('FourNodeTetrahedron', 8221, *[1240, 2404, 1205, 1138], 1)
+    ops.element('FourNodeTetrahedron', 8222, *[2560, 2502, 2501, 2590], 1)
+    ops.element('FourNodeTetrahedron', 8223, *[1242, 1835, 1147, 1750], 1)
+    ops.element('FourNodeTetrahedron', 8224, *[1121, 2419, 1225, 1234], 1)
+    ops.element('FourNodeTetrahedron', 8225, *[1121, 2074, 2419, 1234], 1)
+    ops.element('FourNodeTetrahedron', 8226, *[1121, 2298, 1225, 2419], 1)
+    ops.element('FourNodeTetrahedron', 8227, *[1121, 2298, 2419, 2074], 1)
+    ops.element('FourNodeTetrahedron', 8228, *[2526, 2527, 2103, 2097], 1)
+    ops.element('FourNodeTetrahedron', 8229, *[2502, 2413, 2577, 1992], 1)
+    ops.element('FourNodeTetrahedron', 8230, *[2086, 1902, 2634, 1899], 1)
+    ops.element('FourNodeTetrahedron', 8231, *[2473, 2180, 2047, 2179], 1)
+    ops.element('FourNodeTetrahedron', 8232, *[1993, 2309, 2307, 2526], 1)
+    ops.element('FourNodeTetrahedron', 8233, *[2142, 2402, 1203, 1231], 1)
+    ops.element('FourNodeTetrahedron', 8234, *[1775, 2613, 1773, 2363], 1)
+    ops.element('FourNodeTetrahedron', 8235, *[1854, 1853, 2145, 2402], 1)
+    ops.element('FourNodeTetrahedron', 8236, *[2349, 2404, 1138, 2412], 1)
+    ops.element('FourNodeTetrahedron', 8237, *[1943, 2015, 1796, 2556], 1)
+    ops.element('FourNodeTetrahedron', 8238, *[2244, 2480, 2248, 2243], 1)
+    ops.element('FourNodeTetrahedron', 8239, *[1943, 2246, 2015, 2014], 1)
+    ops.element('FourNodeTetrahedron', 8240, *[2355, 2394, 2304, 2391], 1)
+    ops.element('FourNodeTetrahedron', 8241, *[1131, 1796, 2013, 2556], 1)
+    ops.element('FourNodeTetrahedron', 8242, *[2524, 1983, 1960, 2044], 1)
+    ops.element('FourNodeTetrahedron', 8243, *[1971, 2342, 2519, 2344], 1)
+    ops.element('FourNodeTetrahedron', 8244, *[1231, 2497, 1216, 1156], 1)
+    ops.element('FourNodeTetrahedron', 8245, *[1949, 1852, 2616, 1853], 1)
+    ops.element('FourNodeTetrahedron', 8246, *[2176, 2366, 2287, 1901], 1)
+    ops.element('FourNodeTetrahedron', 8247, *[1138, 2412, 1231, 1156], 1)
+    ops.element('FourNodeTetrahedron', 8248, *[1924, 1918, 2095, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8249, *[2442, 2106, 2443, 2067], 1)
+    ops.element('FourNodeTetrahedron', 8250, *[2412, 2497, 1231, 1156], 1)
+    ops.element('FourNodeTetrahedron', 8251, *[1751, 1752, 1160, 651], 1)
+    ops.element('FourNodeTetrahedron', 8252, *[2019, 2243, 2533, 2332], 1)
+    ops.element('FourNodeTetrahedron', 8253, *[2635, 1124, 1163, 2009], 1)
+    ops.element('FourNodeTetrahedron', 8254, *[2636, 1922, 1920, 2444], 1)
+    ops.element('FourNodeTetrahedron', 8255, *[1124, 2275, 1245, 2595], 1)
+    ops.element('FourNodeTetrahedron', 8256, *[1146, 2172, 1126, 1257], 1)
+    ops.element('FourNodeTetrahedron', 8257, *[2542, 2204, 606, 2558], 1)
+    ops.element('FourNodeTetrahedron', 8258, *[1831, 2040, 1832, 1846], 1)
+    ops.element('FourNodeTetrahedron', 8259, *[2244, 2248, 2019, 2243], 1)
+    ops.element('FourNodeTetrahedron', 8260, *[2171, 2602, 1222, 2172], 1)
+    ops.element('FourNodeTetrahedron', 8261, *[2233, 2637, 1900, 1838], 1)
+    ops.element('FourNodeTetrahedron', 8262, *[2019, 2243, 2248, 2533], 1)
+    ops.element('FourNodeTetrahedron', 8263, *[2019, 2248, 2395, 2321], 1)
+    ops.element('FourNodeTetrahedron', 8264, *[2019, 2248, 2321, 2533], 1)
+    ops.element('FourNodeTetrahedron', 8265, *[2018, 2244, 2019, 2245], 1)
+    ops.element('FourNodeTetrahedron', 8266, *[2359, 2638, 2563, 2395], 1)
+    ops.element('FourNodeTetrahedron', 8267, *[1169, 1988, 1213, 1258], 1)
+    ops.element('FourNodeTetrahedron', 8268, *[1931, 2285, 1994, 1993], 1)
+    ops.element('FourNodeTetrahedron', 8269, *[1214, 1811, 1255, 2562], 1)
+    ops.element('FourNodeTetrahedron', 8270, *[2020, 2638, 2359, 2016], 1)
+    ops.element('FourNodeTetrahedron', 8271, *[2020, 2017, 2638, 2016], 1)
+    ops.element('FourNodeTetrahedron', 8272, *[1915, 2639, 2200, 1923], 1)
+    ops.element('FourNodeTetrahedron', 8273, *[2264, 1764, 2513, 2512], 1)
+    ops.element('FourNodeTetrahedron', 8274, *[2338, 1969, 2140, 2138], 1)
+    ops.element('FourNodeTetrahedron', 8275, *[2555, 2085, 1917, 1840], 1)
+    ops.element('FourNodeTetrahedron', 8276, *[2193, 2555, 1917, 1840], 1)
+    ops.element('FourNodeTetrahedron', 8277, *[2390, 2640, 2641, 2389], 1)
+    ops.element('FourNodeTetrahedron', 8278, *[2331, 2330, 2642, 2111], 1)
+    ops.element('FourNodeTetrahedron', 8279, *[1857, 2345, 1858, 2094], 1)
+    ops.element('FourNodeTetrahedron', 8280, *[2579, 1897, 1895, 1855], 1)
+    ops.element('FourNodeTetrahedron', 8281, *[2591, 2590, 2508, 2559], 1)
+    ops.element('FourNodeTetrahedron', 8282, *[2368, 1167, 1257, 684], 1)
+    ops.element('FourNodeTetrahedron', 8283, *[2204, 2242, 2203, 2492], 1)
+    ops.element('FourNodeTetrahedron', 8284, *[1852, 1935, 2120, 1933], 1)
+    ops.element('FourNodeTetrahedron', 8285, *[2064, 2218, 2643, 419], 1)
+    ops.element('FourNodeTetrahedron', 8286, *[1805, 1804, 2471, 2427], 1)
+    ops.element('FourNodeTetrahedron', 8287, *[2238, 1150, 512, 2171], 1)
+    ops.element('FourNodeTetrahedron', 8288, *[2153, 1958, 2051, 2057], 1)
+    ops.element('FourNodeTetrahedron', 8289, *[2112, 2030, 1995, 2526], 1)
+    ops.element('FourNodeTetrahedron', 8290, *[2295, 1938, 2571, 2114], 1)
+    ops.element('FourNodeTetrahedron', 8291, *[2644, 1815, 1814, 2032], 1)
+    ops.element('FourNodeTetrahedron', 8292, *[2055, 2645, 2037, 2038], 1)
+    ops.element('FourNodeTetrahedron', 8293, *[1945, 1887, 2246, 2014], 1)
+    ops.element('FourNodeTetrahedron', 8294, *[1204, 1860, 1130, 1215], 1)
+    ops.element('FourNodeTetrahedron', 8295, *[2059, 2313, 2102, 2030], 1)
+    ops.element('FourNodeTetrahedron', 8296, *[1135, 2405, 1861, 1155], 1)
+    ops.element('FourNodeTetrahedron', 8297, *[2059, 2376, 2102, 2313], 1)
+    ops.element('FourNodeTetrahedron', 8298, *[2102, 2313, 2376, 2101], 1)
+    ops.element('FourNodeTetrahedron', 8299, *[2497, 2405, 1216, 2542], 1)
+    ops.element('FourNodeTetrahedron', 8300, *[2314, 1822, 2028, 2030], 1)
+    ops.element('FourNodeTetrahedron', 8301, *[2357, 2214, 1981, 2596], 1)
+    ops.element('FourNodeTetrahedron', 8302, *[2646, 2035, 2055, 2570], 1)
+    ops.element('FourNodeTetrahedron', 8303, *[526, 2278, 1238, 424], 1)
+    ops.element('FourNodeTetrahedron', 8304, *[1228, 1809, 1157, 1141], 1)
+    ops.element('FourNodeTetrahedron', 8305, *[2300, 2544, 2488, 2506], 1)
+    ops.element('FourNodeTetrahedron', 8306, *[1760, 750, 749, 1153], 1)
+    ops.element('FourNodeTetrahedron', 8307, *[1772, 2364, 1833, 2310], 1)
+    ops.element('FourNodeTetrahedron', 8308, *[2538, 2157, 2325, 2173], 1)
+    ops.element('FourNodeTetrahedron', 8309, *[2185, 2550, 1872, 2416], 1)
+    ops.element('FourNodeTetrahedron', 8310, *[1810, 2520, 1228, 1809], 1)
+    ops.element('FourNodeTetrahedron', 8311, *[2189, 2339, 2647, 2387], 1)
+    ops.element('FourNodeTetrahedron', 8312, *[2193, 1917, 2006, 2522], 1)
+    ops.element('FourNodeTetrahedron', 8313, *[1251, 1853, 1208, 1204], 1)
+    ops.element('FourNodeTetrahedron', 8314, *[2010, 2193, 2522, 2474], 1)
+    ops.element('FourNodeTetrahedron', 8315, *[2474, 1917, 2522, 1915], 1)
+    ops.element('FourNodeTetrahedron', 8316, *[2237, 2381, 1913, 2438], 1)
+    ops.element('FourNodeTetrahedron', 8317, *[2237, 1981, 2381, 2438], 1)
+    ops.element('FourNodeTetrahedron', 8318, *[1994, 2059, 2102, 1995], 1)
+    ops.element('FourNodeTetrahedron', 8319, *[1994, 2102, 1996, 1995], 1)
+    ops.element('FourNodeTetrahedron', 8320, *[2079, 2223, 2224, 2271], 1)
+    ops.element('FourNodeTetrahedron', 8321, *[2649, 2648, 2613, 2615], 1)
+    ops.element('FourNodeTetrahedron', 8322, *[2292, 2583, 2604, 2291], 1)
+    ops.element('FourNodeTetrahedron', 8323, *[2403, 2243, 2626, 2385], 1)
+    ops.element('FourNodeTetrahedron', 8324, *[2116, 2541, 2539, 2484], 1)
+    ops.element('FourNodeTetrahedron', 8325, *[748, 2005, 749, 1760], 1)
+    ops.element('FourNodeTetrahedron', 8326, *[1919, 1910, 1908, 2207], 1)
+    ops.element('FourNodeTetrahedron', 8327, *[2424, 1800, 2025, 2043], 1)
+    ops.element('FourNodeTetrahedron', 8328, *[2291, 2510, 2583, 2604], 1)
+    ops.element('FourNodeTetrahedron', 8329, *[1887, 1888, 1886, 2292], 1)
+    ops.element('FourNodeTetrahedron', 8330, *[2141, 2650, 2651, 1817], 1)
+    ops.element('FourNodeTetrahedron', 8331, *[1162, 2046, 1163, 1879], 1)
+    ops.element('FourNodeTetrahedron', 8332, *[1995, 2102, 1996, 2309], 1)
+    ops.element('FourNodeTetrahedron', 8333, *[2182, 718, 728, 1252], 1)
+    ops.element('FourNodeTetrahedron', 8334, *[1890, 2287, 1863, 1901], 1)
+    ops.element('FourNodeTetrahedron', 8335, *[2329, 2328, 2331, 2092], 1)
+    ops.element('FourNodeTetrahedron', 8336, *[1230, 1821, 1200, 1818], 1)
+    ops.element('FourNodeTetrahedron', 8337, *[1842, 2652, 1903, 1952], 1)
+    ops.element('FourNodeTetrahedron', 8338, *[2614, 2259, 1254, 666], 1)
+    ops.element('FourNodeTetrahedron', 8339, *[2140, 2213, 2079, 2139], 1)
+    ops.element('FourNodeTetrahedron', 8340, *[1870, 2083, 1244, 1753], 1)
+    ops.element('FourNodeTetrahedron', 8341, *[1994, 2375, 2283, 1996], 1)
+    ops.element('FourNodeTetrahedron', 8342, *[2310, 2311, 2331, 1800], 1)
+    ops.element('FourNodeTetrahedron', 8343, *[2536, 1966, 2527, 2097], 1)
+    ops.element('FourNodeTetrahedron', 8344, *[2501, 2453, 2169, 2653], 1)
+    ops.element('FourNodeTetrahedron', 8345, *[2027, 1802, 2091, 2127], 1)
+    ops.element('FourNodeTetrahedron', 8346, *[2292, 2444, 2583, 2291], 1)
+    ops.element('FourNodeTetrahedron', 8347, *[2151, 2224, 2002, 1989], 1)
+    ops.element('FourNodeTetrahedron', 8348, *[2520, 2090, 2401, 2167], 1)
+    ops.element('FourNodeTetrahedron', 8349, *[2240, 2516, 2493, 2241], 1)
+    ops.element('FourNodeTetrahedron', 8350, *[2292, 2444, 1920, 2583], 1)
+    ops.element('FourNodeTetrahedron', 8351, *[2053, 2290, 2208, 2052], 1)
+    ops.element('FourNodeTetrahedron', 8352, *[1875, 2567, 2566, 1963], 1)
+    ops.element('FourNodeTetrahedron', 8353, *[2283, 2375, 2435, 1996], 1)
+    ops.element('FourNodeTetrahedron', 8354, *[2058, 1845, 1829, 2059], 1)
+    ops.element('FourNodeTetrahedron', 8355, *[2517, 2338, 2479, 2590], 1)
+    ops.element('FourNodeTetrahedron', 8356, *[513, 2237, 1913, 1150], 1)
+    ops.element('FourNodeTetrahedron', 8357, *[1994, 2102, 2375, 1996], 1)
+    ops.element('FourNodeTetrahedron', 8358, *[2617, 2225, 1137, 2154], 1)
+    ops.element('FourNodeTetrahedron', 8359, *[1863, 2287, 2262, 1901], 1)
+    ops.element('FourNodeTetrahedron', 8360, *[1748, 2324, 2082, 2079], 1)
+    ops.element('FourNodeTetrahedron', 8361, *[2503, 1828, 1799, 1798], 1)
+    ops.element('FourNodeTetrahedron', 8362, *[2145, 1853, 1251, 2402], 1)
+    ops.element('FourNodeTetrahedron', 8363, *[2004, 2001, 2361, 2280], 1)
+    ops.element('FourNodeTetrahedron', 8364, *[2377, 1925, 1924, 2303], 1)
+    ops.element('FourNodeTetrahedron', 8365, *[1993, 1996, 1930, 2307], 1)
+    ops.element('FourNodeTetrahedron', 8366, *[1762, 2398, 1763, 1842], 1)
+    ops.element('FourNodeTetrahedron', 8367, *[1202, 2145, 1251, 1203], 1)
+    ops.element('FourNodeTetrahedron', 8368, *[2144, 2145, 1203, 2402], 1)
+    ops.element('FourNodeTetrahedron', 8369, *[1149, 2250, 178, 1190], 1)
+    ops.element('FourNodeTetrahedron', 8370, *[1123, 2145, 1202, 1203], 1)
+    ops.element('FourNodeTetrahedron', 8371, *[2565, 1963, 2272, 2231], 1)
+    ops.element('FourNodeTetrahedron', 8372, *[2565, 2231, 2272, 2086], 1)
+    ops.element('FourNodeTetrahedron', 8373, *[1188, 1799, 1227, 1184], 1)
+    ops.element('FourNodeTetrahedron', 8374, *[1857, 2094, 1858, 2095], 1)
+    ops.element('FourNodeTetrahedron', 8375, *[1857, 1918, 2345, 2094], 1)
+    ops.element('FourNodeTetrahedron', 8376, *[2420, 2362, 1976, 1977], 1)
+    ops.element('FourNodeTetrahedron', 8377, *[2420, 2362, 1977, 2369], 1)
+    ops.element('FourNodeTetrahedron', 8378, *[2304, 2391, 2582, 1998], 1)
+    ops.element('FourNodeTetrahedron', 8379, *[1865, 1864, 2199, 1862], 1)
+    ops.element('FourNodeTetrahedron', 8380, *[2223, 1794, 1793, 1792], 1)
+    ops.element('FourNodeTetrahedron', 8381, *[2139, 2344, 2223, 1792], 1)
+    ops.element('FourNodeTetrahedron', 8382, *[2343, 1792, 2270, 1795], 1)
+    ops.element('FourNodeTetrahedron', 8383, *[2170, 2501, 2169, 2653], 1)
+    ops.element('FourNodeTetrahedron', 8384, *[2223, 1793, 2296, 1792], 1)
+    ops.element('FourNodeTetrahedron', 8385, *[2223, 2224, 2271, 2296], 1)
+    ops.element('FourNodeTetrahedron', 8386, *[2216, 2643, 146, 2064], 1)
+    ops.element('FourNodeTetrahedron', 8387, *[2432, 2243, 2244, 2001], 1)
+    ops.element('FourNodeTetrahedron', 8388, *[2170, 2501, 2653, 2559], 1)
+    ops.element('FourNodeTetrahedron', 8389, *[1758, 1966, 1755, 2536], 1)
+    ops.element('FourNodeTetrahedron', 8390, *[1924, 1925, 2095, 2303], 1)
+    ops.element('FourNodeTetrahedron', 8391, *[1925, 2095, 2303, 2155], 1)
+    ops.element('FourNodeTetrahedron', 8392, *[1919, 2207, 1908, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8393, *[2501, 2453, 2653, 2559], 1)
+    ops.element('FourNodeTetrahedron', 8394, *[2378, 1919, 1924, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8395, *[2654, 2490, 2489, 2392], 1)
+    ops.element('FourNodeTetrahedron', 8396, *[2641, 2113, 2160, 2325], 1)
+    ops.element('FourNodeTetrahedron', 8397, *[2641, 2160, 2325, 2173], 1)
+    ops.element('FourNodeTetrahedron', 8398, *[2132, 2003, 2515, 2076], 1)
+    ops.element('FourNodeTetrahedron', 8399, *[2525, 2362, 2420, 2369], 1)
+    ops.element('FourNodeTetrahedron', 8400, *[2055, 1746, 2214, 1747], 1)
+    ops.element('FourNodeTetrahedron', 8401, *[2160, 2113, 1931, 2325], 1)
+    ops.element('FourNodeTetrahedron', 8402, *[2221, 2655, 2485, 2514], 1)
+    ops.element('FourNodeTetrahedron', 8403, *[1857, 1918, 2094, 2095], 1)
+    ops.element('FourNodeTetrahedron', 8404, *[1978, 1870, 1236, 1753], 1)
+    ops.element('FourNodeTetrahedron', 8405, *[2049, 2257, 2256, 2020], 1)
+    ops.element('FourNodeTetrahedron', 8406, *[2369, 2656, 1977, 2118], 1)
+    ops.element('FourNodeTetrahedron', 8407, *[1821, 2657, 2069, 2320], 1)
+    ops.element('FourNodeTetrahedron', 8408, *[2658, 2207, 2205, 2206], 1)
+    ops.element('FourNodeTetrahedron', 8409, *[2656, 2362, 1977, 2117], 1)
+    ops.element('FourNodeTetrahedron', 8410, *[2446, 2390, 2345, 1912], 1)
+    ops.element('FourNodeTetrahedron', 8411, *[1975, 2306, 2255, 1891], 1)
+    ops.element('FourNodeTetrahedron', 8412, *[2533, 2248, 2153, 2274], 1)
+    ops.element('FourNodeTetrahedron', 8413, *[2562, 2537, 1130, 1975], 1)
+    ops.element('FourNodeTetrahedron', 8414, *[2562, 2284, 2537, 1975], 1)
+    ops.element('FourNodeTetrahedron', 8415, *[2562, 1999, 2537, 2284], 1)
+    ops.element('FourNodeTetrahedron', 8416, *[2309, 2100, 2484, 2485], 1)
+    ops.element('FourNodeTetrahedron', 8417, *[2418, 2633, 1800, 1802], 1)
+    ops.element('FourNodeTetrahedron', 8418, *[1811, 2133, 1224, 2537], 1)
+    ops.element('FourNodeTetrahedron', 8419, *[1958, 2625, 2210, 2057], 1)
+    ops.element('FourNodeTetrahedron', 8420, *[1958, 1957, 2210, 2625], 1)
+    ops.element('FourNodeTetrahedron', 8421, *[1957, 2534, 2210, 2625], 1)
+    ops.element('FourNodeTetrahedron', 8422, *[1957, 2534, 1959, 2210], 1)
+    ops.element('FourNodeTetrahedron', 8423, *[1849, 1847, 2308, 1848], 1)
+    ops.element('FourNodeTetrahedron', 8424, *[1930, 1994, 1996, 1993], 1)
+    ops.element('FourNodeTetrahedron', 8425, *[1923, 2218, 1238, 2278], 1)
+    ops.element('FourNodeTetrahedron', 8426, *[1238, 2278, 2218, 424], 1)
+    ops.element('FourNodeTetrahedron', 8427, *[2138, 2624, 2140, 2337], 1)
+    ops.element('FourNodeTetrahedron', 8428, *[2559, 2501, 2453, 2508], 1)
+    ops.element('FourNodeTetrahedron', 8429, *[2139, 2223, 2271, 1792], 1)
+    ops.element('FourNodeTetrahedron', 8430, *[2139, 1792, 2271, 2270], 1)
+    ops.element('FourNodeTetrahedron', 8431, *[2575, 2659, 2393, 2277], 1)
+    ops.element('FourNodeTetrahedron', 8432, *[2420, 2150, 2129, 1976], 1)
+    ops.element('FourNodeTetrahedron', 8433, *[1763, 2623, 2585, 1904], 1)
+    ops.element('FourNodeTetrahedron', 8434, *[2212, 1946, 1908, 1948], 1)
+    ops.element('FourNodeTetrahedron', 8435, *[2112, 2059, 1995, 2030], 1)
+    ops.element('FourNodeTetrahedron', 8436, *[2130, 2132, 2071, 2129], 1)
+    ops.element('FourNodeTetrahedron', 8437, *[2402, 1861, 1135, 2405], 1)
+    ops.element('FourNodeTetrahedron', 8438, *[2116, 2589, 2541, 2484], 1)
+    ops.element('FourNodeTetrahedron', 8439, *[2139, 2344, 1792, 2343], 1)
+    ops.element('FourNodeTetrahedron', 8440, *[1792, 1795, 2270, 2610], 1)
+    ops.element('FourNodeTetrahedron', 8441, *[2072, 1870, 1223, 1236], 1)
+    ops.element('FourNodeTetrahedron', 8442, *[2344, 2548, 2587, 1850], 1)
+    ops.element('FourNodeTetrahedron', 8443, *[2602, 2072, 2073, 1126], 1)
+    ops.element('FourNodeTetrahedron', 8444, *[2377, 2378, 1924, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8445, *[2073, 2072, 1223, 1126], 1)
+    ops.element('FourNodeTetrahedron', 8446, *[1161, 2627, 1192, 1779], 1)
+    ops.element('FourNodeTetrahedron', 8447, *[2022, 2024, 1192, 1197], 1)
+    ops.element('FourNodeTetrahedron', 8448, *[2524, 1983, 1982, 1960], 1)
+    ops.element('FourNodeTetrahedron', 8449, *[1779, 2022, 1192, 1197], 1)
+    ops.element('FourNodeTetrahedron', 8450, *[1881, 2046, 1808, 1879], 1)
+    ops.element('FourNodeTetrahedron', 8451, *[2634, 1862, 2334, 1899], 1)
+    ops.element('FourNodeTetrahedron', 8452, *[2627, 2024, 1192, 2022], 1)
+    ops.element('FourNodeTetrahedron', 8453, *[1790, 2289, 2286, 2176], 1)
+    ops.element('FourNodeTetrahedron', 8454, *[1779, 1776, 1197, 1187], 1)
+    ops.element('FourNodeTetrahedron', 8455, *[743, 2047, 2178, 1193], 1)
+    ops.element('FourNodeTetrahedron', 8456, *[2433, 2456, 2112, 1756], 1)
+    ops.element('FourNodeTetrahedron', 8457, *[2015, 2013, 1796, 2556], 1)
+    ops.element('FourNodeTetrahedron', 8458, *[2578, 2172, 2602, 2420], 1)
+    ops.element('FourNodeTetrahedron', 8459, *[2373, 2374, 2461, 2660], 1)
+    ops.element('FourNodeTetrahedron', 8460, *[1182, 1943, 1796, 2556], 1)
+    ops.element('FourNodeTetrahedron', 8461, *[2115, 2320, 1818, 1827], 1)
+    ops.element('FourNodeTetrahedron', 8462, *[1819, 2115, 1818, 2104], 1)
+    ops.element('FourNodeTetrahedron', 8463, *[1805, 2469, 2470, 2390], 1)
+    ops.element('FourNodeTetrahedron', 8464, *[2468, 2273, 2096, 2294], 1)
+    ops.element('FourNodeTetrahedron', 8465, *[2480, 1958, 2248, 2243], 1)
+    ops.element('FourNodeTetrahedron', 8466, *[2386, 2342, 1971, 2343], 1)
+    ops.element('FourNodeTetrahedron', 8467, *[2592, 2347, 2462, 2450], 1)
+    ops.element('FourNodeTetrahedron', 8468, *[1790, 2175, 2289, 2176], 1)
+    ops.element('FourNodeTetrahedron', 8469, *[2597, 2553, 2342, 2386], 1)
+    ops.element('FourNodeTetrahedron', 8470, *[1920, 1924, 1986, 2301], 1)
+    ops.element('FourNodeTetrahedron', 8471, *[1920, 1986, 2511, 2301], 1)
+    ops.element('FourNodeTetrahedron', 8472, *[2292, 2636, 1920, 2444], 1)
+    ops.element('FourNodeTetrahedron', 8473, *[2061, 2621, 2516, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8474, *[2516, 2621, 2241, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8475, *[2338, 2140, 2502, 2508], 1)
+    ops.element('FourNodeTetrahedron', 8476, *[2389, 2516, 2241, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8477, *[1969, 2213, 2080, 2140], 1)
+    ops.element('FourNodeTetrahedron', 8478, *[2061, 2516, 2389, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8479, *[2544, 2389, 2241, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8480, *[2061, 2389, 2544, 2063], 1)
+    ops.element('FourNodeTetrahedron', 8481, *[2233, 2620, 2232, 2637], 1)
+    ops.element('FourNodeTetrahedron', 8482, *[2005, 2554, 750, 1760], 1)
+    ops.element('FourNodeTetrahedron', 8483, *[1976, 2083, 1870, 1753], 1)
+    ops.element('FourNodeTetrahedron', 8484, *[2619, 2218, 1238, 1923], 1)
+    ops.element('FourNodeTetrahedron', 8485, *[2039, 2042, 2108, 2041], 1)
+    ops.element('FourNodeTetrahedron', 8486, *[2661, 2637, 2233, 2620], 1)
+    ops.element('FourNodeTetrahedron', 8487, *[2072, 1976, 1870, 1978], 1)
+    ops.element('FourNodeTetrahedron', 8488, *[2236, 1844, 1898, 2237], 1)
+    ops.element('FourNodeTetrahedron', 8489, *[2662, 684, 1146, 683], 1)
+    ops.element('FourNodeTetrahedron', 8490, *[1247, 1879, 1163, 2009], 1)
+    ops.element('FourNodeTetrahedron', 8491, *[1852, 1933, 2616, 1851], 1)
+    ops.element('FourNodeTetrahedron', 8492, *[1859, 1975, 1191, 1891], 1)
+    ops.element('FourNodeTetrahedron', 8493, *[2202, 2467, 551, 2598], 1)
+    ops.element('FourNodeTetrahedron', 8494, *[2491, 2310, 1772, 1836], 1)
+    ops.element('FourNodeTetrahedron', 8495, *[1884, 1817, 2651, 2044], 1)
+    ops.element('FourNodeTetrahedron', 8496, *[2124, 1839, 2121, 1840], 1)
+    ops.element('FourNodeTetrahedron', 8497, *[2216, 2217, 2643, 2064], 1)
+    ops.element('FourNodeTetrahedron', 8498, *[2265, 1884, 2663, 1941], 1)
+    ops.element('FourNodeTetrahedron', 8499, *[1870, 1868, 1867, 1976], 1)
+    ops.element('FourNodeTetrahedron', 8500, *[2512, 1765, 1764, 2511], 1)
+    ops.element('FourNodeTetrahedron', 8501, *[1976, 1868, 1867, 1754], 1)
+    ops.element('FourNodeTetrahedron', 8502, *[1913, 2073, 1221, 1220], 1)
+    ops.element('FourNodeTetrahedron', 8503, *[1903, 1881, 1879, 2050], 1)
+    ops.element('FourNodeTetrahedron', 8504, *[2039, 2040, 2041, 1832], 1)
+    ops.element('FourNodeTetrahedron', 8505, *[2001, 2281, 2385, 2280], 1)
+    ops.element('FourNodeTetrahedron', 8506, *[2244, 2252, 2480, 2243], 1)
+    ops.element('FourNodeTetrahedron', 8507, *[2416, 1964, 2565, 2430], 1)
+    ops.element('FourNodeTetrahedron', 8508, *[1976, 1867, 1870, 2083], 1)
+    ops.element('FourNodeTetrahedron', 8509, *[1976, 1867, 2083, 1754], 1)
+    ops.element('FourNodeTetrahedron', 8510, *[1976, 2083, 1753, 1754], 1)
+    ops.element('FourNodeTetrahedron', 8511, *[1195, 2349, 1154, 2462], 1)
+    ops.element('FourNodeTetrahedron', 8512, *[1233, 2104, 1227, 1799], 1)
+    ops.element('FourNodeTetrahedron', 8513, *[2612, 2430, 2429, 2122], 1)
+    ops.element('FourNodeTetrahedron', 8514, *[1826, 2146, 2147, 2144], 1)
+    ops.element('FourNodeTetrahedron', 8515, *[2312, 2615, 2613, 2311], 1)
+    ops.element('FourNodeTetrahedron', 8516, *[2629, 2613, 1775, 2312], 1)
+    ops.element('FourNodeTetrahedron', 8517, *[2631, 2071, 2073, 2072], 1)
+    ops.element('FourNodeTetrahedron', 8518, *[2006, 2483, 2619, 2333], 1)
+    ops.element('FourNodeTetrahedron', 8519, *[2209, 1886, 2592, 2211], 1)
+    ops.element('FourNodeTetrahedron', 8520, *[2207, 1948, 1925, 2205], 1)
+    ops.element('FourNodeTetrahedron', 8521, *[2140, 2139, 2379, 2269], 1)
+    ops.element('FourNodeTetrahedron', 8522, *[2510, 2301, 2302, 2303], 1)
+    ops.element('FourNodeTetrahedron', 8523, *[1949, 2229, 1209, 2120], 1)
+    ops.element('FourNodeTetrahedron', 8524, *[2122, 1839, 2121, 2124], 1)
+    ops.element('FourNodeTetrahedron', 8525, *[1878, 1877, 1823, 1875], 1)
+    ops.element('FourNodeTetrahedron', 8526, *[2490, 2615, 2312, 2424], 1)
+    ops.element('FourNodeTetrahedron', 8527, *[2014, 1887, 2012, 2209], 1)
+    ops.element('FourNodeTetrahedron', 8528, *[1980, 2532, 1981, 2214], 1)
+    ops.element('FourNodeTetrahedron', 8529, *[2026, 2220, 1935, 1934], 1)
+    ops.element('FourNodeTetrahedron', 8530, *[1863, 2262, 1862, 1901], 1)
+    ops.element('FourNodeTetrahedron', 8531, *[2429, 2086, 2514, 2121], 1)
+    ops.element('FourNodeTetrahedron', 8532, *[2150, 2076, 1976, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8533, *[2626, 2664, 2274, 2499], 1)
+    ops.element('FourNodeTetrahedron', 8534, *[2272, 2175, 2174, 2231], 1)
+    ops.element('FourNodeTetrahedron', 8535, *[2272, 1963, 2175, 2231], 1)
+    ops.element('FourNodeTetrahedron', 8536, *[1959, 1887, 2209, 2211], 1)
+    ops.element('FourNodeTetrahedron', 8537, *[1946, 2277, 2186, 1871], 1)
+    ops.element('FourNodeTetrahedron', 8538, *[2116, 2101, 2540, 2589], 1)
+    ops.element('FourNodeTetrahedron', 8539, *[1927, 2033, 2031, 2055], 1)
+    ops.element('FourNodeTetrahedron', 8540, *[2002, 2279, 2001, 2280], 1)
+    ops.element('FourNodeTetrahedron', 8541, *[1988, 1866, 1213, 1258], 1)
+    ops.element('FourNodeTetrahedron', 8542, *[2169, 2525, 2369, 2453], 1)
+    ops.element('FourNodeTetrahedron', 8543, *[2184, 2468, 2096, 2294], 1)
+    ops.element('FourNodeTetrahedron', 8544, *[2184, 2468, 2294, 2416], 1)
+    ops.element('FourNodeTetrahedron', 8545, *[1896, 2157, 1854, 2538], 1)
+    ops.element('FourNodeTetrahedron', 8546, *[2429, 2514, 2192, 2121], 1)
+    ops.element('FourNodeTetrahedron', 8547, *[1196, 2410, 1156, 611], 1)
+    ops.element('FourNodeTetrahedron', 8548, *[1196, 2412, 1156, 2410], 1)
+    ops.element('FourNodeTetrahedron', 8549, *[1860, 1930, 2562, 1975], 1)
+    ops.element('FourNodeTetrahedron', 8550, *[1908, 2093, 1918, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8551, *[612, 2410, 2451, 611], 1)
+    ops.element('FourNodeTetrahedron', 8552, *[1156, 2410, 612, 611], 1)
+    ops.element('FourNodeTetrahedron', 8553, *[612, 2410, 2451, 2543], 1)
+    ops.element('FourNodeTetrahedron', 8554, *[2594, 2592, 2556, 2226], 1)
+    ops.element('FourNodeTetrahedron', 8555, *[2444, 2378, 2377, 2584], 1)
+    ops.element('FourNodeTetrahedron', 8556, *[2377, 2378, 1925, 2584], 1)
+    ops.element('FourNodeTetrahedron', 8557, *[713, 2164, 167, 175], 1)
+    ops.element('FourNodeTetrahedron', 8558, *[2014, 2592, 2556, 2226], 1)
+    ops.element('FourNodeTetrahedron', 8559, *[2014, 2013, 2556, 2592], 1)
+    ops.element('FourNodeTetrahedron', 8560, *[1897, 1856, 1895, 1855], 1)
+    ops.element('FourNodeTetrahedron', 8561, *[2228, 711, 718, 2400], 1)
+    ops.element('FourNodeTetrahedron', 8562, *[1252, 2228, 718, 711], 1)
+    ops.element('FourNodeTetrahedron', 8563, *[2095, 2060, 2544, 2506], 1)
+    ops.element('FourNodeTetrahedron', 8564, *[2300, 2095, 2544, 2506], 1)
+    ops.element('FourNodeTetrahedron', 8565, *[2098, 2099, 177, 2250], 1)
+    ops.element('FourNodeTetrahedron', 8566, *[2258, 2595, 1241, 2457], 1)
+    ops.element('FourNodeTetrahedron', 8567, *[2121, 2086, 1837, 1839], 1)
+    ops.element('FourNodeTetrahedron', 8568, *[1814, 1816, 1885, 2031], 1)
+    ops.element('FourNodeTetrahedron', 8569, *[2060, 2466, 2544, 2506], 1)
+    ops.element('FourNodeTetrahedron', 8570, *[2163, 1814, 2162, 1926], 1)
+    ops.element('FourNodeTetrahedron', 8571, *[1244, 2083, 1132, 1160], 1)
+    ops.element('FourNodeTetrahedron', 8572, *[2182, 2437, 718, 2228], 1)
+    ops.element('FourNodeTetrahedron', 8573, *[1256, 2074, 1121, 1223], 1)
+    ops.element('FourNodeTetrahedron', 8574, *[2186, 2185, 2184, 1872], 1)
+    ops.element('FourNodeTetrahedron', 8575, *[2148, 1783, 1897, 2579], 1)
+    ops.element('FourNodeTetrahedron', 8576, *[2182, 718, 1252, 2228], 1)
+    ops.element('FourNodeTetrahedron', 8577, *[2115, 1827, 2104, 2503], 1)
+    ops.element('FourNodeTetrahedron', 8578, *[2378, 2207, 1925, 2658], 1)
+    ops.element('FourNodeTetrahedron', 8579, *[2658, 2207, 1925, 2205], 1)
+    ops.element('FourNodeTetrahedron', 8580, *[2378, 2658, 1925, 2584], 1)
+    ops.element('FourNodeTetrahedron', 8581, *[2658, 2205, 1925, 2584], 1)
+    ops.element('FourNodeTetrahedron', 8582, *[1190, 2216, 178, 146], 1)
+    ops.element('FourNodeTetrahedron', 8583, *[2249, 1769, 1770, 1771], 1)
+    ops.element('FourNodeTetrahedron', 8584, *[2121, 2085, 2555, 1840], 1)
+    ops.element('FourNodeTetrahedron', 8585, *[2607, 748, 747, 1988], 1)
+    ops.element('FourNodeTetrahedron', 8586, *[2061, 2621, 2063, 2062], 1)
+    ops.element('FourNodeTetrahedron', 8587, *[2112, 2456, 2030, 2527], 1)
+    ops.element('FourNodeTetrahedron', 8588, *[2211, 2574, 2292, 2576], 1)
+    ops.element('FourNodeTetrahedron', 8589, *[1883, 2052, 2594, 634], 1)
+    ops.element('FourNodeTetrahedron', 8590, *[1992, 1991, 1990, 2452], 1)
+    ops.element('FourNodeTetrahedron', 8591, *[2330, 2372, 2089, 2108], 1)
+    ops.element('FourNodeTetrahedron', 8592, *[1181, 2225, 1152, 1883], 1)
+    ops.element('FourNodeTetrahedron', 8593, *[2381, 2382, 2631, 2531], 1)
+    ops.element('FourNodeTetrahedron', 8594, *[2084, 2308, 1847, 1849], 1)
+    ops.element('FourNodeTetrahedron', 8595, *[1972, 2323, 2324, 2519], 1)
+    ops.element('FourNodeTetrahedron', 8596, *[1937, 2404, 1240, 1195], 1)
+    ops.element('FourNodeTetrahedron', 8597, *[2277, 2593, 2185, 1871], 1)
+    ops.element('FourNodeTetrahedron', 8598, *[2399, 2623, 2005, 1763], 1)
+    ops.element('FourNodeTetrahedron', 8599, *[2415, 2581, 2273, 2414], 1)
+    ops.element('FourNodeTetrahedron', 8600, *[2154, 2225, 1181, 1883], 1)
+    ops.element('FourNodeTetrahedron', 8601, *[2096, 1968, 1878, 2273], 1)
+    ops.element('FourNodeTetrahedron', 8602, *[2225, 2594, 1152, 1883], 1)
+    ops.element('FourNodeTetrahedron', 8603, *[2174, 2176, 1901, 1902], 1)
+    ops.element('FourNodeTetrahedron', 8604, *[2227, 2014, 1943, 2225], 1)
+    ops.element('FourNodeTetrahedron', 8605, *[1975, 2284, 2537, 2255], 1)
+    ops.element('FourNodeTetrahedron', 8606, *[2178, 1161, 742, 1193], 1)
+    ops.element('FourNodeTetrahedron', 8607, *[2294, 2273, 2565, 2416], 1)
+    ops.element('FourNodeTetrahedron', 8608, *[2071, 1868, 1869, 1870], 1)
+    ops.element('FourNodeTetrahedron', 8609, *[1972, 2519, 2139, 1971], 1)
+    ops.element('FourNodeTetrahedron', 8610, *[1969, 1971, 2139, 2138], 1)
+    ops.element('FourNodeTetrahedron', 8611, *[2238, 2438, 1150, 2171], 1)
+    ops.element('FourNodeTetrahedron', 8612, *[2260, 1836, 1834, 1750], 1)
+    ops.element('FourNodeTetrahedron', 8613, *[1800, 1802, 1803, 2027], 1)
+    ops.element('FourNodeTetrahedron', 8614, *[2472, 1841, 2521, 2114], 1)
+    ops.element('FourNodeTetrahedron', 8615, *[2413, 2151, 2531, 2577], 1)
+    ops.element('FourNodeTetrahedron', 8616, *[1174, 2305, 1199, 2070], 1)
+    ops.element('FourNodeTetrahedron', 8617, *[2046, 2504, 2475, 2275], 1)
+    ops.element('FourNodeTetrahedron', 8618, *[2028, 1791, 2367, 1824], 1)
+    ops.element('FourNodeTetrahedron', 8619, *[2238, 2438, 2171, 2479], 1)
+    ops.element('FourNodeTetrahedron', 8620, *[2379, 2271, 2224, 1989], 1)
+    ops.element('FourNodeTetrahedron', 8621, *[2344, 1794, 1850, 1795], 1)
+    ops.element('FourNodeTetrahedron', 8622, *[2379, 2224, 2151, 1989], 1)
+    ops.element('FourNodeTetrahedron', 8623, *[2079, 2224, 2151, 2379], 1)
+    ops.element('FourNodeTetrahedron', 8624, *[2566, 2665, 1789, 2601], 1)
+    ops.element('FourNodeTetrahedron', 8625, *[2340, 1970, 1969, 2339], 1)
+    ops.element('FourNodeTetrahedron', 8626, *[2567, 1789, 2566, 2601], 1)
+    ops.element('FourNodeTetrahedron', 8627, *[1193, 2178, 1161, 1779], 1)
+    ops.element('FourNodeTetrahedron', 8628, *[1202, 1949, 1208, 2145], 1)
+    ops.element('FourNodeTetrahedron', 8629, *[1747, 2036, 1749, 1972], 1)
+    ops.element('FourNodeTetrahedron', 8630, *[2571, 2472, 2521, 2114], 1)
+    ops.element('FourNodeTetrahedron', 8631, *[2231, 2175, 2176, 2232], 1)
+    ops.element('FourNodeTetrahedron', 8632, *[2174, 2176, 1902, 2231], 1)
+    ops.element('FourNodeTetrahedron', 8633, *[2050, 1881, 1879, 2635], 1)
+    ops.element('FourNodeTetrahedron', 8634, *[2396, 1134, 1159, 513], 1)
+    ops.element('FourNodeTetrahedron', 8635, *[1939, 1961, 2114, 1941], 1)
+    ops.element('FourNodeTetrahedron', 8636, *[1824, 1790, 1890, 2174], 1)
+    ops.element('FourNodeTetrahedron', 8637, *[2363, 2666, 2364, 2311], 1)
+    ops.element('FourNodeTetrahedron', 8638, *[2667, 2559, 2572, 2573], 1)
+    ops.element('FourNodeTetrahedron', 8639, *[1806, 2640, 2516, 2389], 1)
+    ops.element('FourNodeTetrahedron', 8640, *[2476, 2551, 2185, 2593], 1)
+    ops.element('FourNodeTetrahedron', 8641, *[1210, 1810, 1228, 1211], 1)
+    ops.element('FourNodeTetrahedron', 8642, *[2402, 1853, 1204, 1861], 1)
+    ops.element('FourNodeTetrahedron', 8643, *[1882, 1808, 1162, 1879], 1)
+    ops.element('FourNodeTetrahedron', 8644, *[2345, 2390, 2388, 2094], 1)
+    ops.element('FourNodeTetrahedron', 8645, *[1135, 1861, 1215, 1155], 1)
+    ops.element('FourNodeTetrahedron', 8646, *[2096, 1878, 2097, 2294], 1)
+    ops.element('FourNodeTetrahedron', 8647, *[2667, 2495, 2572, 2559], 1)
+    ops.element('FourNodeTetrahedron', 8648, *[1935, 1936, 2120, 1933], 1)
+    ops.element('FourNodeTetrahedron', 8649, *[2602, 2631, 2072, 2420], 1)
+    ops.element('FourNodeTetrahedron', 8650, *[2171, 2172, 1222, 1146], 1)
+    ops.element('FourNodeTetrahedron', 8651, *[1215, 1860, 1975, 1859], 1)
+    ops.element('FourNodeTetrahedron', 8652, *[2647, 2340, 2339, 2189], 1)
+    ops.element('FourNodeTetrahedron', 8653, *[1147, 2228, 1252, 1210], 1)
+    ops.element('FourNodeTetrahedron', 8654, *[2301, 2300, 2411, 2302], 1)
+    ops.element('FourNodeTetrahedron', 8655, *[2273, 1876, 1875, 1963], 1)
+    ops.element('FourNodeTetrahedron', 8656, *[1151, 1998, 1173, 1242], 1)
+    ops.element('FourNodeTetrahedron', 8657, *[2380, 734, 739, 1174], 1)
+    ops.element('FourNodeTetrahedron', 8658, *[2070, 2408, 1136, 2068], 1)
+    ops.element('FourNodeTetrahedron', 8659, *[2072, 2071, 1870, 1976], 1)
+    ops.element('FourNodeTetrahedron', 8660, *[1888, 1921, 1889, 1765], 1)
+    ops.element('FourNodeTetrahedron', 8661, *[2462, 2347, 2348, 2450], 1)
+    ops.element('FourNodeTetrahedron', 8662, *[1819, 1820, 1818, 2115], 1)
+    ops.element('FourNodeTetrahedron', 8663, *[2657, 2455, 2454, 2070], 1)
+    ops.element('FourNodeTetrahedron', 8664, *[1977, 2117, 1754, 2119], 1)
+    ops.element('FourNodeTetrahedron', 8665, *[1180, 2256, 1226, 1237], 1)
+    ops.element('FourNodeTetrahedron', 8666, *[2172, 2420, 2072, 1978], 1)
+    ops.element('FourNodeTetrahedron', 8667, *[1784, 1787, 1785, 1980], 1)
+    ops.element('FourNodeTetrahedron', 8668, *[1785, 1787, 2668, 1980], 1)
+    ops.element('FourNodeTetrahedron', 8669, *[2185, 2551, 2416, 2550], 1)
+    ops.element('FourNodeTetrahedron', 8670, *[1929, 1787, 1784, 1980], 1)
+    ops.element('FourNodeTetrahedron', 8671, *[1929, 2031, 1787, 2055], 1)
+    ops.element('FourNodeTetrahedron', 8672, *[2356, 2429, 2192, 2123], 1)
+    ops.element('FourNodeTetrahedron', 8673, *[1944, 2267, 1797, 1943], 1)
+    ops.element('FourNodeTetrahedron', 8674, *[2001, 2403, 2385, 2281], 1)
+    ops.element('FourNodeTetrahedron', 8675, *[1988, 1762, 1760, 1866], 1)
+    ops.element('FourNodeTetrahedron', 8676, *[1240, 2143, 1123, 1205], 1)
+    ops.element('FourNodeTetrahedron', 8677, *[2423, 1822, 2314, 2030], 1)
+    ops.element('FourNodeTetrahedron', 8678, *[1921, 1987, 1766, 1986], 1)
+    ops.element('FourNodeTetrahedron', 8679, *[2001, 2431, 2403, 2281], 1)
+    ops.element('FourNodeTetrahedron', 8680, *[1133, 1779, 1187, 2443], 1)
+    ops.element('FourNodeTetrahedron', 8681, *[1227, 1825, 1201, 1123], 1)
+    ops.element('FourNodeTetrahedron', 8682, *[2171, 2438, 2578, 2560], 1)
+    ops.element('FourNodeTetrahedron', 8683, *[2490, 2312, 2491, 2424], 1)
+    ops.element('FourNodeTetrahedron', 8684, *[2279, 2431, 2001, 2281], 1)
+    ops.element('FourNodeTetrahedron', 8685, *[1122, 1797, 1186, 1183], 1)
+    ops.element('FourNodeTetrahedron', 8686, *[2256, 2359, 1237, 1869], 1)
+    ops.element('FourNodeTetrahedron', 8687, *[2419, 2256, 1180, 1869], 1)
+    ops.element('FourNodeTetrahedron', 8688, *[1878, 1875, 1823, 2272], 1)
+    ops.element('FourNodeTetrahedron', 8689, *[1180, 2256, 1237, 1869], 1)
+    ops.element('FourNodeTetrahedron', 8690, *[2478, 2338, 2561, 2647], 1)
+    ops.element('FourNodeTetrahedron', 8691, *[1841, 1960, 2398, 1843], 1)
+    ops.element('FourNodeTetrahedron', 8692, *[2047, 2180, 2178, 2179], 1)
+    ops.element('FourNodeTetrahedron', 8693, *[2473, 2180, 743, 2047], 1)
+    ops.element('FourNodeTetrahedron', 8694, *[2473, 2179, 2047, 2045], 1)
+    ops.element('FourNodeTetrahedron', 8695, *[2047, 2178, 1193, 2475], 1)
+    ops.element('FourNodeTetrahedron', 8696, *[2152, 2426, 2360, 2318], 1)
+    ops.element('FourNodeTetrahedron', 8697, *[1944, 1945, 2267, 1943], 1)
+    ops.element('FourNodeTetrahedron', 8698, *[2153, 2051, 2154, 1883], 1)
+    ops.element('FourNodeTetrahedron', 8699, *[2009, 2635, 2275, 2257], 1)
+    ops.element('FourNodeTetrahedron', 8700, *[2484, 2199, 2465, 2483], 1)
+    ops.element('FourNodeTetrahedron', 8701, *[2105, 2179, 1779, 2475], 1)
+    ops.element('FourNodeTetrahedron', 8702, *[2575, 2277, 2393, 1946], 1)
+    ops.element('FourNodeTetrahedron', 8703, *[2179, 2022, 1779, 2105], 1)
+    ops.element('FourNodeTetrahedron', 8704, *[2533, 2274, 2153, 2626], 1)
+    ops.element('FourNodeTetrahedron', 8705, *[1761, 2005, 748, 1760], 1)
+    ops.element('FourNodeTetrahedron', 8706, *[2125, 2058, 1931, 2160], 1)
+    ops.element('FourNodeTetrahedron', 8707, *[2157, 2168, 1931, 2160], 1)
+    ops.element('FourNodeTetrahedron', 8708, *[1819, 1905, 1821, 1230], 1)
+    ops.element('FourNodeTetrahedron', 8709, *[2633, 2329, 2331, 1801], 1)
+    ops.element('FourNodeTetrahedron', 8710, *[2614, 1753, 1145, 1751], 1)
+    ops.element('FourNodeTetrahedron', 8711, *[1880, 1879, 1139, 2048], 1)
+    ops.element('FourNodeTetrahedron', 8712, *[1976, 2004, 1868, 1754], 1)
+    ops.element('FourNodeTetrahedron', 8713, *[2168, 2125, 1931, 2160], 1)
+    ops.element('FourNodeTetrahedron', 8714, *[2048, 2050, 2635, 2049], 1)
+    ops.element('FourNodeTetrahedron', 8715, *[2380, 2305, 734, 1174], 1)
+    ops.element('FourNodeTetrahedron', 8716, *[2669, 2115, 1819, 2622], 1)
+    ops.element('FourNodeTetrahedron', 8717, *[1823, 1877, 1791, 1788], 1)
+    ops.element('FourNodeTetrahedron', 8718, *[2664, 2253, 2057, 2670], 1)
+    ops.element('FourNodeTetrahedron', 8719, *[2054, 2670, 2057, 2664], 1)
+    ops.element('FourNodeTetrahedron', 8720, *[1790, 2286, 2288, 1890], 1)
+    ops.element('FourNodeTetrahedron', 8721, *[2419, 2020, 2256, 1869], 1)
+    ops.element('FourNodeTetrahedron', 8722, *[2364, 2311, 2642, 2482], 1)
+    ops.element('FourNodeTetrahedron', 8723, *[1972, 2553, 2519, 2597], 1)
+    ops.element('FourNodeTetrahedron', 8724, *[2592, 2349, 2013, 2462], 1)
+    ops.element('FourNodeTetrahedron', 8725, *[2462, 2349, 1154, 2348], 1)
+    ops.element('FourNodeTetrahedron', 8726, *[2494, 2221, 1973, 2222], 1)
+    ops.element('FourNodeTetrahedron', 8727, *[1123, 2147, 2145, 2144], 1)
+    ops.element('FourNodeTetrahedron', 8728, *[2331, 2111, 2642, 2482], 1)
+    ops.element('FourNodeTetrahedron', 8729, *[2178, 2179, 2627, 1779], 1)
+    ops.element('FourNodeTetrahedron', 8730, *[2181, 2671, 2437, 2230], 1)
+    ops.element('FourNodeTetrahedron', 8731, *[2510, 2301, 2605, 2302], 1)
+    ops.element('FourNodeTetrahedron', 8732, *[2180, 2177, 742, 2178], 1)
+    ops.element('FourNodeTetrahedron', 8733, *[2672, 2628, 2629, 2490], 1)
+    ops.element('FourNodeTetrahedron', 8734, *[2629, 2615, 2613, 2312], 1)
+    ops.element('FourNodeTetrahedron', 8735, *[2673, 2633, 2615, 1800], 1)
+    ops.element('FourNodeTetrahedron', 8736, *[2490, 2628, 2615, 2673], 1)
+    ops.element('FourNodeTetrahedron', 8737, *[2446, 2448, 2346, 2390], 1)
+    ops.element('FourNodeTetrahedron', 8738, *[1233, 2104, 1189, 1227], 1)
+    ops.element('FourNodeTetrahedron', 8739, *[2615, 2329, 2311, 2633], 1)
+    ops.element('FourNodeTetrahedron', 8740, *[2615, 2648, 2329, 2633], 1)
+    ops.element('FourNodeTetrahedron', 8741, *[2312, 2615, 2311, 1800], 1)
+    ops.element('FourNodeTetrahedron', 8742, *[2615, 2674, 2311, 2329], 1)
+    ops.element('FourNodeTetrahedron', 8743, *[2224, 2675, 2002, 2341], 1)
+    ops.element('FourNodeTetrahedron', 8744, *[2007, 2006, 1891, 2467], 1)
+    ops.element('FourNodeTetrahedron', 8745, *[1868, 2515, 2018, 2245], 1)
+    ops.element('FourNodeTetrahedron', 8746, *[2083, 1867, 2308, 2332], 1)
+    ops.element('FourNodeTetrahedron', 8747, *[612, 606, 1216, 2543], 1)
+    ops.element('FourNodeTetrahedron', 8748, *[2542, 1155, 1216, 606], 1)
+    ops.element('FourNodeTetrahedron', 8749, *[1972, 2553, 2323, 2519], 1)
+    ops.element('FourNodeTetrahedron', 8750, *[1876, 1877, 1967, 1878], 1)
+    ops.element('FourNodeTetrahedron', 8751, *[1867, 2245, 2019, 2332], 1)
+    ops.element('FourNodeTetrahedron', 8752, *[2060, 2063, 2544, 2466], 1)
+    ops.element('FourNodeTetrahedron', 8753, *[2411, 2488, 2676, 2302], 1)
+    ops.element('FourNodeTetrahedron', 8754, *[2159, 2677, 2160, 2641], 1)
+    ops.element('FourNodeTetrahedron', 8755, *[2316, 2020, 1869, 2016], 1)
+    ops.element('FourNodeTetrahedron', 8756, *[2389, 2516, 2240, 2241], 1)
+    ops.element('FourNodeTetrahedron', 8757, *[2316, 2016, 1869, 1868], 1)
+    ops.element('FourNodeTetrahedron', 8758, *[2316, 2018, 2020, 2016], 1)
+    ops.element('FourNodeTetrahedron', 8759, *[2316, 2018, 2016, 1868], 1)
+    ops.element('FourNodeTetrahedron', 8760, *[2378, 2207, 1919, 1925], 1)
+    ops.element('FourNodeTetrahedron', 8761, *[2018, 2019, 2016, 2245], 1)
+    ops.element('FourNodeTetrahedron', 8762, *[1867, 2019, 2016, 2245], 1)
+    ops.element('FourNodeTetrahedron', 8763, *[1753, 2083, 1244, 1160], 1)
+    ops.element('FourNodeTetrahedron', 8764, *[2169, 2420, 2172, 2369], 1)
+    ops.element('FourNodeTetrahedron', 8765, *[2167, 2165, 2164, 175], 1)
+    ops.element('FourNodeTetrahedron', 8766, *[2596, 2532, 2531, 2080], 1)
+    ops.element('FourNodeTetrahedron', 8767, *[2532, 2081, 2531, 2080], 1)
+    ops.element('FourNodeTetrahedron', 8768, *[1144, 1821, 1200, 1230], 1)
+    ops.element('FourNodeTetrahedron', 8769, *[2521, 2399, 1761, 1762], 1)
+    ops.element('FourNodeTetrahedron', 8770, *[2596, 2532, 2382, 2531], 1)
+    ops.element('FourNodeTetrahedron', 8771, *[2015, 2012, 2264, 2013], 1)
+    ops.element('FourNodeTetrahedron', 8772, *[1928, 1784, 1941, 2358], 1)
+    ops.element('FourNodeTetrahedron', 8773, *[2224, 2341, 2002, 2317], 1)
+    ops.element('FourNodeTetrahedron', 8774, *[2532, 2081, 2382, 2531], 1)
+    ops.element('FourNodeTetrahedron', 8775, *[2280, 2001, 2385, 2361], 1)
+    ops.element('FourNodeTetrahedron', 8776, *[2457, 2266, 1250, 1177], 1)
+    ops.element('FourNodeTetrahedron', 8777, *[2185, 2551, 2468, 2416], 1)
+    ops.element('FourNodeTetrahedron', 8778, *[2619, 2333, 2218, 1923], 1)
+    ops.element('FourNodeTetrahedron', 8779, *[2522, 2333, 1923, 1915], 1)
+    ops.element('FourNodeTetrahedron', 8780, *[2248, 1771, 2321, 2153], 1)
+    ops.element('FourNodeTetrahedron', 8781, *[2333, 1915, 2200, 1923], 1)
+    ops.element('FourNodeTetrahedron', 8782, *[2522, 1917, 2333, 1915], 1)
+    ops.element('FourNodeTetrahedron', 8783, *[1866, 1763, 1903, 1842], 1)
+    ops.element('FourNodeTetrahedron', 8784, *[1138, 2404, 1231, 2412], 1)
+    ops.element('FourNodeTetrahedron', 8785, *[1126, 2072, 1223, 1236], 1)
+    ops.element('FourNodeTetrahedron', 8786, *[1763, 1904, 1903, 2652], 1)
+    ops.element('FourNodeTetrahedron', 8787, *[2052, 2594, 621, 634], 1)
+    ops.element('FourNodeTetrahedron', 8788, *[2397, 2396, 514, 513], 1)
+    ops.element('FourNodeTetrahedron', 8789, *[2375, 2540, 2116, 2539], 1)
+    ops.element('FourNodeTetrahedron', 8790, *[2325, 2113, 2493, 2516], 1)
+    ops.element('FourNodeTetrahedron', 8791, *[2113, 1755, 2493, 2516], 1)
+    ops.element('FourNodeTetrahedron', 8792, *[2493, 1755, 2526, 2536], 1)
+    ops.element('FourNodeTetrahedron', 8793, *[2516, 1755, 2493, 2536], 1)
+    ops.element('FourNodeTetrahedron', 8794, *[1934, 2482, 2219, 2588], 1)
+    ops.element('FourNodeTetrahedron', 8795, *[2516, 2536, 2493, 2241], 1)
+    ops.element('FourNodeTetrahedron', 8796, *[1763, 1904, 1880, 1903], 1)
+    ops.element('FourNodeTetrahedron', 8797, *[1245, 1187, 1133, 2443], 1)
+    ops.element('FourNodeTetrahedron', 8798, *[2195, 2196, 2217, 2064], 1)
+    ops.element('FourNodeTetrahedron', 8799, *[2568, 2219, 2546, 1810], 1)
+    ops.element('FourNodeTetrahedron', 8800, *[2169, 2578, 2420, 2525], 1)
+    ops.element('FourNodeTetrahedron', 8801, *[2169, 2525, 2420, 2369], 1)
+    ops.element('FourNodeTetrahedron', 8802, *[1800, 2633, 1801, 1802], 1)
+    ops.element('FourNodeTetrahedron', 8803, *[1927, 2031, 1926, 2033], 1)
+    ops.element('FourNodeTetrahedron', 8804, *[2428, 2096, 1758, 2184], 1)
+    ops.element('FourNodeTetrahedron', 8805, *[2209, 1887, 2012, 1886], 1)
+    ops.element('FourNodeTetrahedron', 8806, *[2184, 2096, 1758, 2621], 1)
+    ops.element('FourNodeTetrahedron', 8807, *[2305, 2352, 2304, 2070], 1)
+    ops.element('FourNodeTetrahedron', 8808, *[2446, 2346, 2345, 2390], 1)
+    ops.element('FourNodeTetrahedron', 8809, *[2260, 1772, 1834, 1836], 1)
+    ops.element('FourNodeTetrahedron', 8810, *[1877, 1822, 2423, 1823], 1)
+    ops.element('FourNodeTetrahedron', 8811, *[1822, 1791, 2028, 1824], 1)
+    ops.element('FourNodeTetrahedron', 8812, *[2260, 2491, 1836, 2261], 1)
+    ops.element('FourNodeTetrahedron', 8813, *[2599, 2678, 2305, 2454], 1)
+    ops.element('FourNodeTetrahedron', 8814, *[1925, 2155, 2303, 2205], 1)
+    ops.element('FourNodeTetrahedron', 8815, *[1797, 2503, 1798, 2267], 1)
+    ops.element('FourNodeTetrahedron', 8816, *[2427, 1757, 1804, 2428], 1)
+    ops.element('FourNodeTetrahedron', 8817, *[1929, 2055, 1980, 2357], 1)
+    ops.element('FourNodeTetrahedron', 8818, *[1891, 2255, 1190, 2215], 1)
+    ops.element('FourNodeTetrahedron', 8819, *[2328, 2108, 2330, 2111], 1)
+    ops.element('FourNodeTetrahedron', 8820, *[1210, 2568, 711, 1228], 1)
+    ops.element('FourNodeTetrahedron', 8821, *[2186, 2621, 2061, 2062], 1)
+    ops.element('FourNodeTetrahedron', 8822, *[2479, 2170, 2495, 2559], 1)
+    ops.element('FourNodeTetrahedron', 8823, *[2308, 2019, 2321, 2533], 1)
+    ops.element('FourNodeTetrahedron', 8824, *[1776, 2190, 1186, 1122], 1)
+    ops.element('FourNodeTetrahedron', 8825, *[2500, 2253, 2252, 2274], 1)
+    ops.element('FourNodeTetrahedron', 8826, *[1198, 2622, 1128, 1186], 1)
+    ops.element('FourNodeTetrahedron', 8827, *[2457, 2459, 2266, 2563], 1)
+    ops.element('FourNodeTetrahedron', 8828, *[2439, 2162, 1928, 1926], 1)
+    ops.element('FourNodeTetrahedron', 8829, *[1870, 2078, 1235, 1132], 1)
+    ops.element('FourNodeTetrahedron', 8830, *[2140, 2379, 1992, 2269], 1)
+    ops.element('FourNodeTetrahedron', 8831, *[2493, 2526, 2221, 2356], 1)
+    ops.element('FourNodeTetrahedron', 8832, *[1928, 1940, 2397, 1979], 1)
+    ops.element('FourNodeTetrahedron', 8833, *[2471, 2640, 2641, 2469], 1)
+    ops.element('FourNodeTetrahedron', 8834, *[2638, 2459, 2457, 2563], 1)
+    ops.element('FourNodeTetrahedron', 8835, *[2457, 2459, 1759, 2266], 1)
+    ops.element('FourNodeTetrahedron', 8836, *[2264, 1764, 2263, 2513], 1)
+    ops.element('FourNodeTetrahedron', 8837, *[2264, 2513, 2263, 2349], 1)
+    ops.element('FourNodeTetrahedron', 8838, *[2667, 2495, 1158, 511], 1)
+    ops.element('FourNodeTetrahedron', 8839, *[2563, 2266, 1177, 2617], 1)
+    ops.element('FourNodeTetrahedron', 8840, *[2502, 2140, 2452, 2508], 1)
+    ops.element('FourNodeTetrahedron', 8841, *[2368, 2369, 1977, 2118], 1)
+    ops.element('FourNodeTetrahedron', 8842, *[2402, 1861, 1204, 1135], 1)
+    ops.element('FourNodeTetrahedron', 8843, *[2263, 1764, 2579, 2513], 1)
+    ops.element('FourNodeTetrahedron', 8844, *[2453, 2525, 2369, 2656], 1)
+    ops.element('FourNodeTetrahedron', 8845, *[2446, 1912, 2345, 1918], 1)
+    ops.element('FourNodeTetrahedron', 8846, *[2057, 2625, 2210, 2053], 1)
+    ops.element('FourNodeTetrahedron', 8847, *[1227, 2143, 1123, 1240], 1)
+    ops.element('FourNodeTetrahedron', 8848, *[2240, 2494, 2242, 2241], 1)
+    ops.element('FourNodeTetrahedron', 8849, *[2346, 2470, 1896, 2173], 1)
+    ops.element('FourNodeTetrahedron', 8850, *[2263, 2579, 2404, 2513], 1)
+    ops.element('FourNodeTetrahedron', 8851, *[2263, 2513, 2404, 2349], 1)
+    ops.element('FourNodeTetrahedron', 8852, *[2171, 2172, 1146, 2170], 1)
+    ops.element('FourNodeTetrahedron', 8853, *[2318, 2282, 2002, 2280], 1)
+    ops.element('FourNodeTetrahedron', 8854, *[1150, 1913, 1220, 2602], 1)
+    ops.element('FourNodeTetrahedron', 8855, *[1893, 1988, 747, 1169], 1)
+    ops.element('FourNodeTetrahedron', 8856, *[2498, 1858, 2529, 2411], 1)
+    ops.element('FourNodeTetrahedron', 8857, *[2498, 2300, 1858, 2411], 1)
+    ops.element('FourNodeTetrahedron', 8858, *[2443, 2067, 2365, 2191], 1)
+    ops.element('FourNodeTetrahedron', 8859, *[1881, 2504, 2046, 2635], 1)
+    ops.element('FourNodeTetrahedron', 8860, *[2568, 2546, 2400, 1810], 1)
+    ops.element('FourNodeTetrahedron', 8861, *[2219, 2642, 2111, 2482], 1)
+    ops.element('FourNodeTetrahedron', 8862, *[2078, 2016, 2395, 2019], 1)
+    ops.element('FourNodeTetrahedron', 8863, *[2430, 2661, 2233, 1838], 1)
+    ops.element('FourNodeTetrahedron', 8864, *[1895, 1856, 2538, 2407], 1)
+    ops.element('FourNodeTetrahedron', 8865, *[2315, 1954, 2316, 2130], 1)
+    ops.element('FourNodeTetrahedron', 8866, *[1825, 2319, 2147, 1826], 1)
+    ops.element('FourNodeTetrahedron', 8867, *[2098, 2335, 2336, 2539], 1)
+    ops.element('FourNodeTetrahedron', 8868, *[2335, 2540, 2336, 2539], 1)
+    ops.element('FourNodeTetrahedron', 8869, *[2284, 2539, 2098, 2255], 1)
+    ops.element('FourNodeTetrahedron', 8870, *[2621, 2536, 2356, 2294], 1)
+    ops.element('FourNodeTetrahedron', 8871, *[2158, 2417, 2027, 2128], 1)
+    ops.element('FourNodeTetrahedron', 8872, *[2451, 2411, 2543, 2676], 1)
+    ops.element('FourNodeTetrahedron', 8873, *[2531, 2131, 2631, 2129], 1)
+    ops.element('FourNodeTetrahedron', 8874, *[2382, 2131, 2631, 2531], 1)
+    ops.element('FourNodeTetrahedron', 8875, *[2382, 2131, 2130, 2631], 1)
+    ops.element('FourNodeTetrahedron', 8876, *[2631, 2131, 2130, 2129], 1)
+    ops.element('FourNodeTetrahedron', 8877, *[2381, 2382, 2130, 2631], 1)
+    ops.element('FourNodeTetrahedron', 8878, *[1905, 1820, 1821, 1819], 1)
+    ops.element('FourNodeTetrahedron', 8879, *[2306, 2465, 2255, 2215], 1)
+    ops.element('FourNodeTetrahedron', 8880, *[2311, 2330, 2666, 2642], 1)
+    ops.element('FourNodeTetrahedron', 8881, *[2592, 2604, 2450, 2384], 1)
+    ops.element('FourNodeTetrahedron', 8882, *[1768, 2227, 1942, 2225], 1)
+    ops.element('FourNodeTetrahedron', 8883, *[1245, 2443, 1187, 1166], 1)
+    ops.element('FourNodeTetrahedron', 8884, *[1936, 2283, 1999, 1930], 1)
+    ops.element('FourNodeTetrahedron', 8885, *[2160, 2058, 1931, 2113], 1)
+    ops.element('FourNodeTetrahedron', 8886, *[2045, 2105, 2179, 2475], 1)
+    ops.element('FourNodeTetrahedron', 8887, *[2106, 1779, 1133, 2443], 1)
+    ops.element('FourNodeTetrahedron', 8888, *[1982, 1983, 1984, 1960], 1)
+    ops.element('FourNodeTetrahedron', 8889, *[2599, 2305, 734, 2380], 1)
+    ops.element('FourNodeTetrahedron', 8890, *[2583, 2510, 2509, 2604], 1)
+    ops.element('FourNodeTetrahedron', 8891, *[1764, 1855, 2513, 2498], 1)
+    ops.element('FourNodeTetrahedron', 8892, *[2663, 2524, 1985, 1961], 1)
+    ops.element('FourNodeTetrahedron', 8893, *[1143, 2047, 1193, 2046], 1)
+    ops.element('FourNodeTetrahedron', 8894, *[2016, 2017, 2638, 2395], 1)
+    ops.element('FourNodeTetrahedron', 8895, *[2652, 2050, 1903, 1954], 1)
+    ops.element('FourNodeTetrahedron', 8896, *[1777, 2679, 1776, 2443], 1)
+    ops.element('FourNodeTetrahedron', 8897, *[2292, 2583, 2509, 2604], 1)
+    ops.element('FourNodeTetrahedron', 8898, *[1784, 2044, 2524, 1786], 1)
+    ops.element('FourNodeTetrahedron', 8899, *[2106, 2679, 2443, 2067], 1)
+    ops.element('FourNodeTetrahedron', 8900, *[1183, 1184, 1188, 1796], 1)
+    ops.element('FourNodeTetrahedron', 8901, *[2595, 2608, 2442, 2457], 1)
+    ops.element('FourNodeTetrahedron', 8902, *[2013, 2349, 1195, 2462], 1)
+    ops.element('FourNodeTetrahedron', 8903, *[1183, 1797, 1188, 1796], 1)
+    ops.element('FourNodeTetrahedron', 8904, *[1797, 2267, 1798, 1796], 1)
+    ops.element('FourNodeTetrahedron', 8905, *[1926, 1884, 1784, 2031], 1)
+    ops.element('FourNodeTetrahedron', 8906, *[1183, 1796, 1184, 1131], 1)
+    ops.element('FourNodeTetrahedron', 8907, *[2634, 1862, 2630, 2334], 1)
+    ops.element('FourNodeTetrahedron', 8908, *[2086, 1899, 2085, 1838], 1)
+    ops.element('FourNodeTetrahedron', 8909, *[2086, 1902, 1899, 1838], 1)
+    ops.element('FourNodeTetrahedron', 8910, *[1818, 2068, 1200, 1189], 1)
+    ops.element('FourNodeTetrahedron', 8911, *[1821, 2068, 1200, 1818], 1)
+    ops.element('FourNodeTetrahedron', 8912, *[2385, 2403, 2499, 2626], 1)
+    ops.element('FourNodeTetrahedron', 8913, *[2151, 2075, 2150, 2152], 1)
+    ops.element('FourNodeTetrahedron', 8914, *[2025, 2168, 2107, 2422], 1)
+    ops.element('FourNodeTetrahedron', 8915, *[2485, 1865, 2630, 2634], 1)
+    ops.element('FourNodeTetrahedron', 8916, *[2243, 2274, 2533, 2626], 1)
+    ops.element('FourNodeTetrahedron', 8917, *[2057, 2670, 2625, 2053], 1)
+    ops.element('FourNodeTetrahedron', 8918, *[1147, 2228, 1210, 2229], 1)
+    ops.element('FourNodeTetrahedron', 8919, *[2204, 2242, 1974, 2007], 1)
+    ops.element('FourNodeTetrahedron', 8920, *[2242, 2007, 1974, 2222], 1)
+    ops.element('FourNodeTetrahedron', 8921, *[752, 2473, 743, 2047], 1)
+    ops.element('FourNodeTetrahedron', 8922, *[2080, 2079, 2379, 2140], 1)
+    ops.element('FourNodeTetrahedron', 8923, *[1855, 2407, 1895, 2496], 1)
+    ops.element('FourNodeTetrahedron', 8924, *[2528, 2529, 2405, 2497], 1)
+    ops.element('FourNodeTetrahedron', 8925, *[2404, 2579, 2142, 2496], 1)
+    ops.element('FourNodeTetrahedron', 8926, *[2438, 2596, 2381, 2578], 1)
+    ops.element('FourNodeTetrahedron', 8927, *[2596, 2531, 2381, 2578], 1)
+    ops.element('FourNodeTetrahedron', 8928, *[2438, 2381, 2602, 2578], 1)
+    ops.element('FourNodeTetrahedron', 8929, *[2381, 2531, 2631, 2578], 1)
+    ops.element('FourNodeTetrahedron', 8930, *[2520, 2088, 1809, 2000], 1)
+    ops.element('FourNodeTetrahedron', 8931, *[2396, 2114, 2236, 2358], 1)
+    ops.element('FourNodeTetrahedron', 8932, *[2346, 2470, 2173, 2390], 1)
+    ops.element('FourNodeTetrahedron', 8933, *[2614, 1977, 2119, 2118], 1)
+    ops.element('FourNodeTetrahedron', 8934, *[1810, 2520, 1809, 2000], 1)
+    ops.element('FourNodeTetrahedron', 8935, *[2120, 2000, 1810, 1811], 1)
+    ops.element('FourNodeTetrahedron', 8936, *[2150, 2076, 2129, 1976], 1)
+    ops.element('FourNodeTetrahedron', 8937, *[2150, 2152, 2076, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8938, *[1232, 1891, 1140, 1172], 1)
+    ops.element('FourNodeTetrahedron', 8939, *[1904, 1881, 1882, 1880], 1)
+    ops.element('FourNodeTetrahedron', 8940, *[2152, 2076, 2004, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8941, *[2525, 2152, 2150, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8942, *[1158, 2170, 2662, 2573], 1)
+    ops.element('FourNodeTetrahedron', 8943, *[1158, 2662, 683, 2573], 1)
+    ops.element('FourNodeTetrahedron', 8944, *[1814, 1817, 2161, 1884], 1)
+    ops.element('FourNodeTetrahedron', 8945, *[2651, 2650, 1983, 2044], 1)
+    ops.element('FourNodeTetrahedron', 8946, *[1923, 2639, 2200, 2278], 1)
+    ops.element('FourNodeTetrahedron', 8947, *[2147, 2422, 2145, 2146], 1)
+    ops.element('FourNodeTetrahedron', 8948, *[2402, 1851, 1853, 1861], 1)
+    ops.element('FourNodeTetrahedron', 8949, *[1832, 2040, 2041, 2110], 1)
+    ops.element('FourNodeTetrahedron', 8950, *[2138, 2139, 2140, 2624], 1)
+    ops.element('FourNodeTetrahedron', 8951, *[1974, 2307, 1975, 1973], 1)
+    ops.element('FourNodeTetrahedron', 8952, *[1854, 1851, 2402, 2538], 1)
+    ops.element('FourNodeTetrahedron', 8953, *[1854, 1851, 1853, 2402], 1)
+    ops.element('FourNodeTetrahedron', 8954, *[1214, 2562, 1255, 1130], 1)
+    ops.element('FourNodeTetrahedron', 8955, *[1997, 1834, 1835, 1242], 1)
+    ops.element('FourNodeTetrahedron', 8956, *[1853, 1851, 2616, 1860], 1)
+    ops.element('FourNodeTetrahedron', 8957, *[1245, 2442, 2443, 1166], 1)
+    ops.element('FourNodeTetrahedron', 8958, *[2219, 2520, 1810, 2000], 1)
+    ops.element('FourNodeTetrahedron', 8959, *[1782, 2446, 2680, 2345], 1)
+    ops.element('FourNodeTetrahedron', 8960, *[606, 551, 1155, 2202], 1)
+    ops.element('FourNodeTetrahedron', 8961, *[2219, 2546, 2520, 2088], 1)
+    ops.element('FourNodeTetrahedron', 8962, *[1768, 2460, 1942, 2227], 1)
+    ops.element('FourNodeTetrahedron', 8963, *[2004, 2245, 1868, 1754], 1)
+    ops.element('FourNodeTetrahedron', 8964, *[2129, 2076, 1868, 1976], 1)
+    ops.element('FourNodeTetrahedron', 8965, *[1976, 2004, 1754, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8966, *[1945, 2246, 1943, 2014], 1)
+    ops.element('FourNodeTetrahedron', 8967, *[1976, 2076, 1868, 2004], 1)
+    ops.element('FourNodeTetrahedron', 8968, *[1976, 2076, 2004, 2362], 1)
+    ops.element('FourNodeTetrahedron', 8969, *[1839, 2086, 1837, 1838], 1)
+    ops.element('FourNodeTetrahedron', 8970, *[2640, 1757, 1758, 1806], 1)
+    ops.element('FourNodeTetrahedron', 8971, *[1826, 2421, 2147, 2146], 1)
+    ops.element('FourNodeTetrahedron', 8972, *[1925, 1908, 2093, 1948], 1)
+    ops.element('FourNodeTetrahedron', 8973, *[2211, 2574, 1887, 2292], 1)
+    ops.element('FourNodeTetrahedron', 8974, *[2471, 1757, 2640, 1806], 1)
+    ops.element('FourNodeTetrahedron', 8975, *[1805, 2427, 1804, 1807], 1)
+    ops.element('FourNodeTetrahedron', 8976, *[2390, 1805, 2469, 1806], 1)
+    ops.element('FourNodeTetrahedron', 8977, *[1807, 2184, 1806, 2186], 1)
+    ops.element('FourNodeTetrahedron', 8978, *[1934, 2588, 2000, 1936], 1)
+    ops.element('FourNodeTetrahedron', 8979, *[1806, 2184, 2621, 2186], 1)
+    ops.element('FourNodeTetrahedron', 8980, *[1917, 2085, 2334, 1916], 1)
+    ops.element('FourNodeTetrahedron', 8981, *[2530, 2158, 2157, 2159], 1)
+    ops.element('FourNodeTetrahedron', 8982, *[2467, 2006, 1892, 2010], 1)
+    ops.element('FourNodeTetrahedron', 8983, *[1805, 1807, 1806, 2322], 1)
+    ops.element('FourNodeTetrahedron', 8984, *[2322, 1807, 1806, 2186], 1)
+    ops.element('FourNodeTetrahedron', 8985, *[2225, 2014, 2556, 2226], 1)
+    ops.element('FourNodeTetrahedron', 8986, *[2093, 1806, 2390, 2061], 1)
+    ops.element('FourNodeTetrahedron', 8987, *[2075, 2002, 2076, 2152], 1)
+    ops.element('FourNodeTetrahedron', 8988, *[2024, 2137, 740, 2299], 1)
+    ops.element('FourNodeTetrahedron', 8989, *[2024, 2137, 2299, 2023], 1)
+    ops.element('FourNodeTetrahedron', 8990, *[1155, 2204, 1859, 2202], 1)
+    ops.element('FourNodeTetrahedron', 8991, *[1155, 1859, 1232, 2202], 1)
+    ops.element('FourNodeTetrahedron', 8992, *[1155, 1859, 1215, 1232], 1)
+    ops.element('FourNodeTetrahedron', 8993, *[2405, 1974, 1861, 1859], 1)
+    ops.element('FourNodeTetrahedron', 8994, *[1934, 2000, 2219, 2588], 1)
+    ops.element('FourNodeTetrahedron', 8995, *[2405, 1859, 1155, 2204], 1)
+    ops.element('FourNodeTetrahedron', 8996, *[2199, 1862, 1950, 2334], 1)
+    ops.element('FourNodeTetrahedron', 8997, *[2463, 1997, 1173, 1998], 1)
+    ops.element('FourNodeTetrahedron', 8998, *[1861, 1859, 1215, 1155], 1)
+    ops.element('FourNodeTetrahedron', 8999, *[2405, 1859, 1861, 1155], 1)
+    ops.element('FourNodeTetrahedron', 9000, *[2017, 1770, 2563, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9001, *[2594, 2462, 1194, 621], 1)
+    ops.element('FourNodeTetrahedron', 9002, *[2166, 2165, 167, 2164], 1)
+    ops.element('FourNodeTetrahedron', 9003, *[2351, 2110, 2109, 2681], 1)
+    ops.element('FourNodeTetrahedron', 9004, *[2485, 2634, 2630, 2555], 1)
+    ops.element('FourNodeTetrahedron', 9005, *[2007, 2006, 2467, 2010], 1)
+    ops.element('FourNodeTetrahedron', 9006, *[1792, 2609, 2296, 2610], 1)
+    ops.element('FourNodeTetrahedron', 9007, *[1908, 1946, 2322, 2093], 1)
+    ops.element('FourNodeTetrahedron', 9008, *[1896, 2157, 2538, 2173], 1)
+    ops.element('FourNodeTetrahedron', 9009, *[2125, 1830, 1932, 2058], 1)
+    ops.element('FourNodeTetrahedron', 9010, *[2125, 1932, 1931, 2058], 1)
+    ops.element('FourNodeTetrahedron', 9011, *[1776, 2365, 2190, 1122], 1)
+    ops.element('FourNodeTetrahedron', 9012, *[1830, 1829, 1932, 2058], 1)
+    ops.element('FourNodeTetrahedron', 9013, *[2345, 2388, 1858, 2094], 1)
+    ops.element('FourNodeTetrahedron', 9014, *[1817, 2650, 2044, 1885], 1)
+    ops.element('FourNodeTetrahedron', 9015, *[2493, 2536, 2241, 2356], 1)
+    ops.element('FourNodeTetrahedron', 9016, *[2168, 1931, 1852, 2157], 1)
+    ops.element('FourNodeTetrahedron', 9017, *[2489, 1772, 1834, 2260], 1)
+    ops.element('FourNodeTetrahedron', 9018, *[1879, 2635, 1163, 2009], 1)
+    ops.element('FourNodeTetrahedron', 9019, *[1975, 2255, 2537, 1191], 1)
+    ops.element('FourNodeTetrahedron', 9020, *[2333, 2199, 2195, 2200], 1)
+    ops.element('FourNodeTetrahedron', 9021, *[2389, 1806, 2516, 2061], 1)
+    ops.element('FourNodeTetrahedron', 9022, *[2483, 2199, 2195, 2333], 1)
+    ops.element('FourNodeTetrahedron', 9023, *[2311, 2331, 2642, 2482], 1)
+    ops.element('FourNodeTetrahedron', 9024, *[2470, 2677, 2641, 2471], 1)
+    ops.element('FourNodeTetrahedron', 9025, *[2635, 2046, 1163, 1124], 1)
+    ops.element('FourNodeTetrahedron', 9026, *[2142, 2528, 1231, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9027, *[1214, 2120, 1811, 2562], 1)
+    ops.element('FourNodeTetrahedron', 9028, *[1250, 2266, 1243, 1177], 1)
+    ops.element('FourNodeTetrahedron', 9029, *[2310, 2331, 2482, 1803], 1)
+    ops.element('FourNodeTetrahedron', 9030, *[2310, 1803, 2482, 2026], 1)
+    ops.element('FourNodeTetrahedron', 9031, *[2390, 1806, 2389, 2061], 1)
+    ops.element('FourNodeTetrahedron', 9032, *[1891, 2006, 2619, 1892], 1)
+    ops.element('FourNodeTetrahedron', 9033, *[2026, 2482, 1934, 2440], 1)
+    ops.element('FourNodeTetrahedron', 9034, *[2546, 2090, 2520, 2088], 1)
+    ops.element('FourNodeTetrahedron', 9035, *[2094, 2389, 2544, 2061], 1)
+    ops.element('FourNodeTetrahedron', 9036, *[1917, 2334, 2333, 1914], 1)
+    ops.element('FourNodeTetrahedron', 9037, *[2454, 2353, 2305, 2352], 1)
+    ops.element('FourNodeTetrahedron', 9038, *[1781, 1988, 1169, 1258], 1)
+    ops.element('FourNodeTetrahedron', 9039, *[1912, 2448, 2390, 2322], 1)
+    ops.element('FourNodeTetrahedron', 9040, *[2602, 2073, 1220, 1126], 1)
+    ops.element('FourNodeTetrahedron', 9041, *[1896, 2173, 2538, 1856], 1)
+    ops.element('FourNodeTetrahedron', 9042, *[1872, 2416, 2184, 2612], 1)
+    ops.element('FourNodeTetrahedron', 9043, *[1845, 1846, 2059, 2314], 1)
+    ops.element('FourNodeTetrahedron', 9044, *[2299, 1907, 1905, 2021], 1)
+    ops.element('FourNodeTetrahedron', 9045, *[2669, 1820, 1819, 2115], 1)
+    ops.element('FourNodeTetrahedron', 9046, *[2023, 1907, 2299, 2021], 1)
+    ops.element('FourNodeTetrahedron', 9047, *[2189, 1970, 2339, 2387], 1)
+    ops.element('FourNodeTetrahedron', 9048, *[2070, 2463, 1151, 2408], 1)
+    ops.element('FourNodeTetrahedron', 9049, *[1810, 2000, 1809, 1811], 1)
+    ops.element('FourNodeTetrahedron', 9050, *[2233, 2232, 1900, 2637], 1)
+    ops.element('FourNodeTetrahedron', 9051, *[1814, 1815, 1816, 2032], 1)
+    ops.element('FourNodeTetrahedron', 9052, *[2263, 2148, 2579, 2404], 1)
+    ops.element('FourNodeTetrahedron', 9053, *[2579, 1855, 1895, 2496], 1)
+    ops.element('FourNodeTetrahedron', 9054, *[1855, 2407, 2496, 2529], 1)
+    ops.element('FourNodeTetrahedron', 9055, *[2357, 1980, 1981, 2214], 1)
+    ops.element('FourNodeTetrahedron', 9056, *[2566, 2665, 1789, 2175], 1)
+    ops.element('FourNodeTetrahedron', 9057, *[1922, 1919, 1921, 1924], 1)
+    ops.element('FourNodeTetrahedron', 9058, *[2364, 2546, 2230, 2219], 1)
+    ops.element('FourNodeTetrahedron', 9059, *[2357, 2055, 1980, 2214], 1)
+    ops.element('FourNodeTetrahedron', 9060, *[1215, 1975, 1130, 1191], 1)
+    ops.element('FourNodeTetrahedron', 9061, *[1768, 2227, 2225, 2051], 1)
+    ops.element('FourNodeTetrahedron', 9062, *[1887, 1889, 2012, 1886], 1)
+    ops.element('FourNodeTetrahedron', 9063, *[1868, 2245, 1867, 1754], 1)
+    ops.element('FourNodeTetrahedron', 9064, *[1952, 1954, 2048, 1953], 1)
+    ops.element('FourNodeTetrahedron', 9065, *[2646, 2056, 2055, 2035], 1)
+    ops.element('FourNodeTetrahedron', 9066, *[2652, 1904, 1903, 2050], 1)
+    ops.element('FourNodeTetrahedron', 9067, *[2305, 1199, 734, 1174], 1)
+    ops.element('FourNodeTetrahedron', 9068, *[2310, 2311, 2331, 2482], 1)
+    ops.element('FourNodeTetrahedron', 9069, *[1808, 2473, 2047, 2045], 1)
+    ops.element('FourNodeTetrahedron', 9070, *[2310, 2311, 2364, 2482], 1)
+    ops.element('FourNodeTetrahedron', 9071, *[2364, 2642, 2219, 2482], 1)
+    ops.element('FourNodeTetrahedron', 9072, *[2479, 2338, 2560, 2590], 1)
+    ops.element('FourNodeTetrahedron', 9073, *[1933, 1936, 2120, 2562], 1)
+    ops.element('FourNodeTetrahedron', 9074, *[2591, 2495, 2667, 2559], 1)
+    ops.element('FourNodeTetrahedron', 9075, *[1928, 2265, 1940, 1941], 1)
+    ops.element('FourNodeTetrahedron', 9076, *[1941, 1784, 1961, 1844], 1)
+    ops.element('FourNodeTetrahedron', 9077, *[2358, 1784, 1941, 1844], 1)
+    ops.element('FourNodeTetrahedron', 9078, *[511, 2495, 2667, 2518], 1)
+    ops.element('FourNodeTetrahedron', 9079, *[1938, 1939, 2571, 2114], 1)
+    ops.element('FourNodeTetrahedron', 9080, *[2484, 1865, 2541, 2199], 1)
+    ops.element('FourNodeTetrahedron', 9081, *[2518, 2495, 2667, 2591], 1)
+    ops.element('FourNodeTetrahedron', 9082, *[2513, 2496, 2412, 2350], 1)
+    ops.element('FourNodeTetrahedron', 9083, *[2242, 2241, 2222, 2194], 1)
+    ops.element('FourNodeTetrahedron', 9084, *[2229, 2568, 1810, 1935], 1)
+    ops.element('FourNodeTetrahedron', 9085, *[2241, 2356, 2222, 2194], 1)
+    ops.element('FourNodeTetrahedron', 9086, *[2356, 2192, 2222, 2194], 1)
+    ops.element('FourNodeTetrahedron', 9087, *[2194, 2192, 2222, 2193], 1)
+    ops.element('FourNodeTetrahedron', 9088, *[2005, 2623, 2585, 1763], 1)
+    ops.element('FourNodeTetrahedron', 9089, *[1761, 1760, 748, 1988], 1)
+    ops.element('FourNodeTetrahedron', 9090, *[2194, 2222, 2203, 2193], 1)
+    ops.element('FourNodeTetrahedron', 9091, *[2242, 2222, 2203, 2194], 1)
+    ops.element('FourNodeTetrahedron', 9092, *[2153, 2051, 1883, 2054], 1)
+    ops.element('FourNodeTetrahedron', 9093, *[1891, 2619, 1140, 1892], 1)
+    ops.element('FourNodeTetrahedron', 9094, *[2358, 2236, 513, 2237], 1)
+    ops.element('FourNodeTetrahedron', 9095, *[2483, 2199, 2465, 2195], 1)
+    ops.element('FourNodeTetrahedron', 9096, *[1997, 1835, 723, 1242], 1)
+    ops.element('FourNodeTetrahedron', 9097, *[2584, 1925, 2303, 2205], 1)
+    ops.element('FourNodeTetrahedron', 9098, *[2641, 2113, 2325, 2516], 1)
+    ops.element('FourNodeTetrahedron', 9099, *[1943, 2014, 2015, 2556], 1)
+    ops.element('FourNodeTetrahedron', 9100, *[1124, 2595, 1241, 2258], 1)
+    ops.element('FourNodeTetrahedron', 9101, *[1792, 2609, 1793, 1795], 1)
+    ops.element('FourNodeTetrahedron', 9102, *[2524, 2044, 1960, 1786], 1)
+    ops.element('FourNodeTetrahedron', 9103, *[2203, 2222, 2010, 2193], 1)
+    ops.element('FourNodeTetrahedron', 9104, *[2654, 1775, 2489, 2490], 1)
+    ops.element('FourNodeTetrahedron', 9105, *[1162, 2046, 1143, 1163], 1)
+    ops.element('FourNodeTetrahedron', 9106, *[2634, 1902, 1901, 1899], 1)
+    ops.element('FourNodeTetrahedron', 9107, *[1882, 1881, 1808, 1879], 1)
+    ops.element('FourNodeTetrahedron', 9108, *[1910, 2575, 1911, 1946], 1)
+    ops.element('FourNodeTetrahedron', 9109, *[1747, 1972, 2213, 1969], 1)
+    ops.element('FourNodeTetrahedron', 9110, *[1947, 2277, 1946, 1871], 1)
+    ops.element('FourNodeTetrahedron', 9111, *[1916, 1899, 2334, 2606], 1)
+    ops.element('FourNodeTetrahedron', 9112, *[2334, 1899, 1950, 2606], 1)
+    ops.element('FourNodeTetrahedron', 9113, *[2178, 2627, 1161, 1779], 1)
+    ops.element('FourNodeTetrahedron', 9114, *[2529, 2388, 2407, 2682], 1)
+    ops.element('FourNodeTetrahedron', 9115, *[2407, 2388, 2538, 2682], 1)
+    ops.element('FourNodeTetrahedron', 9116, *[2683, 759, 772, 1159], 1)
+    ops.element('FourNodeTetrahedron', 9117, *[2676, 2558, 2542, 2543], 1)
+    ops.element('FourNodeTetrahedron', 9118, *[2324, 2545, 2549, 2223], 1)
+    ops.element('FourNodeTetrahedron', 9119, *[2277, 2185, 2186, 1871], 1)
+    ops.element('FourNodeTetrahedron', 9120, *[1897, 1896, 1854, 1895], 1)
+    ops.element('FourNodeTetrahedron', 9121, *[2482, 1832, 2588, 1830], 1)
+    ops.element('FourNodeTetrahedron', 9122, *[2318, 2317, 2282, 2326], 1)
+    ops.element('FourNodeTetrahedron', 9123, *[1917, 2334, 1914, 1916], 1)
+    ops.element('FourNodeTetrahedron', 9124, *[2223, 2545, 2549, 1793], 1)
+    ops.element('FourNodeTetrahedron', 9125, *[1207, 1882, 1162, 1139], 1)
+    ops.element('FourNodeTetrahedron', 9126, *[1848, 2153, 2234, 2054], 1)
+    ops.element('FourNodeTetrahedron', 9127, *[2554, 1904, 1882, 1880], 1)
+    ops.element('FourNodeTetrahedron', 9128, *[2174, 1902, 2634, 2086], 1)
+    ops.element('FourNodeTetrahedron', 9129, *[2581, 2601, 1963, 2414], 1)
+    ops.element('FourNodeTetrahedron', 9130, *[2174, 1901, 2634, 1902], 1)
+    ops.element('FourNodeTetrahedron', 9131, *[2174, 1901, 1890, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9132, *[1895, 1854, 2402, 2538], 1)
+    ops.element('FourNodeTetrahedron', 9133, *[2632, 2025, 2261, 2422], 1)
+    ops.element('FourNodeTetrahedron', 9134, *[2632, 2168, 2025, 2422], 1)
+    ops.element('FourNodeTetrahedron', 9135, *[1768, 1956, 2227, 2051], 1)
+    ops.element('FourNodeTetrahedron', 9136, *[2464, 2110, 2681, 2376], 1)
+    ops.element('FourNodeTetrahedron', 9137, *[2004, 2001, 2332, 2361], 1)
+    ops.element('FourNodeTetrahedron', 9138, *[2632, 2168, 2422, 2530], 1)
+    ops.element('FourNodeTetrahedron', 9139, *[2528, 2402, 1135, 1231], 1)
+    ops.element('FourNodeTetrahedron', 9140, *[2632, 2043, 2025, 2168], 1)
+    ops.element('FourNodeTetrahedron', 9141, *[2128, 2126, 2125, 2160], 1)
+    ops.element('FourNodeTetrahedron', 9142, *[2248, 2249, 1771, 1958], 1)
+    ops.element('FourNodeTetrahedron', 9143, *[2632, 2043, 2168, 2530], 1)
+    ops.element('FourNodeTetrahedron', 9144, *[2635, 2504, 2046, 2275], 1)
+    ops.element('FourNodeTetrahedron', 9145, *[1163, 2046, 1143, 1165], 1)
+    ops.element('FourNodeTetrahedron', 9146, *[2287, 2684, 2262, 1901], 1)
+    ops.element('FourNodeTetrahedron', 9147, *[1819, 1818, 1230, 1233], 1)
+    ops.element('FourNodeTetrahedron', 9148, *[1233, 1818, 1189, 2104], 1)
+    ops.element('FourNodeTetrahedron', 9149, *[2046, 1193, 1143, 1165], 1)
+    ops.element('FourNodeTetrahedron', 9150, *[2137, 2011, 737, 2299], 1)
+    ops.element('FourNodeTetrahedron', 9151, *[1881, 2045, 2046, 2504], 1)
+    ops.element('FourNodeTetrahedron', 9152, *[1913, 2381, 1955, 2073], 1)
+    ops.element('FourNodeTetrahedron', 9153, *[1920, 1924, 2301, 2377], 1)
+    ops.element('FourNodeTetrahedron', 9154, *[1195, 2349, 1138, 1154], 1)
+    ops.element('FourNodeTetrahedron', 9155, *[2439, 2033, 1926, 1927], 1)
+    ops.element('FourNodeTetrahedron', 9156, *[2644, 2032, 1926, 2033], 1)
+    ops.element('FourNodeTetrahedron', 9157, *[2439, 2644, 1926, 2033], 1)
+    ops.element('FourNodeTetrahedron', 9158, *[1230, 1818, 1189, 1233], 1)
+    ops.element('FourNodeTetrahedron', 9159, *[2417, 1802, 2027, 2127], 1)
+    ops.element('FourNodeTetrahedron', 9160, *[2439, 2644, 2163, 1926], 1)
+    ops.element('FourNodeTetrahedron', 9161, *[1928, 1979, 2397, 2358], 1)
+    ops.element('FourNodeTetrahedron', 9162, *[2104, 1818, 1189, 1825], 1)
+    ops.element('FourNodeTetrahedron', 9163, *[1818, 2068, 1189, 1825], 1)
+    ops.element('FourNodeTetrahedron', 9164, *[2104, 1827, 1818, 1825], 1)
+    ops.element('FourNodeTetrahedron', 9165, *[1818, 1827, 2068, 1825], 1)
+    ops.element('FourNodeTetrahedron', 9166, *[2362, 2152, 2004, 2360], 1)
+    ops.element('FourNodeTetrahedron', 9167, *[1818, 2320, 2068, 1827], 1)
+    ops.element('FourNodeTetrahedron', 9168, *[2275, 2106, 2442, 2458], 1)
+    ops.element('FourNodeTetrahedron', 9169, *[1925, 1948, 2093, 2155], 1)
+    ops.element('FourNodeTetrahedron', 9170, *[2334, 1862, 1950, 1899], 1)
+    ops.element('FourNodeTetrahedron', 9171, *[2171, 2578, 2602, 2172], 1)
+    ops.element('FourNodeTetrahedron', 9172, *[2405, 2682, 2204, 2542], 1)
+    ops.element('FourNodeTetrahedron', 9173, *[1157, 2134, 175, 176], 1)
+    ops.element('FourNodeTetrahedron', 9174, *[2348, 2412, 1196, 2410], 1)
+    ops.element('FourNodeTetrahedron', 9175, *[2682, 2242, 2204, 2492], 1)
+    ops.element('FourNodeTetrahedron', 9176, *[2605, 2302, 2350, 2507], 1)
+    ops.element('FourNodeTetrahedron', 9177, *[2009, 2635, 2257, 2049], 1)
+    ops.element('FourNodeTetrahedron', 9178, *[2010, 2522, 2523, 2474], 1)
+    ops.element('FourNodeTetrahedron', 9179, *[2264, 1765, 1764, 2512], 1)
+    ops.element('FourNodeTetrahedron', 9180, *[2605, 2301, 2350, 2302], 1)
+    ops.element('FourNodeTetrahedron', 9181, *[2052, 2594, 621, 2384], 1)
+    ops.element('FourNodeTetrahedron', 9182, *[2609, 2685, 2296, 2610], 1)
+    ops.element('FourNodeTetrahedron', 9183, *[2542, 2492, 2204, 2558], 1)
+    ops.element('FourNodeTetrahedron', 9184, *[1800, 2633, 2331, 1801], 1)
+    ops.element('FourNodeTetrahedron', 9185, *[1838, 1900, 1899, 2564], 1)
+    ops.element('FourNodeTetrahedron', 9186, *[2542, 2682, 2204, 2492], 1)
+    ops.element('FourNodeTetrahedron', 9187, *[2529, 2682, 2405, 2542], 1)
+    ops.element('FourNodeTetrahedron', 9188, *[2392, 2490, 2489, 2491], 1)
+    ops.element('FourNodeTetrahedron', 9189, *[2248, 1958, 2153, 2274], 1)
+    ops.element('FourNodeTetrahedron', 9190, *[2526, 2103, 2309, 2221], 1)
+    ops.element('FourNodeTetrahedron', 9191, *[2582, 1774, 2183, 1834], 1)
+    ops.element('FourNodeTetrahedron', 9192, *[1222, 2602, 1220, 1126], 1)
+    ops.element('FourNodeTetrahedron', 9193, *[1887, 2012, 2246, 2014], 1)
+    ops.element('FourNodeTetrahedron', 9194, *[2561, 2508, 2590, 2591], 1)
+    ops.element('FourNodeTetrahedron', 9195, *[2071, 2316, 1869, 1868], 1)
+    ops.element('FourNodeTetrahedron', 9196, *[2107, 1935, 1836, 1949], 1)
+    ops.element('FourNodeTetrahedron', 9197, *[2130, 2316, 2071, 2132], 1)
+    ops.element('FourNodeTetrahedron', 9198, *[2631, 2130, 2071, 2129], 1)
+    ops.element('FourNodeTetrahedron', 9199, *[2568, 2400, 711, 1228], 1)
+    ops.element('FourNodeTetrahedron', 9200, *[1886, 2509, 2347, 2604], 1)
+    ops.element('FourNodeTetrahedron', 9201, *[1806, 1758, 2516, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9202, *[2640, 1758, 1755, 2516], 1)
+    ops.element('FourNodeTetrahedron', 9203, *[2640, 1758, 2516, 1806], 1)
+    ops.element('FourNodeTetrahedron', 9204, *[2538, 2325, 2406, 2240], 1)
+    ops.element('FourNodeTetrahedron', 9205, *[2505, 1799, 1188, 1797], 1)
+    ops.element('FourNodeTetrahedron', 9206, *[2680, 2446, 2346, 2345], 1)
+    ops.element('FourNodeTetrahedron', 9207, *[1911, 2393, 1912, 2322], 1)
+    ops.element('FourNodeTetrahedron', 9208, *[1813, 1817, 2161, 1814], 1)
+    ops.element('FourNodeTetrahedron', 9209, *[2061, 1806, 2516, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9210, *[2107, 2026, 1935, 1852], 1)
+    ops.element('FourNodeTetrahedron', 9211, *[2271, 2317, 1989, 2327], 1)
+    ops.element('FourNodeTetrahedron', 9212, *[2634, 1899, 2334, 2085], 1)
+    ops.element('FourNodeTetrahedron', 9213, *[2160, 2433, 2058, 2113], 1)
+    ops.element('FourNodeTetrahedron', 9214, *[2433, 2112, 2058, 2113], 1)
+    ops.element('FourNodeTetrahedron', 9215, *[1803, 1830, 2482, 2440], 1)
+    ops.element('FourNodeTetrahedron', 9216, *[2113, 2433, 2112, 1755], 1)
+    ops.element('FourNodeTetrahedron', 9217, *[1174, 2070, 1136, 1200], 1)
+    ops.element('FourNodeTetrahedron', 9218, *[2434, 2433, 2113, 1755], 1)
+    ops.element('FourNodeTetrahedron', 9219, *[1175, 2234, 1181, 633], 1)
+    ops.element('FourNodeTetrahedron', 9220, *[2434, 1755, 2113, 2640], 1)
+    ops.element('FourNodeTetrahedron', 9221, *[2641, 2434, 2113, 2640], 1)
+    ops.element('FourNodeTetrahedron', 9222, *[2640, 1755, 2113, 2516], 1)
+    ops.element('FourNodeTetrahedron', 9223, *[1990, 2152, 2360, 2318], 1)
+    ops.element('FourNodeTetrahedron', 9224, *[2641, 2640, 2113, 2516], 1)
+    ops.element('FourNodeTetrahedron', 9225, *[2337, 2140, 2452, 2624], 1)
+    ops.element('FourNodeTetrahedron', 9226, *[2160, 2434, 2113, 2641], 1)
+    ops.element('FourNodeTetrahedron', 9227, *[2160, 2434, 2433, 2113], 1)
+    ops.element('FourNodeTetrahedron', 9228, *[2220, 2364, 2219, 2482], 1)
+    ops.element('FourNodeTetrahedron', 9229, *[2493, 2526, 2494, 2221], 1)
+    ops.element('FourNodeTetrahedron', 9230, *[2035, 2036, 1747, 2486], 1)
+    ops.element('FourNodeTetrahedron', 9231, *[1910, 1946, 1908, 2212], 1)
+    ops.element('FourNodeTetrahedron', 9232, *[2536, 2527, 2526, 2097], 1)
+    ops.element('FourNodeTetrahedron', 9233, *[2283, 2435, 2284, 1996], 1)
+    ops.element('FourNodeTetrahedron', 9234, *[1769, 2460, 1768, 2227], 1)
+    ops.element('FourNodeTetrahedron', 9235, *[1184, 1799, 2143, 1937], 1)
+    ops.element('FourNodeTetrahedron', 9236, *[2265, 2663, 1939, 1941], 1)
+    ops.element('FourNodeTetrahedron', 9237, *[2454, 2455, 2352, 2070], 1)
+    ops.element('FourNodeTetrahedron', 9238, *[1843, 2652, 1955, 2383], 1)
+    ops.element('FourNodeTetrahedron', 9239, *[2468, 2273, 2294, 2416], 1)
+    ops.element('FourNodeTetrahedron', 9240, *[2236, 2237, 1898, 1913], 1)
+    ops.element('FourNodeTetrahedron', 9241, *[1987, 1909, 1911, 1912], 1)
+    ops.element('FourNodeTetrahedron', 9242, *[1871, 1873, 2185, 1872], 1)
+    ops.element('FourNodeTetrahedron', 9243, *[2119, 1754, 1751, 1752], 1)
+    ops.element('FourNodeTetrahedron', 9244, *[2479, 2590, 2559, 2591], 1)
+    ops.element('FourNodeTetrahedron', 9245, *[1958, 1956, 2051, 2210], 1)
+    ops.element('FourNodeTetrahedron', 9246, *[2146, 2530, 1854, 1896], 1)
+    ops.element('FourNodeTetrahedron', 9247, *[2006, 2619, 1892, 2522], 1)
+    ops.element('FourNodeTetrahedron', 9248, *[1929, 1784, 2358, 1980], 1)
+    ops.element('FourNodeTetrahedron', 9249, *[2331, 2328, 2330, 2111], 1)
+    ops.element('FourNodeTetrahedron', 9250, *[2185, 2686, 2468, 2551], 1)
+    ops.element('FourNodeTetrahedron', 9251, *[1223, 2074, 1234, 1235], 1)
+    ops.element('FourNodeTetrahedron', 9252, *[2667, 1158, 682, 511], 1)
+    ops.element('FourNodeTetrahedron', 9253, *[1970, 1971, 1969, 2138], 1)
+    ops.element('FourNodeTetrahedron', 9254, *[2266, 1942, 1185, 1137], 1)
+    ops.element('FourNodeTetrahedron', 9255, *[1750, 1836, 2229, 1949], 1)
+    ops.element('FourNodeTetrahedron', 9256, *[1779, 1776, 1187, 2443], 1)
+    ops.element('FourNodeTetrahedron', 9257, *[1892, 2522, 2619, 1923], 1)
+    ops.element('FourNodeTetrahedron', 9258, *[2465, 2336, 2250, 2196], 1)
+    ops.element('FourNodeTetrahedron', 9259, *[2520, 2167, 2401, 1809], 1)
+    ops.element('FourNodeTetrahedron', 9260, *[2073, 2315, 2074, 2071], 1)
+    ops.element('FourNodeTetrahedron', 9261, *[2596, 2413, 2531, 2577], 1)
+    ops.element('FourNodeTetrahedron', 9262, *[2113, 1755, 2526, 2493], 1)
+    ops.element('FourNodeTetrahedron', 9263, *[2344, 1794, 1792, 1795], 1)
+    ops.element('FourNodeTetrahedron', 9264, *[2356, 2221, 2222, 2192], 1)
+    ops.element('FourNodeTetrahedron', 9265, *[2080, 2079, 2151, 2379], 1)
+    ops.element('FourNodeTetrahedron', 9266, *[1126, 1978, 1236, 1257], 1)
+    ops.element('FourNodeTetrahedron', 9267, *[2338, 2502, 2560, 2590], 1)
+    ops.element('FourNodeTetrahedron', 9268, *[2438, 2381, 1913, 2602], 1)
+    ops.element('FourNodeTetrahedron', 9269, *[1150, 2438, 1913, 2602], 1)
+    ops.element('FourNodeTetrahedron', 9270, *[1150, 2602, 1222, 2171], 1)
+    ops.element('FourNodeTetrahedron', 9271, *[1150, 2438, 2602, 2171], 1)
+    ops.element('FourNodeTetrahedron', 9272, *[2335, 2681, 2436, 2540], 1)
+    ops.element('FourNodeTetrahedron', 9273, *[2335, 2540, 2436, 2336], 1)
+    ops.element('FourNodeTetrahedron', 9274, *[1251, 1853, 1204, 2402], 1)
+    ops.element('FourNodeTetrahedron', 9275, *[1926, 2032, 1814, 2031], 1)
+    ops.element('FourNodeTetrahedron', 9276, *[2024, 2023, 2299, 2021], 1)
+    ops.element('FourNodeTetrahedron', 9277, *[2002, 2432, 2003, 2001], 1)
+    ops.element('FourNodeTetrahedron', 9278, *[2421, 2530, 2422, 2146], 1)
+    ops.element('FourNodeTetrahedron', 9279, *[1936, 1999, 1811, 2562], 1)
+    ops.element('FourNodeTetrahedron', 9280, *[1811, 2135, 2133, 1999], 1)
+    ops.element('FourNodeTetrahedron', 9281, *[2572, 2170, 2573, 2559], 1)
+    ops.element('FourNodeTetrahedron', 9282, *[2577, 2151, 2150, 1992], 1)
+    ops.element('FourNodeTetrahedron', 9283, *[2528, 2407, 2402, 2405], 1)
+    ops.element('FourNodeTetrahedron', 9284, *[1995, 2102, 2309, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9285, *[2526, 2030, 1995, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9286, *[2357, 2055, 2214, 1747], 1)
+    ops.element('FourNodeTetrahedron', 9287, *[2357, 2438, 2238, 2479], 1)
+    ops.element('FourNodeTetrahedron', 9288, *[1995, 2030, 2102, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9289, *[1824, 2288, 2101, 1890], 1)
+    ops.element('FourNodeTetrahedron', 9290, *[2103, 1824, 2101, 1890], 1)
+    ops.element('FourNodeTetrahedron', 9291, *[2120, 1936, 1811, 2562], 1)
+    ops.element('FourNodeTetrahedron', 9292, *[2120, 2000, 1811, 1936], 1)
+    ops.element('FourNodeTetrahedron', 9293, *[2184, 2294, 2621, 2612], 1)
+    ops.element('FourNodeTetrahedron', 9294, *[2617, 1771, 1768, 2154], 1)
+    ops.element('FourNodeTetrahedron', 9295, *[2184, 2294, 2612, 2416], 1)
+    ops.element('FourNodeTetrahedron', 9296, *[1762, 1841, 2398, 1842], 1)
+    ops.element('FourNodeTetrahedron', 9297, *[1158, 2170, 1229, 2662], 1)
+    ops.element('FourNodeTetrahedron', 9298, *[2026, 1803, 2482, 2440], 1)
+    ops.element('FourNodeTetrahedron', 9299, *[2236, 2114, 2449, 1844], 1)
+    ops.element('FourNodeTetrahedron', 9300, *[2199, 2198, 2197, 2195], 1)
+    ops.element('FourNodeTetrahedron', 9301, *[2420, 2150, 1976, 2362], 1)
+    ops.element('FourNodeTetrahedron', 9302, *[2101, 2313, 1824, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9303, *[2030, 2313, 2102, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9304, *[2102, 2313, 2101, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9305, *[2577, 2150, 2525, 1992], 1)
+    ops.element('FourNodeTetrahedron', 9306, *[2108, 2373, 2089, 2111], 1)
+    ops.element('FourNodeTetrahedron', 9307, *[1184, 2143, 1227, 1240], 1)
+    ops.element('FourNodeTetrahedron', 9308, *[2561, 2337, 2338, 2508], 1)
+    ops.element('FourNodeTetrahedron', 9309, *[2324, 2549, 2082, 2223], 1)
+    ops.element('FourNodeTetrahedron', 9310, *[1975, 2255, 1191, 1891], 1)
+    ops.element('FourNodeTetrahedron', 9311, *[2214, 2532, 1981, 2596], 1)
+    ops.element('FourNodeTetrahedron', 9312, *[2171, 2438, 2602, 2578], 1)
+    ops.element('FourNodeTetrahedron', 9313, *[2502, 2577, 2525, 1992], 1)
+    ops.element('FourNodeTetrahedron', 9314, *[2398, 2623, 1763, 1904], 1)
+    ops.element('FourNodeTetrahedron', 9315, *[1162, 1808, 1143, 2046], 1)
+    ops.element('FourNodeTetrahedron', 9316, *[2578, 2577, 2150, 2525], 1)
+    ops.element('FourNodeTetrahedron', 9317, *[2578, 2150, 2420, 2525], 1)
+    ops.element('FourNodeTetrahedron', 9318, *[1860, 1975, 1130, 1215], 1)
+    ops.element('FourNodeTetrahedron', 9319, *[2467, 2006, 1891, 1892], 1)
+    ops.element('FourNodeTetrahedron', 9320, *[1918, 2093, 2095, 1925], 1)
+    ops.element('FourNodeTetrahedron', 9321, *[2329, 2477, 2674, 2330], 1)
+    ops.element('FourNodeTetrahedron', 9322, *[1760, 1880, 1153, 1903], 1)
+    ops.element('FourNodeTetrahedron', 9323, *[2023, 2669, 2021, 1778], 1)
+    ops.element('FourNodeTetrahedron', 9324, *[2153, 2054, 1883, 2234], 1)
+    ops.element('FourNodeTetrahedron', 9325, *[2176, 2232, 2366, 1900], 1)
+    ops.element('FourNodeTetrahedron', 9326, *[2340, 1969, 2214, 2338], 1)
+    ops.element('FourNodeTetrahedron', 9327, *[2353, 2304, 2305, 2352], 1)
+    ops.element('FourNodeTetrahedron', 9328, *[2077, 2003, 2076, 2002], 1)
+    ops.element('FourNodeTetrahedron', 9329, *[2468, 2580, 2273, 2415], 1)
+    ops.element('FourNodeTetrahedron', 9330, *[1918, 1912, 2345, 2094], 1)
+    ops.element('FourNodeTetrahedron', 9331, *[1149, 2098, 177, 2250], 1)
+    ops.element('FourNodeTetrahedron', 9332, *[2455, 2352, 2070, 2408], 1)
+    ops.element('FourNodeTetrahedron', 9333, *[2244, 2481, 2017, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9334, *[2244, 2017, 2019, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9335, *[2419, 2049, 2256, 2020], 1)
+    ops.element('FourNodeTetrahedron', 9336, *[2212, 1946, 1910, 1947], 1)
+    ops.element('FourNodeTetrahedron', 9337, *[2455, 2354, 2352, 2408], 1)
+    ops.element('FourNodeTetrahedron', 9338, *[1185, 2065, 1183, 1943], 1)
+    ops.element('FourNodeTetrahedron', 9339, *[2090, 2087, 2167, 2088], 1)
+    ops.element('FourNodeTetrahedron', 9340, *[2615, 2674, 2613, 2311], 1)
+    ops.element('FourNodeTetrahedron', 9341, *[2294, 2565, 2429, 2612], 1)
+    ops.element('FourNodeTetrahedron', 9342, *[2640, 1757, 1755, 1758], 1)
+    ops.element('FourNodeTetrahedron', 9343, *[2353, 2455, 2352, 2354], 1)
+    ops.element('FourNodeTetrahedron', 9344, *[1906, 2678, 2380, 2657], 1)
+    ops.element('FourNodeTetrahedron', 9345, *[2136, 2678, 2599, 2380], 1)
+    ops.element('FourNodeTetrahedron', 9346, *[1155, 2202, 1232, 551], 1)
+    ops.element('FourNodeTetrahedron', 9347, *[2136, 2678, 2380, 1906], 1)
+    ops.element('FourNodeTetrahedron', 9348, *[2551, 2415, 2416, 2552], 1)
+    ops.element('FourNodeTetrahedron', 9349, *[1829, 1846, 2376, 2059], 1)
+    ops.element('FourNodeTetrahedron', 9350, *[2143, 1826, 2144, 2148], 1)
+    ops.element('FourNodeTetrahedron', 9351, *[2599, 734, 739, 2380], 1)
+    ops.element('FourNodeTetrahedron', 9352, *[1131, 1796, 1184, 1195], 1)
+    ops.element('FourNodeTetrahedron', 9353, *[1796, 1937, 1195, 2013], 1)
+    ops.element('FourNodeTetrahedron', 9354, *[2552, 2414, 2415, 2416], 1)
+    ops.element('FourNodeTetrahedron', 9355, *[2308, 2321, 1847, 1848], 1)
+    ops.element('FourNodeTetrahedron', 9356, *[2011, 2136, 2380, 1906], 1)
+    ops.element('FourNodeTetrahedron', 9357, *[1905, 1906, 1821, 1820], 1)
+    ops.element('FourNodeTetrahedron', 9358, *[1906, 2657, 2380, 1821], 1)
+    ops.element('FourNodeTetrahedron', 9359, *[1906, 2657, 1821, 1820], 1)
+    ops.element('FourNodeTetrahedron', 9360, *[1905, 1906, 2380, 1821], 1)
+    ops.element('FourNodeTetrahedron', 9361, *[2570, 2035, 2646, 2487], 1)
+    ops.element('FourNodeTetrahedron', 9362, *[2354, 2391, 2352, 2408], 1)
+    ops.element('FourNodeTetrahedron', 9363, *[1212, 1847, 1148, 653], 1)
+    ops.element('FourNodeTetrahedron', 9364, *[1905, 2380, 1144, 1821], 1)
+    ops.element('FourNodeTetrahedron', 9365, *[743, 2047, 2180, 2178], 1)
+    ops.element('FourNodeTetrahedron', 9366, *[747, 1988, 748, 1169], 1)
+    ops.element('FourNodeTetrahedron', 9367, *[1757, 1756, 2433, 1755], 1)
+    ops.element('FourNodeTetrahedron', 9368, *[2178, 2177, 2627, 2179], 1)
+    ops.element('FourNodeTetrahedron', 9369, *[2358, 2237, 513, 2238], 1)
+    ops.element('FourNodeTetrahedron', 9370, *[2672, 2629, 1775, 2490], 1)
+    ops.element('FourNodeTetrahedron', 9371, *[1805, 1804, 2471, 1806], 1)
+    ops.element('FourNodeTetrahedron', 9372, *[742, 2177, 2627, 2178], 1)
+    ops.element('FourNodeTetrahedron', 9373, *[2523, 2522, 1915, 2474], 1)
+    ops.element('FourNodeTetrahedron', 9374, *[2399, 2623, 1763, 2398], 1)
+    ops.element('FourNodeTetrahedron', 9375, *[2058, 1845, 2059, 2456], 1)
+    ops.element('FourNodeTetrahedron', 9376, *[2273, 1963, 2565, 1964], 1)
+    ops.element('FourNodeTetrahedron', 9377, *[2416, 2273, 2565, 1964], 1)
+    ops.element('FourNodeTetrahedron', 9378, *[2050, 2635, 1879, 2048], 1)
+    ops.element('FourNodeTetrahedron', 9379, *[2594, 2592, 2556, 2462], 1)
+    ops.element('FourNodeTetrahedron', 9380, *[2594, 2556, 1194, 2462], 1)
+    ops.element('FourNodeTetrahedron', 9381, *[1935, 2000, 1810, 2120], 1)
+    ops.element('FourNodeTetrahedron', 9382, *[2219, 2000, 1810, 1935], 1)
+    ops.element('FourNodeTetrahedron', 9383, *[2463, 1998, 1151, 2408], 1)
+    ops.element('FourNodeTetrahedron', 9384, *[1964, 1962, 2231, 2233], 1)
+    ops.element('FourNodeTetrahedron', 9385, *[2659, 2476, 2277, 2445], 1)
+    ops.element('FourNodeTetrahedron', 9386, *[1851, 1930, 1860, 1993], 1)
+    ops.element('FourNodeTetrahedron', 9387, *[2058, 2059, 1829, 1994], 1)
+    ops.element('FourNodeTetrahedron', 9388, *[2052, 2226, 2594, 2384], 1)
+    ops.element('FourNodeTetrahedron', 9389, *[2635, 2275, 2046, 1124], 1)
+    ops.element('FourNodeTetrahedron', 9390, *[1996, 2375, 2116, 2539], 1)
+    ops.element('FourNodeTetrahedron', 9391, *[2563, 1770, 1771, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9392, *[1782, 1987, 2345, 1857], 1)
+    ops.element('FourNodeTetrahedron', 9393, *[1921, 1909, 1987, 1924], 1)
+    ops.element('FourNodeTetrahedron', 9394, *[2132, 2018, 2316, 1868], 1)
+    ops.element('FourNodeTetrahedron', 9395, *[2513, 2496, 2404, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9396, *[2429, 2086, 2121, 2430], 1)
+    ops.element('FourNodeTetrahedron', 9397, *[2017, 2249, 1770, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9398, *[2229, 1935, 1810, 2120], 1)
+    ops.element('FourNodeTetrahedron', 9399, *[2271, 2327, 1989, 1991], 1)
+    ops.element('FourNodeTetrahedron', 9400, *[2220, 2219, 2568, 1935], 1)
+    ops.element('FourNodeTetrahedron', 9401, *[1231, 2497, 1135, 1216], 1)
+    ops.element('FourNodeTetrahedron', 9402, *[2273, 2272, 1878, 2294], 1)
+    ops.element('FourNodeTetrahedron', 9403, *[2479, 2591, 2495, 2518], 1)
+    ops.element('FourNodeTetrahedron', 9404, *[2594, 2462, 621, 2384], 1)
+    ops.element('FourNodeTetrahedron', 9405, *[1231, 2528, 1135, 2497], 1)
+    ops.element('FourNodeTetrahedron', 9406, *[2135, 2681, 2436, 2435], 1)
+    ops.element('FourNodeTetrahedron', 9407, *[2184, 2612, 2621, 2062], 1)
+    ops.element('FourNodeTetrahedron', 9408, *[2348, 2410, 1196, 611], 1)
+    ops.element('FourNodeTetrahedron', 9409, *[2635, 2275, 1124, 2009], 1)
+    ops.element('FourNodeTetrahedron', 9410, *[2172, 1978, 1126, 1257], 1)
+    ops.element('FourNodeTetrahedron', 9411, *[1891, 2483, 2619, 2006], 1)
+    ops.element('FourNodeTetrahedron', 9412, *[2594, 2592, 2462, 2384], 1)
+    ops.element('FourNodeTetrahedron', 9413, *[1201, 2147, 1202, 1123], 1)
+    ops.element('FourNodeTetrahedron', 9414, *[1219, 2298, 1225, 1121], 1)
+    ops.element('FourNodeTetrahedron', 9415, *[2168, 2440, 2026, 1852], 1)
+    ops.element('FourNodeTetrahedron', 9416, *[1217, 2048, 1247, 1219], 1)
+    ops.element('FourNodeTetrahedron', 9417, *[1969, 2213, 2140, 2139], 1)
+    ops.element('FourNodeTetrahedron', 9418, *[2351, 2110, 2681, 2464], 1)
+    ops.element('FourNodeTetrahedron', 9419, *[1890, 1862, 1865, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9420, *[2391, 2489, 1834, 2260], 1)
+    ops.element('FourNodeTetrahedron', 9421, *[1844, 1843, 1955, 2383], 1)
+    ops.element('FourNodeTetrahedron', 9422, *[2578, 2129, 2420, 2150], 1)
+    ops.element('FourNodeTetrahedron', 9423, *[1199, 2463, 733, 1151], 1)
+    ops.element('FourNodeTetrahedron', 9424, *[2531, 2129, 2631, 2578], 1)
+    ops.element('FourNodeTetrahedron', 9425, *[2405, 2204, 1155, 2542], 1)
+    ops.element('FourNodeTetrahedron', 9426, *[1872, 2185, 2184, 2416], 1)
+    ops.element('FourNodeTetrahedron', 9427, *[2578, 2129, 2631, 2420], 1)
+    ops.element('FourNodeTetrahedron', 9428, *[1869, 2016, 2359, 2078], 1)
+    ops.element('FourNodeTetrahedron', 9429, *[2240, 2493, 2494, 2241], 1)
+    ops.element('FourNodeTetrahedron', 9430, *[2531, 2081, 2131, 2075], 1)
+    ops.element('FourNodeTetrahedron', 9431, *[2531, 2081, 2075, 2151], 1)
+    ops.element('FourNodeTetrahedron', 9432, *[2046, 2047, 1193, 2475], 1)
+    ops.element('FourNodeTetrahedron', 9433, *[1890, 2176, 2287, 1901], 1)
+    ops.element('FourNodeTetrahedron', 9434, *[1901, 2366, 2684, 1900], 1)
+    ops.element('FourNodeTetrahedron', 9435, *[1127, 2229, 1209, 1949], 1)
+    ops.element('FourNodeTetrahedron', 9436, *[2577, 2151, 2531, 2150], 1)
+    ops.element('FourNodeTetrahedron', 9437, *[513, 2236, 2237, 1913], 1)
+    ops.element('FourNodeTetrahedron', 9438, *[513, 1913, 1246, 1150], 1)
+    ops.element('FourNodeTetrahedron', 9439, *[2236, 1898, 1246, 1913], 1)
+    ops.element('FourNodeTetrahedron', 9440, *[2531, 2151, 2075, 2150], 1)
+    ops.element('FourNodeTetrahedron', 9441, *[2390, 2641, 2173, 2389], 1)
+    ops.element('FourNodeTetrahedron', 9442, *[1930, 1994, 2283, 1996], 1)
+    ops.element('FourNodeTetrahedron', 9443, *[2388, 2173, 2538, 2240], 1)
+    ops.element('FourNodeTetrahedron', 9444, *[2333, 2199, 2200, 2334], 1)
+    ops.element('FourNodeTetrahedron', 9445, *[2273, 1875, 2272, 1963], 1)
+    ops.element('FourNodeTetrahedron', 9446, *[2237, 1981, 1844, 2381], 1)
+    ops.element('FourNodeTetrahedron', 9447, *[2083, 2332, 2308, 2084], 1)
+    ops.element('FourNodeTetrahedron', 9448, *[1854, 2157, 1851, 2538], 1)
+    ops.element('FourNodeTetrahedron', 9449, *[2133, 2335, 2099, 2098], 1)
+    ops.element('FourNodeTetrahedron', 9450, *[1797, 2503, 1799, 1798], 1)
+    ops.element('FourNodeTetrahedron', 9451, *[2412, 2497, 1156, 2410], 1)
+    ops.element('FourNodeTetrahedron', 9452, *[2346, 2448, 1805, 2390], 1)
+    ops.element('FourNodeTetrahedron', 9453, *[2228, 2437, 718, 2400], 1)
+    ops.element('FourNodeTetrahedron', 9454, *[2271, 2296, 2327, 2270], 1)
+    ops.element('FourNodeTetrahedron', 9455, *[2470, 2471, 2641, 2469], 1)
+    ops.element('FourNodeTetrahedron', 9456, *[2131, 2077, 2132, 2075], 1)
+    ops.element('FourNodeTetrahedron', 9457, *[2145, 1949, 1208, 1853], 1)
+    ops.element('FourNodeTetrahedron', 9458, *[1779, 2022, 1197, 1778], 1)
+    ops.element('FourNodeTetrahedron', 9459, *[2055, 1746, 1980, 2214], 1)
+    ops.element('FourNodeTetrahedron', 9460, *[2406, 1993, 1974, 2494], 1)
+    ops.element('FourNodeTetrahedron', 9461, *[2253, 1957, 1958, 2625], 1)
+    ops.element('FourNodeTetrahedron', 9462, *[1956, 2209, 2227, 2051], 1)
+    ops.element('FourNodeTetrahedron', 9463, *[1956, 1959, 2209, 2210], 1)
+    ops.element('FourNodeTetrahedron', 9464, *[1878, 1823, 2097, 2272], 1)
+    ops.element('FourNodeTetrahedron', 9465, *[1201, 2147, 1206, 1202], 1)
+    ops.element('FourNodeTetrahedron', 9466, *[1923, 1238, 526, 2278], 1)
+    ops.element('FourNodeTetrahedron', 9467, *[2014, 2013, 2015, 2556], 1)
+    ops.element('FourNodeTetrahedron', 9468, *[2527, 1967, 1823, 1966], 1)
+    ops.element('FourNodeTetrahedron', 9469, *[2060, 2062, 2063, 2466], 1)
+    ops.element('FourNodeTetrahedron', 9470, *[2122, 2661, 2430, 2611], 1)
+    ops.element('FourNodeTetrahedron', 9471, *[1780, 1988, 1169, 1781], 1)
+    ops.element('FourNodeTetrahedron', 9472, *[2320, 2069, 1821, 2068], 1)
+    ops.element('FourNodeTetrahedron', 9473, *[2441, 1831, 1830, 1845], 1)
+    ops.element('FourNodeTetrahedron', 9474, *[759, 1893, 1239, 1159], 1)
+    ops.element('FourNodeTetrahedron', 9475, *[1239, 1893, 1169, 1780], 1)
+    ops.element('FourNodeTetrahedron', 9476, *[1884, 2044, 2524, 1784], 1)
+    ops.element('FourNodeTetrahedron', 9477, *[1935, 2440, 1934, 1933], 1)
+    ops.element('FourNodeTetrahedron', 9478, *[2557, 2473, 1808, 2045], 1)
+    ops.element('FourNodeTetrahedron', 9479, *[1894, 2607, 759, 1893], 1)
+    ops.element('FourNodeTetrahedron', 9480, *[1165, 2275, 1245, 1124], 1)
+    ops.element('FourNodeTetrahedron', 9481, *[1894, 1893, 759, 1159], 1)
+    ops.element('FourNodeTetrahedron', 9482, *[2626, 2274, 2153, 2054], 1)
+    ops.element('FourNodeTetrahedron', 9483, *[2027, 1802, 1803, 2091], 1)
+    ops.element('FourNodeTetrahedron', 9484, *[2490, 2615, 2629, 2312], 1)
+    ops.element('FourNodeTetrahedron', 9485, *[2662, 2653, 684, 2573], 1)
+    ops.element('FourNodeTetrahedron', 9486, *[2155, 1871, 1872, 2156], 1)
+    ops.element('FourNodeTetrahedron', 9487, *[2129, 1868, 2071, 1976], 1)
+    ops.element('FourNodeTetrahedron', 9488, *[2631, 2071, 2072, 2129], 1)
+    ops.element('FourNodeTetrahedron', 9489, *[2147, 2409, 1206, 1202], 1)
+    ops.element('FourNodeTetrahedron', 9490, *[2345, 2390, 2173, 2388], 1)
+    ops.element('FourNodeTetrahedron', 9491, *[2048, 2009, 1247, 1164], 1)
+    ops.element('FourNodeTetrahedron', 9492, *[1973, 2483, 1891, 2006], 1)
+    ops.element('FourNodeTetrahedron', 9493, *[2483, 2484, 2199, 2630], 1)
+    ops.element('FourNodeTetrahedron', 9494, *[2483, 2630, 2199, 2333], 1)
+    ops.element('FourNodeTetrahedron', 9495, *[2098, 2336, 2250, 2465], 1)
+    ops.element('FourNodeTetrahedron', 9496, *[713, 2164, 175, 1157], 1)
+    ops.element('FourNodeTetrahedron', 9497, *[2485, 2630, 2483, 2008], 1)
+    ops.element('FourNodeTetrahedron', 9498, *[1850, 1793, 2609, 1795], 1)
+    ops.element('FourNodeTetrahedron', 9499, *[2094, 2389, 2388, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9500, *[2435, 2335, 2098, 2539], 1)
+    ops.element('FourNodeTetrahedron', 9501, *[2405, 1974, 1859, 2204], 1)
+    ops.element('FourNodeTetrahedron', 9502, *[2405, 2682, 1974, 2204], 1)
+    ops.element('FourNodeTetrahedron', 9503, *[1799, 2149, 2143, 1937], 1)
+    ops.element('FourNodeTetrahedron', 9504, *[2528, 2405, 1135, 2497], 1)
+    ops.element('FourNodeTetrahedron', 9505, *[2453, 2525, 2656, 1990], 1)
+    ops.element('FourNodeTetrahedron', 9506, *[2682, 2242, 1974, 2204], 1)
+    ops.element('FourNodeTetrahedron', 9507, *[1141, 1809, 1157, 1170], 1)
+    ops.element('FourNodeTetrahedron', 9508, *[2560, 2169, 2171, 2170], 1)
+    ops.element('FourNodeTetrahedron', 9509, *[1970, 2486, 2597, 2386], 1)
+    ops.element('FourNodeTetrahedron', 9510, *[2479, 2560, 2171, 2170], 1)
+    ops.element('FourNodeTetrahedron', 9511, *[2022, 2021, 2024, 1197], 1)
+    ops.element('FourNodeTetrahedron', 9512, *[2022, 2023, 2021, 1778], 1)
+    ops.element('FourNodeTetrahedron', 9513, *[2211, 2292, 1886, 2290], 1)
+    ops.element('FourNodeTetrahedron', 9514, *[2129, 2132, 1868, 2076], 1)
+    ops.element('FourNodeTetrahedron', 9515, *[1829, 2464, 2588, 1932], 1)
+    ops.element('FourNodeTetrahedron', 9516, *[1170, 2099, 176, 177], 1)
+    ops.element('FourNodeTetrahedron', 9517, *[1916, 1899, 2564, 2606], 1)
+    ops.element('FourNodeTetrahedron', 9518, *[1964, 2620, 2661, 2618], 1)
+    ops.element('FourNodeTetrahedron', 9519, *[2058, 2112, 2059, 1995], 1)
+    ops.element('FourNodeTetrahedron', 9520, *[2008, 2630, 2006, 1917], 1)
+    ops.element('FourNodeTetrahedron', 9521, *[2025, 2026, 2107, 2168], 1)
+    ops.element('FourNodeTetrahedron', 9522, *[1858, 2094, 2388, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9523, *[1858, 2388, 2529, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9524, *[2329, 2477, 2328, 2092], 1)
+    ops.element('FourNodeTetrahedron', 9525, *[2325, 2113, 1993, 2526], 1)
+    ops.element('FourNodeTetrahedron', 9526, *[2566, 1789, 1790, 2175], 1)
+    ops.element('FourNodeTetrahedron', 9527, *[1964, 2620, 2233, 2661], 1)
+    ops.element('FourNodeTetrahedron', 9528, *[1176, 2617, 1137, 1175], 1)
+    ops.element('FourNodeTetrahedron', 9529, *[1931, 2058, 2285, 2113], 1)
+    ops.element('FourNodeTetrahedron', 9530, *[1860, 2307, 1975, 1974], 1)
+    ops.element('FourNodeTetrahedron', 9531, *[2197, 2201, 2198, 2199], 1)
+    ops.element('FourNodeTetrahedron', 9532, *[2149, 1783, 2148, 2263], 1)
+    ops.element('FourNodeTetrahedron', 9533, *[1123, 2144, 1203, 2142], 1)
+    ops.element('FourNodeTetrahedron', 9534, *[2459, 1770, 2066, 1768], 1)
+    ops.element('FourNodeTetrahedron', 9535, *[2370, 2523, 2598, 538], 1)
+    ops.element('FourNodeTetrahedron', 9536, *[2479, 2438, 2171, 2560], 1)
+    ops.element('FourNodeTetrahedron', 9537, *[2641, 2516, 2240, 2389], 1)
+    ops.element('FourNodeTetrahedron', 9538, *[2001, 2431, 2243, 2403], 1)
+    ops.element('FourNodeTetrahedron', 9539, *[1769, 1959, 2460, 2227], 1)
+    ops.element('FourNodeTetrahedron', 9540, *[2641, 2325, 2240, 2516], 1)
+    ops.element('FourNodeTetrahedron', 9541, *[2113, 2112, 1995, 2526], 1)
+    ops.element('FourNodeTetrahedron', 9542, *[1928, 1784, 2358, 1929], 1)
+    ops.element('FourNodeTetrahedron', 9543, *[2145, 2422, 1852, 1854], 1)
+    ops.element('FourNodeTetrahedron', 9544, *[2145, 1852, 1853, 1854], 1)
+    ops.element('FourNodeTetrahedron', 9545, *[2019, 2017, 2395, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9546, *[2422, 2157, 1852, 1854], 1)
+    ops.element('FourNodeTetrahedron', 9547, *[1856, 2388, 2407, 2529], 1)
+    ops.element('FourNodeTetrahedron', 9548, *[2230, 2546, 2437, 2400], 1)
+    ops.element('FourNodeTetrahedron', 9549, *[2364, 2671, 2230, 2546], 1)
+    ops.element('FourNodeTetrahedron', 9550, *[2230, 2671, 2437, 2546], 1)
+    ops.element('FourNodeTetrahedron', 9551, *[2422, 2168, 1852, 2157], 1)
+    ops.element('FourNodeTetrahedron', 9552, *[2168, 2440, 1852, 1931], 1)
+    ops.element('FourNodeTetrahedron', 9553, *[2100, 2101, 1863, 1890], 1)
+    ops.element('FourNodeTetrahedron', 9554, *[2100, 1863, 2589, 1865], 1)
+    ops.element('FourNodeTetrahedron', 9555, *[2100, 1890, 1863, 1865], 1)
+    ops.element('FourNodeTetrahedron', 9556, *[2116, 2101, 2589, 2100], 1)
+    ops.element('FourNodeTetrahedron', 9557, *[2598, 2523, 1923, 532], 1)
+    ops.element('FourNodeTetrahedron', 9558, *[2298, 2256, 1225, 2419], 1)
+    ops.element('FourNodeTetrahedron', 9559, *[1967, 1877, 1823, 1878], 1)
+    ops.element('FourNodeTetrahedron', 9560, *[2598, 2523, 1892, 1923], 1)
+    ops.element('FourNodeTetrahedron', 9561, *[1830, 1829, 2588, 1932], 1)
+    ops.element('FourNodeTetrahedron', 9562, *[2283, 2351, 2135, 2435], 1)
+    ops.element('FourNodeTetrahedron', 9563, *[2100, 2589, 2116, 2484], 1)
+    ops.element('FourNodeTetrahedron', 9564, *[2100, 2589, 2484, 1865], 1)
+    ops.element('FourNodeTetrahedron', 9565, *[2024, 2299, 1142, 2021], 1)
+    ops.element('FourNodeTetrahedron', 9566, *[1936, 2588, 2000, 2283], 1)
+    ops.element('FourNodeTetrahedron', 9567, *[2595, 2275, 2442, 2608], 1)
+    ops.element('FourNodeTetrahedron', 9568, *[2586, 2137, 740, 2024], 1)
+    ops.element('FourNodeTetrahedron', 9569, *[2299, 2137, 1907, 2023], 1)
+    ops.element('FourNodeTetrahedron', 9570, *[621, 2450, 2462, 622], 1)
+    ops.element('FourNodeTetrahedron', 9571, *[2662, 2653, 2368, 684], 1)
+    ops.element('FourNodeTetrahedron', 9572, *[2567, 1791, 1788, 1789], 1)
+    ops.element('FourNodeTetrahedron', 9573, *[1784, 2031, 1787, 1929], 1)
+    ops.element('FourNodeTetrahedron', 9574, *[2170, 2368, 2662, 2653], 1)
+    ops.element('FourNodeTetrahedron', 9575, *[2441, 1845, 2058, 2433], 1)
+    ops.element('FourNodeTetrahedron', 9576, *[2031, 2603, 1885, 1787], 1)
+    ops.element('FourNodeTetrahedron', 9577, *[1765, 1921, 1986, 1920], 1)
+    ops.element('FourNodeTetrahedron', 9578, *[2077, 2003, 2132, 2076], 1)
+    ops.element('FourNodeTetrahedron', 9579, *[2526, 2097, 2221, 2356], 1)
+    ops.element('FourNodeTetrahedron', 9580, *[2405, 2407, 2529, 2682], 1)
+    ops.element('FourNodeTetrahedron', 9581, *[1931, 2058, 1994, 2285], 1)
+    ops.element('FourNodeTetrahedron', 9582, *[2496, 2407, 2528, 2529], 1)
+    ops.element('FourNodeTetrahedron', 9583, *[1231, 2497, 2528, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9584, *[1830, 1832, 2588, 1829], 1)
+    ops.element('FourNodeTetrahedron', 9585, *[2483, 2195, 2619, 2333], 1)
+    ops.element('FourNodeTetrahedron', 9586, *[2496, 2528, 2497, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9587, *[2022, 2021, 1197, 1778], 1)
+    ops.element('FourNodeTetrahedron', 9588, *[1934, 2588, 1936, 1932], 1)
+    ops.element('FourNodeTetrahedron', 9589, *[1934, 1830, 2588, 1932], 1)
+    ops.element('FourNodeTetrahedron', 9590, *[2440, 1830, 1934, 1932], 1)
+    ops.element('FourNodeTetrahedron', 9591, *[1934, 2482, 2588, 1830], 1)
+    ops.element('FourNodeTetrahedron', 9592, *[2007, 2222, 2008, 2010], 1)
+    ops.element('FourNodeTetrahedron', 9593, *[2193, 2555, 2008, 1917], 1)
+    ops.element('FourNodeTetrahedron', 9594, *[2222, 2008, 2010, 2193], 1)
+    ops.element('FourNodeTetrahedron', 9595, *[2221, 2100, 2309, 2485], 1)
+    ops.element('FourNodeTetrahedron', 9596, *[2103, 2655, 2100, 2221], 1)
+    ops.element('FourNodeTetrahedron', 9597, *[2309, 2103, 2100, 2221], 1)
+    ops.element('FourNodeTetrahedron', 9598, *[1989, 2318, 2152, 1990], 1)
+    ops.element('FourNodeTetrahedron', 9599, *[1159, 1893, 1239, 1780], 1)
+    ops.element('FourNodeTetrahedron', 9600, *[1894, 2607, 1893, 1780], 1)
+    ops.element('FourNodeTetrahedron', 9601, *[1996, 2116, 2539, 2309], 1)
+    ops.element('FourNodeTetrahedron', 9602, *[2100, 1865, 2484, 2485], 1)
+    ops.element('FourNodeTetrahedron', 9603, *[2242, 2241, 2494, 2222], 1)
+    ops.element('FourNodeTetrahedron', 9604, *[2192, 2514, 2555, 2121], 1)
+    ops.element('FourNodeTetrahedron', 9605, *[2161, 2651, 2663, 1884], 1)
+    ops.element('FourNodeTetrahedron', 9606, *[2485, 1865, 2484, 2630], 1)
+    ops.element('FourNodeTetrahedron', 9607, *[2454, 2353, 2455, 2657], 1)
+    ops.element('FourNodeTetrahedron', 9608, *[2489, 2490, 1775, 2312], 1)
+    ops.element('FourNodeTetrahedron', 9609, *[2006, 2630, 2483, 2333], 1)
+    ops.element('FourNodeTetrahedron', 9610, *[2590, 2508, 2501, 2559], 1)
+    ops.element('FourNodeTetrahedron', 9611, *[1139, 1163, 1162, 1879], 1)
+    ops.element('FourNodeTetrahedron', 9612, *[2514, 2174, 2655, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9613, *[2337, 2140, 2452, 2508], 1)
+    ops.element('FourNodeTetrahedron', 9614, *[2520, 2088, 2167, 1809], 1)
+    ops.element('FourNodeTetrahedron', 9615, *[2000, 2088, 1809, 2135], 1)
+    ops.element('FourNodeTetrahedron', 9616, *[2003, 2432, 2244, 2001], 1)
+    ops.element('FourNodeTetrahedron', 9617, *[1908, 2322, 1912, 2093], 1)
+    ops.element('FourNodeTetrahedron', 9618, *[2514, 2655, 2485, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9619, *[2514, 2634, 2485, 2555], 1)
+    ops.element('FourNodeTetrahedron', 9620, *[1746, 1748, 2532, 2213], 1)
+    ops.element('FourNodeTetrahedron', 9621, *[2381, 2315, 2073, 2631], 1)
+    ops.element('FourNodeTetrahedron', 9622, *[1845, 2314, 2059, 2456], 1)
+    ops.element('FourNodeTetrahedron', 9623, *[2602, 2072, 2172, 2420], 1)
+    ops.element('FourNodeTetrahedron', 9624, *[2256, 2020, 2258, 2359], 1)
+    ops.element('FourNodeTetrahedron', 9625, *[2192, 2514, 2485, 2555], 1)
+    ops.element('FourNodeTetrahedron', 9626, *[2242, 2494, 1974, 2222], 1)
+    ops.element('FourNodeTetrahedron', 9627, *[2310, 2482, 2220, 2026], 1)
+    ops.element('FourNodeTetrahedron', 9628, *[2345, 2173, 1856, 2388], 1)
+    ops.element('FourNodeTetrahedron', 9629, *[1805, 2471, 2469, 1806], 1)
+    ops.element('FourNodeTetrahedron', 9630, *[2489, 2312, 1775, 1772], 1)
+    ops.element('FourNodeTetrahedron', 9631, *[1907, 1820, 1905, 2669], 1)
+    ops.element('FourNodeTetrahedron', 9632, *[2489, 2312, 1772, 2491], 1)
+    ops.element('FourNodeTetrahedron', 9633, *[2392, 2489, 2260, 2491], 1)
+    ops.element('FourNodeTetrahedron', 9634, *[2260, 2489, 1772, 2491], 1)
+    ops.element('FourNodeTetrahedron', 9635, *[2192, 2485, 2008, 2555], 1)
+    ops.element('FourNodeTetrahedron', 9636, *[2106, 2679, 1777, 2443], 1)
+    ops.element('FourNodeTetrahedron', 9637, *[2238, 1981, 2237, 2438], 1)
+    ops.element('FourNodeTetrahedron', 9638, *[2106, 1777, 1779, 2443], 1)
+    ops.element('FourNodeTetrahedron', 9639, *[2356, 2514, 2192, 2429], 1)
+    ops.element('FourNodeTetrahedron', 9640, *[2636, 1920, 1888, 2292], 1)
+    ops.element('FourNodeTetrahedron', 9641, *[2631, 2130, 2315, 2071], 1)
+    ops.element('FourNodeTetrahedron', 9642, *[1753, 1754, 2083, 1752], 1)
+    ops.element('FourNodeTetrahedron', 9643, *[2243, 2252, 2500, 2274], 1)
+    ops.element('FourNodeTetrahedron', 9644, *[2396, 1780, 1159, 1134], 1)
+    ops.element('FourNodeTetrahedron', 9645, *[2274, 2253, 2057, 2664], 1)
+    ops.element('FourNodeTetrahedron', 9646, *[2390, 2389, 2388, 2094], 1)
+    ops.element('FourNodeTetrahedron', 9647, *[1228, 1157, 712, 1809], 1)
+    ops.element('FourNodeTetrahedron', 9648, *[2051, 2226, 2225, 1883], 1)
+    ops.element('FourNodeTetrahedron', 9649, *[2588, 1832, 2351, 2464], 1)
+    ops.element('FourNodeTetrahedron', 9650, *[1832, 2110, 2351, 2464], 1)
+    ops.element('FourNodeTetrahedron', 9651, *[2000, 2111, 2351, 2588], 1)
+    ops.element('FourNodeTetrahedron', 9652, *[1841, 2398, 1842, 1843], 1)
+    ops.element('FourNodeTetrahedron', 9653, *[2000, 2111, 2088, 2351], 1)
+    ops.element('FourNodeTetrahedron', 9654, *[2219, 2111, 2088, 2000], 1)
+    ops.element('FourNodeTetrahedron', 9655, *[2612, 2429, 2356, 2123], 1)
+    ops.element('FourNodeTetrahedron', 9656, *[2153, 1883, 2154, 2234], 1)
+    ops.element('FourNodeTetrahedron', 9657, *[2416, 2430, 2612, 2611], 1)
+    ops.element('FourNodeTetrahedron', 9658, *[2294, 2429, 2356, 2612], 1)
+    ops.element('FourNodeTetrahedron', 9659, *[2544, 2063, 2241, 2239], 1)
+    ops.element('FourNodeTetrahedron', 9660, *[1980, 1746, 2532, 2214], 1)
+    ops.element('FourNodeTetrahedron', 9661, *[2600, 2260, 2408, 2261], 1)
+    ops.element('FourNodeTetrahedron', 9662, *[1129, 1903, 1217, 1952], 1)
+    ops.element('FourNodeTetrahedron', 9663, *[2357, 2214, 2596, 2338], 1)
+    ops.element('FourNodeTetrahedron', 9664, *[2169, 2577, 2578, 2525], 1)
+    ops.element('FourNodeTetrahedron', 9665, *[2357, 1747, 2214, 2340], 1)
+    ops.element('FourNodeTetrahedron', 9666, *[2169, 2577, 2525, 2502], 1)
+    ops.element('FourNodeTetrahedron', 9667, *[2502, 2525, 2169, 2453], 1)
+    ops.element('FourNodeTetrahedron', 9668, *[2392, 2489, 2391, 2260], 1)
+    ops.element('FourNodeTetrahedron', 9669, *[2655, 1865, 2485, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9670, *[2655, 1865, 2100, 2485], 1)
+    ops.element('FourNodeTetrahedron', 9671, *[2516, 2536, 2241, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9672, *[1933, 1932, 1936, 1930], 1)
+    ops.element('FourNodeTetrahedron', 9673, *[2029, 2288, 2101, 1824], 1)
+    ops.element('FourNodeTetrahedron', 9674, *[2097, 2272, 2174, 2514], 1)
+    ops.element('FourNodeTetrahedron', 9675, *[2097, 2174, 2655, 2514], 1)
+    ops.element('FourNodeTetrahedron', 9676, *[2241, 2536, 2356, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9677, *[1891, 2483, 2215, 2619], 1)
+    ops.element('FourNodeTetrahedron', 9678, *[1249, 526, 1238, 1923], 1)
+    ops.element('FourNodeTetrahedron', 9679, *[2112, 2527, 2030, 2526], 1)
+    ops.element('FourNodeTetrahedron', 9680, *[1819, 1821, 1230, 1818], 1)
+    ops.element('FourNodeTetrahedron', 9681, *[2320, 2068, 1821, 1818], 1)
+    ops.element('FourNodeTetrahedron', 9682, *[2555, 2634, 2630, 2334], 1)
+    ops.element('FourNodeTetrahedron', 9683, *[1245, 2442, 1166, 1241], 1)
+    ops.element('FourNodeTetrahedron', 9684, *[1241, 2442, 1166, 1759], 1)
+    ops.element('FourNodeTetrahedron', 9685, *[2123, 2429, 2121, 2122], 1)
+    ops.element('FourNodeTetrahedron', 9686, *[2630, 1865, 1862, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9687, *[2097, 2655, 2103, 2174], 1)
+    ops.element('FourNodeTetrahedron', 9688, *[1992, 2151, 2152, 1989], 1)
+    ops.element('FourNodeTetrahedron', 9689, *[1932, 2464, 2588, 2283], 1)
+    ops.element('FourNodeTetrahedron', 9690, *[1855, 1858, 2529, 2498], 1)
+    ops.element('FourNodeTetrahedron', 9691, *[2048, 2009, 1164, 2298], 1)
+    ops.element('FourNodeTetrahedron', 9692, *[2686, 2580, 2468, 2551], 1)
+    ops.element('FourNodeTetrahedron', 9693, *[2686, 2580, 1968, 2468], 1)
+    ops.element('FourNodeTetrahedron', 9694, *[1895, 1856, 2407, 1855], 1)
+    ops.element('FourNodeTetrahedron', 9695, *[2097, 1823, 2103, 2174], 1)
+    ops.element('FourNodeTetrahedron', 9696, *[2097, 1823, 2174, 2272], 1)
+    ops.element('FourNodeTetrahedron', 9697, *[2108, 2041, 2372, 2109], 1)
+    ops.element('FourNodeTetrahedron', 9698, *[1773, 2363, 2666, 2364], 1)
+    ops.element('FourNodeTetrahedron', 9699, *[2404, 2579, 2496, 2513], 1)
+    ops.element('FourNodeTetrahedron', 9700, *[2528, 2407, 2405, 2529], 1)
+    ops.element('FourNodeTetrahedron', 9701, *[2309, 2116, 2539, 2484], 1)
+    ops.element('FourNodeTetrahedron', 9702, *[1229, 2662, 1146, 683], 1)
+    ops.element('FourNodeTetrahedron', 9703, *[2221, 2514, 2485, 2192], 1)
+    ops.element('FourNodeTetrahedron', 9704, *[1932, 2588, 1936, 2283], 1)
+    ops.element('FourNodeTetrahedron', 9705, *[2223, 2545, 1794, 1793], 1)
+    ops.element('FourNodeTetrahedron', 9706, *[1224, 177, 1170, 2098], 1)
+    ops.element('FourNodeTetrahedron', 9707, *[1158, 2662, 1229, 683], 1)
+    ops.element('FourNodeTetrahedron', 9708, *[2479, 1229, 512, 1158], 1)
+    ops.element('FourNodeTetrahedron', 9709, *[2253, 2057, 1958, 2274], 1)
+    ops.element('FourNodeTetrahedron', 9710, *[1156, 2497, 1216, 2410], 1)
+    ops.element('FourNodeTetrahedron', 9711, *[2309, 2102, 2116, 2100], 1)
+    ops.element('FourNodeTetrahedron', 9712, *[1829, 1832, 2588, 2464], 1)
+    ops.element('FourNodeTetrahedron', 9713, *[2309, 2103, 2102, 2100], 1)
+    ops.element('FourNodeTetrahedron', 9714, *[2497, 2405, 1135, 1216], 1)
+    ops.element('FourNodeTetrahedron', 9715, *[2358, 1981, 2237, 2238], 1)
+    ops.element('FourNodeTetrahedron', 9716, *[2193, 1917, 2474, 1840], 1)
+    ops.element('FourNodeTetrahedron', 9717, *[2464, 2681, 2435, 2375], 1)
+    ops.element('FourNodeTetrahedron', 9718, *[2502, 2452, 2453, 2508], 1)
+    ops.element('FourNodeTetrahedron', 9719, *[2114, 2449, 1781, 2236], 1)
+    ops.element('FourNodeTetrahedron', 9720, *[1771, 1769, 1956, 1958], 1)
+    ops.element('FourNodeTetrahedron', 9721, *[1958, 2210, 2051, 2057], 1)
+    ops.element('FourNodeTetrahedron', 9722, *[1758, 2096, 2536, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9723, *[2516, 1758, 1755, 2536], 1)
+    ops.element('FourNodeTetrahedron', 9724, *[2516, 1758, 2536, 2621], 1)
+    ops.element('FourNodeTetrahedron', 9725, *[1892, 2619, 1140, 1249], 1)
+    ops.element('FourNodeTetrahedron', 9726, *[2147, 2421, 2422, 2146], 1)
+    ops.element('FourNodeTetrahedron', 9727, *[1140, 2619, 1238, 1249], 1)
+    ops.element('FourNodeTetrahedron', 9728, *[1140, 2619, 2064, 1238], 1)
+    ops.element('FourNodeTetrahedron', 9729, *[2627, 2586, 2024, 2022], 1)
+    ops.element('FourNodeTetrahedron', 9730, *[1140, 2215, 2064, 2619], 1)
+    ops.element('FourNodeTetrahedron', 9731, *[1959, 1887, 2014, 2209], 1)
+    ops.element('FourNodeTetrahedron', 9732, *[2211, 1887, 1886, 2292], 1)
+    ops.element('FourNodeTetrahedron', 9733, *[2209, 1887, 1886, 2211], 1)
+    ops.element('FourNodeTetrahedron', 9734, *[2560, 2578, 2171, 2169], 1)
+    ops.element('FourNodeTetrahedron', 9735, *[2100, 1890, 1865, 2655], 1)
+    ops.element('FourNodeTetrahedron', 9736, *[2103, 1890, 2100, 2655], 1)
+    ops.element('FourNodeTetrahedron', 9737, *[2103, 1890, 2655, 2174], 1)
+    ops.element('FourNodeTetrahedron', 9738, *[2655, 2174, 1890, 2634], 1)
+    ops.element('FourNodeTetrahedron', 9739, *[1174, 2070, 1199, 1136], 1)
+    ops.element('FourNodeTetrahedron', 9740, *[1995, 2059, 2102, 2030], 1)
+    ops.element('FourNodeTetrahedron', 9741, *[2391, 2489, 2394, 2392], 1)
+    ops.element('FourNodeTetrahedron', 9742, *[2489, 1775, 1774, 1772], 1)
+    ops.element('FourNodeTetrahedron', 9743, *[2394, 1775, 1774, 2489], 1)
+    ops.element('FourNodeTetrahedron', 9744, *[2394, 2489, 1834, 2391], 1)
+    ops.element('FourNodeTetrahedron', 9745, *[1865, 1862, 2199, 2630], 1)
+    ops.element('FourNodeTetrahedron', 9746, *[2630, 1862, 2199, 2334], 1)
+    ops.element('FourNodeTetrahedron', 9747, *[2555, 2334, 2630, 1917], 1)
+    ops.element('FourNodeTetrahedron', 9748, *[2319, 2421, 2147, 1826], 1)
+    ops.element('FourNodeTetrahedron', 9749, *[2237, 1955, 1898, 1913], 1)
+    ops.element('FourNodeTetrahedron', 9750, *[1844, 1842, 1898, 1955], 1)
+    ops.element('FourNodeTetrahedron', 9751, *[2237, 1955, 1913, 2381], 1)
+    ops.element('FourNodeTetrahedron', 9752, *[1844, 1955, 1898, 2237], 1)
+    ops.element('FourNodeTetrahedron', 9753, *[2395, 2017, 2563, 2248], 1)
+    ops.element('FourNodeTetrahedron', 9754, *[1981, 2532, 2382, 2596], 1)
+    ops.element('FourNodeTetrahedron', 9755, *[2237, 1844, 1955, 2381], 1)
+    ops.element('FourNodeTetrahedron', 9756, *[2017, 2563, 2638, 2395], 1)
+    ops.element('FourNodeTetrahedron', 9757, *[1844, 2383, 1955, 2381], 1)
+    ops.element('FourNodeTetrahedron', 9758, *[1195, 2404, 1138, 2349], 1)
+    ops.element('FourNodeTetrahedron', 9759, *[2435, 2436, 2133, 2335], 1)
+    ops.element('FourNodeTetrahedron', 9760, *[2592, 1886, 2347, 2604], 1)
+    ops.element('FourNodeTetrahedron', 9761, *[1999, 2435, 2098, 2284], 1)
+    ops.element('FourNodeTetrahedron', 9762, *[2133, 2436, 2099, 2335], 1)
+    ops.element('FourNodeTetrahedron', 9763, *[1973, 2306, 1891, 2483], 1)
+    ops.element('FourNodeTetrahedron', 9764, *[2573, 2170, 2662, 2653], 1)
+    ops.element('FourNodeTetrahedron', 9765, *[2107, 2220, 1836, 1935], 1)
+    ops.element('FourNodeTetrahedron', 9766, *[2168, 2125, 2440, 1931], 1)
+    ops.element('FourNodeTetrahedron', 9767, *[2026, 2440, 1935, 1852], 1)
+    ops.element('FourNodeTetrahedron', 9768, *[2513, 2498, 2496, 2350], 1)
+    ops.element('FourNodeTetrahedron', 9769, *[2288, 2287, 1863, 1890], 1)
+    ops.element('FourNodeTetrahedron', 9770, *[2418, 1802, 1800, 2027], 1)
+    ops.element('FourNodeTetrahedron', 9771, *[2394, 2489, 1774, 1834], 1)
+    ops.element('FourNodeTetrahedron', 9772, *[2435, 2335, 2133, 2098], 1)
+    ops.element('FourNodeTetrahedron', 9773, *[2043, 2418, 1800, 2027], 1)
+    ops.element('FourNodeTetrahedron', 9774, *[1157, 2167, 175, 2134], 1)
+    ops.element('FourNodeTetrahedron', 9775, *[2284, 2435, 2098, 2539], 1)
+    ops.element('FourNodeTetrahedron', 9776, *[2410, 2411, 2543, 2451], 1)
+    ops.element('FourNodeTetrahedron', 9777, *[1834, 1833, 2181, 1835], 1)
+    ops.element('FourNodeTetrahedron', 9778, *[2302, 2676, 2411, 2451], 1)
+    ops.element('FourNodeTetrahedron', 9779, *[2350, 2411, 2451, 2302], 1)
+    ops.element('FourNodeTetrahedron', 9780, *[2348, 2350, 2412, 2410], 1)
+    ops.element('FourNodeTetrahedron', 9781, *[2404, 2496, 2142, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9782, *[2208, 2290, 2226, 2052], 1)
+    ops.element('FourNodeTetrahedron', 9783, *[2298, 2049, 2009, 2256], 1)
+    ops.element('FourNodeTetrahedron', 9784, *[2463, 2582, 1997, 1998], 1)
+    ops.element('FourNodeTetrahedron', 9785, *[2033, 2297, 2031, 2055], 1)
+    ops.element('FourNodeTetrahedron', 9786, *[1940, 1938, 2295, 1979], 1)
+    ops.element('FourNodeTetrahedron', 9787, *[2348, 2350, 2410, 2451], 1)
+    ops.element('FourNodeTetrahedron', 9788, *[1158, 2573, 683, 682], 1)
+    ops.element('FourNodeTetrahedron', 9789, *[2301, 2300, 2498, 2411], 1)
+    ops.element('FourNodeTetrahedron', 9790, *[2497, 2529, 2542, 2411], 1)
+    ops.element('FourNodeTetrahedron', 9791, *[2557, 2045, 1808, 1881], 1)
+    ops.element('FourNodeTetrahedron', 9792, *[2536, 2097, 2356, 2294], 1)
+    ops.element('FourNodeTetrahedron', 9793, *[2294, 2272, 2097, 2429], 1)
+    ops.element('FourNodeTetrahedron', 9794, *[1946, 2322, 2093, 2186], 1)
+    ops.element('FourNodeTetrahedron', 9795, *[2294, 2097, 2356, 2429], 1)
+    ops.element('FourNodeTetrahedron', 9796, *[2661, 2637, 2233, 1838], 1)
+    ops.element('FourNodeTetrahedron', 9797, *[2097, 2272, 2514, 2429], 1)
+    ops.element('FourNodeTetrahedron', 9798, *[2356, 2097, 2514, 2429], 1)
+    ops.element('FourNodeTetrahedron', 9799, *[2199, 1950, 2200, 2334], 1)
+    ops.element('FourNodeTetrahedron', 9800, *[2043, 2027, 2168, 2158], 1)
+    ops.element('FourNodeTetrahedron', 9801, *[1160, 2084, 1212, 652], 1)
+    ops.element('FourNodeTetrahedron', 9802, *[2285, 2058, 1994, 1995], 1)
+    ops.element('FourNodeTetrahedron', 9803, *[2172, 2072, 1126, 1978], 1)
+    ops.element('FourNodeTetrahedron', 9804, *[2292, 2604, 1886, 2290], 1)
+    ops.element('FourNodeTetrahedron', 9805, *[2536, 2097, 2526, 2356], 1)
+    ops.element('FourNodeTetrahedron', 9806, *[2338, 2140, 2508, 2337], 1)
+    ops.element('FourNodeTetrahedron', 9807, *[1832, 2041, 2108, 2110], 1)
+    ops.element('FourNodeTetrahedron', 9808, *[2000, 2135, 1809, 1811], 1)
+    ops.element('FourNodeTetrahedron', 9809, *[2375, 2376, 2540, 2116], 1)
+    ops.element('FourNodeTetrahedron', 9810, *[1867, 2019, 2308, 2332], 1)
+    ops.element('FourNodeTetrahedron', 9811, *[1972, 2324, 2079, 2519], 1)
+    ops.element('FourNodeTetrahedron', 9812, *[2654, 2672, 1775, 2490], 1)
+    ops.element('FourNodeTetrahedron', 9813, *[1891, 2215, 1140, 2619], 1)
+    ops.element('FourNodeTetrahedron', 9814, *[2173, 2325, 2538, 2240], 1)
+    ops.element('FourNodeTetrahedron', 9815, *[2300, 1858, 2411, 2488], 1)
+    ops.element('FourNodeTetrahedron', 9816, *[2343, 2344, 1792, 1795], 1)
+    ops.element('FourNodeTetrahedron', 9817, *[1908, 1911, 2322, 1946], 1)
+    ops.element('FourNodeTetrahedron', 9818, *[2479, 2560, 2170, 2559], 1)
+    ops.element('FourNodeTetrahedron', 9819, *[1166, 2443, 1187, 1122], 1)
+    ops.element('FourNodeTetrahedron', 9820, *[2560, 2577, 2578, 2169], 1)
+    ops.element('FourNodeTetrahedron', 9821, *[2657, 2455, 2070, 2069], 1)
+    ops.element('FourNodeTetrahedron', 9822, *[2560, 2577, 2169, 2502], 1)
+    ops.element('FourNodeTetrahedron', 9823, *[2596, 2577, 2578, 2560], 1)
+    ops.element('FourNodeTetrahedron', 9824, *[1150, 1913, 1221, 1220], 1)
+    ops.element('FourNodeTetrahedron', 9825, *[2301, 2095, 2300, 2303], 1)
+    ops.element('FourNodeTetrahedron', 9826, *[1194, 2013, 1195, 2462], 1)
+    ops.element('FourNodeTetrahedron', 9827, *[2683, 1894, 759, 1159], 1)
+    ops.element('FourNodeTetrahedron', 9828, *[1792, 2296, 2271, 2270], 1)
+    ops.element('FourNodeTetrahedron', 9829, *[2667, 1158, 682, 2573], 1)
+    ops.element('FourNodeTetrahedron', 9830, *[1955, 2652, 1952, 1954], 1)
+    ops.element('FourNodeTetrahedron', 9831, *[2544, 2063, 2239, 2466], 1)
+    ops.element('FourNodeTetrahedron', 9832, *[2156, 1871, 1872, 1874], 1)
+    ops.element('FourNodeTetrahedron', 9833, *[2438, 2596, 2578, 2560], 1)
+    ops.element('FourNodeTetrahedron', 9834, *[1779, 1777, 1776, 2443], 1)
+    ops.element('FourNodeTetrahedron', 9835, *[514, 2683, 772, 1159], 1)
+    ops.element('FourNodeTetrahedron', 9836, *[1842, 2652, 1952, 1955], 1)
+    ops.element('FourNodeTetrahedron', 9837, *[2357, 2596, 2438, 2560], 1)
+    ops.element('FourNodeTetrahedron', 9838, *[2357, 2438, 2479, 2560], 1)
+    ops.element('FourNodeTetrahedron', 9839, *[2357, 2560, 2479, 2338], 1)
+    ops.element('FourNodeTetrahedron', 9840, *[2357, 2596, 2560, 2338], 1)
+    ops.element('FourNodeTetrahedron', 9841, *[2495, 2572, 1158, 2667], 1)
+    ops.element('FourNodeTetrahedron', 9842, *[2392, 2260, 2391, 2600], 1)
+    ops.element('FourNodeTetrahedron', 9843, *[1158, 2572, 2573, 2667], 1)
+    ops.element('FourNodeTetrahedron', 9844, *[2354, 2392, 2391, 2600], 1)
+    ops.element('FourNodeTetrahedron', 9845, *[1987, 1918, 1857, 1924], 1)
+    ops.element('FourNodeTetrahedron', 9846, *[1124, 2595, 1245, 1241], 1)
+    ops.element('FourNodeTetrahedron', 9847, *[2092, 2040, 2039, 1832], 1)
+    ops.element('FourNodeTetrahedron', 9848, *[2254, 1957, 1958, 2253], 1)
+    ops.element('FourNodeTetrahedron', 9849, *[1831, 1846, 1832, 1829], 1)
+    ops.element('FourNodeTetrahedron', 9850, *[2092, 2039, 2328, 1832], 1)
+    ops.element('FourNodeTetrahedron', 9851, *[2095, 2094, 2544, 2060], 1)
+    ops.element('FourNodeTetrahedron', 9852, *[2552, 2414, 2416, 2569], 1)
+    ops.element('FourNodeTetrahedron', 9853, *[2116, 2540, 2539, 2541], 1)
+    ops.element('FourNodeTetrahedron', 9854, *[2094, 2061, 2544, 2060], 1)
+    ops.element('FourNodeTetrahedron', 9855, *[2354, 2391, 2408, 2600], 1)
+    ops.element('FourNodeTetrahedron', 9856, *[2392, 2425, 2260, 2600], 1)
+    ops.element('FourNodeTetrahedron', 9857, *[2154, 2051, 2225, 1883], 1)
+    ops.element('FourNodeTetrahedron', 9858, *[1876, 2567, 1875, 1963], 1)
+    ops.element('FourNodeTetrahedron', 9859, *[741, 2586, 740, 2024], 1)
+    ops.element('FourNodeTetrahedron', 9860, *[2600, 2425, 2260, 2261], 1)
+    ops.element('FourNodeTetrahedron', 9861, *[2030, 1824, 2313, 2103], 1)
+    ops.element('FourNodeTetrahedron', 9862, *[2392, 2491, 2260, 2425], 1)
+    ops.element('FourNodeTetrahedron', 9863, *[2425, 2491, 2260, 2261], 1)
+    ops.element('FourNodeTetrahedron', 9864, *[1234, 1869, 1180, 1235], 1)
+    ops.element('FourNodeTetrahedron', 9865, *[1751, 1160, 1168, 651], 1)
+    ops.element('FourNodeTetrahedron', 9866, *[2328, 2042, 2108, 2039], 1)
+    ops.element('FourNodeTetrahedron', 9867, *[2391, 1834, 1998, 1750], 1)
+    ops.element('FourNodeTetrahedron', 9868, *[2391, 2260, 1834, 1750], 1)
+    ops.element('FourNodeTetrahedron', 9869, *[2173, 2641, 2325, 2240], 1)
+    ops.element('FourNodeTetrahedron', 9870, *[1751, 1753, 1160, 1752], 1)
+    ops.element('FourNodeTetrahedron', 9871, *[2221, 2309, 1973, 2485], 1)
+    ops.element('FourNodeTetrahedron', 9872, *[2373, 2109, 2374, 2660], 1)
+    ops.element('FourNodeTetrahedron', 9873, *[1140, 2215, 1190, 2064], 1)
+    ops.element('FourNodeTetrahedron', 9874, *[2051, 2208, 2226, 2052], 1)
+    ops.element('FourNodeTetrahedron', 9875, *[1930, 2284, 2562, 1975], 1)
+    ops.element('FourNodeTetrahedron', 9876, *[2409, 2632, 2261, 2422], 1)
+    ops.element('FourNodeTetrahedron', 9877, *[2414, 1965, 1963, 1964], 1)
+    ops.element('FourNodeTetrahedron', 9878, *[2329, 2674, 2648, 2477], 1)
+    ops.element('FourNodeTetrahedron', 9879, *[2253, 2625, 2057, 2670], 1)
+    ops.element('FourNodeTetrahedron', 9880, *[1930, 2284, 1975, 2307], 1)
+    ops.element('FourNodeTetrahedron', 9881, *[2283, 2435, 1999, 2284], 1)
+    ops.element('FourNodeTetrahedron', 9882, *[2283, 2135, 1999, 2435], 1)
+    ops.element('FourNodeTetrahedron', 9883, *[2522, 2333, 2619, 1923], 1)
+    ops.element('FourNodeTetrahedron', 9884, *[2619, 2218, 2064, 1238], 1)
+    ops.element('FourNodeTetrahedron', 9885, *[1931, 2285, 1993, 2113], 1)
+    ops.element('FourNodeTetrahedron', 9886, *[2619, 2195, 2064, 2218], 1)
+    ops.element('FourNodeTetrahedron', 9887, *[1832, 2108, 2111, 2110], 1)
+    ops.element('FourNodeTetrahedron', 9888, *[1202, 1949, 1127, 1208], 1)
+    ops.element('FourNodeTetrahedron', 9889, *[2362, 2004, 1754, 2117], 1)
+    ops.element('FourNodeTetrahedron', 9890, *[2619, 2195, 2218, 2333], 1)
+    ops.element('FourNodeTetrahedron', 9891, *[2541, 2201, 2197, 2199], 1)
+    ops.element('FourNodeTetrahedron', 9892, *[2333, 2195, 2218, 2200], 1)
+    ops.element('FourNodeTetrahedron', 9893, *[2321, 2153, 2154, 2234], 1)
+    ops.element('FourNodeTetrahedron', 9894, *[2333, 2200, 2218, 1923], 1)
+    ops.element('FourNodeTetrahedron', 9895, *[1980, 2668, 1787, 2055], 1)
+    ops.element('FourNodeTetrahedron', 9896, *[2321, 2153, 2234, 1848], 1)
+    ops.element('FourNodeTetrahedron', 9897, *[2442, 2443, 1166, 1759], 1)
+    ops.element('FourNodeTetrahedron', 9898, *[2442, 2106, 2067, 2458], 1)
+    ops.element('FourNodeTetrahedron', 9899, *[2215, 2195, 2064, 2619], 1)
+    ops.element('FourNodeTetrahedron', 9900, *[1859, 1973, 1891, 2007], 1)
+    ops.element('FourNodeTetrahedron', 9901, *[1974, 1973, 1859, 2007], 1)
+    ops.element('FourNodeTetrahedron', 9902, *[2107, 1935, 1949, 1852], 1)
+    ops.element('FourNodeTetrahedron', 9903, *[1771, 1768, 2154, 2051], 1)
+    ops.element('FourNodeTetrahedron', 9904, *[2422, 2107, 1949, 1852], 1)
+    ops.element('FourNodeTetrahedron', 9905, *[1771, 1956, 1768, 2051], 1)
+    ops.element('FourNodeTetrahedron', 9906, *[1859, 2007, 1891, 2467], 1)
+    ops.element('FourNodeTetrahedron', 9907, *[2554, 2585, 1882, 1904], 1)
+    ops.element('FourNodeTetrahedron', 9908, *[1899, 1951, 1950, 2564], 1)
+    ops.element('FourNodeTetrahedron', 9909, *[2215, 2196, 2251, 2064], 1)
+    ops.element('FourNodeTetrahedron', 9910, *[723, 2182, 2235, 1835], 1)
+    ops.element('FourNodeTetrahedron', 9911, *[1860, 1993, 2307, 1974], 1)
+    ops.element('FourNodeTetrahedron', 9912, *[2387, 2138, 2337, 2624], 1)
+    ops.element('FourNodeTetrahedron', 9913, *[1875, 2566, 2175, 1963], 1)
+    ops.element('FourNodeTetrahedron', 9914, *[2617, 2154, 1137, 1175], 1)
+    ops.element('FourNodeTetrahedron', 9915, *[2104, 1825, 1227, 1799], 1)
+    ops.element('FourNodeTetrahedron', 9916, *[1974, 1973, 2007, 2222], 1)
+    ops.element('FourNodeTetrahedron', 9917, *[1974, 2494, 1973, 2222], 1)
+    ops.element('FourNodeTetrahedron', 9918, *[2330, 2042, 2108, 2328], 1)
+    ops.element('FourNodeTetrahedron', 9919, *[2007, 2222, 1973, 2008], 1)
+    ops.element('FourNodeTetrahedron', 9920, *[1934, 1932, 1936, 1933], 1)
+    ops.element('FourNodeTetrahedron', 9921, *[2024, 2021, 1142, 1197], 1)
+    ops.element('FourNodeTetrahedron', 9922, *[2031, 1816, 1885, 2603], 1)
+    ops.element('FourNodeTetrahedron', 9923, *[2018, 2515, 2132, 1868], 1)
+    ops.element('FourNodeTetrahedron', 9924, *[2139, 2271, 2379, 2269], 1)
+    ops.element('FourNodeTetrahedron', 9925, *[2081, 2077, 2075, 2151], 1)
+    ops.element('FourNodeTetrahedron', 9926, *[2526, 2097, 2103, 2221], 1)
+    ops.element('FourNodeTetrahedron', 9927, *[1964, 1962, 2233, 2620], 1)
+    ops.element('FourNodeTetrahedron', 9928, *[1893, 2607, 1988, 1780], 1)
+    ops.element('FourNodeTetrahedron', 9929, *[2356, 2097, 2221, 2514], 1)
+    ops.element('FourNodeTetrahedron', 9930, *[1844, 1843, 1842, 1955], 1)
+    ops.element('FourNodeTetrahedron', 9931, *[2221, 2097, 2655, 2514], 1)
+    ops.element('FourNodeTetrahedron', 9932, *[2506, 2488, 2676, 2302], 1)
+    ops.element('FourNodeTetrahedron', 9933, *[1219, 2298, 1164, 1225], 1)
+    ops.element('FourNodeTetrahedron', 9934, *[2439, 2163, 2162, 1926], 1)
+    ops.element('FourNodeTetrahedron', 9935, *[1869, 1248, 1180, 1235], 1)
+    ops.element('FourNodeTetrahedron', 9936, *[2517, 2338, 2479, 2478], 1)
+    ops.element('FourNodeTetrahedron', 9937, *[2000, 2283, 2135, 1999], 1)
+    ops.element('FourNodeTetrahedron', 9938, *[2000, 2351, 2135, 2283], 1)
+    ops.element('FourNodeTetrahedron', 9939, *[1936, 2283, 2000, 1999], 1)
+    ops.element('FourNodeTetrahedron', 9940, *[2319, 2600, 2409, 2421], 1)
+    ops.element('FourNodeTetrahedron', 9941, *[2225, 2556, 1152, 2594], 1)
+    ops.element('FourNodeTetrahedron', 9942, *[2616, 1933, 1930, 1851], 1)
+    ops.element('FourNodeTetrahedron', 9943, *[1797, 1799, 1188, 1796], 1)
+    ops.element('FourNodeTetrahedron', 9944, *[2600, 2409, 2408, 2319], 1)
+    ops.element('FourNodeTetrahedron', 9945, *[2469, 2471, 2640, 1806], 1)
+    ops.element('FourNodeTetrahedron', 9946, *[2680, 2346, 1856, 2345], 1)
+    ops.element('FourNodeTetrahedron', 9947, *[1241, 2457, 1250, 1178], 1)
+    ops.element('FourNodeTetrahedron', 9948, *[2404, 2142, 1231, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9949, *[2273, 2581, 1963, 2414], 1)
+    ops.element('FourNodeTetrahedron', 9950, *[2472, 1984, 2399, 1841], 1)
+    ops.element('FourNodeTetrahedron', 9951, *[2600, 2261, 2408, 2409], 1)
+    ops.element('FourNodeTetrahedron', 9952, *[1772, 2363, 2364, 2310], 1)
+    ops.element('FourNodeTetrahedron', 9953, *[1766, 1987, 1782, 1986], 1)
+    ops.element('FourNodeTetrahedron', 9954, *[1188, 1799, 1184, 1796], 1)
+    ops.element('FourNodeTetrahedron', 9955, *[1852, 1931, 1933, 1851], 1)
+    ops.element('FourNodeTetrahedron', 9956, *[1931, 1930, 1933, 1851], 1)
+    ops.element('FourNodeTetrahedron', 9957, *[2231, 2232, 1902, 2233], 1)
+    ops.element('FourNodeTetrahedron', 9958, *[2221, 2655, 2100, 2485], 1)
+    ops.element('FourNodeTetrahedron', 9959, *[2157, 1931, 1851, 2325], 1)
+    ops.element('FourNodeTetrahedron', 9960, *[2157, 1931, 1852, 1851], 1)
+    ops.element('FourNodeTetrahedron', 9961, *[2538, 2157, 1851, 2325], 1)
+    ops.element('FourNodeTetrahedron', 9962, *[1145, 1244, 1236, 1753], 1)
+    ops.element('FourNodeTetrahedron', 9963, *[2529, 2544, 2682, 2488], 1)
+    ops.element('FourNodeTetrahedron', 9964, *[1996, 2102, 2116, 2309], 1)
+    ops.element('FourNodeTetrahedron', 9965, *[1963, 1962, 2231, 1964], 1)
+    ops.element('FourNodeTetrahedron', 9966, *[2384, 2462, 621, 2450], 1)
+    ops.element('FourNodeTetrahedron', 9967, *[2397, 1979, 2396, 2358], 1)
+    ops.element('FourNodeTetrahedron', 9968, *[2561, 2338, 2590, 2508], 1)
+    ops.element('FourNodeTetrahedron', 9969, *[2170, 2368, 1146, 2662], 1)
+    ops.element('FourNodeTetrahedron', 9970, *[2074, 2419, 1234, 1869], 1)
+    ops.element('FourNodeTetrahedron', 9971, *[1750, 2261, 1836, 2107], 1)
+    ops.element('FourNodeTetrahedron', 9972, *[2142, 2496, 2528, 2412], 1)
+    ops.element('FourNodeTetrahedron', 9973, *[2517, 2338, 2590, 2561], 1)
+    ops.element('FourNodeTetrahedron', 9974, *[1886, 1765, 2512, 2509], 1)
+    ops.element('FourNodeTetrahedron', 9975, *[2430, 2086, 2121, 1839], 1)
+    ops.element('FourNodeTetrahedron', 9976, *[1886, 2509, 2512, 2347], 1)
+    ops.element('FourNodeTetrahedron', 9977, *[2389, 2241, 2240, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9978, *[2388, 2389, 2240, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9979, *[2488, 2682, 2542, 2492], 1)
+    ops.element('FourNodeTetrahedron', 9980, *[2488, 2544, 2682, 2492], 1)
+    ops.element('FourNodeTetrahedron', 9981, *[2388, 2240, 2682, 2544], 1)
+    ops.element('FourNodeTetrahedron', 9982, *[1930, 1932, 2283, 1994], 1)
+    ops.element('FourNodeTetrahedron', 9983, *[1939, 1961, 2472, 2114], 1)
+    ops.element('FourNodeTetrahedron', 9984, *[1932, 2283, 1936, 1930], 1)
+    ops.element('FourNodeTetrahedron', 9985, *[1932, 2464, 2283, 1994], 1)
+    ops.element('FourNodeTetrahedron', 9986, *[2170, 2172, 1146, 2368], 1)
+    ops.element('FourNodeTetrahedron', 9987, *[1188, 1227, 1233, 1799], 1)
+    ops.element('FourNodeTetrahedron', 9988, *[2662, 2368, 1146, 684], 1)
+    ops.element('FourNodeTetrahedron', 9989, *[623, 2348, 2451, 611], 1)
+    ops.element('FourNodeTetrahedron', 9990, *[1879, 1881, 2046, 2635], 1)
+    ops.element('FourNodeTetrahedron', 9991, *[2318, 1989, 1991, 1990], 1)
+    ops.element('FourNodeTetrahedron', 9992, *[1254, 2259, 1751, 650], 1)
+    ops.element('FourNodeTetrahedron', 9993, *[1993, 1995, 1996, 2309], 1)
+    ops.element('FourNodeTetrahedron', 9994, *[1851, 1931, 1930, 1993], 1)
+    ops.element('FourNodeTetrahedron', 9995, *[1851, 1931, 1993, 2325], 1)
+    ops.element('FourNodeTetrahedron', 9996, *[1782, 1987, 2446, 2345], 1)
+    ops.element('FourNodeTetrahedron', 9997, *[1931, 1994, 1930, 1993], 1)
+    ops.element('FourNodeTetrahedron', 9998, *[2266, 1768, 1942, 2617], 1)
+    ops.element('FourNodeTetrahedron', 9999, *[1931, 2113, 1993, 2325], 1)
+    ops.element('FourNodeTetrahedron', 10000, *[2142, 2528, 2402, 1231], 1)
+    ops.element('FourNodeTetrahedron', 10001, *[2654, 1775, 2394, 2489], 1)
+    ops.element('FourNodeTetrahedron', 10002, *[2654, 2489, 2394, 2392], 1)
+    ops.element('FourNodeTetrahedron', 10003, *[2407, 2406, 2405, 2682], 1)
+    ops.element('FourNodeTetrahedron', 10004, *[1861, 2406, 1974, 2405], 1)
+    ops.element('FourNodeTetrahedron', 10005, *[1980, 2668, 2532, 1746], 1)
+    ops.element('FourNodeTetrahedron', 10006, *[1914, 2334, 1916, 2606], 1)
+    ops.element('FourNodeTetrahedron', 10007, *[2405, 2406, 1974, 2682], 1)
+    ops.element('FourNodeTetrahedron', 10008, *[1851, 1993, 1860, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10009, *[1996, 2309, 2539, 2306], 1)
+    ops.element('FourNodeTetrahedron', 10010, *[1222, 2172, 1126, 1146], 1)
+    ops.element('FourNodeTetrahedron', 10011, *[1803, 1832, 2482, 1830], 1)
+    ops.element('FourNodeTetrahedron', 10012, *[2406, 1993, 1860, 1974], 1)
+    ops.element('FourNodeTetrahedron', 10013, *[1861, 2406, 1860, 1974], 1)
+    ops.element('FourNodeTetrahedron', 10014, *[1861, 1851, 1860, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10015, *[1225, 2256, 1226, 1180], 1)
+    ops.element('FourNodeTetrahedron', 10016, *[2365, 2622, 2190, 2268], 1)
+    ops.element('FourNodeTetrahedron', 10017, *[2443, 2679, 1776, 2365], 1)
+    ops.element('FourNodeTetrahedron', 10018, *[1218, 2048, 1217, 1219], 1)
+    ops.element('FourNodeTetrahedron', 10019, *[1832, 2351, 2111, 2110], 1)
+    ops.element('FourNodeTetrahedron', 10020, *[2294, 2273, 2272, 2565], 1)
+    ops.element('FourNodeTetrahedron', 10021, *[1187, 1776, 1198, 1186], 1)
+    ops.element('FourNodeTetrahedron', 10022, *[2443, 1776, 1187, 1122], 1)
+    ops.element('FourNodeTetrahedron', 10023, *[1776, 2622, 1198, 1186], 1)
+    ops.element('FourNodeTetrahedron', 10024, *[1776, 2622, 1186, 2190], 1)
+    ops.element('FourNodeTetrahedron', 10025, *[2133, 2436, 2134, 2099], 1)
+    ops.element('FourNodeTetrahedron', 10026, *[2133, 2134, 1170, 2099], 1)
+    ops.element('FourNodeTetrahedron', 10027, *[2617, 1768, 1942, 2225], 1)
+    ops.element('FourNodeTetrahedron', 10028, *[1911, 2393, 2446, 1912], 1)
+    ops.element('FourNodeTetrahedron', 10029, *[1234, 2419, 1180, 1869], 1)
+    ops.element('FourNodeTetrahedron', 10030, *[1827, 2319, 1825, 1826], 1)
+    ops.element('FourNodeTetrahedron', 10031, *[1854, 2157, 1852, 1851], 1)
+    ops.element('FourNodeTetrahedron', 10032, *[2428, 2686, 2468, 2185], 1)
+    ops.element('FourNodeTetrahedron', 10033, *[2227, 2209, 2014, 2226], 1)
+    ops.element('FourNodeTetrahedron', 10034, *[2343, 2587, 2344, 1795], 1)
+    ops.element('FourNodeTetrahedron', 10035, *[551, 2467, 1232, 2202], 1)
+    ops.element('FourNodeTetrahedron', 10036, *[1945, 2014, 1943, 2227], 1)
+    ops.element('FourNodeTetrahedron', 10037, *[1776, 1778, 2622, 2365], 1)
+    ops.element('FourNodeTetrahedron', 10038, *[2068, 2147, 1201, 1825], 1)
+    ops.element('FourNodeTetrahedron', 10039, *[1842, 1843, 2652, 1955], 1)
+    ops.element('FourNodeTetrahedron', 10040, *[1827, 2319, 2068, 1825], 1)
+    ops.element('FourNodeTetrahedron', 10041, *[2360, 2426, 2004, 2280], 1)
+    ops.element('FourNodeTetrahedron', 10042, *[2592, 2349, 2462, 2347], 1)
+    ops.element('FourNodeTetrahedron', 10043, *[1776, 2669, 1198, 2622], 1)
+    ops.element('FourNodeTetrahedron', 10044, *[2256, 2020, 2359, 1869], 1)
+    ops.element('FourNodeTetrahedron', 10045, *[2021, 2669, 1198, 1776], 1)
+    ops.element('FourNodeTetrahedron', 10046, *[2220, 2482, 2219, 1934], 1)
+    ops.element('FourNodeTetrahedron', 10047, *[2397, 1940, 2295, 1979], 1)
+    ops.element('FourNodeTetrahedron', 10048, *[1776, 1778, 2669, 2622], 1)
+    ops.element('FourNodeTetrahedron', 10049, *[1895, 1896, 2538, 1856], 1)
+    ops.element('FourNodeTetrahedron', 10050, *[2243, 2248, 2533, 2274], 1)
+    ops.element('FourNodeTetrahedron', 10051, *[2243, 1958, 2248, 2274], 1)
+    ops.element('FourNodeTetrahedron', 10052, *[2565, 2231, 2086, 2430], 1)
+    ops.element('FourNodeTetrahedron', 10053, *[2292, 1920, 2509, 2583], 1)
+    ops.element('FourNodeTetrahedron', 10054, *[743, 2047, 1193, 1143], 1)
+    ops.element('FourNodeTetrahedron', 10055, *[2024, 2586, 2137, 2023], 1)
+    ops.element('FourNodeTetrahedron', 10056, *[2299, 1171, 737, 1142], 1)
+    ops.element('FourNodeTetrahedron', 10057, *[740, 2299, 737, 1142], 1)
+    ops.element('FourNodeTetrahedron', 10058, *[2024, 2299, 740, 1142], 1)
+    ops.element('FourNodeTetrahedron', 10059, *[2299, 1907, 2011, 1905], 1)
+    ops.element('FourNodeTetrahedron', 10060, *[2299, 2137, 2011, 1907], 1)
+    ops.element('FourNodeTetrahedron', 10061, *[740, 2137, 737, 2299], 1)
+    ops.element('FourNodeTetrahedron', 10062, *[2310, 2364, 2220, 2482], 1)
+    ops.element('FourNodeTetrahedron', 10063, *[2416, 1964, 2611, 2569], 1)
+    ops.element('FourNodeTetrahedron', 10064, *[2010, 2193, 2006, 2522], 1)
+    ops.element('FourNodeTetrahedron', 10065, *[1914, 2606, 1950, 2639], 1)
+    ops.element('FourNodeTetrahedron', 10066, *[2061, 2063, 2544, 2060], 1)
+    ops.element('FourNodeTetrahedron', 10067, *[2495, 2170, 2572, 2559], 1)
+    ops.element('FourNodeTetrahedron', 10068, *[2006, 2008, 2193, 1917], 1)
+    ops.element('FourNodeTetrahedron', 10069, *[2010, 2008, 2006, 2193], 1)
+    ops.element('FourNodeTetrahedron', 10070, *[2006, 1917, 2333, 2522], 1)
+    ops.element('FourNodeTetrahedron', 10071, *[2008, 2630, 2483, 2006], 1)
+    ops.element('FourNodeTetrahedron', 10072, *[2006, 2630, 2333, 1917], 1)
+    ops.element('FourNodeTetrahedron', 10073, *[1904, 2585, 1882, 1881], 1)
+    ops.element('FourNodeTetrahedron', 10074, *[2010, 2006, 1892, 2522], 1)
+    ops.element('FourNodeTetrahedron', 10075, *[1973, 2008, 2483, 2006], 1)
+    ops.element('FourNodeTetrahedron', 10076, *[2015, 2264, 1937, 2013], 1)
+    ops.element('FourNodeTetrahedron', 10077, *[2111, 2108, 2373, 2109], 1)
+    ops.element('FourNodeTetrahedron', 10078, *[2247, 1889, 1767, 2264], 1)
+    ops.element('FourNodeTetrahedron', 10079, *[1935, 2219, 2000, 1934], 1)
+    ops.element('FourNodeTetrahedron', 10080, *[2347, 2605, 2350, 2507], 1)
+    ops.element('FourNodeTetrahedron', 10081, *[2199, 2198, 2195, 2200], 1)
+    ops.element('FourNodeTetrahedron', 10082, *[1935, 2000, 2120, 1936], 1)
+    ops.element('FourNodeTetrahedron', 10083, *[1935, 1934, 2000, 1936], 1)
+    ops.element('FourNodeTetrahedron', 10084, *[1194, 2462, 1154, 622], 1)
+    ops.element('FourNodeTetrahedron', 10085, *[622, 2462, 623, 2450], 1)
+    ops.element('FourNodeTetrahedron', 10086, *[2443, 2365, 1776, 1122], 1)
+    ops.element('FourNodeTetrahedron', 10087, *[2462, 623, 1154, 622], 1)
+    ops.element('FourNodeTetrahedron', 10088, *[1791, 1789, 2367, 1790], 1)
+    ops.element('FourNodeTetrahedron', 10089, *[2462, 2348, 1154, 623], 1)
+    ops.element('FourNodeTetrahedron', 10090, *[2462, 2450, 2348, 623], 1)
+    ops.element('FourNodeTetrahedron', 10091, *[1221, 1952, 1218, 1953], 1)
+    ops.element('FourNodeTetrahedron', 10092, *[2170, 2169, 2172, 2368], 1)
+    ops.element('FourNodeTetrahedron', 10093, *[2061, 1806, 2621, 2186], 1)
+    ops.element('FourNodeTetrahedron', 10094, *[1798, 2149, 1799, 1937], 1)
+    ops.element('FourNodeTetrahedron', 10095, *[2076, 2002, 2003, 2004], 1)
+    ops.element('FourNodeTetrahedron', 10096, *[2466, 2063, 2194, 2123], 1)
+    ops.element('FourNodeTetrahedron', 10097, *[2239, 2241, 2242, 2194], 1)
+    ops.element('FourNodeTetrahedron', 10098, *[2492, 2194, 2242, 2203], 1)
+    ops.element('FourNodeTetrahedron', 10099, *[2143, 2148, 2142, 2404], 1)
+    ops.element('FourNodeTetrahedron', 10100, *[2556, 2592, 2013, 2462], 1)
+    ops.element('FourNodeTetrahedron', 10101, *[2556, 2013, 1194, 2462], 1)
+    ops.element('FourNodeTetrahedron', 10102, *[2579, 1895, 2142, 2496], 1)
+    ops.element('FourNodeTetrahedron', 10103, *[1834, 1772, 1833, 1836], 1)
+    ops.element('FourNodeTetrahedron', 10104, *[1835, 1833, 2230, 1836], 1)
+    ops.element('FourNodeTetrahedron', 10105, *[1833, 2364, 2230, 2220], 1)
+    ops.element('FourNodeTetrahedron', 10106, *[2583, 2584, 2510, 2291], 1)
+    ops.element('FourNodeTetrahedron', 10107, *[2583, 2377, 2510, 2584], 1)
+    ops.element('FourNodeTetrahedron', 10108, *[1985, 1984, 2472, 1982], 1)
+    ops.element('FourNodeTetrahedron', 10109, *[1982, 1984, 1841, 1960], 1)
+    ops.element('FourNodeTetrahedron', 10110, *[1961, 1982, 1841, 1960], 1)
+    ops.element('FourNodeTetrahedron', 10111, *[1149, 2098, 2250, 2255], 1)
+    ops.element('FourNodeTetrahedron', 10112, *[741, 2627, 2586, 2024], 1)
+    ops.element('FourNodeTetrahedron', 10113, *[1836, 1833, 2230, 2220], 1)
+    ops.element('FourNodeTetrahedron', 10114, *[2566, 2665, 2175, 1962], 1)
+    ops.element('FourNodeTetrahedron', 10115, *[1862, 1901, 2262, 1951], 1)
+    ops.element('FourNodeTetrahedron', 10116, *[1901, 2684, 2262, 1951], 1)
+    ops.element('FourNodeTetrahedron', 10117, *[2521, 1762, 2607, 1780], 1)
+    ops.element('FourNodeTetrahedron', 10118, *[1884, 1885, 1784, 2031], 1)
+    ops.element('FourNodeTetrahedron', 10119, *[2613, 2648, 2674, 2615], 1)
+    ops.element('FourNodeTetrahedron', 10120, *[2377, 2303, 2510, 2584], 1)
+    ops.element('FourNodeTetrahedron', 10121, *[2063, 2621, 2241, 2123], 1)
+    ops.element('FourNodeTetrahedron', 10122, *[2495, 2170, 1158, 2572], 1)
+    ops.element('FourNodeTetrahedron', 10123, *[2264, 2513, 2349, 2512], 1)
+    ops.element('FourNodeTetrahedron', 10124, *[2249, 2254, 1769, 1958], 1)
+    ops.element('FourNodeTetrahedron', 10125, *[2679, 1778, 1776, 2365], 1)
+    ops.element('FourNodeTetrahedron', 10126, *[2073, 1953, 1256, 2074], 1)
+    ops.element('FourNodeTetrahedron', 10127, *[2228, 2568, 711, 1210], 1)
+    ops.element('FourNodeTetrahedron', 10128, *[1806, 1804, 1758, 2184], 1)
+    ops.element('FourNodeTetrahedron', 10129, *[1186, 2622, 2505, 2268], 1)
+    ops.element('FourNodeTetrahedron', 10130, *[2597, 2553, 2519, 2342], 1)
+    ops.element('FourNodeTetrahedron', 10131, *[2140, 2269, 2452, 2624], 1)
+    ops.element('FourNodeTetrahedron', 10132, *[2486, 2553, 2597, 2386], 1)
+    ops.element('FourNodeTetrahedron', 10133, *[1819, 2104, 1233, 2505], 1)
+    ops.element('FourNodeTetrahedron', 10134, *[2622, 2115, 1819, 2505], 1)
+    ops.element('FourNodeTetrahedron', 10135, *[1819, 2115, 2104, 2505], 1)
+    ops.element('FourNodeTetrahedron', 10136, *[2622, 2115, 2505, 2503], 1)
+    ops.element('FourNodeTetrahedron', 10137, *[2505, 2115, 2104, 2503], 1)
+    ops.element('FourNodeTetrahedron', 10138, *[2622, 2505, 1128, 1186], 1)
+    ops.element('FourNodeTetrahedron', 10139, *[2622, 1819, 1128, 2505], 1)
+    ops.element('FourNodeTetrahedron', 10140, *[1128, 2505, 1233, 1186], 1)
+    ops.element('FourNodeTetrahedron', 10141, *[1128, 1819, 1233, 2505], 1)
+    ops.element('FourNodeTetrahedron', 10142, *[2005, 2585, 2554, 1763], 1)
+    ops.element('FourNodeTetrahedron', 10143, *[1762, 1763, 1866, 1842], 1)
+    ops.element('FourNodeTetrahedron', 10144, *[2005, 2585, 750, 2554], 1)
+    ops.element('FourNodeTetrahedron', 10145, *[2422, 1852, 1949, 2145], 1)
+    ops.element('FourNodeTetrahedron', 10146, *[2554, 2585, 750, 1882], 1)
+    ops.element('FourNodeTetrahedron', 10147, *[750, 1882, 751, 1207], 1)
+    ops.element('FourNodeTetrahedron', 10148, *[2188, 2340, 2478, 2189], 1)
+    ops.element('FourNodeTetrahedron', 10149, *[2555, 2334, 1917, 2085], 1)
+    ops.element('FourNodeTetrahedron', 10150, *[2256, 1237, 1226, 2359], 1)
+    ops.element('FourNodeTetrahedron', 10151, *[750, 2585, 751, 1882], 1)
+    ops.element('FourNodeTetrahedron', 10152, *[1229, 2170, 1146, 2662], 1)
+    ops.element('FourNodeTetrahedron', 10153, *[2554, 1882, 750, 1207], 1)
+    ops.element('FourNodeTetrahedron', 10154, *[2554, 1882, 1207, 1880], 1)
+    ops.element('FourNodeTetrahedron', 10155, *[2554, 1207, 750, 1153], 1)
+    ops.element('FourNodeTetrahedron', 10156, *[1153, 2554, 1207, 1880], 1)
+    ops.element('FourNodeTetrahedron', 10157, *[2214, 2532, 2596, 2080], 1)
+    ops.element('FourNodeTetrahedron', 10158, *[2625, 2447, 2053, 2670], 1)
+    ops.element('FourNodeTetrahedron', 10159, *[1989, 2002, 2152, 2318], 1)
+    ops.element('FourNodeTetrahedron', 10160, *[2479, 2559, 2495, 2591], 1)
+    ops.element('FourNodeTetrahedron', 10161, *[1853, 1851, 1860, 1861], 1)
+    ops.element('FourNodeTetrahedron', 10162, *[2031, 2603, 1787, 2645], 1)
+    ops.element('FourNodeTetrahedron', 10163, *[2373, 2461, 2087, 2167], 1)
+    ops.element('FourNodeTetrahedron', 10164, *[2111, 2373, 2088, 2351], 1)
+    ops.element('FourNodeTetrahedron', 10165, *[2088, 2089, 2373, 2111], 1)
+    ops.element('FourNodeTetrahedron', 10166, *[1756, 1967, 2527, 1966], 1)
+    ops.element('FourNodeTetrahedron', 10167, *[2111, 2109, 2373, 2351], 1)
+    ops.element('FourNodeTetrahedron', 10168, *[2373, 2109, 2660, 2351], 1)
+    ops.element('FourNodeTetrahedron', 10169, *[2488, 2492, 2542, 2676], 1)
+    ops.element('FourNodeTetrahedron', 10170, *[2676, 2492, 2542, 2558], 1)
+    ops.element('FourNodeTetrahedron', 10171, *[2488, 2544, 2492, 2506], 1)
+    ops.element('FourNodeTetrahedron', 10172, *[2479, 2517, 2590, 2518], 1)
+    ops.element('FourNodeTetrahedron', 10173, *[2530, 2157, 2422, 1854], 1)
+    ops.element('FourNodeTetrahedron', 10174, *[1914, 1950, 2200, 2639], 1)
+    ops.element('FourNodeTetrahedron', 10175, *[2264, 1767, 2263, 1764], 1)
+    ops.element('FourNodeTetrahedron', 10176, *[2525, 2362, 2369, 2656], 1)
+    ops.element('FourNodeTetrahedron', 10177, *[2438, 1981, 2381, 2596], 1)
+    ops.element('FourNodeTetrahedron', 10178, *[2584, 1925, 2377, 2303], 1)
+    ops.element('FourNodeTetrahedron', 10179, *[2082, 2675, 2077, 2224], 1)
+    ops.element('FourNodeTetrahedron', 10180, *[2009, 2257, 2275, 2258], 1)
+    ops.element('FourNodeTetrahedron', 10181, *[2011, 2136, 738, 2380], 1)
+    ops.element('FourNodeTetrahedron', 10182, *[1940, 2571, 2295, 1938], 1)
+    ops.element('FourNodeTetrahedron', 10183, *[1888, 1921, 1765, 1920], 1)
+    ops.element('FourNodeTetrahedron', 10184, *[2121, 1837, 1840, 1839], 1)
+    ops.element('FourNodeTetrahedron', 10185, *[2345, 2388, 1856, 1858], 1)
+    ops.element('FourNodeTetrahedron', 10186, *[2506, 2544, 2492, 2466], 1)
+    ops.element('FourNodeTetrahedron', 10187, *[2411, 2529, 2542, 2488], 1)
+    ops.element('FourNodeTetrahedron', 10188, *[2537, 2255, 1149, 1191], 1)
+    ops.element('FourNodeTetrahedron', 10189, *[2411, 2488, 2542, 2676], 1)
+    ops.element('FourNodeTetrahedron', 10190, *[1858, 2544, 2529, 2488], 1)
+    ops.element('FourNodeTetrahedron', 10191, *[1978, 1753, 1145, 2614], 1)
+    ops.element('FourNodeTetrahedron', 10192, *[2411, 1858, 2529, 2488], 1)
+    ops.element('FourNodeTetrahedron', 10193, *[731, 2582, 1997, 2463], 1)
+    ops.element('FourNodeTetrahedron', 10194, *[731, 2582, 723, 1997], 1)
+    ops.element('FourNodeTetrahedron', 10195, *[2055, 2668, 1980, 1746], 1)
+    ops.element('FourNodeTetrahedron', 10196, *[731, 1997, 723, 1173], 1)
+    ops.element('FourNodeTetrahedron', 10197, *[2582, 2183, 1997, 1834], 1)
+    ops.element('FourNodeTetrahedron', 10198, *[2582, 1834, 1997, 1998], 1)
+    ops.element('FourNodeTetrahedron', 10199, *[2286, 2289, 2287, 2176], 1)
+    ops.element('FourNodeTetrahedron', 10200, *[1997, 1834, 2183, 1835], 1)
+    ops.element('FourNodeTetrahedron', 10201, *[2352, 2304, 2463, 2070], 1)
+    ops.element('FourNodeTetrahedron', 10202, *[2235, 2228, 1252, 1147], 1)
+    ops.element('FourNodeTetrahedron', 10203, *[1235, 1869, 2078, 1870], 1)
+    ops.element('FourNodeTetrahedron', 10204, *[2183, 2182, 723, 1835], 1)
+    ops.element('FourNodeTetrahedron', 10205, *[1997, 2183, 723, 1835], 1)
+    ops.element('FourNodeTetrahedron', 10206, *[2582, 2183, 723, 1997], 1)
+    ops.element('FourNodeTetrahedron', 10207, *[1993, 1995, 2309, 2526], 1)
+    ops.element('FourNodeTetrahedron', 10208, *[2526, 2309, 2307, 2221], 1)
+    ops.element('FourNodeTetrahedron', 10209, *[1139, 1882, 1162, 1879], 1)
+    ops.element('FourNodeTetrahedron', 10210, *[2325, 2526, 1993, 2494], 1)
+    ops.element('FourNodeTetrahedron', 10211, *[1844, 1842, 2449, 1898], 1)
+    ops.element('FourNodeTetrahedron', 10212, *[1127, 1949, 1209, 1208], 1)
+    ops.element('FourNodeTetrahedron', 10213, *[1836, 2229, 1835, 1750], 1)
+    ops.element('FourNodeTetrahedron', 10214, *[1974, 2494, 2307, 1973], 1)
+    ops.element('FourNodeTetrahedron', 10215, *[1921, 1919, 1909, 1924], 1)
+    ops.element('FourNodeTetrahedron', 10216, *[2401, 2167, 2166, 1809], 1)
+    ops.element('FourNodeTetrahedron', 10217, *[1218, 2048, 1219, 1953], 1)
+    ops.element('FourNodeTetrahedron', 10218, *[1974, 1993, 2307, 2494], 1)
+    ops.element('FourNodeTetrahedron', 10219, *[2494, 1973, 2307, 2221], 1)
+    ops.element('FourNodeTetrahedron', 10220, *[2393, 1805, 2448, 2322], 1)
+    ops.element('FourNodeTetrahedron', 10221, *[2646, 2056, 2035, 2487], 1)
+    ops.element('FourNodeTetrahedron', 10222, *[2446, 2393, 2448, 1912], 1)
+    ops.element('FourNodeTetrahedron', 10223, *[2307, 2309, 1973, 2221], 1)
+    ops.element('FourNodeTetrahedron', 10224, *[2151, 2002, 2152, 1989], 1)
+    ops.element('FourNodeTetrahedron', 10225, *[1215, 1859, 1191, 1232], 1)
+    ops.element('FourNodeTetrahedron', 10226, *[1760, 2005, 2554, 1763], 1)
+    ops.element('FourNodeTetrahedron', 10227, *[1962, 2232, 2233, 2620], 1)
+    ops.element('FourNodeTetrahedron', 10228, *[2357, 2055, 1747, 2570], 1)
+    ops.element('FourNodeTetrahedron', 10229, *[2663, 1985, 1939, 1961], 1)
+    ops.element('FourNodeTetrahedron', 10230, *[2444, 2377, 1920, 2583], 1)
+    ops.element('FourNodeTetrahedron', 10231, *[2444, 2377, 2583, 2584], 1)
+    ops.element('FourNodeTetrahedron', 10232, *[2364, 2311, 2666, 2642], 1)
+    ops.element('FourNodeTetrahedron', 10233, *[2334, 1950, 2200, 1914], 1)
+    ops.element('FourNodeTetrahedron', 10234, *[2224, 2549, 2341, 2296], 1)
+    ops.element('FourNodeTetrahedron', 10235, *[2339, 2387, 2138, 2337], 1)
+    ops.element('FourNodeTetrahedron', 10236, *[2647, 2339, 2337, 2387], 1)
+    ops.element('FourNodeTetrahedron', 10237, *[1835, 2228, 2235, 1147], 1)
+    ops.element('FourNodeTetrahedron', 10238, *[1189, 2068, 1201, 1825], 1)
+    ops.element('FourNodeTetrahedron', 10239, *[2296, 1793, 2341, 2326], 1)
+    ops.element('FourNodeTetrahedron', 10240, *[1780, 1762, 1988, 1781], 1)
+    ops.element('FourNodeTetrahedron', 10241, *[2296, 2685, 2326, 2327], 1)
+    ops.element('FourNodeTetrahedron', 10242, *[1136, 2408, 1206, 2068], 1)
+    ops.element('FourNodeTetrahedron', 10243, *[2482, 2111, 2219, 2588], 1)
+    ops.element('FourNodeTetrahedron', 10244, *[2296, 1793, 2685, 2326], 1)
+    ops.element('FourNodeTetrahedron', 10245, *[2270, 2296, 2327, 2610], 1)
+    ops.element('FourNodeTetrahedron', 10246, *[2380, 2070, 1174, 1821], 1)
+    ops.element('FourNodeTetrahedron', 10247, *[2628, 2613, 2629, 2615], 1)
+    ops.element('FourNodeTetrahedron', 10248, *[2091, 1831, 1830, 2441], 1)
+    ops.element('FourNodeTetrahedron', 10249, *[1223, 1870, 1235, 1236], 1)
+    ops.element('FourNodeTetrahedron', 10250, *[1792, 2296, 2270, 2610], 1)
+    ops.element('FourNodeTetrahedron', 10251, *[2469, 2640, 2641, 2390], 1)
+    ops.element('FourNodeTetrahedron', 10252, *[2327, 2685, 2296, 2610], 1)
+    ops.element('FourNodeTetrahedron', 10253, *[1168, 1753, 1160, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10254, *[1962, 2665, 2175, 2232], 1)
+    ops.element('FourNodeTetrahedron', 10255, *[2083, 2078, 1132, 2308], 1)
+    ops.element('FourNodeTetrahedron', 10256, *[2140, 2269, 1992, 2452], 1)
+    ops.element('FourNodeTetrahedron', 10257, *[2424, 1800, 2491, 2025], 1)
+    ops.element('FourNodeTetrahedron', 10258, *[2614, 1145, 1254, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10259, *[2470, 2641, 2173, 2390], 1)
+    ops.element('FourNodeTetrahedron', 10260, *[2533, 2153, 1848, 2626], 1)
+    ops.element('FourNodeTetrahedron', 10261, *[1145, 1753, 1168, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10262, *[1254, 1751, 1168, 650], 1)
+    ops.element('FourNodeTetrahedron', 10263, *[1800, 2331, 2310, 1803], 1)
+    ops.element('FourNodeTetrahedron', 10264, *[2093, 1806, 2061, 2186], 1)
+    ops.element('FourNodeTetrahedron', 10265, *[2209, 2592, 2226, 2211], 1)
+    ops.element('FourNodeTetrahedron', 10266, *[2209, 2592, 2014, 2226], 1)
+    ops.element('FourNodeTetrahedron', 10267, *[2209, 1886, 2012, 2592], 1)
+    ops.element('FourNodeTetrahedron', 10268, *[2600, 2632, 2409, 2421], 1)
+    ops.element('FourNodeTetrahedron', 10269, *[2082, 2549, 2224, 2223], 1)
+    ops.element('FourNodeTetrahedron', 10270, *[2266, 2065, 1185, 1942], 1)
+    ops.element('FourNodeTetrahedron', 10271, *[2051, 2209, 2227, 2226], 1)
+    ops.element('FourNodeTetrahedron', 10272, *[2054, 2057, 2053, 2670], 1)
+    ops.element('FourNodeTetrahedron', 10273, *[2332, 2001, 2243, 2385], 1)
+    ops.element('FourNodeTetrahedron', 10274, *[1956, 1959, 2227, 2209], 1)
+    ops.element('FourNodeTetrahedron', 10275, *[1759, 2066, 2065, 2266], 1)
+    ops.element('FourNodeTetrahedron', 10276, *[2209, 2210, 1959, 2211], 1)
+    ops.element('FourNodeTetrahedron', 10277, *[1956, 2209, 2051, 2210], 1)
+    ops.element('FourNodeTetrahedron', 10278, *[1152, 2556, 1194, 2594], 1)
+    ops.element('FourNodeTetrahedron', 10279, *[2227, 1959, 2014, 2209], 1)
+    ops.element('FourNodeTetrahedron', 10280, *[2330, 2108, 2089, 2111], 1)
+    ops.element('FourNodeTetrahedron', 10281, *[2281, 2499, 2403, 2385], 1)
+    ops.element('FourNodeTetrahedron', 10282, *[2118, 2117, 1977, 2656], 1)
+    ops.element('FourNodeTetrahedron', 10283, *[1229, 2171, 1222, 1146], 1)
+    ops.element('FourNodeTetrahedron', 10284, *[2259, 2119, 650, 666], 1)
+    ops.element('FourNodeTetrahedron', 10285, *[1221, 1955, 1952, 1953], 1)
+    ops.element('FourNodeTetrahedron', 10286, *[2330, 2089, 2642, 2111], 1)
+    ops.element('FourNodeTetrahedron', 10287, *[1792, 1793, 2296, 2609], 1)
+    ops.element('FourNodeTetrahedron', 10288, *[2330, 2042, 2372, 2108], 1)
+    ops.element('FourNodeTetrahedron', 10289, *[2042, 2372, 2108, 2041], 1)
+    ops.element('FourNodeTetrahedron', 10290, *[1755, 1756, 2527, 1966], 1)
+    ops.element('FourNodeTetrahedron', 10291, *[1968, 1878, 1966, 2096], 1)
+    ops.element('FourNodeTetrahedron', 10292, *[1758, 1968, 1966, 2096], 1)
+    ops.element('FourNodeTetrahedron', 10293, *[1756, 1968, 1966, 1758], 1)
+    ops.element('FourNodeTetrahedron', 10294, *[1185, 1942, 1943, 1182], 1)
+    ops.element('FourNodeTetrahedron', 10295, *[1756, 1967, 1966, 1968], 1)
+    ops.element('FourNodeTetrahedron', 10296, *[1755, 2527, 2526, 2536], 1)
+    ops.element('FourNodeTetrahedron', 10297, *[2139, 2079, 2379, 2271], 1)
+    ops.element('FourNodeTetrahedron', 10298, *[2298, 2049, 2256, 2419], 1)
+    ops.element('FourNodeTetrahedron', 10299, *[1755, 1966, 2527, 2536], 1)
+    ops.element('FourNodeTetrahedron', 10300, *[1755, 1756, 1966, 1758], 1)
+    ops.element('FourNodeTetrahedron', 10301, *[1186, 2268, 2505, 1797], 1)
+    ops.element('FourNodeTetrahedron', 10302, *[2186, 2184, 2062, 1872], 1)
+    ops.element('FourNodeTetrahedron', 10303, *[2470, 2469, 2641, 2390], 1)
+    ops.element('FourNodeTetrahedron', 10304, *[1771, 1958, 2051, 2153], 1)
+    ops.element('FourNodeTetrahedron', 10305, *[1771, 1958, 1956, 2051], 1)
+    ops.element('FourNodeTetrahedron', 10306, *[1769, 2227, 1768, 1956], 1)
+    ops.element('FourNodeTetrahedron', 10307, *[741, 2024, 740, 1192], 1)
+    ops.element('FourNodeTetrahedron', 10308, *[2537, 2098, 1149, 2255], 1)
+    ops.element('FourNodeTetrahedron', 10309, *[2314, 2029, 2313, 2030], 1)
+    ops.element('FourNodeTetrahedron', 10310, *[2524, 2651, 1983, 2044], 1)
+    ops.element('FourNodeTetrahedron', 10311, *[2284, 2098, 2537, 2255], 1)
+    ops.element('FourNodeTetrahedron', 10312, *[1130, 2537, 1224, 1149], 1)
+    ops.element('FourNodeTetrahedron', 10313, *[2380, 2678, 2454, 2657], 1)
+    ops.element('FourNodeTetrahedron', 10314, *[2562, 1811, 1255, 2537], 1)
+    ops.element('FourNodeTetrahedron', 10315, *[741, 2627, 1192, 1161], 1)
+    ops.element('FourNodeTetrahedron', 10316, *[1955, 2383, 2652, 1954], 1)
+    ops.element('FourNodeTetrahedron', 10317, *[2057, 2210, 2051, 2053], 1)
+    ops.element('FourNodeTetrahedron', 10318, *[2562, 1999, 1811, 2537], 1)
+    ops.element('FourNodeTetrahedron', 10319, *[1255, 2537, 1224, 1130], 1)
+    ops.element('FourNodeTetrahedron', 10320, *[2562, 2537, 1255, 1130], 1)
+    ops.element('FourNodeTetrahedron', 10321, *[1255, 1811, 1141, 1224], 1)
+    ops.element('FourNodeTetrahedron', 10322, *[1811, 1999, 2133, 2537], 1)
+    ops.element('FourNodeTetrahedron', 10323, *[2537, 2098, 1224, 1149], 1)
+    ops.element('FourNodeTetrahedron', 10324, *[1955, 2383, 1954, 2315], 1)
+    ops.element('FourNodeTetrahedron', 10325, *[1897, 2346, 1896, 1856], 1)
+    ops.element('FourNodeTetrahedron', 10326, *[2151, 2082, 2077, 2224], 1)
+    ops.element('FourNodeTetrahedron', 10327, *[2081, 2082, 2077, 2151], 1)
+    ops.element('FourNodeTetrahedron', 10328, *[1817, 2650, 2651, 2044], 1)
+    ops.element('FourNodeTetrahedron', 10329, *[1955, 2383, 2315, 2381], 1)
+    ops.element('FourNodeTetrahedron', 10330, *[1868, 2016, 1869, 1867], 1)
+    ops.element('FourNodeTetrahedron', 10331, *[1804, 2428, 1758, 2184], 1)
+    ops.element('FourNodeTetrahedron', 10332, *[2511, 1765, 1920, 2509], 1)
+    ops.element('FourNodeTetrahedron', 10333, *[2621, 2612, 2356, 2123], 1)
+    ops.element('FourNodeTetrahedron', 10334, *[1764, 1986, 2498, 2511], 1)
+    ops.element('FourNodeTetrahedron', 10335, *[2081, 2077, 2131, 2075], 1)
+    ops.element('FourNodeTetrahedron', 10336, *[2383, 1954, 2315, 2130], 1)
+    ops.element('FourNodeTetrahedron', 10337, *[2381, 2383, 2315, 2130], 1)
+    ops.element('FourNodeTetrahedron', 10338, *[1226, 1237, 1178, 2359], 1)
+    ops.element('FourNodeTetrahedron', 10339, *[2530, 2168, 2422, 2157], 1)
+    ops.element('FourNodeTetrahedron', 10340, *[2470, 2677, 2159, 2641], 1)
+    ops.element('FourNodeTetrahedron', 10341, *[1141, 2133, 1170, 1224], 1)
+    ops.element('FourNodeTetrahedron', 10342, *[1953, 2315, 2298, 2074], 1)
+    ops.element('FourNodeTetrahedron', 10343, *[1850, 2609, 2610, 2685], 1)
+    ops.element('FourNodeTetrahedron', 10344, *[1953, 1954, 2298, 2315], 1)
+    ops.element('FourNodeTetrahedron', 10345, *[2315, 1954, 2298, 2316], 1)
+    ops.element('FourNodeTetrahedron', 10346, *[2298, 2049, 2419, 2316], 1)
+    ops.element('FourNodeTetrahedron', 10347, *[2428, 1968, 1756, 1758], 1)
+    ops.element('FourNodeTetrahedron', 10348, *[1241, 2457, 1759, 1250], 1)
+    ops.element('FourNodeTetrahedron', 10349, *[1866, 1760, 1153, 1903], 1)
+    ops.element('FourNodeTetrahedron', 10350, *[1954, 2049, 2298, 2316], 1)
+    ops.element('FourNodeTetrahedron', 10351, *[1806, 2184, 1758, 2621], 1)
+    ops.element('FourNodeTetrahedron', 10352, *[2402, 2538, 1851, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10353, *[1234, 2419, 1225, 1180], 1)
+    ops.element('FourNodeTetrahedron', 10354, *[1249, 2619, 1238, 1923], 1)
+    ops.element('FourNodeTetrahedron', 10355, *[2538, 2240, 2406, 2682], 1)
+    ops.element('FourNodeTetrahedron', 10356, *[2111, 2109, 2351, 2110], 1)
+    ops.element('FourNodeTetrahedron', 10357, *[514, 2396, 1159, 513], 1)
+    ops.element('FourNodeTetrahedron', 10358, *[2396, 2236, 1134, 513], 1)
+    ops.element('FourNodeTetrahedron', 10359, *[1922, 1919, 1924, 2378], 1)
+    ops.element('FourNodeTetrahedron', 10360, *[2103, 1824, 1890, 2174], 1)
+    ops.element('FourNodeTetrahedron', 10361, *[2358, 1981, 2238, 2357], 1)
+    ops.element('FourNodeTetrahedron', 10362, *[2082, 2549, 2675, 2224], 1)
+    ops.element('FourNodeTetrahedron', 10363, *[2224, 2549, 2675, 2341], 1)
+    ops.element('FourNodeTetrahedron', 10364, *[2076, 2003, 2245, 2004], 1)
+    ops.element('FourNodeTetrahedron', 10365, *[2174, 2176, 1890, 1901], 1)
+    ops.element('FourNodeTetrahedron', 10366, *[2073, 2315, 1953, 2074], 1)
+    ops.element('FourNodeTetrahedron', 10367, *[1907, 1906, 2011, 1905], 1)
+    ops.element('FourNodeTetrahedron', 10368, *[1955, 1954, 1953, 2315], 1)
+    ops.element('FourNodeTetrahedron', 10369, *[1895, 2538, 2402, 2407], 1)
+    ops.element('FourNodeTetrahedron', 10370, *[1869, 2020, 2359, 2016], 1)
+    ops.element('FourNodeTetrahedron', 10371, *[1177, 2617, 2266, 1137], 1)
+    ops.element('FourNodeTetrahedron', 10372, *[2068, 1206, 1136, 1201], 1)
+    ops.element('FourNodeTetrahedron', 10373, *[1873, 2550, 2185, 1872], 1)
+    ops.element('FourNodeTetrahedron', 10374, *[1870, 1132, 1235, 1244], 1)
+    ops.element('FourNodeTetrahedron', 10375, *[2551, 2580, 2468, 2415], 1)
+    ops.element('FourNodeTetrahedron', 10376, *[2571, 2114, 1780, 2396], 1)
+    ops.element('FourNodeTetrahedron', 10377, *[2567, 1789, 1788, 2566], 1)
+    ops.element('FourNodeTetrahedron', 10378, *[1927, 2056, 2055, 2646], 1)
+    ops.element('FourNodeTetrahedron', 10379, *[1987, 1909, 1912, 1918], 1)
+    ops.element('FourNodeTetrahedron', 10380, *[2144, 1854, 2402, 1895], 1)
+    ops.element('FourNodeTetrahedron', 10381, *[2031, 2603, 2645, 2297], 1)
+    ops.element('FourNodeTetrahedron', 10382, *[2332, 2533, 2308, 1849], 1)
+    ops.element('FourNodeTetrahedron', 10383, *[2538, 2325, 1851, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10384, *[2144, 1895, 2402, 2142], 1)
+    ops.element('FourNodeTetrahedron', 10385, *[1897, 1895, 2144, 2579], 1)
+    ops.element('FourNodeTetrahedron', 10386, *[2108, 2372, 2089, 2373], 1)
+    ops.element('FourNodeTetrahedron', 10387, *[2167, 2461, 2165, 2134], 1)
+    ops.element('FourNodeTetrahedron', 10388, *[2066, 2460, 1944, 1942], 1)
+    ops.element('FourNodeTetrahedron', 10389, *[1897, 1854, 2144, 1895], 1)
+    ops.element('FourNodeTetrahedron', 10390, *[1855, 1856, 2407, 2529], 1)
+    ops.element('FourNodeTetrahedron', 10391, *[2560, 2502, 2169, 2501], 1)
+    ops.element('FourNodeTetrahedron', 10392, *[2379, 2271, 1989, 2269], 1)
+    ops.element('FourNodeTetrahedron', 10393, *[2021, 1905, 1171, 1253], 1)
+    ops.element('FourNodeTetrahedron', 10394, *[2021, 2669, 1905, 1819], 1)
+    ops.element('FourNodeTetrahedron', 10395, *[2433, 2456, 2058, 2112], 1)
+    ops.element('FourNodeTetrahedron', 10396, *[2433, 1845, 2058, 2456], 1)
+    ops.element('FourNodeTetrahedron', 10397, *[2021, 1905, 1253, 1819], 1)
+    ops.element('FourNodeTetrahedron', 10398, *[1198, 2021, 1253, 1819], 1)
+    ops.element('FourNodeTetrahedron', 10399, *[2021, 2669, 1198, 1819], 1)
+    ops.element('FourNodeTetrahedron', 10400, *[1985, 1983, 1982, 2524], 1)
+    ops.element('FourNodeTetrahedron', 10401, *[1952, 2048, 1217, 1218], 1)
+    ops.element('FourNodeTetrahedron', 10402, *[2476, 2686, 2185, 2551], 1)
+    ops.element('FourNodeTetrahedron', 10403, *[2021, 1907, 1905, 2669], 1)
+    ops.element('FourNodeTetrahedron', 10404, *[1952, 2048, 1218, 1953], 1)
+    ops.element('FourNodeTetrahedron', 10405, *[1197, 2021, 1142, 1198], 1)
+    ops.element('FourNodeTetrahedron', 10406, *[1197, 1778, 2021, 1776], 1)
+    ops.element('FourNodeTetrahedron', 10407, *[1197, 2021, 1198, 1776], 1)
+    ops.element('FourNodeTetrahedron', 10408, *[1778, 2669, 2021, 1776], 1)
+    ops.element('FourNodeTetrahedron', 10409, *[2023, 1907, 2021, 2669], 1)
+    ops.element('FourNodeTetrahedron', 10410, *[1142, 2021, 1253, 1198], 1)
+    ops.element('FourNodeTetrahedron', 10411, *[1898, 1955, 1221, 1913], 1)
+    ops.element('FourNodeTetrahedron', 10412, *[1851, 2325, 1993, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10413, *[2351, 2109, 2660, 2681], 1)
+    ops.element('FourNodeTetrahedron', 10414, *[2406, 2325, 1993, 2494], 1)
+    ops.element('FourNodeTetrahedron', 10415, *[2527, 1967, 2030, 1823], 1)
+    ops.element('FourNodeTetrahedron', 10416, *[1215, 1975, 1191, 1859], 1)
+    ops.element('FourNodeTetrahedron', 10417, *[1760, 2554, 1153, 1880], 1)
+    ops.element('FourNodeTetrahedron', 10418, *[2644, 1814, 2163, 1926], 1)
+    ops.element('FourNodeTetrahedron', 10419, *[2287, 2366, 2684, 1901], 1)
+    ops.element('FourNodeTetrahedron', 10420, *[2357, 2340, 2214, 2338], 1)
+    ops.element('FourNodeTetrahedron', 10421, *[2570, 1747, 2357, 2340], 1)
+    ops.element('FourNodeTetrahedron', 10422, *[1859, 1891, 1191, 1232], 1)
+    ops.element('FourNodeTetrahedron', 10423, *[2576, 2444, 2292, 2293], 1)
+    ops.element('FourNodeTetrahedron', 10424, *[1870, 2071, 1868, 1976], 1)
+    ops.element('FourNodeTetrahedron', 10425, *[2325, 2113, 2526, 2493], 1)
+    ops.element('FourNodeTetrahedron', 10426, *[2325, 2493, 2526, 2494], 1)
+    ops.element('FourNodeTetrahedron', 10427, *[2310, 2026, 2220, 2107], 1)
+    ops.element('FourNodeTetrahedron', 10428, *[2107, 2026, 2220, 1935], 1)
+    ops.element('FourNodeTetrahedron', 10429, *[2491, 1800, 2310, 2025], 1)
+    ops.element('FourNodeTetrahedron', 10430, *[2261, 2491, 2025, 2107], 1)
+    ops.element('FourNodeTetrahedron', 10431, *[2476, 2686, 2428, 2185], 1)
+    ops.element('FourNodeTetrahedron', 10432, *[2462, 2349, 2348, 2347], 1)
+    ops.element('FourNodeTetrahedron', 10433, *[2491, 2310, 1836, 2107], 1)
+    ops.element('FourNodeTetrahedron', 10434, *[2261, 2491, 1836, 2107], 1)
+    ops.element('FourNodeTetrahedron', 10435, *[2261, 2025, 2107, 2422], 1)
+    ops.element('FourNodeTetrahedron', 10436, *[2271, 2296, 2317, 2327], 1)
+    ops.element('FourNodeTetrahedron', 10437, *[1177, 2266, 1185, 1137], 1)
+    ops.element('FourNodeTetrahedron', 10438, *[2612, 2429, 2123, 2122], 1)
+    ops.element('FourNodeTetrahedron', 10439, *[2296, 2341, 2317, 2326], 1)
+    ops.element('FourNodeTetrahedron', 10440, *[2266, 1185, 1243, 1177], 1)
+    ops.element('FourNodeTetrahedron', 10441, *[2434, 1757, 1755, 2640], 1)
+    ops.element('FourNodeTetrahedron', 10442, *[2357, 2340, 2338, 2478], 1)
+    ops.element('FourNodeTetrahedron', 10443, *[2329, 2092, 2331, 1801], 1)
+    ops.element('FourNodeTetrahedron', 10444, *[1933, 2562, 2120, 2616], 1)
+    ops.element('FourNodeTetrahedron', 10445, *[1842, 1903, 1763, 2652], 1)
+    ops.element('FourNodeTetrahedron', 10446, *[2051, 2208, 2052, 2053], 1)
+    ops.element('FourNodeTetrahedron', 10447, *[2484, 2589, 2541, 1865], 1)
+    ops.element('FourNodeTetrahedron', 10448, *[2616, 1933, 2562, 1930], 1)
+    ops.element('FourNodeTetrahedron', 10449, *[2616, 1930, 2562, 1860], 1)
+    ops.element('FourNodeTetrahedron', 10450, *[1992, 1989, 2152, 1990], 1)
+    ops.element('FourNodeTetrahedron', 10451, *[1853, 2616, 1204, 1860], 1)
+    ops.element('FourNodeTetrahedron', 10452, *[2409, 1949, 1750, 1202], 1)
+    ops.element('FourNodeTetrahedron', 10453, *[2147, 2409, 1202, 2145], 1)
+    ops.element('FourNodeTetrahedron', 10454, *[2002, 2001, 2004, 2280], 1)
+    ops.element('FourNodeTetrahedron', 10455, *[2409, 1949, 1202, 2145], 1)
+    ops.element('FourNodeTetrahedron', 10456, *[1159, 1894, 1780, 2396], 1)
+    ops.element('FourNodeTetrahedron', 10457, *[2295, 1894, 2683, 2396], 1)
+    ops.element('FourNodeTetrahedron', 10458, *[2322, 1806, 2390, 2093], 1)
+    ops.element('FourNodeTetrahedron', 10459, *[2409, 2422, 1949, 2145], 1)
+    ops.element('FourNodeTetrahedron', 10460, *[2409, 2107, 1949, 2422], 1)
+    ops.element('FourNodeTetrahedron', 10461, *[1798, 1828, 1799, 2149], 1)
+    ops.element('FourNodeTetrahedron', 10462, *[1926, 1814, 1884, 2031], 1)
+    ops.element('FourNodeTetrahedron', 10463, *[2409, 2107, 1750, 1949], 1)
+    ops.element('FourNodeTetrahedron', 10464, *[2049, 2257, 2009, 2256], 1)
+    ops.element('FourNodeTetrahedron', 10465, *[1777, 1778, 1776, 2679], 1)
+    ops.element('FourNodeTetrahedron', 10466, *[2186, 1872, 2062, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10467, *[1750, 2261, 2107, 2409], 1)
+    ops.element('FourNodeTetrahedron', 10468, *[2409, 2261, 2107, 2422], 1)
+    ops.element('FourNodeTetrahedron', 10469, *[2277, 1807, 2186, 2185], 1)
+    ops.element('FourNodeTetrahedron', 10470, *[1871, 2185, 2186, 1872], 1)
+    ops.element('FourNodeTetrahedron', 10471, *[2352, 2391, 2304, 1998], 1)
+    ops.element('FourNodeTetrahedron', 10472, *[2063, 2241, 2239, 2194], 1)
+    ops.element('FourNodeTetrahedron', 10473, *[2148, 2579, 2142, 2404], 1)
+    ops.element('FourNodeTetrahedron', 10474, *[2536, 1966, 2097, 2096], 1)
+    ops.element('FourNodeTetrahedron', 10475, *[2348, 2350, 2451, 2507], 1)
+    ops.element('FourNodeTetrahedron', 10476, *[1830, 1845, 1829, 2058], 1)
+    ops.element('FourNodeTetrahedron', 10477, *[1902, 2232, 2176, 1900], 1)
+    ops.element('FourNodeTetrahedron', 10478, *[2174, 2175, 2176, 2231], 1)
+    ops.element('FourNodeTetrahedron', 10479, *[2601, 2665, 2566, 1962], 1)
+    ops.element('FourNodeTetrahedron', 10480, *[2166, 2164, 713, 1157], 1)
+    ops.element('FourNodeTetrahedron', 10481, *[2167, 175, 2164, 1157], 1)
+    ops.element('FourNodeTetrahedron', 10482, *[1890, 2286, 2287, 2176], 1)
+    ops.element('FourNodeTetrahedron', 10483, *[2613, 2674, 2666, 2311], 1)
+    ops.element('FourNodeTetrahedron', 10484, *[2166, 167, 713, 2164], 1)
+    ops.element('FourNodeTetrahedron', 10485, *[2245, 2001, 2332, 2004], 1)
+    ops.element('FourNodeTetrahedron', 10486, *[2123, 2121, 2192, 2124], 1)
+    ops.element('FourNodeTetrahedron', 10487, *[2212, 1947, 1946, 1948], 1)
+    ops.element('FourNodeTetrahedron', 10488, *[1963, 2601, 1962, 1965], 1)
+    ops.element('FourNodeTetrahedron', 10489, *[1860, 1993, 1930, 2307], 1)
+    ops.element('FourNodeTetrahedron', 10490, *[2502, 2452, 1992, 2453], 1)
+    ops.element('FourNodeTetrahedron', 10491, *[2601, 2566, 2567, 1963], 1)
+    ops.element('FourNodeTetrahedron', 10492, *[2283, 2464, 2351, 2435], 1)
+    ops.element('FourNodeTetrahedron', 10493, *[1221, 2073, 1256, 1220], 1)
+    ops.element('FourNodeTetrahedron', 10494, *[1221, 1953, 1256, 2073], 1)
+    ops.element('FourNodeTetrahedron', 10495, *[2073, 2074, 1256, 1223], 1)
+    ops.element('FourNodeTetrahedron', 10496, *[2252, 2254, 2249, 1958], 1)
+    ops.element('FourNodeTetrahedron', 10497, *[1220, 2073, 1256, 1223], 1)
+    ops.element('FourNodeTetrahedron', 10498, *[2358, 2236, 2396, 513], 1)
+    ops.element('FourNodeTetrahedron', 10499, *[1992, 2269, 1989, 1991], 1)
+    ops.element('FourNodeTetrahedron', 10500, *[2408, 2391, 2260, 2600], 1)
+    ops.element('FourNodeTetrahedron', 10501, *[2304, 2394, 2582, 2391], 1)
+    ops.element('FourNodeTetrahedron', 10502, *[2113, 1995, 1993, 2526], 1)
+    ops.element('FourNodeTetrahedron', 10503, *[2114, 1842, 2449, 1844], 1)
+    ops.element('FourNodeTetrahedron', 10504, *[2497, 2529, 2405, 2542], 1)
+    ops.element('FourNodeTetrahedron', 10505, *[2456, 2423, 2314, 2030], 1)
+    ops.element('FourNodeTetrahedron', 10506, *[2452, 2269, 1991, 2624], 1)
+    ops.element('FourNodeTetrahedron', 10507, *[1138, 2412, 1156, 1196], 1)
+    ops.element('FourNodeTetrahedron', 10508, *[1836, 1935, 2229, 1949], 1)
+    ops.element('FourNodeTetrahedron', 10509, *[2361, 2332, 1849, 2385], 1)
+    ops.element('FourNodeTetrahedron', 10510, *[1992, 2269, 1991, 2452], 1)
+    ops.element('FourNodeTetrahedron', 10511, *[1943, 2267, 1796, 2015], 1)
+    ops.element('FourNodeTetrahedron', 10512, *[2585, 2557, 751, 1882], 1)
+    ops.element('FourNodeTetrahedron', 10513, *[2209, 2211, 2226, 2208], 1)
+    ops.element('FourNodeTetrahedron', 10514, *[2208, 2211, 2226, 2290], 1)
+    ops.element('FourNodeTetrahedron', 10515, *[2053, 2211, 2208, 2290], 1)
+    ops.element('FourNodeTetrahedron', 10516, *[2066, 2191, 2065, 1944], 1)
+    ops.element('FourNodeTetrahedron', 10517, *[2065, 2191, 1797, 1944], 1)
+    ops.element('FourNodeTetrahedron', 10518, *[1122, 2191, 1797, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10519, *[2065, 1183, 1122, 1185], 1)
+    ops.element('FourNodeTetrahedron', 10520, *[1968, 2580, 2273, 2468], 1)
+    ops.element('FourNodeTetrahedron', 10521, *[1841, 1960, 1984, 2398], 1)
+    ops.element('FourNodeTetrahedron', 10522, *[1841, 1984, 2399, 2398], 1)
+    ops.element('FourNodeTetrahedron', 10523, *[2273, 2414, 1963, 1964], 1)
+    ops.element('FourNodeTetrahedron', 10524, *[2065, 1797, 1122, 1183], 1)
+    ops.element('FourNodeTetrahedron', 10525, *[1185, 2065, 1943, 1942], 1)
+    ops.element('FourNodeTetrahedron', 10526, *[2465, 2196, 2215, 2195], 1)
+    ops.element('FourNodeTetrahedron', 10527, *[2359, 2395, 1125, 2078], 1)
+    ops.element('FourNodeTetrahedron', 10528, *[2592, 1886, 2512, 2347], 1)
+    ops.element('FourNodeTetrahedron', 10529, *[2065, 1797, 1183, 1943], 1)
+    ops.element('FourNodeTetrahedron', 10530, *[1767, 1766, 1782, 1764], 1)
+    ops.element('FourNodeTetrahedron', 10531, *[1759, 2065, 1243, 2266], 1)
+    ops.element('FourNodeTetrahedron', 10532, *[1166, 2065, 1122, 1243], 1)
+    ops.element('FourNodeTetrahedron', 10533, *[1759, 2065, 1166, 1243], 1)
+    ops.element('FourNodeTetrahedron', 10534, *[1759, 2443, 1166, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10535, *[1166, 2443, 1122, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10536, *[1142, 2299, 1171, 2021], 1)
+    ops.element('FourNodeTetrahedron', 10537, *[1759, 2067, 2443, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10538, *[2443, 2067, 2191, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10539, *[2443, 2191, 1122, 2065], 1)
+    ops.element('FourNodeTetrahedron', 10540, *[2067, 2191, 2065, 2066], 1)
+    ops.element('FourNodeTetrahedron', 10541, *[2407, 2538, 2406, 2682], 1)
+    ops.element('FourNodeTetrahedron', 10542, *[2581, 2601, 2567, 1963], 1)
+    ops.element('FourNodeTetrahedron', 10543, *[1849, 2385, 2533, 1848], 1)
+    ops.element('FourNodeTetrahedron', 10544, *[2026, 2482, 2220, 1934], 1)
+    ops.element('FourNodeTetrahedron', 10545, *[2481, 2249, 2480, 2252], 1)
+    ops.element('FourNodeTetrahedron', 10546, *[1823, 1877, 1788, 1875], 1)
+    ops.element('FourNodeTetrahedron', 10547, *[1172, 2598, 1249, 532], 1)
+    ops.element('FourNodeTetrahedron', 10548, *[1172, 1892, 1249, 2598], 1)
+    ops.element('FourNodeTetrahedron', 10549, *[2202, 2370, 2598, 538], 1)
+    ops.element('FourNodeTetrahedron', 10550, *[2030, 1823, 1824, 2103], 1)
+    ops.element('FourNodeTetrahedron', 10551, *[2346, 1805, 2470, 2390], 1)
+    ops.element('FourNodeTetrahedron', 10552, *[2298, 2009, 1164, 2256], 1)
+    ops.element('FourNodeTetrahedron', 10553, *[2341, 2549, 1793, 2296], 1)
+    ops.element('FourNodeTetrahedron', 10554, *[1879, 2046, 1163, 2635], 1)
+    ops.element('FourNodeTetrahedron', 10555, *[1792, 2609, 2610, 1795], 1)
+    ops.element('FourNodeTetrahedron', 10556, *[1149, 2250, 177, 178], 1)
+    ops.element('FourNodeTetrahedron', 10557, *[2369, 2362, 1977, 2656], 1)
+    ops.element('FourNodeTetrahedron', 10558, *[2202, 2598, 551, 538], 1)
+    ops.element('FourNodeTetrahedron', 10559, *[551, 2598, 1172, 538], 1)
+    ops.element('FourNodeTetrahedron', 10560, *[1881, 2045, 1808, 2046], 1)
+    ops.element('FourNodeTetrahedron', 10561, *[2598, 2523, 532, 538], 1)
+    ops.element('FourNodeTetrahedron', 10562, *[1890, 1901, 1862, 2634], 1)
+    ops.element('FourNodeTetrahedron', 10563, *[2368, 2118, 666, 684], 1)
+    ops.element('FourNodeTetrahedron', 10564, *[1172, 2598, 532, 538], 1)
+    ops.element('FourNodeTetrahedron', 10565, *[2682, 2240, 2242, 2239], 1)
+    ops.element('FourNodeTetrahedron', 10566, *[2544, 2240, 2682, 2239], 1)
+    ops.element('FourNodeTetrahedron', 10567, *[1992, 2379, 2151, 1989], 1)
+    ops.element('FourNodeTetrahedron', 10568, *[2680, 2345, 1856, 1857], 1)
+    ops.element('FourNodeTetrahedron', 10569, *[2682, 2239, 2242, 2492], 1)
+    ops.element('FourNodeTetrahedron', 10570, *[2544, 2239, 2682, 2492], 1)
+    ops.element('FourNodeTetrahedron', 10571, *[2631, 2129, 2072, 2420], 1)
+    ops.element('FourNodeTetrahedron', 10572, *[2055, 2297, 2645, 2038], 1)
+    ops.element('FourNodeTetrahedron', 10573, *[2609, 1793, 2296, 2685], 1)
+    ops.element('FourNodeTetrahedron', 10574, *[1979, 1941, 2114, 2358], 1)
+    ops.element('FourNodeTetrahedron', 10575, *[2054, 1883, 2234, 2052], 1)
+    ops.element('FourNodeTetrahedron', 10576, *[2037, 1749, 1746, 1747], 1)
+    ops.element('FourNodeTetrahedron', 10577, *[2037, 2036, 1749, 1747], 1)
+    ops.element('FourNodeTetrahedron', 10578, *[2611, 1964, 2661, 2569], 1)
+    ops.element('FourNodeTetrahedron', 10579, *[1889, 1765, 2264, 1886], 1)
+    ops.element('FourNodeTetrahedron', 10580, *[2574, 2636, 2292, 2444], 1)
+    ops.element('FourNodeTetrahedron', 10581, *[2264, 1765, 2512, 1886], 1)
+    ops.element('FourNodeTetrahedron', 10582, *[2013, 2512, 2349, 2592], 1)
+    ops.element('FourNodeTetrahedron', 10583, *[2013, 2264, 2349, 2512], 1)
+    ops.element('FourNodeTetrahedron', 10584, *[2013, 2264, 2512, 1886], 1)
+    ops.element('FourNodeTetrahedron', 10585, *[2318, 2002, 2426, 2280], 1)
+    ops.element('FourNodeTetrahedron', 10586, *[2301, 1857, 2498, 2300], 1)
+    ops.element('FourNodeTetrahedron', 10587, *[2301, 2095, 1857, 2300], 1)
+    ops.element('FourNodeTetrahedron', 10588, *[2300, 2544, 1858, 2488], 1)
+    ops.element('FourNodeTetrahedron', 10589, *[2012, 2264, 2013, 1886], 1)
+    ops.element('FourNodeTetrahedron', 10590, *[2012, 1886, 2013, 2592], 1)
+    ops.element('FourNodeTetrahedron', 10591, *[2013, 1886, 2512, 2592], 1)
+    ops.element('FourNodeTetrahedron', 10592, *[1254, 1168, 1145, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10593, *[1780, 2521, 1762, 2114], 1)
+    ops.element('FourNodeTetrahedron', 10594, *[2258, 2457, 1178, 2359], 1)
+    ops.element('FourNodeTetrahedron', 10595, *[2258, 2638, 2457, 2359], 1)
+    ops.element('FourNodeTetrahedron', 10596, *[2359, 2638, 2457, 2563], 1)
+    ops.element('FourNodeTetrahedron', 10597, *[2359, 2457, 1178, 1177], 1)
+    ops.element('FourNodeTetrahedron', 10598, *[1829, 2059, 2464, 1994], 1)
+    ops.element('FourNodeTetrahedron', 10599, *[1938, 1939, 2114, 1941], 1)
+    ops.element('FourNodeTetrahedron', 10600, *[2359, 1177, 1178, 1125], 1)
+    ops.element('FourNodeTetrahedron', 10601, *[2113, 2285, 1993, 1995], 1)
+    ops.element('FourNodeTetrahedron', 10602, *[2359, 2457, 1177, 2563], 1)
+    ops.element('FourNodeTetrahedron', 10603, *[2608, 2458, 2442, 2457], 1)
+    ops.element('FourNodeTetrahedron', 10604, *[1125, 2395, 2563, 1176], 1)
+    ops.element('FourNodeTetrahedron', 10605, *[2258, 2608, 2595, 2457], 1)
+    ops.element('FourNodeTetrahedron', 10606, *[2258, 2608, 2457, 2638], 1)
+    ops.element('FourNodeTetrahedron', 10607, *[2457, 2266, 1177, 2563], 1)
+    ops.element('FourNodeTetrahedron', 10608, *[2567, 1788, 1877, 1875], 1)
+    ops.element('FourNodeTetrahedron', 10609, *[2079, 2519, 2223, 2139], 1)
+    ops.element('FourNodeTetrahedron', 10610, *[1788, 1789, 1790, 2566], 1)
+    ops.element('FourNodeTetrahedron', 10611, *[2070, 1151, 1136, 2408], 1)
+    ops.element('FourNodeTetrahedron', 10612, *[1178, 2457, 1250, 1177], 1)
+    ops.element('FourNodeTetrahedron', 10613, *[2563, 2617, 1177, 1176], 1)
+    ops.element('FourNodeTetrahedron', 10614, *[1972, 2324, 1748, 2079], 1)
+    ops.element('FourNodeTetrahedron', 10615, *[2080, 2081, 2151, 2079], 1)
+    ops.element('FourNodeTetrahedron', 10616, *[1176, 2321, 2617, 1175], 1)
+    ops.element('FourNodeTetrahedron', 10617, *[1183, 1796, 1131, 1182], 1)
+    ops.element('FourNodeTetrahedron', 10618, *[2321, 2154, 2617, 1175], 1)
+    ops.element('FourNodeTetrahedron', 10619, *[1796, 1937, 1184, 1195], 1)
+    ops.element('FourNodeTetrahedron', 10620, *[2147, 2422, 2409, 2145], 1)
+    ops.element('FourNodeTetrahedron', 10621, *[1891, 2306, 2215, 2483], 1)
+    ops.element('FourNodeTetrahedron', 10622, *[1820, 2320, 1821, 1818], 1)
+    ops.element('FourNodeTetrahedron', 10623, *[2539, 2541, 2465, 2484], 1)
+    ops.element('FourNodeTetrahedron', 10624, *[2395, 2617, 1176, 2321], 1)
+    ops.element('FourNodeTetrahedron', 10625, *[2395, 2563, 2617, 1176], 1)
+    ops.element('FourNodeTetrahedron', 10626, *[2338, 2140, 2413, 2502], 1)
+    ops.element('FourNodeTetrahedron', 10627, *[1800, 1803, 2026, 2027], 1)
+    ops.element('FourNodeTetrahedron', 10628, *[1845, 1846, 1829, 2059], 1)
+    ops.element('FourNodeTetrahedron', 10629, *[2465, 2199, 2197, 2195], 1)
+    ops.element('FourNodeTetrahedron', 10630, *[2344, 1794, 2223, 1792], 1)
+    ops.element('FourNodeTetrahedron', 10631, *[2395, 2563, 2617, 2248], 1)
+    ops.element('FourNodeTetrahedron', 10632, *[2395, 2248, 2617, 2321], 1)
+    ops.element('FourNodeTetrahedron', 10633, *[2617, 1771, 2154, 2321], 1)
+    ops.element('FourNodeTetrahedron', 10634, *[2328, 2042, 2039, 2092], 1)
+    ops.element('FourNodeTetrahedron', 10635, *[2321, 1771, 2154, 2153], 1)
+    ops.element('FourNodeTetrahedron', 10636, *[1994, 2059, 2375, 2102], 1)
+    ops.element('FourNodeTetrahedron', 10637, *[2283, 2464, 2435, 2375], 1)
+    ops.element('FourNodeTetrahedron', 10638, *[2283, 2464, 2375, 1994], 1)
+    ops.element('FourNodeTetrahedron', 10639, *[2248, 1771, 2617, 2321], 1)
+    ops.element('FourNodeTetrahedron', 10640, *[2563, 1771, 2617, 2248], 1)
+    ops.element('FourNodeTetrahedron', 10641, *[2224, 2296, 2341, 2317], 1)
+    ops.element('FourNodeTetrahedron', 10642, *[1989, 2224, 2002, 2317], 1)
+    ops.element('FourNodeTetrahedron', 10643, *[2340, 2339, 2338, 2647], 1)
+    ops.element('FourNodeTetrahedron', 10644, *[2597, 2342, 2519, 1971], 1)
+    ops.element('FourNodeTetrahedron', 10645, *[1970, 2597, 1972, 1971], 1)
+    ops.element('FourNodeTetrahedron', 10646, *[1969, 1972, 2139, 1971], 1)
+    ops.element('FourNodeTetrahedron', 10647, *[1970, 1971, 2138, 2387], 1)
+    ops.element('FourNodeTetrahedron', 10648, *[1910, 2212, 1908, 2207], 1)
+    ops.element('FourNodeTetrahedron', 10649, *[1911, 2322, 1912, 1908], 1)
+    ops.element('FourNodeTetrahedron', 10650, *[1198, 1819, 1128, 2622], 1)
+    ops.element('FourNodeTetrahedron', 10651, *[1971, 2139, 2624, 2343], 1)
+    ops.element('FourNodeTetrahedron', 10652, *[1182, 1943, 2556, 2225], 1)
+    ops.element('FourNodeTetrahedron', 10653, *[2386, 2343, 1971, 2387], 1)
+    ops.element('FourNodeTetrahedron', 10654, *[2597, 2342, 1971, 2386], 1)
+    ops.element('FourNodeTetrahedron', 10655, *[1875, 2566, 1790, 2175], 1)
+    ops.element('FourNodeTetrahedron', 10656, *[2002, 2675, 2432, 2279], 1)
+    ops.element('FourNodeTetrahedron', 10657, *[1184, 2143, 1240, 1937], 1)
+    ops.element('FourNodeTetrahedron', 10658, *[2675, 2432, 2003, 2002], 1)
+    ops.element('FourNodeTetrahedron', 10659, *[1970, 1971, 2387, 2386], 1)
+    ops.element('FourNodeTetrahedron', 10660, *[1970, 2597, 1971, 2386], 1)
+    ops.element('FourNodeTetrahedron', 10661, *[2597, 2519, 1972, 1971], 1)
+    ops.element('FourNodeTetrahedron', 10662, *[2203, 2010, 2467, 2370], 1)
+    ops.element('FourNodeTetrahedron', 10663, *[2203, 2007, 2467, 2010], 1)
+    ops.element('FourNodeTetrahedron', 10664, *[2202, 2007, 2467, 2203], 1)
+    ops.element('FourNodeTetrahedron', 10665, *[2358, 1844, 2237, 1981], 1)
+    ops.element('FourNodeTetrahedron', 10666, *[1809, 2134, 1170, 2133], 1)
+    ops.element('FourNodeTetrahedron', 10667, *[2202, 2467, 2598, 2370], 1)
+    ops.element('FourNodeTetrahedron', 10668, *[2467, 2010, 2370, 2523], 1)
+    ops.element('FourNodeTetrahedron', 10669, *[2467, 2523, 2598, 2370], 1)
+    ops.element('FourNodeTetrahedron', 10670, *[2467, 2010, 1892, 2523], 1)
+    ops.element('FourNodeTetrahedron', 10671, *[2467, 1892, 2598, 2523], 1)
+    ops.element('FourNodeTetrahedron', 10672, *[1882, 1808, 751, 1162], 1)
+    ops.element('FourNodeTetrahedron', 10673, *[751, 2557, 752, 1808], 1)
+    ops.element('FourNodeTetrahedron', 10674, *[751, 2557, 1808, 1882], 1)
+    ops.element('FourNodeTetrahedron', 10675, *[2143, 2148, 2144, 2142], 1)
+    ops.element('FourNodeTetrahedron', 10676, *[2000, 2135, 1811, 1999], 1)
+    ops.element('FourNodeTetrahedron', 10677, *[2424, 2673, 2615, 1800], 1)
+    ops.element('FourNodeTetrahedron', 10678, *[2468, 2415, 2273, 2416], 1)
+    ops.element('FourNodeTetrahedron', 10679, *[1928, 1926, 1784, 1929], 1)
+    ops.element('FourNodeTetrahedron', 10680, *[2585, 2557, 1882, 1881], 1)
+    ops.element('FourNodeTetrahedron', 10681, *[2089, 2373, 2087, 2088], 1)
+    ops.element('FourNodeTetrahedron', 10682, *[1781, 1898, 1258, 1246], 1)
+    ops.element('FourNodeTetrahedron', 10683, *[1248, 2359, 1125, 2078], 1)
+    ops.element('FourNodeTetrahedron', 10684, *[2403, 2274, 2243, 2626], 1)
+    ops.element('FourNodeTetrahedron', 10685, *[2617, 1942, 1137, 2225], 1)
+    ops.element('FourNodeTetrahedron', 10686, *[2264, 1767, 1764, 1765], 1)
+    ops.element('FourNodeTetrahedron', 10687, *[2214, 1746, 2532, 2213], 1)
+    ops.element('FourNodeTetrahedron', 10688, *[2532, 1748, 2080, 2213], 1)
+    ops.element('FourNodeTetrahedron', 10689, *[2529, 2388, 2682, 2544], 1)
+    ops.element('FourNodeTetrahedron', 10690, *[1825, 1826, 2147, 2144], 1)
+    ops.element('FourNodeTetrahedron', 10691, *[2077, 2675, 2003, 2002], 1)
+    ops.element('FourNodeTetrahedron', 10692, *[1869, 1237, 1180, 1248], 1)
+    ops.element('FourNodeTetrahedron', 10693, *[1256, 1953, 1121, 2074], 1)
+    ops.element('FourNodeTetrahedron', 10694, *[1796, 1798, 1937, 2015], 1)
+    ops.element('FourNodeTetrahedron', 10695, *[2267, 1798, 1796, 2015], 1)
+    ops.element('FourNodeTetrahedron', 10696, *[2557, 2473, 752, 1808], 1)
+    ops.element('FourNodeTetrahedron', 10697, *[2214, 2413, 2596, 2338], 1)
+    ops.element('FourNodeTetrahedron', 10698, *[1797, 2267, 1796, 1943], 1)
+    ops.element('FourNodeTetrahedron', 10699, *[1183, 1797, 1796, 1943], 1)
+    ops.element('FourNodeTetrahedron', 10700, *[1190, 2216, 146, 2064], 1)
+    ops.element('FourNodeTetrahedron', 10701, *[2544, 2239, 2492, 2466], 1)
+    ops.element('FourNodeTetrahedron', 10702, *[2158, 2125, 2027, 2128], 1)
+    ops.element('FourNodeTetrahedron', 10703, *[2413, 2214, 1969, 2338], 1)
+    ops.element('FourNodeTetrahedron', 10704, *[2214, 2080, 2596, 2413], 1)
+    ops.element('FourNodeTetrahedron', 10705, *[2214, 2080, 2413, 1969], 1)
+    ops.element('FourNodeTetrahedron', 10706, *[1969, 2080, 2413, 2140], 1)
+    ops.element('FourNodeTetrahedron', 10707, *[2338, 1969, 2413, 2140], 1)
+    ops.element('FourNodeTetrahedron', 10708, *[1866, 1903, 1153, 1129], 1)
+    ops.element('FourNodeTetrahedron', 10709, *[1153, 1903, 1880, 1217], 1)
+    ops.element('FourNodeTetrahedron', 10710, *[1952, 1903, 1217, 2048], 1)
+    ops.element('FourNodeTetrahedron', 10711, *[1903, 1880, 1217, 2048], 1)
+    ops.element('FourNodeTetrahedron', 10712, *[1952, 2652, 1903, 1954], 1)
+    ops.element('FourNodeTetrahedron', 10713, *[1903, 1879, 1880, 2048], 1)
+    ops.element('FourNodeTetrahedron', 10714, *[1903, 1904, 1881, 2050], 1)
+    ops.element('FourNodeTetrahedron', 10715, *[1903, 2050, 1879, 2048], 1)
+    ops.element('FourNodeTetrahedron', 10716, *[1880, 1881, 1879, 1903], 1)
+    ops.element('FourNodeTetrahedron', 10717, *[1948, 2186, 2093, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10718, *[2093, 2061, 2094, 2060], 1)
+    ops.element('FourNodeTetrahedron', 10719, *[1918, 1912, 2094, 2093], 1)
+    ops.element('FourNodeTetrahedron', 10720, *[2093, 2186, 2061, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10721, *[2095, 2093, 2094, 2060], 1)
+    ops.element('FourNodeTetrahedron', 10722, *[2093, 2061, 2060, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10723, *[2095, 2093, 2060, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10724, *[2046, 2045, 2475, 2504], 1)
+    ops.element('FourNodeTetrahedron', 10725, *[2579, 1855, 2496, 2513], 1)
+    ops.element('FourNodeTetrahedron', 10726, *[2045, 2179, 2047, 2475], 1)
+    ops.element('FourNodeTetrahedron', 10727, *[2513, 1855, 2496, 2498], 1)
+    ops.element('FourNodeTetrahedron', 10728, *[1911, 2575, 2393, 1946], 1)
+    ops.element('FourNodeTetrahedron', 10729, *[2178, 2179, 1779, 2475], 1)
+    ops.element('FourNodeTetrahedron', 10730, *[1821, 2070, 1174, 1200], 1)
+    ops.element('FourNodeTetrahedron', 10731, *[2475, 2106, 1133, 2442], 1)
+    ops.element('FourNodeTetrahedron', 10732, *[2475, 1133, 1245, 2442], 1)
+    ops.element('FourNodeTetrahedron', 10733, *[2368, 2369, 2118, 2653], 1)
+    ops.element('FourNodeTetrahedron', 10734, *[2175, 2366, 2289, 2176], 1)
+    ops.element('FourNodeTetrahedron', 10735, *[2529, 2682, 2542, 2488], 1)
+    ops.element('FourNodeTetrahedron', 10736, *[2309, 2100, 2116, 2484], 1)
+    ops.element('FourNodeTetrahedron', 10737, *[2299, 1905, 1171, 2021], 1)
+    ops.element('FourNodeTetrahedron', 10738, *[1165, 2475, 1245, 2275], 1)
+    ops.element('FourNodeTetrahedron', 10739, *[2355, 2654, 2394, 2392], 1)
+    ops.element('FourNodeTetrahedron', 10740, *[2402, 2406, 1861, 2405], 1)
+    ops.element('FourNodeTetrahedron', 10741, *[1210, 2568, 1228, 1810], 1)
+    ops.element('FourNodeTetrahedron', 10742, *[2275, 2475, 1245, 2442], 1)
+    ops.element('FourNodeTetrahedron', 10743, *[2046, 2475, 1165, 2275], 1)
+    ops.element('FourNodeTetrahedron', 10744, *[2504, 2106, 2475, 2275], 1)
+    ops.element('FourNodeTetrahedron', 10745, *[2275, 2106, 2475, 2442], 1)
+    ops.element('FourNodeTetrahedron', 10746, *[1165, 2475, 1133, 1245], 1)
+    ops.element('FourNodeTetrahedron', 10747, *[1193, 2475, 1133, 1165], 1)
+    ops.element('FourNodeTetrahedron', 10748, *[1855, 1856, 2529, 1858], 1)
+    ops.element('FourNodeTetrahedron', 10749, *[1764, 1783, 2579, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10750, *[2599, 2678, 2454, 2380], 1)
+    ops.element('FourNodeTetrahedron', 10751, *[2263, 1783, 2579, 1764], 1)
+    ops.element('FourNodeTetrahedron', 10752, *[2464, 2376, 2681, 2375], 1)
+    ops.element('FourNodeTetrahedron', 10753, *[1949, 2616, 1208, 1853], 1)
+    ops.element('FourNodeTetrahedron', 10754, *[1987, 2446, 2345, 1918], 1)
+    ops.element('FourNodeTetrahedron', 10755, *[1987, 1911, 2446, 1912], 1)
+    ops.element('FourNodeTetrahedron', 10756, *[1852, 1933, 2120, 2616], 1)
+    ops.element('FourNodeTetrahedron', 10757, *[1853, 1852, 2616, 1851], 1)
+    ops.element('FourNodeTetrahedron', 10758, *[1167, 2614, 1254, 666], 1)
+    ops.element('FourNodeTetrahedron', 10759, *[1764, 2498, 2513, 2511], 1)
+    ops.element('FourNodeTetrahedron', 10760, *[2599, 2454, 2305, 2380], 1)
+    ops.element('FourNodeTetrahedron', 10761, *[2678, 2353, 2305, 2454], 1)
+    ops.element('FourNodeTetrahedron', 10762, *[2678, 2353, 2454, 2657], 1)
+    ops.element('FourNodeTetrahedron', 10763, *[1212, 2308, 1148, 1847], 1)
+    ops.element('FourNodeTetrahedron', 10764, *[1895, 2407, 2528, 2496], 1)
+    ops.element('FourNodeTetrahedron', 10765, *[2614, 1751, 1254, 2259], 1)
+    ops.element('FourNodeTetrahedron', 10766, *[1847, 1848, 632, 653], 1)
+    ops.element('FourNodeTetrahedron', 10767, *[653, 1847, 1148, 632], 1)
+    ops.element('FourNodeTetrahedron', 10768, *[1148, 1847, 1175, 632], 1)
+    ops.element('FourNodeTetrahedron', 10769, *[1148, 2321, 1175, 1847], 1)
+    ops.element('FourNodeTetrahedron', 10770, *[1847, 1848, 2321, 2234], 1)
+    ops.element('FourNodeTetrahedron', 10771, *[1847, 2321, 1175, 2234], 1)
+    ops.element('FourNodeTetrahedron', 10772, *[1847, 1848, 2234, 632], 1)
+    ops.element('FourNodeTetrahedron', 10773, *[1847, 2234, 1175, 632], 1)
+    ops.element('FourNodeTetrahedron', 10774, *[632, 2234, 1175, 633], 1)
+    ops.element('FourNodeTetrahedron', 10775, *[666, 2614, 2259, 2119], 1)
+    ops.element('FourNodeTetrahedron', 10776, *[2617, 1942, 2266, 1137], 1)
+    ops.element('FourNodeTetrahedron', 10777, *[1975, 1973, 2306, 1891], 1)
+    ops.element('FourNodeTetrahedron', 10778, *[1859, 1973, 1975, 1891], 1)
+    ops.element('FourNodeTetrahedron', 10779, *[1835, 2228, 1147, 2229], 1)
+    ops.element('FourNodeTetrahedron', 10780, *[1823, 1790, 1824, 2174], 1)
+    ops.element('FourNodeTetrahedron', 10781, *[1884, 2524, 2663, 1941], 1)
+    ops.element('FourNodeTetrahedron', 10782, *[1979, 2114, 2396, 2358], 1)
+    ops.element('FourNodeTetrahedron', 10783, *[2306, 2484, 2465, 2483], 1)
+    ops.element('FourNodeTetrahedron', 10784, *[1157, 2134, 176, 1170], 1)
+    ops.element('FourNodeTetrahedron', 10785, *[1891, 2306, 2255, 2215], 1)
+    ops.element('FourNodeTetrahedron', 10786, *[1170, 2134, 176, 2099], 1)
+    ops.element('FourNodeTetrahedron', 10787, *[2059, 2376, 2375, 2102], 1)
+    ops.element('FourNodeTetrahedron', 10788, *[2122, 2661, 2430, 1839], 1)
+    ops.element('FourNodeTetrahedron', 10789, *[2263, 2148, 2143, 2404], 1)
+    ops.element('FourNodeTetrahedron', 10790, *[1878, 1876, 1875, 2273], 1)
+    ops.element('FourNodeTetrahedron', 10791, *[1890, 1863, 1862, 1901], 1)
+    ops.element('FourNodeTetrahedron', 10792, *[2306, 2539, 2255, 2465], 1)
+    ops.element('FourNodeTetrahedron', 10793, *[1189, 1825, 1201, 1227], 1)
+    ops.element('FourNodeTetrahedron', 10794, *[1762, 1763, 1760, 1866], 1)
+    ops.element('FourNodeTetrahedron', 10795, *[2306, 2539, 2465, 2484], 1)
+    ops.element('FourNodeTetrahedron', 10796, *[1975, 2284, 2255, 2306], 1)
+    ops.element('FourNodeTetrahedron', 10797, *[1996, 2539, 2284, 2306], 1)
+    ops.element('FourNodeTetrahedron', 10798, *[2390, 2469, 2640, 1806], 1)
+    ops.element('FourNodeTetrahedron', 10799, *[2663, 2524, 1961, 1941], 1)
+    ops.element('FourNodeTetrahedron', 10800, *[2628, 2649, 2613, 2615], 1)
+    ops.element('FourNodeTetrahedron', 10801, *[1893, 2607, 747, 1988], 1)
+    ops.element('FourNodeTetrahedron', 10802, *[759, 1893, 747, 1239], 1)
+    ops.element('FourNodeTetrahedron', 10803, *[2140, 2139, 2269, 2624], 1)
+    ops.element('FourNodeTetrahedron', 10804, *[2015, 1937, 1796, 2013], 1)
+    ops.element('FourNodeTetrahedron', 10805, *[2590, 2502, 2501, 2508], 1)
+    ops.element('FourNodeTetrahedron', 10806, *[2596, 2080, 2531, 2413], 1)
+    ops.element('FourNodeTetrahedron', 10807, *[2560, 2413, 2577, 2502], 1)
+    ops.element('FourNodeTetrahedron', 10808, *[1824, 1791, 2367, 1790], 1)
+    ops.element('FourNodeTetrahedron', 10809, *[759, 2607, 747, 1893], 1)
+    ops.element('FourNodeTetrahedron', 10810, *[1903, 2050, 2048, 1954], 1)
+    ops.element('FourNodeTetrahedron', 10811, *[2416, 1964, 2430, 2611], 1)
+    ops.element('FourNodeTetrahedron', 10812, *[2343, 2342, 2344, 2587], 1)
+    ops.element('FourNodeTetrahedron', 10813, *[1916, 1914, 1915, 2606], 1)
+    ops.element('FourNodeTetrahedron', 10814, *[2158, 2125, 2168, 2160], 1)
+    ops.element('FourNodeTetrahedron', 10815, *[2064, 2217, 2643, 2218], 1)
+    ops.element('FourNodeTetrahedron', 10816, *[2465, 2541, 2197, 2199], 1)
+    ops.element('FourNodeTetrahedron', 10817, *[1814, 1812, 1817, 1885], 1)
+    ops.element('FourNodeTetrahedron', 10818, *[2161, 2141, 2651, 1817], 1)
+    ops.element('FourNodeTetrahedron', 10819, *[1812, 2650, 2141, 1817], 1)
+    ops.element('FourNodeTetrahedron', 10820, *[1817, 1812, 2650, 1885], 1)
+    ops.element('FourNodeTetrahedron', 10821, *[1814, 1812, 1816, 1885], 1)
+    ops.element('FourNodeTetrahedron', 10822, *[1985, 1982, 2472, 1961], 1)
+    ops.element('FourNodeTetrahedron', 10823, *[2472, 1982, 1841, 1961], 1)
+    ops.element('FourNodeTetrahedron', 10824, *[1961, 2524, 1982, 1960], 1)
+    ops.element('FourNodeTetrahedron', 10825, *[2524, 1982, 1985, 1961], 1)
+    ops.element('FourNodeTetrahedron', 10826, *[2018, 2515, 2132, 2003], 1)
+    ops.element('FourNodeTetrahedron', 10827, *[2515, 2003, 2018, 2245], 1)
+    ops.element('FourNodeTetrahedron', 10828, *[2083, 2308, 1132, 1212], 1)
+    ops.element('FourNodeTetrahedron', 10829, *[1966, 1878, 1823, 2097], 1)
+    ops.element('FourNodeTetrahedron', 10830, *[2583, 2377, 1920, 2510], 1)
+    ops.element('FourNodeTetrahedron', 10831, *[1253, 1819, 1905, 1230], 1)
+    ops.element('FourNodeTetrahedron', 10832, *[2182, 2230, 2228, 1835], 1)
+    ops.element('FourNodeTetrahedron', 10833, *[2309, 2539, 2306, 2484], 1)
+    ops.element('FourNodeTetrahedron', 10834, *[1253, 1905, 1144, 1230], 1)
+    ops.element('FourNodeTetrahedron', 10835, *[2421, 2632, 2409, 2422], 1)
+    ops.element('FourNodeTetrahedron', 10836, *[2559, 2170, 2573, 2653], 1)
+    ops.element('FourNodeTetrahedron', 10837, *[1790, 1789, 2289, 2175], 1)
+    ops.element('FourNodeTetrahedron', 10838, *[2416, 2565, 2612, 2430], 1)
+    ops.element('FourNodeTetrahedron', 10839, *[2167, 2660, 2461, 2134], 1)
+    ops.element('FourNodeTetrahedron', 10840, *[1799, 1825, 1227, 2143], 1)
+    ops.element('FourNodeTetrahedron', 10841, *[2255, 2539, 2098, 2465], 1)
+    ops.element('FourNodeTetrahedron', 10842, *[2229, 1810, 1210, 2120], 1)
+    ops.element('FourNodeTetrahedron', 10843, *[2003, 2244, 2018, 2245], 1)
+    ops.element('FourNodeTetrahedron', 10844, *[2318, 2280, 2426, 2360], 1)
+    ops.element('FourNodeTetrahedron', 10845, *[1129, 1952, 1218, 1221], 1)
+    ops.element('FourNodeTetrahedron', 10846, *[2133, 2099, 1170, 2098], 1)
+    ops.element('FourNodeTetrahedron', 10847, *[2511, 1986, 2498, 2301], 1)
+    ops.element('FourNodeTetrahedron', 10848, *[2525, 2150, 2420, 2362], 1)
+    ops.element('FourNodeTetrahedron', 10849, *[2117, 2004, 1754, 2361], 1)
+    ops.element('FourNodeTetrahedron', 10850, *[2511, 2301, 2498, 2350], 1)
+    ops.element('FourNodeTetrahedron', 10851, *[2509, 2511, 2350, 2605], 1)
+    ops.element('FourNodeTetrahedron', 10852, *[2511, 2301, 2350, 2605], 1)
+    ops.element('FourNodeTetrahedron', 10853, *[2509, 2301, 2511, 2605], 1)
+    ops.element('FourNodeTetrahedron', 10854, *[1765, 1986, 2511, 1920], 1)
+    ops.element('FourNodeTetrahedron', 10855, *[1920, 2301, 2511, 2509], 1)
+    ops.element('FourNodeTetrahedron', 10856, *[2397, 1979, 2295, 2396], 1)
+    ops.element('FourNodeTetrahedron', 10857, *[2512, 1765, 2511, 2509], 1)
+    ops.element('FourNodeTetrahedron', 10858, *[2512, 2509, 2350, 2347], 1)
+    ops.element('FourNodeTetrahedron', 10859, *[2512, 2511, 2350, 2509], 1)
+    ops.element('FourNodeTetrahedron', 10860, *[2512, 2511, 2513, 2350], 1)
+    ops.element('FourNodeTetrahedron', 10861, *[2512, 2513, 2349, 2350], 1)
+    ops.element('FourNodeTetrahedron', 10862, *[2188, 1970, 2340, 2189], 1)
+    ops.element('FourNodeTetrahedron', 10863, *[2511, 2498, 2513, 2350], 1)
+    ops.element('FourNodeTetrahedron', 10864, *[2228, 2568, 1210, 2229], 1)
+    ops.element('FourNodeTetrahedron', 10865, *[712, 2166, 713, 1157], 1)
+    ops.element('FourNodeTetrahedron', 10866, *[712, 2166, 1157, 1809], 1)
+    ops.element('FourNodeTetrahedron', 10867, *[2229, 2220, 2568, 1935], 1)
+    ops.element('FourNodeTetrahedron', 10868, *[2471, 1804, 1757, 2427], 1)
+    ops.element('FourNodeTetrahedron', 10869, *[1824, 1790, 2288, 1890], 1)
+    ops.element('FourNodeTetrahedron', 10870, *[2213, 1972, 2079, 2139], 1)
+    ops.element('FourNodeTetrahedron', 10871, *[2387, 1971, 2624, 2343], 1)
+    ops.element('FourNodeTetrahedron', 10872, *[2214, 2080, 2532, 2213], 1)
+    ops.element('FourNodeTetrahedron', 10873, *[2103, 2101, 2100, 1890], 1)
+    ops.element('FourNodeTetrahedron', 10874, *[2219, 2111, 2000, 2588], 1)
+    ops.element('FourNodeTetrahedron', 10875, *[2219, 2642, 2088, 2111], 1)
+    ops.element('FourNodeTetrahedron', 10876, *[2568, 2219, 1810, 1935], 1)
+    ops.element('FourNodeTetrahedron', 10877, *[2220, 2568, 2230, 2219], 1)
+    ops.element('FourNodeTetrahedron', 10878, *[2220, 2568, 2230, 2229], 1)
+    ops.element('FourNodeTetrahedron', 10879, *[734, 2304, 733, 1199], 1)
+    ops.element('FourNodeTetrahedron', 10880, *[2230, 2568, 2228, 2229], 1)
+    ops.element('FourNodeTetrahedron', 10881, *[2230, 2400, 2228, 2568], 1)
+    ops.element('FourNodeTetrahedron', 10882, *[1783, 1897, 2579, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10883, *[1964, 2233, 2430, 2661], 1)
+    ops.element('FourNodeTetrahedron', 10884, *[1783, 2680, 1897, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10885, *[2680, 1856, 1897, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10886, *[1764, 1782, 1783, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10887, *[2477, 2042, 2330, 2328], 1)
+    ops.element('FourNodeTetrahedron', 10888, *[2481, 2249, 2017, 2248], 1)
+    ops.element('FourNodeTetrahedron', 10889, *[1986, 1782, 1855, 1857], 1)
+    ops.element('FourNodeTetrahedron', 10890, *[1764, 1782, 1855, 1986], 1)
+    ops.element('FourNodeTetrahedron', 10891, *[2158, 2128, 2125, 2160], 1)
+    ops.element('FourNodeTetrahedron', 10892, *[1198, 2669, 1819, 2622], 1)
+    ops.element('FourNodeTetrahedron', 10893, *[1198, 1819, 1253, 1128], 1)
+    ops.element('FourNodeTetrahedron', 10894, *[2240, 2493, 2325, 2494], 1)
+    ops.element('FourNodeTetrahedron', 10895, *[1253, 1819, 1230, 1128], 1)
+    ops.element('FourNodeTetrahedron', 10896, *[2396, 2114, 1780, 2236], 1)
+    ops.element('FourNodeTetrahedron', 10897, *[1764, 1986, 1855, 2498], 1)
+    ops.element('FourNodeTetrahedron', 10898, *[1790, 2176, 1890, 2174], 1)
+    ops.element('FourNodeTetrahedron', 10899, *[1986, 1857, 1855, 2498], 1)
+    ops.element('FourNodeTetrahedron', 10900, *[1783, 1782, 2680, 1855], 1)
+    ops.element('FourNodeTetrahedron', 10901, *[2083, 1212, 1160, 2084], 1)
+    ops.element('FourNodeTetrahedron', 10902, *[2083, 1212, 1132, 1160], 1)
+    ops.element('FourNodeTetrahedron', 10903, *[2288, 2286, 2287, 1890], 1)
+    ops.element('FourNodeTetrahedron', 10904, *[1992, 2379, 1989, 2269], 1)
+    ops.element('FourNodeTetrahedron', 10905, *[1870, 2078, 1132, 2083], 1)
+    ops.element('FourNodeTetrahedron', 10906, *[1782, 2680, 1855, 1857], 1)
+    ops.element('FourNodeTetrahedron', 10907, *[1855, 2680, 1856, 1857], 1)
+    ops.element('FourNodeTetrahedron', 10908, *[2140, 2379, 2413, 1992], 1)
+    ops.element('FourNodeTetrahedron', 10909, *[2413, 2151, 2577, 1992], 1)
+    ops.element('FourNodeTetrahedron', 10910, *[2478, 2338, 2517, 2561], 1)
+    ops.element('FourNodeTetrahedron', 10911, *[2413, 2379, 2151, 1992], 1)
+    ops.element('FourNodeTetrahedron', 10912, *[1774, 2181, 2183, 1834], 1)
+    ops.element('FourNodeTetrahedron', 10913, *[1774, 1773, 2181, 1833], 1)
+    ops.element('FourNodeTetrahedron', 10914, *[1774, 1772, 1773, 1833], 1)
+    ops.element('FourNodeTetrahedron', 10915, *[1772, 1773, 1833, 2364], 1)
+    ops.element('FourNodeTetrahedron', 10916, *[2084, 1847, 1212, 653], 1)
+    ops.element('FourNodeTetrahedron', 10917, *[1773, 2671, 2181, 1833], 1)
+    ops.element('FourNodeTetrahedron', 10918, *[1833, 1773, 2671, 2364], 1)
+    ops.element('FourNodeTetrahedron', 10919, *[1833, 2671, 2230, 2364], 1)
+    ops.element('FourNodeTetrahedron', 10920, *[1833, 2671, 2181, 2230], 1)
+    ops.element('FourNodeTetrahedron', 10921, *[2139, 2223, 2079, 2271], 1)
+    ops.element('FourNodeTetrahedron', 10922, *[2375, 2540, 2335, 2539], 1)
+    ops.element('FourNodeTetrahedron', 10923, *[2435, 2681, 2436, 2335], 1)
+    ops.element('FourNodeTetrahedron', 10924, *[2358, 1941, 2114, 1844], 1)
+    ops.element('FourNodeTetrahedron', 10925, *[2091, 2092, 1832, 1831], 1)
+    ops.element('FourNodeTetrahedron', 10926, *[2604, 2605, 2347, 2507], 1)
+    ops.element('FourNodeTetrahedron', 10927, *[2394, 1774, 2582, 1834], 1)
+    ops.element('FourNodeTetrahedron', 10928, *[1833, 2230, 2181, 1835], 1)
+    ops.element('FourNodeTetrahedron', 10929, *[2470, 2641, 2159, 2173], 1)
+    ops.element('FourNodeTetrahedron', 10930, *[1838, 1900, 2564, 2687], 1)
+    ops.element('FourNodeTetrahedron', 10931, *[2642, 2089, 2546, 2088], 1)
+    ops.element('FourNodeTetrahedron', 10932, *[1996, 2375, 2435, 2539], 1)
+    ops.element('FourNodeTetrahedron', 10933, *[1150, 2602, 1220, 1222], 1)
+    ops.element('FourNodeTetrahedron', 10934, *[2563, 2459, 2266, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10935, *[2008, 2485, 2630, 2555], 1)
+    ops.element('FourNodeTetrahedron', 10936, *[2068, 1206, 1201, 2147], 1)
+    ops.element('FourNodeTetrahedron', 10937, *[2459, 2066, 2266, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10938, *[2563, 1770, 2459, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10939, *[2139, 2271, 2269, 2270], 1)
+    ops.element('FourNodeTetrahedron', 10940, *[2624, 2139, 2269, 2270], 1)
+    ops.element('FourNodeTetrahedron', 10941, *[1947, 1871, 1948, 2156], 1)
+    ops.element('FourNodeTetrahedron', 10942, *[1840, 1837, 2085, 1838], 1)
+    ops.element('FourNodeTetrahedron', 10943, *[1804, 1757, 1758, 1806], 1)
+    ops.element('FourNodeTetrahedron', 10944, *[2563, 1768, 2266, 2617], 1)
+    ops.element('FourNodeTetrahedron', 10945, *[2373, 2461, 2167, 2660], 1)
+    ops.element('FourNodeTetrahedron', 10946, *[749, 2005, 750, 1760], 1)
+    ops.element('FourNodeTetrahedron', 10947, *[2266, 2066, 1942, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10948, *[1770, 2460, 2066, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10949, *[2066, 2460, 1942, 1768], 1)
+    ops.element('FourNodeTetrahedron', 10950, *[2563, 1770, 1768, 1771], 1)
+    ops.element('FourNodeTetrahedron', 10951, *[2009, 2258, 1226, 2256], 1)
+    ops.element('FourNodeTetrahedron', 10952, *[2207, 1908, 1925, 1948], 1)
+    ops.element('FourNodeTetrahedron', 10953, *[2205, 1948, 1925, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10954, *[2155, 2061, 2060, 2062], 1)
+    ops.element('FourNodeTetrahedron', 10955, *[2060, 2062, 2466, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10956, *[514, 2683, 1159, 2396], 1)
+    ops.element('FourNodeTetrahedron', 10957, *[1135, 2405, 1155, 1216], 1)
+    ops.element('FourNodeTetrahedron', 10958, *[1948, 1871, 2186, 2155], 1)
+    ops.element('FourNodeTetrahedron', 10959, *[2176, 2366, 1901, 1900], 1)
+    ops.element('FourNodeTetrahedron', 10960, *[2563, 1768, 2617, 1771], 1)
+    ops.element('FourNodeTetrahedron', 10961, *[2375, 2681, 2435, 2335], 1)
+    ops.element('FourNodeTetrahedron', 10962, *[2035, 2036, 2037, 1747], 1)
+    ops.element('FourNodeTetrahedron', 10963, *[1838, 2637, 1900, 2687], 1)
+    ops.element('FourNodeTetrahedron', 10964, *[2102, 2376, 2116, 2101], 1)
+    ops.element('FourNodeTetrahedron', 10965, *[2351, 2660, 2135, 2681], 1)
+    ops.element('FourNodeTetrahedron', 10966, *[2241, 2493, 2221, 2356], 1)
+    ops.element('FourNodeTetrahedron', 10967, *[1977, 1754, 1751, 2119], 1)
+    ops.element('FourNodeTetrahedron', 10968, *[1977, 1754, 1753, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10969, *[1751, 1752, 651, 2119], 1)
+    ops.element('FourNodeTetrahedron', 10970, *[2614, 1977, 1753, 1751], 1)
+    ops.element('FourNodeTetrahedron', 10971, *[2614, 1977, 1751, 2119], 1)
+    ops.element('FourNodeTetrahedron', 10972, *[2613, 2666, 1773, 2363], 1)
+    ops.element('FourNodeTetrahedron', 10973, *[2312, 2613, 2363, 2311], 1)
+    ops.element('FourNodeTetrahedron', 10974, *[666, 2614, 2119, 2118], 1)
+    ops.element('FourNodeTetrahedron', 10975, *[2286, 2289, 2288, 1790], 1)
+    ops.element('FourNodeTetrahedron', 10976, *[650, 1751, 1168, 651], 1)
+    ops.element('FourNodeTetrahedron', 10977, *[2119, 1751, 650, 651], 1)
+    ops.element('FourNodeTetrahedron', 10978, *[1775, 2312, 2363, 1772], 1)
+    ops.element('FourNodeTetrahedron', 10979, *[2072, 2071, 2074, 1870], 1)
+    ops.element('FourNodeTetrahedron', 10980, *[2358, 1784, 1844, 1980], 1)
+    ops.element('FourNodeTetrahedron', 10981, *[2613, 2666, 2363, 2311], 1)
+    ops.element('FourNodeTetrahedron', 10982, *[2152, 2002, 2004, 2426], 1)
+    ops.element('FourNodeTetrahedron', 10983, *[2551, 2415, 2468, 2416], 1)
+    ops.element('FourNodeTetrahedron', 10984, *[1930, 1996, 2284, 2307], 1)
+    ops.element('FourNodeTetrahedron', 10985, *[2644, 1815, 2163, 1814], 1)
+    ops.element('FourNodeTetrahedron', 10986, *[2065, 1944, 1943, 1942], 1)
+    ops.element('FourNodeTetrahedron', 10987, *[2371, 2010, 2370, 2474], 1)
+    ops.element('FourNodeTetrahedron', 10988, *[1884, 1814, 1885, 2031], 1)
+    ops.element('FourNodeTetrahedron', 10989, *[2203, 2467, 2202, 2370], 1)
+    ops.element('FourNodeTetrahedron', 10990, *[2636, 1922, 1888, 1920], 1)
+    ops.element('FourNodeTetrahedron', 10991, *[1127, 2229, 1147, 1209], 1)
+    ops.element('FourNodeTetrahedron', 10992, *[2407, 2538, 2402, 2406], 1)
+    ops.element('FourNodeTetrahedron', 10993, *[1981, 1785, 2383, 2382], 1)
+    ops.element('FourNodeTetrahedron', 10994, *[1986, 1987, 1782, 1857], 1)
+    ops.element('FourNodeTetrahedron', 10995, *[2644, 1814, 1926, 2032], 1)
+    ops.element('FourNodeTetrahedron', 10996, *[1986, 1987, 1857, 1924], 1)
+    ops.element('FourNodeTetrahedron', 10997, *[1807, 1804, 1806, 2184], 1)
+    ops.element('FourNodeTetrahedron', 10998, *[1836, 2310, 2220, 2107], 1)
+    ops.element('FourNodeTetrahedron', 10999, *[1147, 2229, 1210, 1209], 1)
+    ops.element('FourNodeTetrahedron', 11000, *[1130, 2537, 1149, 1191], 1)
+    ops.element('FourNodeTetrahedron', 11001, *[1842, 2398, 1763, 2652], 1)
+    ops.element('FourNodeTetrahedron', 11002, *[2350, 2496, 2412, 2411], 1)
+    ops.element('FourNodeTetrahedron', 11003, *[2398, 1904, 1763, 2652], 1)
+    ops.element('FourNodeTetrahedron', 11004, *[2240, 2325, 2406, 2494], 1)
+    ops.element('FourNodeTetrahedron', 11005, *[2116, 2376, 2540, 2101], 1)
+    ops.element('FourNodeTetrahedron', 11006, *[2530, 2043, 2168, 2158], 1)
+    ops.element('FourNodeTetrahedron', 11007, *[2012, 1889, 2264, 1886], 1)
+    ops.element('FourNodeTetrahedron', 11008, *[2387, 1971, 2138, 2624], 1)
+    ops.element('FourNodeTetrahedron', 11009, *[1928, 1941, 1979, 2358], 1)
+    ops.element('FourNodeTetrahedron', 11010, *[2380, 2657, 2070, 1821], 1)
+    ops.element('FourNodeTetrahedron', 11011, *[2290, 2604, 2592, 2384], 1)
+    ops.element('FourNodeTetrahedron', 11012, *[1875, 1788, 1790, 2566], 1)
+    ops.element('FourNodeTetrahedron', 11013, *[1926, 2032, 2031, 2033], 1)
+    ops.element('FourNodeTetrahedron', 11014, *[2027, 2091, 1803, 1830], 1)
+    ops.element('FourNodeTetrahedron', 11015, *[1186, 1797, 1188, 1183], 1)
+    ops.element('FourNodeTetrahedron', 11016, *[2236, 2449, 1781, 1898], 1)
+    ops.element('FourNodeTetrahedron', 11017, *[2240, 2494, 2406, 2242], 1)
+    ops.element('FourNodeTetrahedron', 11018, *[2392, 2490, 2491, 2424], 1)
+    ops.element('FourNodeTetrahedron', 11019, *[2392, 2424, 2491, 2425], 1)
+    ops.element('FourNodeTetrahedron', 11020, *[1823, 1875, 1790, 2272], 1)
+    ops.element('FourNodeTetrahedron', 11021, *[2157, 2160, 2325, 2173], 1)
+    ops.element('FourNodeTetrahedron', 11022, *[1784, 2524, 1961, 1786], 1)
+    ops.element('FourNodeTetrahedron', 11023, *[1961, 2524, 1960, 1786], 1)
+    ops.element('FourNodeTetrahedron', 11024, *[1913, 2381, 2073, 2602], 1)
+    ops.element('FourNodeTetrahedron', 11025, *[2117, 1754, 1752, 2119], 1)
+    ops.element('FourNodeTetrahedron', 11026, *[2148, 2146, 2144, 1897], 1)
+    ops.element('FourNodeTetrahedron', 11027, *[2421, 2632, 2422, 2530], 1)
+    ops.element('FourNodeTetrahedron', 11028, *[1152, 2594, 1194, 621], 1)
+    ops.element('FourNodeTetrahedron', 11029, *[752, 1808, 2047, 1143], 1)
+    ops.element('FourNodeTetrahedron', 11030, *[2190, 2622, 1186, 2268], 1)
+    ops.element('FourNodeTetrahedron', 11031, *[1122, 2365, 2190, 2191], 1)
+    ops.element('FourNodeTetrahedron', 11032, *[2179, 2177, 2627, 2022], 1)
+    ops.element('FourNodeTetrahedron', 11033, *[2063, 2621, 2123, 2062], 1)
+    ops.element('FourNodeTetrahedron', 11034, *[2230, 2546, 2568, 2219], 1)
+    ops.element('FourNodeTetrahedron', 11035, *[1931, 1932, 1930, 1994], 1)
+    ops.element('FourNodeTetrahedron', 11036, *[1856, 2538, 2407, 2388], 1)
+    ops.element('FourNodeTetrahedron', 11037, *[1799, 1828, 2143, 2149], 1)
+    ops.element('FourNodeTetrahedron', 11038, *[1753, 2083, 1160, 1752], 1)
+    ops.element('FourNodeTetrahedron', 11039, *[2483, 2195, 2215, 2619], 1)
+    ops.element('FourNodeTetrahedron', 11040, *[2414, 2601, 1963, 1965], 1)
+    ops.element('FourNodeTetrahedron', 11041, *[2117, 1754, 1752, 2361], 1)
+    ops.element('FourNodeTetrahedron', 11042, *[2443, 2679, 2365, 2067], 1)
+    ops.element('FourNodeTetrahedron', 11043, *[743, 2178, 742, 1193], 1)
+    ops.element('FourNodeTetrahedron', 11044, *[2490, 2673, 2615, 2424], 1)
+    ops.element('FourNodeTetrahedron', 11045, *[2533, 2153, 2321, 1848], 1)
+    ops.element('FourNodeTetrahedron', 11046, *[2135, 2134, 2133, 2436], 1)
+    ops.element('FourNodeTetrahedron', 11047, *[1799, 2143, 1227, 1184], 1)
+    ops.element('FourNodeTetrahedron', 11048, *[2331, 2328, 2111, 1832], 1)
+    ops.element('FourNodeTetrahedron', 11049, *[2226, 2211, 2592, 2290], 1)
+    ops.element('FourNodeTetrahedron', 11050, *[2177, 2586, 2627, 2022], 1)
+    ops.element('FourNodeTetrahedron', 11051, *[2135, 2660, 2134, 2436], 1)
+    ops.element('FourNodeTetrahedron', 11052, *[2211, 1886, 2592, 2290], 1)
+    ops.element('FourNodeTetrahedron', 11053, *[1124, 2275, 2595, 2258], 1)
+    ops.element('FourNodeTetrahedron', 11054, *[1915, 1914, 2639, 2606], 1)
+    ops.element('FourNodeTetrahedron', 11055, *[1870, 1132, 1244, 2083], 1)
+    ops.element('FourNodeTetrahedron', 11056, *[1824, 2367, 2288, 1790], 1)
+    ops.element('FourNodeTetrahedron', 11057, *[1186, 2505, 1233, 1188], 1)
+    ops.element('FourNodeTetrahedron', 11058, *[1758, 1966, 2536, 2096], 1)
+    ops.element('FourNodeTetrahedron', 11059, *[1246, 1913, 1221, 1150], 1)
+    ops.element('FourNodeTetrahedron', 11060, *[2135, 2681, 2660, 2436], 1)
+    ops.element('FourNodeTetrahedron', 11061, *[2076, 2515, 1868, 2245], 1)
+    ops.element('FourNodeTetrahedron', 11062, *[1125, 2395, 1176, 1179], 1)
+    ops.element('FourNodeTetrahedron', 11063, *[2319, 2409, 2408, 2147], 1)
+    ops.element('FourNodeTetrahedron', 11064, *[2097, 2655, 2103, 2221], 1)
+    ops.element('FourNodeTetrahedron', 11065, *[2272, 2174, 2514, 2086], 1)
+    ops.element('FourNodeTetrahedron', 11066, *[1840, 2085, 1917, 1916], 1)
+    ops.element('FourNodeTetrahedron', 11067, *[2507, 2605, 2302, 2510], 1)
+    ops.element('FourNodeTetrahedron', 11068, *[1840, 1917, 2474, 1916], 1)
+    ops.element('FourNodeTetrahedron', 11069, *[2160, 2126, 2434, 2433], 1)
+    ops.element('FourNodeTetrahedron', 11070, *[2588, 2464, 2351, 2283], 1)
+    ops.element('FourNodeTetrahedron', 11071, *[2677, 2434, 2160, 2641], 1)
+    ops.element('FourNodeTetrahedron', 11072, *[2677, 2126, 2160, 2434], 1)
+    ops.element('FourNodeTetrahedron', 11073, *[2159, 2158, 2160, 2677], 1)
+    ops.element('FourNodeTetrahedron', 11074, *[2128, 2126, 2160, 2677], 1)
+    ops.element('FourNodeTetrahedron', 11075, *[2158, 2128, 2160, 2677], 1)
+    ops.element('FourNodeTetrahedron', 11076, *[2404, 2142, 1205, 1231], 1)
+    ops.element('FourNodeTetrahedron', 11077, *[2627, 2022, 1192, 1779], 1)
+    ops.element('FourNodeTetrahedron', 11078, *[2526, 2527, 2030, 2103], 1)
+    ops.element('FourNodeTetrahedron', 11079, *[2316, 2049, 2419, 2020], 1)
+    ops.element('FourNodeTetrahedron', 11080, *[2226, 2592, 2594, 2384], 1)
+    ops.element('FourNodeTetrahedron', 11081, *[2394, 1834, 2582, 2391], 1)
+    ops.element('FourNodeTetrahedron', 11082, *[2151, 2077, 2075, 2002], 1)
+    ops.element('FourNodeTetrahedron', 11083, *[2171, 2578, 2172, 2169], 1)
+    ops.element('FourNodeTetrahedron', 11084, *[1213, 1760, 1153, 1866], 1)
+    ops.element('FourNodeTetrahedron', 11085, *[2316, 2020, 2419, 1869], 1)
+    ops.element('FourNodeTetrahedron', 11086, *[2251, 2196, 2216, 2064], 1)
+    ops.element('FourNodeTetrahedron', 11087, *[742, 2177, 741, 2627], 1)
+    ops.element('FourNodeTetrahedron', 11088, *[2178, 2627, 742, 1161], 1)
+    ops.element('FourNodeTetrahedron', 11089, *[1829, 2376, 2464, 2059], 1)
+    ops.element('FourNodeTetrahedron', 11090, *[1859, 2007, 2467, 2202], 1)
+    ops.element('FourNodeTetrahedron', 11091, *[1131, 2013, 1195, 1194], 1)
+    ops.element('FourNodeTetrahedron', 11092, *[1121, 2074, 1234, 1223], 1)
+    ops.element('FourNodeTetrahedron', 11093, *[1996, 2102, 2375, 2116], 1)
+    ops.element('FourNodeTetrahedron', 11094, *[1981, 2532, 1785, 2382], 1)
+    ops.element('FourNodeTetrahedron', 11095, *[2343, 2270, 2139, 2624], 1)
+    ops.element('FourNodeTetrahedron', 11096, *[2108, 2041, 2109, 2110], 1)
+    ops.element('FourNodeTetrahedron', 11097, *[2284, 2539, 2255, 2306], 1)
+    ops.element('FourNodeTetrahedron', 11098, *[1146, 2172, 1257, 2368], 1)
+    ops.element('FourNodeTetrahedron', 11099, *[2211, 2574, 2576, 2535], 1)
+    ops.element('FourNodeTetrahedron', 11100, *[2258, 2457, 1241, 1178], 1)
+    ops.element('FourNodeTetrahedron', 11101, *[2142, 1895, 2528, 2496], 1)
+    ops.element('FourNodeTetrahedron', 11102, *[1842, 1843, 2398, 2652], 1)
+    ops.element('FourNodeTetrahedron', 11103, *[1872, 2612, 2184, 2062], 1)
+    ops.element('FourNodeTetrahedron', 11104, *[2402, 1204, 1251, 1135], 1)
+    ops.element('FourNodeTetrahedron', 11105, *[2460, 1945, 1942, 2227], 1)
+    ops.element('FourNodeTetrahedron', 11106, *[2114, 1841, 1842, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11107, *[2114, 1961, 1841, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11108, *[2114, 1841, 1762, 1842], 1)
+    ops.element('FourNodeTetrahedron', 11109, *[1961, 1841, 2472, 2114], 1)
+    ops.element('FourNodeTetrahedron', 11110, *[2241, 2356, 2194, 2123], 1)
+    ops.element('FourNodeTetrahedron', 11111, *[1996, 2435, 2284, 2539], 1)
+    ops.element('FourNodeTetrahedron', 11112, *[1800, 1801, 2331, 1803], 1)
+    ops.element('FourNodeTetrahedron', 11113, *[2043, 2417, 2027, 2158], 1)
+    ops.element('FourNodeTetrahedron', 11114, *[1195, 2404, 1240, 1138], 1)
+    ops.element('FourNodeTetrahedron', 11115, *[1979, 2114, 2295, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11116, *[2292, 2509, 1886, 2604], 1)
+    ops.element('FourNodeTetrahedron', 11117, *[743, 2180, 742, 2178], 1)
+    ops.element('FourNodeTetrahedron', 11118, *[2084, 1847, 653, 1849], 1)
+    ops.element('FourNodeTetrahedron', 11119, *[1761, 2399, 2005, 1763], 1)
+    ops.element('FourNodeTetrahedron', 11120, *[2254, 1957, 1769, 1958], 1)
+    ops.element('FourNodeTetrahedron', 11121, *[1803, 2092, 2331, 1832], 1)
+    ops.element('FourNodeTetrahedron', 11122, *[2642, 2089, 2088, 2111], 1)
+    ops.element('FourNodeTetrahedron', 11123, *[2397, 2683, 514, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11124, *[2521, 1841, 1762, 2114], 1)
+    ops.element('FourNodeTetrahedron', 11125, *[2274, 2664, 2057, 2054], 1)
+    ops.element('FourNodeTetrahedron', 11126, *[2046, 2275, 1165, 1124], 1)
+    ops.element('FourNodeTetrahedron', 11127, *[1163, 2046, 1165, 1124], 1)
+    ops.element('FourNodeTetrahedron', 11128, *[2252, 2253, 1958, 2274], 1)
+    ops.element('FourNodeTetrahedron', 11129, *[2615, 2633, 2311, 1800], 1)
+    ops.element('FourNodeTetrahedron', 11130, *[2344, 2548, 1794, 1850], 1)
+    ops.element('FourNodeTetrahedron', 11131, *[2148, 1783, 2579, 2263], 1)
+    ops.element('FourNodeTetrahedron', 11132, *[2027, 1830, 2440, 2125], 1)
+    ops.element('FourNodeTetrahedron', 11133, *[2456, 2314, 2059, 2030], 1)
+    ops.element('FourNodeTetrahedron', 11134, *[2059, 2314, 2313, 2030], 1)
+    ops.element('FourNodeTetrahedron', 11135, *[2275, 2442, 1245, 2595], 1)
+    ops.element('FourNodeTetrahedron', 11136, *[2149, 1767, 1783, 2263], 1)
+    ops.element('FourNodeTetrahedron', 11137, *[1767, 1783, 2263, 1764], 1)
+    ops.element('FourNodeTetrahedron', 11138, *[2234, 2052, 1883, 634], 1)
+    ops.element('FourNodeTetrahedron', 11139, *[513, 2236, 1134, 1246], 1)
+    ops.element('FourNodeTetrahedron', 11140, *[2498, 1857, 1858, 2300], 1)
+    ops.element('FourNodeTetrahedron', 11141, *[2569, 2661, 1964, 2618], 1)
+    ops.element('FourNodeTetrahedron', 11142, *[2614, 1751, 2259, 2119], 1)
+    ops.element('FourNodeTetrahedron', 11143, *[2146, 2530, 2422, 1854], 1)
+    ops.element('FourNodeTetrahedron', 11144, *[2517, 2561, 2590, 2518], 1)
+    ops.element('FourNodeTetrahedron', 11145, *[2338, 2339, 2337, 2647], 1)
+    ops.element('FourNodeTetrahedron', 11146, *[2241, 2221, 2494, 2222], 1)
+    ops.element('FourNodeTetrahedron', 11147, *[1901, 2684, 1951, 1900], 1)
+    ops.element('FourNodeTetrahedron', 11148, *[2085, 1838, 1916, 1840], 1)
+    ops.element('FourNodeTetrahedron', 11149, *[2137, 1906, 2011, 1907], 1)
+    ops.element('FourNodeTetrahedron', 11150, *[1854, 2530, 2157, 1896], 1)
+    ops.element('FourNodeTetrahedron', 11151, *[2484, 1865, 2199, 2630], 1)
+    ops.element('FourNodeTetrahedron', 11152, *[2246, 2012, 2015, 2014], 1)
+    ops.element('FourNodeTetrahedron', 11153, *[2054, 2051, 1883, 2052], 1)
+    ops.element('FourNodeTetrahedron', 11154, *[1782, 2345, 2680, 1857], 1)
+    ops.element('FourNodeTetrahedron', 11155, *[1801, 2092, 2331, 1803], 1)
+    ops.element('FourNodeTetrahedron', 11156, *[1803, 1801, 2092, 2091], 1)
+    ops.element('FourNodeTetrahedron', 11157, *[2491, 2310, 2025, 2107], 1)
+    ops.element('FourNodeTetrahedron', 11158, *[1802, 1801, 1803, 2091], 1)
+    ops.element('FourNodeTetrahedron', 11159, *[1807, 2427, 2428, 2185], 1)
+    ops.element('FourNodeTetrahedron', 11160, *[2074, 1869, 1235, 1870], 1)
+    ops.element('FourNodeTetrahedron', 11161, *[1199, 2463, 1151, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11162, *[2381, 2130, 2315, 2631], 1)
+    ops.element('FourNodeTetrahedron', 11163, *[1199, 2304, 2463, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11164, *[1171, 2011, 738, 1144], 1)
+    ops.element('FourNodeTetrahedron', 11165, *[2350, 2498, 2496, 2411], 1)
+    ops.element('FourNodeTetrahedron', 11166, *[2169, 2369, 2368, 2653], 1)
+    ops.element('FourNodeTetrahedron', 11167, *[1980, 2668, 1785, 2532], 1)
+    ops.element('FourNodeTetrahedron', 11168, *[2069, 2408, 2070, 2068], 1)
+    ops.element('FourNodeTetrahedron', 11169, *[2237, 1913, 1150, 2438], 1)
+    ops.element('FourNodeTetrahedron', 11170, *[2293, 2444, 2292, 2291], 1)
+    ops.element('FourNodeTetrahedron', 11171, *[1836, 2310, 1833, 2220], 1)
+    ops.element('FourNodeTetrahedron', 11172, *[2320, 2069, 2068, 2319], 1)
+    ops.element('FourNodeTetrahedron', 11173, *[1852, 2440, 1935, 1933], 1)
+    ops.element('FourNodeTetrahedron', 11174, *[2121, 2086, 2085, 1837], 1)
+    ops.element('FourNodeTetrahedron', 11175, *[1932, 1829, 2464, 1994], 1)
+    ops.element('FourNodeTetrahedron', 11176, *[2384, 2592, 2462, 2450], 1)
+    ops.element('FourNodeTetrahedron', 11177, *[1853, 1860, 1204, 1861], 1)
+    ops.element('FourNodeTetrahedron', 11178, *[2223, 1793, 2549, 2296], 1)
+    ops.element('FourNodeTetrahedron', 11179, *[2308, 2019, 2533, 2332], 1)
+    ops.element('FourNodeTetrahedron', 11180, *[1987, 1909, 1918, 1924], 1)
+    ops.element('FourNodeTetrahedron', 11181, *[1185, 1943, 1183, 1182], 1)
+    ops.element('FourNodeTetrahedron', 11182, *[1216, 2405, 1155, 2542], 1)
+    ops.element('FourNodeTetrahedron', 11183, *[2161, 1817, 2651, 1884], 1)
+    ops.element('FourNodeTetrahedron', 11184, *[1157, 2167, 2166, 1809], 1)
+    ops.element('FourNodeTetrahedron', 11185, *[2064, 2643, 146, 419], 1)
+    ops.element('FourNodeTetrahedron', 11186, *[2590, 2501, 2560, 2559], 1)
+    ops.element('FourNodeTetrahedron', 11187, *[2479, 2518, 2495, 511], 1)
+    ops.element('FourNodeTetrahedron', 11188, *[2401, 2166, 712, 1809], 1)
+    ops.element('FourNodeTetrahedron', 11189, *[2656, 2360, 2362, 2117], 1)
+    ops.element('FourNodeTetrahedron', 11190, *[2292, 2291, 2604, 2290], 1)
+    ops.element('FourNodeTetrahedron', 11191, *[2656, 2360, 2362, 1990], 1)
+    ops.element('FourNodeTetrahedron', 11192, *[1237, 2359, 1178, 1125], 1)
+    ops.element('FourNodeTetrahedron', 11193, *[2609, 1793, 2685, 1850], 1)
+    ops.element('FourNodeTetrahedron', 11194, *[2483, 2465, 2215, 2195], 1)
+    ops.element('FourNodeTetrahedron', 11195, *[2382, 2081, 2131, 2531], 1)
+    ops.element('FourNodeTetrahedron', 11196, *[2388, 2173, 2240, 2389], 1)
+    ops.element('FourNodeTetrahedron', 11197, *[2027, 1830, 1803, 2440], 1)
+    ops.element('FourNodeTetrahedron', 11198, *[2187, 2486, 1970, 2386], 1)
+    ops.element('FourNodeTetrahedron', 11199, *[2638, 1770, 2459, 2563], 1)
+    ops.element('FourNodeTetrahedron', 11200, *[2220, 2364, 2230, 2219], 1)
+    ops.element('FourNodeTetrahedron', 11201, *[1836, 2220, 2230, 2229], 1)
+    ops.element('FourNodeTetrahedron', 11202, *[2045, 2105, 2475, 2504], 1)
+    ops.element('FourNodeTetrahedron', 11203, *[2179, 2022, 2627, 1779], 1)
+    ops.element('FourNodeTetrahedron', 11204, *[2277, 2476, 2593, 2445], 1)
+    ops.element('FourNodeTetrahedron', 11205, *[2521, 1761, 2607, 1762], 1)
+    ops.element('FourNodeTetrahedron', 11206, *[2598, 1892, 1249, 1923], 1)
+    ops.element('FourNodeTetrahedron', 11207, *[1834, 2181, 2183, 1835], 1)
+    ops.element('FourNodeTetrahedron', 11208, *[1842, 1903, 1866, 1952], 1)
+    ops.element('FourNodeTetrahedron', 11209, *[2425, 2491, 2261, 2025], 1)
+    ops.element('FourNodeTetrahedron', 11210, *[2574, 2444, 2292, 2576], 1)
+    ops.element('FourNodeTetrahedron', 11211, *[2154, 1883, 1181, 2234], 1)
+    ops.element('FourNodeTetrahedron', 11212, *[2368, 1977, 2614, 2118], 1)
+    ops.element('FourNodeTetrahedron', 11213, *[1132, 2308, 1179, 1212], 1)
+    ops.element('FourNodeTetrahedron', 11214, *[2088, 2351, 2373, 2135], 1)
+    ops.element('FourNodeTetrahedron', 11215, *[1966, 1823, 2527, 2097], 1)
+    ops.element('FourNodeTetrahedron', 11216, *[2607, 1761, 1988, 1762], 1)
+    ops.element('FourNodeTetrahedron', 11217, *[1912, 2322, 2390, 2093], 1)
+    ops.element('FourNodeTetrahedron', 11218, *[2364, 2642, 2546, 2219], 1)
+    ops.element('FourNodeTetrahedron', 11219, *[1861, 1974, 1860, 1859], 1)
+    ops.element('FourNodeTetrahedron', 11220, *[2475, 2105, 1779, 2106], 1)
+    ops.element('FourNodeTetrahedron', 11221, *[2393, 2659, 2276, 2277], 1)
+    ops.element('FourNodeTetrahedron', 11222, *[2575, 2659, 2277, 2445], 1)
+    ops.element('FourNodeTetrahedron', 11223, *[1140, 2064, 146, 1238], 1)
+    ops.element('FourNodeTetrahedron', 11224, *[1236, 1870, 1235, 1244], 1)
+    ops.element('FourNodeTetrahedron', 11225, *[2581, 2567, 1876, 1963], 1)
+    ops.element('FourNodeTetrahedron', 11226, *[741, 2627, 2024, 1192], 1)
+    ops.element('FourNodeTetrahedron', 11227, *[1192, 2024, 740, 1142], 1)
+    ops.element('FourNodeTetrahedron', 11228, *[1182, 1796, 1131, 2556], 1)
+    ops.element('FourNodeTetrahedron', 11229, *[1200, 2070, 1136, 2068], 1)
+    ops.element('FourNodeTetrahedron', 11230, *[2600, 2261, 2409, 2632], 1)
+    ops.element('FourNodeTetrahedron', 11231, *[1945, 2246, 2267, 1943], 1)
+    ops.element('FourNodeTetrahedron', 11232, *[1187, 1776, 1186, 1122], 1)
+    ops.element('FourNodeTetrahedron', 11233, *[1258, 1866, 1213, 1129], 1)
+    ops.element('FourNodeTetrahedron', 11234, *[2571, 1780, 1894, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11235, *[2352, 2355, 2391, 2354], 1)
+    ops.element('FourNodeTetrahedron', 11236, *[2345, 2346, 2173, 2390], 1)
+    ops.element('FourNodeTetrahedron', 11237, *[2380, 1174, 739, 1144], 1)
+    ops.element('FourNodeTetrahedron', 11238, *[2305, 2304, 1199, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11239, *[738, 2380, 739, 1144], 1)
+    ops.element('FourNodeTetrahedron', 11240, *[1924, 1909, 1918, 1908], 1)
+    ops.element('FourNodeTetrahedron', 11241, *[2295, 2571, 1894, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11242, *[2036, 2553, 1749, 1972], 1)
+    ops.element('FourNodeTetrahedron', 11243, *[1749, 2323, 1748, 1972], 1)
+    ops.element('FourNodeTetrahedron', 11244, *[2641, 2640, 2516, 2389], 1)
+    ops.element('FourNodeTetrahedron', 11245, *[2680, 2346, 1897, 1856], 1)
+    ops.element('FourNodeTetrahedron', 11246, *[2062, 2621, 2123, 2612], 1)
+    ops.element('FourNodeTetrahedron', 11247, *[2062, 2123, 2063, 2466], 1)
+    ops.element('FourNodeTetrahedron', 11248, *[2277, 2476, 2276, 2185], 1)
+    ops.element('FourNodeTetrahedron', 11249, *[2593, 2551, 2185, 1873], 1)
+    ops.element('FourNodeTetrahedron', 11250, *[2255, 2098, 2250, 2465], 1)
+    ops.element('FourNodeTetrahedron', 11251, *[2276, 2476, 2427, 2185], 1)
+    ops.element('FourNodeTetrahedron', 11252, *[1873, 2551, 2185, 2550], 1)
+    ops.element('FourNodeTetrahedron', 11253, *[2486, 2597, 1972, 1970], 1)
+    ops.element('FourNodeTetrahedron', 11254, *[2162, 1814, 1884, 1926], 1)
+    ops.element('FourNodeTetrahedron', 11255, *[2063, 2241, 2194, 2123], 1)
+    ops.element('FourNodeTetrahedron', 11256, *[1859, 1891, 1232, 2467], 1)
+    ops.element('FourNodeTetrahedron', 11257, *[2146, 2422, 2145, 1854], 1)
+    ops.element('FourNodeTetrahedron', 11258, *[2123, 2429, 2192, 2121], 1)
+    ops.element('FourNodeTetrahedron', 11259, *[2192, 2121, 2193, 2124], 1)
+    ops.element('FourNodeTetrahedron', 11260, *[1185, 1942, 1182, 1137], 1)
+    ops.element('FourNodeTetrahedron', 11261, *[2570, 2340, 2357, 2478], 1)
+    ops.element('FourNodeTetrahedron', 11262, *[2051, 2209, 2226, 2208], 1)
+    ops.element('FourNodeTetrahedron', 11263, *[1798, 2247, 1937, 2015], 1)
+    ops.element('FourNodeTetrahedron', 11264, *[2578, 2420, 2172, 2169], 1)
+    ops.element('FourNodeTetrahedron', 11265, *[2144, 2402, 1203, 2142], 1)
+    ops.element('FourNodeTetrahedron', 11266, *[2428, 2686, 1968, 2468], 1)
+    ops.element('FourNodeTetrahedron', 11267, *[2428, 1968, 2096, 2468], 1)
+    ops.element('FourNodeTetrahedron', 11268, *[1920, 2377, 2301, 2510], 1)
+    ops.element('FourNodeTetrahedron', 11269, *[2315, 2316, 2298, 2074], 1)
+    ops.element('FourNodeTetrahedron', 11270, *[1807, 2428, 2184, 2185], 1)
+    ops.element('FourNodeTetrahedron', 11271, *[2494, 2526, 2307, 2221], 1)
+    ops.element('FourNodeTetrahedron', 11272, *[1999, 2133, 2537, 2098], 1)
+    ops.element('FourNodeTetrahedron', 11273, *[2391, 1834, 2582, 1998], 1)
+    ops.element('FourNodeTetrahedron', 11274, *[2615, 2648, 2674, 2329], 1)
+    ops.element('FourNodeTetrahedron', 11275, *[2051, 2210, 2209, 2208], 1)
+    ops.element('FourNodeTetrahedron', 11276, *[2589, 1863, 2541, 1865], 1)
+    ops.element('FourNodeTetrahedron', 11277, *[2537, 2133, 1224, 2098], 1)
+    ops.element('FourNodeTetrahedron', 11278, *[2432, 2252, 2244, 2243], 1)
+    ops.element('FourNodeTetrahedron', 11279, *[2432, 2252, 2243, 2431], 1)
+    ops.element('FourNodeTetrahedron', 11280, *[2001, 2432, 2243, 2431], 1)
+    ops.element('FourNodeTetrahedron', 11281, *[2268, 2503, 2505, 1797], 1)
+    ops.element('FourNodeTetrahedron', 11282, *[2027, 2091, 1830, 2125], 1)
+    ops.element('FourNodeTetrahedron', 11283, *[1999, 2098, 2537, 2284], 1)
+    ops.element('FourNodeTetrahedron', 11284, *[2252, 1958, 2480, 2243], 1)
+    ops.element('FourNodeTetrahedron', 11285, *[1993, 2526, 2307, 2494], 1)
+    ops.element('FourNodeTetrahedron', 11286, *[2646, 2055, 2357, 2570], 1)
+    ops.element('FourNodeTetrahedron', 11287, *[2621, 2096, 2536, 2294], 1)
+    ops.element('FourNodeTetrahedron', 11288, *[1999, 2135, 2133, 2435], 1)
+    ops.element('FourNodeTetrahedron', 11289, *[2431, 2252, 2243, 2500], 1)
+    ops.element('FourNodeTetrahedron', 11290, *[1153, 1880, 1207, 1139], 1)
+    ops.element('FourNodeTetrahedron', 11291, *[2051, 2210, 2208, 2053], 1)
+    ops.element('FourNodeTetrahedron', 11292, *[2210, 2211, 2208, 2053], 1)
+    ops.element('FourNodeTetrahedron', 11293, *[2270, 2271, 1991, 2327], 1)
+    ops.element('FourNodeTetrahedron', 11294, *[2590, 2338, 2502, 2508], 1)
+    ops.element('FourNodeTetrahedron', 11295, *[1747, 2036, 1972, 2486], 1)
+    ops.element('FourNodeTetrahedron', 11296, *[1753, 1160, 1244, 1168], 1)
+    ops.element('FourNodeTetrahedron', 11297, *[1191, 2255, 1190, 1891], 1)
+    ops.element('FourNodeTetrahedron', 11298, *[2145, 1852, 1949, 1853], 1)
+    ops.element('FourNodeTetrahedron', 11299, *[1750, 2229, 1147, 1127], 1)
+    ops.element('FourNodeTetrahedron', 11300, *[1750, 1147, 1242, 1127], 1)
+    ops.element('FourNodeTetrahedron', 11301, *[1242, 1834, 1835, 1750], 1)
+    ops.element('FourNodeTetrahedron', 11302, *[2395, 2321, 1176, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11303, *[1179, 2395, 1176, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11304, *[1176, 2321, 1175, 1148], 1)
+    ops.element('FourNodeTetrahedron', 11305, *[1765, 1986, 1764, 2511], 1)
+    ops.element('FourNodeTetrahedron', 11306, *[2512, 2350, 2349, 2347], 1)
+    ops.element('FourNodeTetrahedron', 11307, *[683, 2662, 684, 2573], 1)
+    ops.element('FourNodeTetrahedron', 11308, *[1226, 2258, 1178, 2359], 1)
+    ops.element('FourNodeTetrahedron', 11309, *[2375, 2335, 2435, 2539], 1)
+    ops.element('FourNodeTetrahedron', 11310, *[1967, 2030, 2456, 2527], 1)
+    ops.element('FourNodeTetrahedron', 11311, *[1756, 1967, 2456, 2527], 1)
+    ops.element('FourNodeTetrahedron', 11312, *[2078, 2019, 2395, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11313, *[1868, 2018, 2016, 2245], 1)
+    ops.element('FourNodeTetrahedron', 11314, *[2306, 2465, 2215, 2483], 1)
+    ops.element('FourNodeTetrahedron', 11315, *[1973, 2484, 2306, 2483], 1)
+    ops.element('FourNodeTetrahedron', 11316, *[2307, 2284, 1975, 2306], 1)
+    ops.element('FourNodeTetrahedron', 11317, *[2424, 2418, 1800, 2043], 1)
+    ops.element('FourNodeTetrahedron', 11318, *[2626, 2664, 2274, 2054], 1)
+    ops.element('FourNodeTetrahedron', 11319, *[1208, 2120, 1214, 2616], 1)
+    ops.element('FourNodeTetrahedron', 11320, *[2459, 2067, 1759, 2066], 1)
+    ops.element('FourNodeTetrahedron', 11321, *[1949, 2120, 1208, 2616], 1)
+    ops.element('FourNodeTetrahedron', 11322, *[1895, 2407, 2402, 2528], 1)
+    ops.element('FourNodeTetrahedron', 11323, *[1154, 2348, 1196, 623], 1)
+    ops.element('FourNodeTetrahedron', 11324, *[1225, 1226, 1164, 2256], 1)
+    ops.element('FourNodeTetrahedron', 11325, *[1164, 2009, 1226, 2256], 1)
+    ops.element('FourNodeTetrahedron', 11326, *[1756, 2456, 2112, 2527], 1)
+    ops.element('FourNodeTetrahedron', 11327, *[2490, 2629, 1775, 2312], 1)
+    ops.element('FourNodeTetrahedron', 11328, *[2169, 2453, 2369, 2653], 1)
+    ops.element('FourNodeTetrahedron', 11329, *[2252, 2249, 2480, 1958], 1)
+    ops.element('FourNodeTetrahedron', 11330, *[1781, 1842, 1866, 1898], 1)
+    ops.element('FourNodeTetrahedron', 11331, *[1239, 1893, 747, 1169], 1)
+    ops.element('FourNodeTetrahedron', 11332, *[2120, 1811, 1211, 1214], 1)
+    ops.element('FourNodeTetrahedron', 11333, *[2301, 1924, 2095, 2303], 1)
+    ops.element('FourNodeTetrahedron', 11334, *[2375, 2681, 2335, 2540], 1)
+    ops.element('FourNodeTetrahedron', 11335, *[2375, 2376, 2681, 2540], 1)
+    ops.element('FourNodeTetrahedron', 11336, *[1972, 2519, 2079, 2139], 1)
+    ops.element('FourNodeTetrahedron', 11337, *[2460, 1959, 1945, 2227], 1)
+    ops.element('FourNodeTetrahedron', 11338, *[2123, 2356, 2192, 2194], 1)
+    ops.element('FourNodeTetrahedron', 11339, *[2342, 2548, 2344, 2587], 1)
+    ops.element('FourNodeTetrahedron', 11340, *[2414, 2618, 1964, 2569], 1)
+    ops.element('FourNodeTetrahedron', 11341, *[1804, 2428, 1757, 1758], 1)
+    ops.element('FourNodeTetrahedron', 11342, *[2397, 2295, 2683, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11343, *[1866, 1763, 1760, 1903], 1)
+    ops.element('FourNodeTetrahedron', 11344, *[1953, 2298, 1219, 1121], 1)
+    ops.element('FourNodeTetrahedron', 11345, *[2625, 2535, 2210, 2447], 1)
+    ops.element('FourNodeTetrahedron', 11346, *[1161, 1779, 1192, 1197], 1)
+    ops.element('FourNodeTetrahedron', 11347, *[2663, 1961, 1939, 1941], 1)
+    ops.element('FourNodeTetrahedron', 11348, *[2634, 1901, 1862, 1899], 1)
+    ops.element('FourNodeTetrahedron', 11349, *[2086, 1899, 2634, 2085], 1)
+    ops.element('FourNodeTetrahedron', 11350, *[2210, 2535, 2211, 2447], 1)
+    ops.element('FourNodeTetrahedron', 11351, *[2083, 1867, 2332, 1754], 1)
+    ops.element('FourNodeTetrahedron', 11352, *[1181, 1883, 634, 2234], 1)
+    ops.element('FourNodeTetrahedron', 11353, *[2225, 2226, 2594, 1883], 1)
+    ops.element('FourNodeTetrahedron', 11354, *[2351, 2681, 2135, 2435], 1)
+    ops.element('FourNodeTetrahedron', 11355, *[2464, 2681, 2351, 2435], 1)
+    ops.element('FourNodeTetrahedron', 11356, *[1844, 1981, 2383, 2381], 1)
+    ops.element('FourNodeTetrahedron', 11357, *[2578, 2631, 2602, 2420], 1)
+    ops.element('FourNodeTetrahedron', 11358, *[1191, 1891, 1190, 1140], 1)
+    ops.element('FourNodeTetrahedron', 11359, *[2454, 2352, 2305, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11360, *[1857, 2345, 1856, 1858], 1)
+    ops.element('FourNodeTetrahedron', 11361, *[2170, 2169, 2368, 2653], 1)
+    ops.element('FourNodeTetrahedron', 11362, *[2301, 1924, 1857, 2095], 1)
+    ops.element('FourNodeTetrahedron', 11363, *[2095, 2544, 1858, 2300], 1)
+    ops.element('FourNodeTetrahedron', 11364, *[2058, 2456, 2059, 2112], 1)
+    ops.element('FourNodeTetrahedron', 11365, *[2253, 2625, 1958, 2057], 1)
+    ops.element('FourNodeTetrahedron', 11366, *[2430, 2661, 1838, 1839], 1)
+    ops.element('FourNodeTetrahedron', 11367, *[2514, 2634, 2555, 2086], 1)
+    ops.element('FourNodeTetrahedron', 11368, *[2186, 2184, 2621, 2062], 1)
+    ops.element('FourNodeTetrahedron', 11369, *[2489, 1772, 1774, 1834], 1)
+    ops.element('FourNodeTetrahedron', 11370, *[2317, 2282, 2002, 2318], 1)
+    ops.element('FourNodeTetrahedron', 11371, *[2029, 2367, 2288, 1824], 1)
+    ops.element('FourNodeTetrahedron', 11372, *[2631, 2315, 2073, 2071], 1)
+    ops.element('FourNodeTetrahedron', 11373, *[2417, 2127, 2027, 2128], 1)
+    ops.element('FourNodeTetrahedron', 11374, *[2121, 1837, 2085, 1840], 1)
+    ops.element('FourNodeTetrahedron', 11375, *[2425, 2043, 2025, 2632], 1)
+    ops.element('FourNodeTetrahedron', 11376, *[1243, 2065, 1122, 1185], 1)
+    ops.element('FourNodeTetrahedron', 11377, *[2046, 2475, 1193, 1165], 1)
+    ops.element('FourNodeTetrahedron', 11378, *[2190, 2268, 1186, 1797], 1)
+    ops.element('FourNodeTetrahedron', 11379, *[1747, 1746, 2214, 2213], 1)
+    ops.element('FourNodeTetrahedron', 11380, *[1943, 1796, 1183, 1182], 1)
+    ops.element('FourNodeTetrahedron', 11381, *[1898, 1842, 1952, 1955], 1)
+    ops.element('FourNodeTetrahedron', 11382, *[2479, 2590, 2560, 2559], 1)
+    ops.element('FourNodeTetrahedron', 11383, *[2075, 2077, 2132, 2076], 1)
+    ops.element('FourNodeTetrahedron', 11384, *[2020, 2608, 2258, 2638], 1)
+    ops.element('FourNodeTetrahedron', 11385, *[2027, 1803, 2026, 2440], 1)
+    ops.element('FourNodeTetrahedron', 11386, *[1998, 1997, 1173, 1242], 1)
+    ops.element('FourNodeTetrahedron', 11387, *[2059, 2375, 2464, 1994], 1)
+    ops.element('FourNodeTetrahedron', 11388, *[2611, 1964, 2430, 2661], 1)
+    ops.element('FourNodeTetrahedron', 11389, *[1834, 1774, 2181, 1833], 1)
+    ops.element('FourNodeTetrahedron', 11390, *[1760, 1763, 2554, 1880], 1)
+    ops.element('FourNodeTetrahedron', 11391, *[1747, 1748, 2213, 1972], 1)
+    ops.element('FourNodeTetrahedron', 11392, *[2226, 2592, 2384, 2290], 1)
+    ops.element('FourNodeTetrahedron', 11393, *[1784, 1785, 1844, 1980], 1)
+    ops.element('FourNodeTetrahedron', 11394, *[2145, 1853, 1208, 1251], 1)
+    ops.element('FourNodeTetrahedron', 11395, *[1844, 1785, 2383, 1981], 1)
+    ops.element('FourNodeTetrahedron', 11396, *[1855, 1857, 1858, 2498], 1)
+    ops.element('FourNodeTetrahedron', 11397, *[2546, 2090, 2400, 2520], 1)
+    ops.element('FourNodeTetrahedron', 11398, *[2400, 2520, 2401, 1228], 1)
+    ops.element('FourNodeTetrahedron', 11399, *[2400, 2090, 2401, 2520], 1)
+    ops.element('FourNodeTetrahedron', 11400, *[2181, 2437, 2182, 2230], 1)
+    ops.element('FourNodeTetrahedron', 11401, *[1789, 2665, 2289, 2175], 1)
+    ops.element('FourNodeTetrahedron', 11402, *[2257, 2275, 2608, 2258], 1)
+    ops.element('FourNodeTetrahedron', 11403, *[2665, 2366, 2289, 2175], 1)
+    ops.element('FourNodeTetrahedron', 11404, *[2257, 2608, 2258, 2020], 1)
+    ops.element('FourNodeTetrahedron', 11405, *[1124, 2258, 1241, 1226], 1)
+    ops.element('FourNodeTetrahedron', 11406, *[2425, 2424, 2491, 2025], 1)
+    ops.element('FourNodeTetrahedron', 11407, *[2612, 2565, 2429, 2430], 1)
+    ops.element('FourNodeTetrahedron', 11408, *[1226, 2258, 1241, 1178], 1)
+    ops.element('FourNodeTetrahedron', 11409, *[1784, 2031, 1885, 1787], 1)
+    ops.element('FourNodeTetrahedron', 11410, *[1926, 2031, 1784, 1929], 1)
+    ops.element('FourNodeTetrahedron', 11411, *[2175, 2665, 2366, 2232], 1)
+    ops.element('FourNodeTetrahedron', 11412, *[2420, 1977, 1978, 2369], 1)
+    ops.element('FourNodeTetrahedron', 11413, *[2583, 1920, 2509, 2510], 1)
+    ops.element('FourNodeTetrahedron', 11414, *[2502, 2140, 1992, 2452], 1)
+    ops.element('FourNodeTetrahedron', 11415, *[1763, 1904, 2554, 1880], 1)
+    ops.element('FourNodeTetrahedron', 11416, *[1823, 1791, 1824, 1790], 1)
+    ops.element('FourNodeTetrahedron', 11417, *[2048, 1879, 1247, 2009], 1)
+    ops.element('FourNodeTetrahedron', 11418, *[2048, 2635, 1879, 2009], 1)
+    ops.element('FourNodeTetrahedron', 11419, *[2574, 1888, 1887, 2292], 1)
+    ops.element('FourNodeTetrahedron', 11420, *[2574, 2636, 1888, 2292], 1)
+    ops.element('FourNodeTetrahedron', 11421, *[1800, 1803, 2310, 2026], 1)
+    ops.element('FourNodeTetrahedron', 11422, *[2443, 2365, 1122, 2191], 1)
+    ops.element('FourNodeTetrahedron', 11423, *[1152, 2594, 621, 634], 1)
+    ops.element('FourNodeTetrahedron', 11424, *[1895, 1896, 1854, 2538], 1)
+    ops.element('FourNodeTetrahedron', 11425, *[2089, 2374, 2087, 2373], 1)
+    ops.element('FourNodeTetrahedron', 11426, *[2527, 1823, 2030, 2103], 1)
+    ops.element('FourNodeTetrahedron', 11427, *[1953, 1219, 1218, 1121], 1)
+    ops.element('FourNodeTetrahedron', 11428, *[2608, 2458, 2457, 2638], 1)
+    ops.element('FourNodeTetrahedron', 11429, *[1256, 1953, 1218, 1121], 1)
+    ops.element('FourNodeTetrahedron', 11430, *[1974, 1975, 1860, 1859], 1)
+    ops.element('FourNodeTetrahedron', 11431, *[2411, 2542, 2543, 2676], 1)
+    ops.element('FourNodeTetrahedron', 11432, *[2410, 2543, 1216, 612], 1)
+    ops.element('FourNodeTetrahedron', 11433, *[1156, 2410, 1216, 612], 1)
+    ops.element('FourNodeTetrahedron', 11434, *[2410, 2542, 1216, 2543], 1)
+    ops.element('FourNodeTetrahedron', 11435, *[2243, 2500, 2274, 2403], 1)
+    ops.element('FourNodeTetrahedron', 11436, *[2403, 2274, 2626, 2499], 1)
+    ops.element('FourNodeTetrahedron', 11437, *[1963, 2566, 2175, 1962], 1)
+    ops.element('FourNodeTetrahedron', 11438, *[1151, 1998, 1242, 1206], 1)
+    ops.element('FourNodeTetrahedron', 11439, *[1902, 2232, 1900, 2233], 1)
+    ops.element('FourNodeTetrahedron', 11440, *[2229, 1210, 1209, 2120], 1)
+    ops.element('FourNodeTetrahedron', 11441, *[2497, 2542, 1216, 2410], 1)
+    ops.element('FourNodeTetrahedron', 11442, *[2247, 1767, 2149, 2264], 1)
+    ops.element('FourNodeTetrahedron', 11443, *[2244, 2481, 2480, 2252], 1)
+    ops.element('FourNodeTetrahedron', 11444, *[2424, 2673, 1800, 2418], 1)
+    ops.element('FourNodeTetrahedron', 11445, *[1899, 2564, 1950, 2606], 1)
+    ops.element('FourNodeTetrahedron', 11446, *[2002, 2675, 2279, 2341], 1)
+    ops.element('FourNodeTetrahedron', 11447, *[2224, 2675, 2077, 2002], 1)
+    ops.element('FourNodeTetrahedron', 11448, *[2673, 2633, 1800, 2418], 1)
+    ops.element('FourNodeTetrahedron', 11449, *[2431, 2500, 2243, 2403], 1)
+    ops.element('FourNodeTetrahedron', 11450, *[1773, 2666, 2671, 2364], 1)
+    ops.element('FourNodeTetrahedron', 11451, *[2364, 2666, 2671, 2642], 1)
+    ops.element('FourNodeTetrahedron', 11452, *[2364, 2642, 2671, 2546], 1)
+    ops.element('FourNodeTetrahedron', 11453, *[1224, 2098, 177, 1149], 1)
+    ops.element('FourNodeTetrahedron', 11454, *[1836, 2220, 2229, 1935], 1)
+    ops.element('FourNodeTetrahedron', 11455, *[2312, 2363, 1772, 2310], 1)
+    ops.element('FourNodeTetrahedron', 11456, *[2294, 2565, 2272, 2429], 1)
+    ops.element('FourNodeTetrahedron', 11457, *[2312, 2311, 2363, 2310], 1)
+    ops.element('FourNodeTetrahedron', 11458, *[1154, 2349, 1196, 2348], 1)
+    ops.element('FourNodeTetrahedron', 11459, *[1154, 2349, 1138, 1196], 1)
+    ops.element('FourNodeTetrahedron', 11460, *[733, 2463, 731, 1151], 1)
+    ops.element('FourNodeTetrahedron', 11461, *[2459, 2066, 1759, 2266], 1)
+    ops.element('FourNodeTetrahedron', 11462, *[1757, 2428, 1756, 1758], 1)
+    ops.element('FourNodeTetrahedron', 11463, *[2505, 1233, 1188, 1799], 1)
+    ops.element('FourNodeTetrahedron', 11464, *[1829, 2110, 2464, 2376], 1)
+    ops.element('FourNodeTetrahedron', 11465, *[1914, 2639, 2200, 1915], 1)
+    ops.element('FourNodeTetrahedron', 11466, *[1961, 1786, 1960, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11467, *[1844, 1786, 1843, 1785], 1)
+    ops.element('FourNodeTetrahedron', 11468, *[2175, 2366, 2176, 2232], 1)
+    ops.element('FourNodeTetrahedron', 11469, *[2093, 2322, 1806, 2186], 1)
+    ops.element('FourNodeTetrahedron', 11470, *[2030, 1822, 2028, 1824], 1)
+    ops.element('FourNodeTetrahedron', 11471, *[1823, 1788, 1790, 1875], 1)
+    ops.element('FourNodeTetrahedron', 11472, *[2249, 1769, 1771, 1958], 1)
+    ops.element('FourNodeTetrahedron', 11473, *[1894, 2521, 2607, 1780], 1)
+    ops.element('FourNodeTetrahedron', 11474, *[2230, 2546, 2400, 2568], 1)
+    ops.element('FourNodeTetrahedron', 11475, *[2269, 2270, 1991, 2624], 1)
+    ops.element('FourNodeTetrahedron', 11476, *[2028, 2367, 2029, 1824], 1)
+    ops.element('FourNodeTetrahedron', 11477, *[2622, 2503, 2505, 2268], 1)
+    ops.element('FourNodeTetrahedron', 11478, *[2621, 2356, 2241, 2123], 1)
+    ops.element('FourNodeTetrahedron', 11479, *[2098, 2336, 2099, 2250], 1)
+    ops.element('FourNodeTetrahedron', 11480, *[2393, 2276, 1805, 1807], 1)
+    ops.element('FourNodeTetrahedron', 11481, *[2095, 2060, 2506, 2155], 1)
+    ops.element('FourNodeTetrahedron', 11482, *[1784, 2044, 1786, 1787], 1)
+    ops.element('FourNodeTetrahedron', 11483, *[2602, 2631, 2073, 2072], 1)
+    ops.element('FourNodeTetrahedron', 11484, *[2381, 2631, 2073, 2602], 1)
+    ops.element('FourNodeTetrahedron', 11485, *[2020, 2638, 2258, 2359], 1)
+    ops.element('FourNodeTetrahedron', 11486, *[2229, 2568, 1210, 1810], 1)
+    ops.element('FourNodeTetrahedron', 11487, *[2482, 1832, 2111, 2588], 1)
+    ops.element('FourNodeTetrahedron', 11488, *[2592, 2512, 2349, 2347], 1)
+    ops.element('FourNodeTetrahedron', 11489, *[2479, 2495, 1158, 511], 1)
+    ops.element('FourNodeTetrahedron', 11490, *[2184, 2428, 2468, 2185], 1)
+    ops.element('FourNodeTetrahedron', 11491, *[2016, 2638, 2359, 2395], 1)
+    ops.element('FourNodeTetrahedron', 11492, *[2555, 2634, 2334, 2085], 1)
+    ops.element('FourNodeTetrahedron', 11493, *[1807, 2428, 1804, 2184], 1)
+    ops.element('FourNodeTetrahedron', 11494, *[1236, 1870, 1244, 1753], 1)
+    ops.element('FourNodeTetrahedron', 11495, *[2332, 2243, 2533, 2385], 1)
+    ops.element('FourNodeTetrahedron', 11496, *[1896, 2530, 2157, 2159], 1)
+    ops.element('FourNodeTetrahedron', 11497, *[1764, 1855, 2579, 2513], 1)
+    ops.element('FourNodeTetrahedron', 11498, *[1883, 2594, 1152, 634], 1)
+    ops.element('FourNodeTetrahedron', 11499, *[1208, 2616, 1214, 1204], 1)
+    ops.element('FourNodeTetrahedron', 11500, *[2578, 2531, 2129, 2150], 1)
+    ops.element('FourNodeTetrahedron', 11501, *[1177, 2617, 1137, 1176], 1)
+    ops.element('FourNodeTetrahedron', 11502, *[2465, 2197, 2196, 2195], 1)
+    ops.element('FourNodeTetrahedron', 11503, *[2616, 2562, 1214, 1130], 1)
+    ops.element('FourNodeTetrahedron', 11504, *[1134, 1781, 1258, 1246], 1)
+    ops.element('FourNodeTetrahedron', 11505, *[2236, 1781, 1134, 1246], 1)
+    ops.element('FourNodeTetrahedron', 11506, *[1134, 1781, 1169, 1258], 1)
+    ops.element('FourNodeTetrahedron', 11507, *[2428, 2468, 2096, 2184], 1)
+    ops.element('FourNodeTetrahedron', 11508, *[2191, 2267, 1797, 1944], 1)
+    ops.element('FourNodeTetrahedron', 11509, *[2043, 2418, 2027, 2417], 1)
+    ops.element('FourNodeTetrahedron', 11510, *[1204, 2616, 1214, 1130], 1)
+    ops.element('FourNodeTetrahedron', 11511, *[1214, 2120, 2562, 2616], 1)
+    ops.element('FourNodeTetrahedron', 11512, *[2596, 2382, 2381, 2531], 1)
+    ops.element('FourNodeTetrahedron', 11513, *[1981, 2382, 2381, 2596], 1)
+    ops.element('FourNodeTetrahedron', 11514, *[2628, 2649, 2615, 2633], 1)
+    ops.element('FourNodeTetrahedron', 11515, *[1856, 2388, 2529, 1858], 1)
+    ops.element('FourNodeTetrahedron', 11516, *[2221, 2485, 2008, 2192], 1)
+    ops.element('FourNodeTetrahedron', 11517, *[1228, 2520, 2401, 1809], 1)
+    ops.element('FourNodeTetrahedron', 11518, *[2555, 2086, 2634, 2085], 1)
+    ops.element('FourNodeTetrahedron', 11519, *[1877, 1791, 1788, 2567], 1)
+    ops.element('FourNodeTetrahedron', 11520, *[652, 2084, 1212, 653], 1)
+    ops.element('FourNodeTetrahedron', 11521, *[2600, 2425, 2261, 2632], 1)
+    ops.element('FourNodeTetrahedron', 11522, *[2607, 1761, 748, 1988], 1)
+    ops.element('FourNodeTetrahedron', 11523, *[1169, 1988, 748, 1213], 1)
+    ops.element('FourNodeTetrahedron', 11524, *[2048, 2049, 2009, 2298], 1)
+    ops.element('FourNodeTetrahedron', 11525, *[2344, 2587, 1850, 1795], 1)
+    ops.element('FourNodeTetrahedron', 11526, *[1129, 1903, 1153, 1217], 1)
+    ops.element('FourNodeTetrahedron', 11527, *[1949, 1852, 2120, 2616], 1)
+    ops.element('FourNodeTetrahedron', 11528, *[1896, 2470, 2159, 2173], 1)
+    ops.element('FourNodeTetrahedron', 11529, *[1242, 1835, 723, 1147], 1)
+    ops.element('FourNodeTetrahedron', 11530, *[1750, 2229, 1127, 1949], 1)
+    ops.element('FourNodeTetrahedron', 11531, *[2357, 1981, 2238, 2438], 1)
+    ops.element('FourNodeTetrahedron', 11532, *[512, 2171, 1150, 1229], 1)
+    ops.element('FourNodeTetrahedron', 11533, *[1130, 1975, 2537, 1191], 1)
+    ops.element('FourNodeTetrahedron', 11534, *[1206, 2409, 1750, 1202], 1)
+    ops.element('FourNodeTetrahedron', 11535, *[1206, 1750, 1127, 1202], 1)
+    ops.element('FourNodeTetrahedron', 11536, *[2514, 2086, 2555, 2121], 1)
+    ops.element('FourNodeTetrahedron', 11537, *[2420, 2129, 2072, 1976], 1)
+    ops.element('FourNodeTetrahedron', 11538, *[2542, 606, 1216, 2543], 1)
+    ops.element('FourNodeTetrahedron', 11539, *[2542, 2558, 606, 2543], 1)
+    ops.element('FourNodeTetrahedron', 11540, *[2308, 2533, 1848, 1849], 1)
+    ops.element('FourNodeTetrahedron', 11541, *[2026, 1934, 1935, 2440], 1)
+    ops.element('FourNodeTetrahedron', 11542, *[2400, 2520, 1228, 1810], 1)
+    ops.element('FourNodeTetrahedron', 11543, *[2087, 2165, 2166, 2167], 1)
+    ops.element('FourNodeTetrahedron', 11544, *[2471, 1804, 1757, 1806], 1)
+    ops.element('FourNodeTetrahedron', 11545, *[2087, 2461, 2165, 2167], 1)
+    ops.element('FourNodeTetrahedron', 11546, *[2003, 2244, 2245, 2001], 1)
+    ops.element('FourNodeTetrahedron', 11547, *[2450, 2507, 2348, 2451], 1)
+    ops.element('FourNodeTetrahedron', 11548, *[1217, 1880, 1139, 2048], 1)
+    ops.element('FourNodeTetrahedron', 11549, *[684, 2368, 2118, 2653], 1)
+    ops.element('FourNodeTetrahedron', 11550, *[2471, 2434, 2641, 2640], 1)
+    ops.element('FourNodeTetrahedron', 11551, *[2458, 2067, 2442, 1759], 1)
+    ops.element('FourNodeTetrahedron', 11552, *[2506, 2488, 2676, 2492], 1)
+    ops.element('FourNodeTetrahedron', 11553, *[2448, 1805, 2390, 2322], 1)
+    ops.element('FourNodeTetrahedron', 11554, *[1857, 2095, 1858, 2300], 1)
+    ops.element('FourNodeTetrahedron', 11555, *[2152, 2426, 2004, 2360], 1)
+    ops.element('FourNodeTetrahedron', 11556, *[1912, 2390, 2094, 2093], 1)
+    ops.element('FourNodeTetrahedron', 11557, *[1129, 1952, 1217, 1218], 1)
+    ops.element('FourNodeTetrahedron', 11558, *[1823, 1788, 1791, 1790], 1)
+    ops.element('FourNodeTetrahedron', 11559, *[2093, 2390, 2094, 2061], 1)
+    ops.element('FourNodeTetrahedron', 11560, *[2072, 2074, 1223, 1870], 1)
+    ops.element('FourNodeTetrahedron', 11561, *[2353, 2355, 2304, 2352], 1)
+    ops.element('FourNodeTetrahedron', 11562, *[1897, 2146, 1854, 1896], 1)
+    ops.element('FourNodeTetrahedron', 11563, *[1888, 1765, 1889, 1886], 1)
+    ops.element('FourNodeTetrahedron', 11564, *[1889, 1766, 1767, 1765], 1)
+    ops.element('FourNodeTetrahedron', 11565, *[2074, 1869, 1234, 1235], 1)
+    ops.element('FourNodeTetrahedron', 11566, *[1223, 2074, 1235, 1870], 1)
+    ops.element('FourNodeTetrahedron', 11567, *[2514, 2174, 2634, 2086], 1)
+    ops.element('FourNodeTetrahedron', 11568, *[2396, 1780, 1134, 2236], 1)
+    ops.element('FourNodeTetrahedron', 11569, *[1865, 1863, 2541, 1864], 1)
+    ops.element('FourNodeTetrahedron', 11570, *[1952, 1903, 2048, 1954], 1)
+    ops.element('FourNodeTetrahedron', 11571, *[2247, 1889, 2264, 2012], 1)
+    ops.element('FourNodeTetrahedron', 11572, *[1930, 1999, 2562, 2284], 1)
+    ops.element('FourNodeTetrahedron', 11573, *[2388, 2240, 2538, 2682], 1)
+    ops.element('FourNodeTetrahedron', 11574, *[2339, 1970, 2138, 2387], 1)
+    ops.element('FourNodeTetrahedron', 11575, *[2669, 1820, 1905, 1819], 1)
+    ops.element('FourNodeTetrahedron', 11576, *[1959, 1887, 1945, 2014], 1)
+    ops.element('FourNodeTetrahedron', 11577, *[2485, 2484, 2483, 2630], 1)
+    ops.element('FourNodeTetrahedron', 11578, *[2424, 2312, 2491, 1800], 1)
+    ops.element('FourNodeTetrahedron', 11579, *[2167, 2660, 2134, 2135], 1)
+    ops.element('FourNodeTetrahedron', 11580, *[2056, 2038, 2055, 2035], 1)
+    ops.element('FourNodeTetrahedron', 11581, *[2445, 2593, 1871, 1873], 1)
+    ops.element('FourNodeTetrahedron', 11582, *[1947, 2575, 2277, 2445], 1)
+    ops.element('FourNodeTetrahedron', 11583, *[2659, 2476, 2276, 2277], 1)
+    ops.element('FourNodeTetrahedron', 11584, *[1162, 1808, 2046, 1879], 1)
+    ops.element('FourNodeTetrahedron', 11585, *[1821, 2657, 2070, 2069], 1)
+    ops.element('FourNodeTetrahedron', 11586, *[1820, 2657, 1821, 2320], 1)
+    ops.element('FourNodeTetrahedron', 11587, *[1144, 1821, 1174, 1200], 1)
+    ops.element('FourNodeTetrahedron', 11588, *[2186, 2062, 2061, 2155], 1)
+    ops.element('FourNodeTetrahedron', 11589, *[2078, 1179, 1248, 1132], 1)
+    ops.element('FourNodeTetrahedron', 11590, *[1235, 2078, 1248, 1132], 1)
+    ops.element('FourNodeTetrahedron', 11591, *[2085, 1899, 1916, 1838], 1)
+    ops.element('FourNodeTetrahedron', 11592, *[1838, 1899, 1916, 2564], 1)
+    ops.element('FourNodeTetrahedron', 11593, *[2647, 2340, 2338, 2478], 1)
+    ops.element('FourNodeTetrahedron', 11594, *[2017, 1770, 2638, 2563], 1)
+    ops.element('FourNodeTetrahedron', 11595, *[1844, 1785, 1843, 2383], 1)
+    ops.element('FourNodeTetrahedron', 11596, *[2016, 2017, 2395, 2019], 1)
+    ops.element('FourNodeTetrahedron', 11597, *[2380, 2657, 2454, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11598, *[2380, 2454, 2305, 2070], 1)
+    ops.element('FourNodeTetrahedron', 11599, *[2406, 2494, 1974, 2242], 1)
+    ops.element('FourNodeTetrahedron', 11600, *[2647, 2338, 2561, 2337], 1)
+    ops.element('FourNodeTetrahedron', 11601, *[1228, 1809, 1141, 1811], 1)
+    ops.element('FourNodeTetrahedron', 11602, *[1998, 1750, 1242, 1206], 1)
+    ops.element('FourNodeTetrahedron', 11603, *[1943, 2014, 2556, 2225], 1)
+    ops.element('FourNodeTetrahedron', 11604, *[1756, 2527, 2112, 1755], 1)
+    ops.element('FourNodeTetrahedron', 11605, *[2167, 2164, 2166, 1157], 1)
+    ops.element('FourNodeTetrahedron', 11606, *[1942, 1945, 1943, 2227], 1)
+    ops.element('FourNodeTetrahedron', 11607, *[2076, 2245, 1868, 2004], 1)
+    ops.element('FourNodeTetrahedron', 11608, *[2107, 2168, 2026, 1852], 1)
+    ops.element('FourNodeTetrahedron', 11609, *[2422, 2168, 2107, 1852], 1)
+    ops.element('FourNodeTetrahedron', 11610, *[2151, 2224, 2077, 2002], 1)
+    ops.element('FourNodeTetrahedron', 11611, *[1978, 1977, 1753, 2614], 1)
+    ops.element('FourNodeTetrahedron', 11612, *[2570, 2035, 1747, 1970], 1)
+    ops.element('FourNodeTetrahedron', 11613, *[2682, 2240, 2406, 2242], 1)
+    ops.element('FourNodeTetrahedron', 11614, *[2682, 2406, 1974, 2242], 1)
+    ops.element('FourNodeTetrahedron', 11615, *[2260, 2491, 1772, 1836], 1)
+    ops.element('FourNodeTetrahedron', 11616, *[1258, 1898, 1129, 1221], 1)
+    ops.element('FourNodeTetrahedron', 11617, *[1139, 1879, 1163, 1247], 1)
+    ops.element('FourNodeTetrahedron', 11618, *[1139, 1879, 1247, 2048], 1)
+    ops.element('FourNodeTetrahedron', 11619, *[2626, 2054, 2153, 1848], 1)
+    ops.element('FourNodeTetrahedron', 11620, *[2274, 2664, 2253, 2499], 1)
+    ops.element('FourNodeTetrahedron', 11621, *[1230, 1818, 1200, 1189], 1)
+    ops.element('FourNodeTetrahedron', 11622, *[2352, 2355, 2304, 2391], 1)
+    ops.element('FourNodeTetrahedron', 11623, *[2352, 2304, 2463, 1998], 1)
+    ops.element('FourNodeTetrahedron', 11624, *[2129, 2132, 2071, 1868], 1)
+    ops.element('FourNodeTetrahedron', 11625, *[1192, 2024, 1142, 1197], 1)
+    ops.element('FourNodeTetrahedron', 11626, *[2575, 2277, 1946, 1947], 1)
+    ops.element('FourNodeTetrahedron', 11627, *[1167, 2614, 1145, 1254], 1)
+    ops.element('FourNodeTetrahedron', 11628, *[1257, 1978, 1145, 2614], 1)
+    ops.element('FourNodeTetrahedron', 11629, *[1257, 2614, 1145, 1167], 1)
+    ops.element('FourNodeTetrahedron', 11630, *[2219, 2546, 2520, 1810], 1)
+    ops.element('FourNodeTetrahedron', 11631, *[2219, 2642, 2546, 2088], 1)
+    ops.element('FourNodeTetrahedron', 11632, *[1999, 2435, 2133, 2098], 1)
+    ops.element('FourNodeTetrahedron', 11633, *[1862, 1951, 2262, 1950], 1)
+    ops.element('FourNodeTetrahedron', 11634, *[1949, 1935, 2120, 1852], 1)
+    ops.element('FourNodeTetrahedron', 11635, *[1210, 1810, 1211, 2120], 1)
+    ops.element('FourNodeTetrahedron', 11636, *[1209, 1211, 1210, 2120], 1)
+    ops.element('FourNodeTetrahedron', 11637, *[2595, 2442, 1245, 1241], 1)
+    ops.element('FourNodeTetrahedron', 11638, *[1953, 2298, 1121, 2074], 1)
+    ops.element('FourNodeTetrahedron', 11639, *[1182, 2556, 1194, 1152], 1)
+    ops.element('FourNodeTetrahedron', 11640, *[2225, 2556, 1182, 1152], 1)
+    ops.element('FourNodeTetrahedron', 11641, *[2348, 2410, 611, 2451], 1)
+    ops.element('FourNodeTetrahedron', 11642, *[2350, 2411, 2410, 2451], 1)
+    ops.element('FourNodeTetrahedron', 11643, *[2349, 2350, 2412, 2348], 1)
+    ops.element('FourNodeTetrahedron', 11644, *[2349, 2412, 1196, 2348], 1)
+    ops.element('FourNodeTetrahedron', 11645, *[2349, 2412, 1138, 1196], 1)
+    ops.element('FourNodeTetrahedron', 11646, *[2604, 2510, 2605, 2507], 1)
+    ops.element('FourNodeTetrahedron', 11647, *[2347, 2509, 2350, 2605], 1)
+    ops.element('FourNodeTetrahedron', 11648, *[2347, 2350, 2348, 2507], 1)
+    ops.element('FourNodeTetrahedron', 11649, *[2347, 2509, 2605, 2604], 1)
+    ops.element('FourNodeTetrahedron', 11650, *[2084, 1849, 653, 652], 1)
+    ops.element('FourNodeTetrahedron', 11651, *[1752, 2332, 2084, 1849], 1)
+    ops.element('FourNodeTetrahedron', 11652, *[1769, 1959, 2227, 1956], 1)
+    ops.element('FourNodeTetrahedron', 11653, *[1992, 2150, 2525, 2152], 1)
+    ops.element('FourNodeTetrahedron', 11654, *[1859, 2467, 1232, 2202], 1)
+    ops.element('FourNodeTetrahedron', 11655, *[1752, 1849, 2084, 652], 1)
+    ops.element('FourNodeTetrahedron', 11656, *[1940, 1939, 2571, 1938], 1)
+    ops.element('FourNodeTetrahedron', 11657, *[1752, 2084, 1160, 652], 1)
+    ops.element('FourNodeTetrahedron', 11658, *[1752, 652, 1160, 651], 1)
+    ops.element('FourNodeTetrahedron', 11659, *[1786, 1843, 1960, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11660, *[1784, 1786, 1844, 1785], 1)
+    ops.element('FourNodeTetrahedron', 11661, *[1784, 1786, 1961, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11662, *[2194, 2193, 2203, 2371], 1)
+    ops.element('FourNodeTetrahedron', 11663, *[1928, 1884, 2265, 1941], 1)
+    ops.element('FourNodeTetrahedron', 11664, *[666, 2259, 1254, 650], 1)
+    ops.element('FourNodeTetrahedron', 11665, *[2546, 2520, 2400, 1810], 1)
+    ops.element('FourNodeTetrahedron', 11666, *[2571, 2521, 1894, 1780], 1)
+    ops.element('FourNodeTetrahedron', 11667, *[1754, 2332, 1752, 2361], 1)
+    ops.element('FourNodeTetrahedron', 11668, *[1784, 1885, 2044, 1787], 1)
+    ops.element('FourNodeTetrahedron', 11669, *[1884, 2651, 2524, 2044], 1)
+    ops.element('FourNodeTetrahedron', 11670, *[1917, 1916, 1915, 2474], 1)
+    ops.element('FourNodeTetrahedron', 11671, *[1184, 1937, 1240, 1195], 1)
+    ops.element('FourNodeTetrahedron', 11672, *[1919, 1909, 1924, 1908], 1)
+    ops.element('FourNodeTetrahedron', 11673, *[1762, 2399, 1761, 1763], 1)
+    ops.element('FourNodeTetrahedron', 11674, *[1928, 2162, 1884, 1926], 1)
+    ops.element('FourNodeTetrahedron', 11675, *[2204, 2242, 2007, 2203], 1)
+    ops.element('FourNodeTetrahedron', 11676, *[1928, 2162, 2265, 1884], 1)
+    ops.element('FourNodeTetrahedron', 11677, *[2162, 2663, 2265, 1884], 1)
+    ops.element('FourNodeTetrahedron', 11678, *[2162, 2161, 2663, 1884], 1)
+    ops.element('FourNodeTetrahedron', 11679, *[2502, 1992, 2525, 2453], 1)
+    ops.element('FourNodeTetrahedron', 11680, *[2655, 1890, 1865, 2634], 1)
+    ops.element('FourNodeTetrahedron', 11681, *[2413, 2080, 2151, 2379], 1)
+    ops.element('FourNodeTetrahedron', 11682, *[2148, 1897, 2144, 2579], 1)
+    ops.element('FourNodeTetrahedron', 11683, *[1931, 2058, 1932, 1994], 1)
+    ops.element('FourNodeTetrahedron', 11684, *[2271, 2296, 2224, 2317], 1)
+    ops.element('FourNodeTetrahedron', 11685, *[1851, 1930, 2616, 1860], 1)
+    ops.element('FourNodeTetrahedron', 11686, *[1208, 1853, 2616, 1204], 1)
+    ops.element('FourNodeTetrahedron', 11687, *[1866, 1903, 1129, 1952], 1)
+    ops.element('FourNodeTetrahedron', 11688, *[2592, 2604, 2347, 2450], 1)
+    ops.element('FourNodeTetrahedron', 11689, *[2450, 2347, 2507, 2604], 1)
+    ops.element('FourNodeTetrahedron', 11690, *[2347, 2507, 2348, 2450], 1)
+    ops.element('FourNodeTetrahedron', 11691, *[2219, 2088, 2520, 2000], 1)
+    ops.element('FourNodeTetrahedron', 11692, *[1946, 2186, 2093, 1948], 1)
+    ops.element('FourNodeTetrahedron', 11693, *[2621, 2294, 2356, 2612], 1)
+    ops.element('FourNodeTetrahedron', 11694, *[1892, 2619, 1249, 1923], 1)
+    ops.element('FourNodeTetrahedron', 11695, *[512, 2171, 1229, 2479], 1)
+    ops.element('FourNodeTetrahedron', 11696, *[1229, 2171, 1146, 2170], 1)
+    ops.element('FourNodeTetrahedron', 11697, *[2479, 2170, 1229, 1158], 1)
+    ops.element('FourNodeTetrahedron', 11698, *[2479, 2171, 1229, 2170], 1)
+    ops.element('FourNodeTetrahedron', 11699, *[1811, 2135, 1809, 2133], 1)
+    ops.element('FourNodeTetrahedron', 11700, *[2137, 738, 737, 2011], 1)
+    ops.element('FourNodeTetrahedron', 11701, *[2221, 2485, 1973, 2008], 1)
+    ops.element('FourNodeTetrahedron', 11702, *[1959, 2014, 1945, 2227], 1)
+    ops.element('FourNodeTetrahedron', 11703, *[1941, 1961, 2114, 1844], 1)
+    ops.element('FourNodeTetrahedron', 11704, *[2108, 2372, 2373, 2109], 1)
+    ops.element('FourNodeTetrahedron', 11705, *[723, 2182, 728, 2235], 1)
+    ops.element('FourNodeTetrahedron', 11706, *[1908, 1946, 2093, 1948], 1)
+    ops.element('FourNodeTetrahedron', 11707, *[737, 2011, 738, 1171], 1)
+    ops.element('FourNodeTetrahedron', 11708, *[2008, 2555, 2630, 1917], 1)
+    ops.element('FourNodeTetrahedron', 11709, *[2628, 2673, 2615, 2633], 1)
+    ops.element('FourNodeTetrahedron', 11710, *[2481, 2249, 2248, 2480], 1)
+    ops.element('FourNodeTetrahedron', 11711, *[1781, 1762, 1988, 1866], 1)
+    ops.element('FourNodeTetrahedron', 11712, *[1781, 1762, 1866, 1842], 1)
+    ops.element('FourNodeTetrahedron', 11713, *[2048, 2635, 2009, 2049], 1)
+    ops.element('FourNodeTetrahedron', 11714, *[2189, 2340, 2647, 2478], 1)
+    ops.element('FourNodeTetrahedron', 11715, *[2159, 2641, 2160, 2173], 1)
+    ops.element('FourNodeTetrahedron', 11716, *[2625, 2210, 2053, 2447], 1)
+    ops.element('FourNodeTetrahedron', 11717, *[2456, 2423, 2030, 1967], 1)
+    ops.element('FourNodeTetrahedron', 11718, *[2480, 2249, 2248, 1958], 1)
+    ops.element('FourNodeTetrahedron', 11719, *[2562, 1936, 1999, 1930], 1)
+    ops.element('FourNodeTetrahedron', 11720, *[1933, 1936, 2562, 1930], 1)
+    ops.element('FourNodeTetrahedron', 11721, *[1190, 2250, 178, 2216], 1)
+    ops.element('FourNodeTetrahedron', 11722, *[2255, 2465, 2250, 2251], 1)
+    ops.element('FourNodeTetrahedron', 11723, *[1892, 2522, 1923, 2523], 1)
+    ops.element('FourNodeTetrahedron', 11724, *[2046, 2045, 2047, 2475], 1)
+    ops.element('FourNodeTetrahedron', 11725, *[2653, 2369, 2118, 2656], 1)
+    ops.element('FourNodeTetrahedron', 11726, *[2167, 2165, 175, 2134], 1)
+    ops.element('FourNodeTetrahedron', 11727, *[2168, 2027, 2440, 2125], 1)
+    ops.element('FourNodeTetrahedron', 11728, *[1939, 2472, 2571, 2114], 1)
+    ops.element('FourNodeTetrahedron', 11729, *[2496, 2529, 2497, 2411], 1)
+    ops.element('FourNodeTetrahedron', 11730, *[2144, 1895, 2142, 2579], 1)
+    ops.element('FourNodeTetrahedron', 11731, *[1861, 1860, 1204, 1215], 1)
+    ops.element('FourNodeTetrahedron', 11732, *[1135, 1861, 1204, 1215], 1)
+    ops.element('FourNodeTetrahedron', 11733, *[733, 2304, 2463, 1199], 1)
+    ops.element('FourNodeTetrahedron', 11734, *[1241, 2442, 1759, 2457], 1)
+    ops.element('FourNodeTetrahedron', 11735, *[1986, 1924, 1857, 2301], 1)
+    ops.element('FourNodeTetrahedron', 11736, *[1137, 2225, 1152, 1181], 1)
+    ops.element('FourNodeTetrahedron', 11737, *[1867, 2019, 2078, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11738, *[1770, 2460, 1768, 1769], 1)
+    ops.element('FourNodeTetrahedron', 11739, *[1836, 2230, 1835, 2229], 1)
+    ops.element('FourNodeTetrahedron', 11740, *[1771, 1769, 1768, 1956], 1)
+    ops.element('FourNodeTetrahedron', 11741, *[1835, 2229, 1147, 1750], 1)
+    ops.element('FourNodeTetrahedron', 11742, *[2009, 2258, 1124, 1226], 1)
+    ops.element('FourNodeTetrahedron', 11743, *[1971, 2519, 2139, 2344], 1)
+    ops.element('FourNodeTetrahedron', 11744, *[2372, 2374, 2373, 2109], 1)
+    ops.element('FourNodeTetrahedron', 11745, *[2453, 2369, 2653, 2656], 1)
+    ops.element('FourNodeTetrahedron', 11746, *[2433, 1756, 2112, 1755], 1)
+    ops.element('FourNodeTetrahedron', 11747, *[2419, 2256, 1225, 1180], 1)
+    ops.element('FourNodeTetrahedron', 11748, *[2027, 2127, 2125, 2128], 1)
+    ops.element('FourNodeTetrahedron', 11749, *[2074, 2071, 1869, 1870], 1)
+    ops.element('FourNodeTetrahedron', 11750, *[2083, 1867, 2078, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11751, *[2633, 2329, 2311, 2331], 1)
+    ops.element('FourNodeTetrahedron', 11752, *[1867, 2245, 2332, 1754], 1)
+    ops.element('FourNodeTetrahedron', 11753, *[2311, 2329, 2330, 2331], 1)
+    ops.element('FourNodeTetrahedron', 11754, *[2311, 2329, 2674, 2330], 1)
+    ops.element('FourNodeTetrahedron', 11755, *[2311, 2674, 2666, 2330], 1)
+    ops.element('FourNodeTetrahedron', 11756, *[2311, 2330, 2642, 2331], 1)
+    ops.element('FourNodeTetrahedron', 11757, *[2299, 2011, 1171, 1905], 1)
+    ops.element('FourNodeTetrahedron', 11758, *[1191, 2255, 1149, 1190], 1)
+    ops.element('FourNodeTetrahedron', 11759, *[2430, 2233, 2086, 1838], 1)
+    ops.element('FourNodeTetrahedron', 11760, *[1943, 2246, 2267, 2015], 1)
+    ops.element('FourNodeTetrahedron', 11761, *[2246, 2247, 2267, 2015], 1)
+    ops.element('FourNodeTetrahedron', 11762, *[2086, 2233, 1902, 1838], 1)
+    ops.element('FourNodeTetrahedron', 11763, *[2064, 2218, 419, 1238], 1)
+    ops.element('FourNodeTetrahedron', 11764, *[2086, 2231, 1902, 2233], 1)
+    ops.element('FourNodeTetrahedron', 11765, *[2064, 146, 419, 1238], 1)
+    ops.element('FourNodeTetrahedron', 11766, *[1779, 1777, 2022, 1778], 1)
+    ops.element('FourNodeTetrahedron', 11767, *[2413, 2080, 2531, 2151], 1)
+    ops.element('FourNodeTetrahedron', 11768, *[2302, 2300, 2506, 2303], 1)
+    ops.element('FourNodeTetrahedron', 11769, *[2152, 2002, 2426, 2318], 1)
+    ops.element('FourNodeTetrahedron', 11770, *[2003, 2001, 2245, 2004], 1)
+    ops.element('FourNodeTetrahedron', 11771, *[2677, 2434, 2641, 2471], 1)
+    ops.element('FourNodeTetrahedron', 11772, *[2174, 2231, 1902, 2086], 1)
+    ops.element('FourNodeTetrahedron', 11773, *[2075, 2132, 2129, 2076], 1)
+    ops.element('FourNodeTetrahedron', 11774, *[2471, 1757, 2434, 2640], 1)
+    ops.element('FourNodeTetrahedron', 11775, *[1893, 1988, 1169, 1780], 1)
+    ops.element('FourNodeTetrahedron', 11776, *[2596, 2413, 2577, 2560], 1)
+    ops.element('FourNodeTetrahedron', 11777, *[2173, 2641, 2240, 2389], 1)
+    ops.element('FourNodeTetrahedron', 11778, *[2420, 1976, 2072, 1978], 1)
+    ops.element('FourNodeTetrahedron', 11779, *[2560, 2413, 2596, 2338], 1)
+    ops.element('FourNodeTetrahedron', 11780, *[2303, 2095, 2300, 2506], 1)
+    ops.element('FourNodeTetrahedron', 11781, *[2338, 2413, 2560, 2502], 1)
+    ops.element('FourNodeTetrahedron', 11782, *[2125, 2091, 1830, 2441], 1)
+    ops.element('FourNodeTetrahedron', 11783, *[2615, 2649, 2648, 2633], 1)
+    ops.element('FourNodeTetrahedron', 11784, *[2309, 2484, 2306, 1973], 1)
+    ops.element('FourNodeTetrahedron', 11785, *[2078, 2395, 1179, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11786, *[2308, 2321, 1176, 1148], 1)
+    ops.element('FourNodeTetrahedron', 11787, *[1179, 2308, 1176, 1148], 1)
+    ops.element('FourNodeTetrahedron', 11788, *[1179, 2308, 1148, 1212], 1)
+    ops.element('FourNodeTetrahedron', 11789, *[1132, 2078, 1179, 2308], 1)
+    ops.element('FourNodeTetrahedron', 11790, *[2393, 1807, 2322, 2277], 1)
+    ops.element('FourNodeTetrahedron', 11791, *[2440, 1830, 1932, 2125], 1)
+    ops.element('FourNodeTetrahedron', 11792, *[2683, 1894, 1159, 2396], 1)
+    ops.element('FourNodeTetrahedron', 11793, *[1855, 2529, 2496, 2498], 1)
+    ops.element('FourNodeTetrahedron', 11794, *[1190, 2215, 2251, 2064], 1)
+    ops.element('FourNodeTetrahedron', 11795, *[1193, 2475, 1779, 1133], 1)
+    ops.element('FourNodeTetrahedron', 11796, *[2390, 1806, 2640, 2389], 1)
+    ops.element('FourNodeTetrahedron', 11797, *[2453, 1992, 2525, 1990], 1)
+    ops.element('FourNodeTetrahedron', 11798, *[1203, 2145, 1251, 2402], 1)
+    ops.element('FourNodeTetrahedron', 11799, *[1123, 2144, 2145, 1203], 1)
+    ops.element('FourNodeTetrahedron', 11800, *[2122, 2430, 2121, 1839], 1)
+    ops.element('FourNodeTetrahedron', 11801, *[2275, 2458, 2442, 2608], 1)
+    ops.element('FourNodeTetrahedron', 11802, *[1747, 1749, 1748, 1972], 1)
+    ops.element('FourNodeTetrahedron', 11803, *[1775, 2363, 1773, 1772], 1)
+    ops.element('FourNodeTetrahedron', 11804, *[1799, 1828, 1825, 2143], 1)
+    ops.element('FourNodeTetrahedron', 11805, *[2302, 2300, 2488, 2506], 1)
+    ops.element('FourNodeTetrahedron', 11806, *[2525, 1990, 2362, 2656], 1)
+    ops.element('FourNodeTetrahedron', 11807, *[1969, 1747, 2214, 2340], 1)
+    ops.element('FourNodeTetrahedron', 11808, *[2381, 2315, 1955, 2073], 1)
+    ops.element('FourNodeTetrahedron', 11809, *[1908, 1912, 1918, 2093], 1)
+    ops.element('FourNodeTetrahedron', 11810, *[2346, 2173, 1896, 1856], 1)
+    ops.element('FourNodeTetrahedron', 11811, *[2458, 1759, 2442, 2457], 1)
+    ops.element('FourNodeTetrahedron', 11812, *[2645, 1787, 2668, 2055], 1)
+    ops.element('FourNodeTetrahedron', 11813, *[2031, 2645, 1787, 2055], 1)
+    ops.element('FourNodeTetrahedron', 11814, *[1976, 1754, 1753, 1977], 1)
+    ops.element('FourNodeTetrahedron', 11815, *[2362, 1754, 1976, 1977], 1)
+    ops.element('FourNodeTetrahedron', 11816, *[2055, 2645, 2668, 2037], 1)
+    ops.element('FourNodeTetrahedron', 11817, *[2031, 2297, 2645, 2055], 1)
+    ops.element('FourNodeTetrahedron', 11818, *[1927, 2031, 1929, 2055], 1)
+    ops.element('FourNodeTetrahedron', 11819, *[2033, 2297, 2055, 2056], 1)
+    ops.element('FourNodeTetrahedron', 11820, *[2285, 1994, 1993, 1995], 1)
+    ops.element('FourNodeTetrahedron', 11821, *[1927, 2055, 1929, 2646], 1)
+    ops.element('FourNodeTetrahedron', 11822, *[2055, 2037, 2668, 1746], 1)
+    ops.element('FourNodeTetrahedron', 11823, *[2131, 2132, 2129, 2075], 1)
+    ops.element('FourNodeTetrahedron', 11824, *[2531, 2075, 2129, 2150], 1)
+    ops.element('FourNodeTetrahedron', 11825, *[2531, 2131, 2129, 2075], 1)
+    ops.element('FourNodeTetrahedron', 11826, *[2075, 2076, 2129, 2150], 1)
+    ops.element('FourNodeTetrahedron', 11827, *[2204, 1974, 1859, 2007], 1)
+    ops.element('FourNodeTetrahedron', 11828, *[2349, 2513, 2412, 2350], 1)
+    ops.element('FourNodeTetrahedron', 11829, *[2646, 2055, 1929, 2357], 1)
+    ops.element('FourNodeTetrahedron', 11830, *[2465, 2541, 2336, 2197], 1)
+    ops.element('FourNodeTetrahedron', 11831, *[2539, 2336, 2465, 2541], 1)
+    ops.element('FourNodeTetrahedron', 11832, *[2071, 2132, 2316, 1868], 1)
+    ops.element('FourNodeTetrahedron', 11833, *[2390, 1805, 1806, 2322], 1)
+    ops.element('FourNodeTetrahedron', 11834, *[2373, 2087, 2167, 2088], 1)
+    ops.element('FourNodeTetrahedron', 11835, *[2251, 2196, 2250, 2216], 1)
+    ops.element('FourNodeTetrahedron', 11836, *[2255, 2465, 2251, 2215], 1)
+    ops.element('FourNodeTetrahedron', 11837, *[2213, 2079, 2080, 2140], 1)
+    ops.element('FourNodeTetrahedron', 11838, *[2457, 2458, 2459, 2638], 1)
+    ops.element('FourNodeTetrahedron', 11839, *[1969, 1972, 2213, 2139], 1)
+    ops.element('FourNodeTetrahedron', 11840, *[2359, 1177, 1125, 2563], 1)
+    ops.element('FourNodeTetrahedron', 11841, *[2213, 1972, 1748, 2079], 1)
+    ops.element('FourNodeTetrahedron', 11842, *[2213, 1748, 2080, 2079], 1)
+    ops.element('FourNodeTetrahedron', 11843, *[2359, 2563, 1125, 2395], 1)
+    ops.element('FourNodeTetrahedron', 11844, *[2088, 2373, 2167, 2135], 1)
+    ops.element('FourNodeTetrahedron', 11845, *[2377, 1924, 2301, 2303], 1)
+    ops.element('FourNodeTetrahedron', 11846, *[2377, 2303, 2301, 2510], 1)
+    ops.element('FourNodeTetrahedron', 11847, *[2304, 2582, 731, 2463], 1)
+    ops.element('FourNodeTetrahedron', 11848, *[733, 2304, 731, 2463], 1)
+    ops.element('FourNodeTetrahedron', 11849, *[2445, 2593, 2277, 1871], 1)
+    ops.element('FourNodeTetrahedron', 11850, *[1123, 2142, 1203, 1205], 1)
+    ops.element('FourNodeTetrahedron', 11851, *[1131, 1796, 1195, 2013], 1)
+    ops.element('FourNodeTetrahedron', 11852, *[2281, 2431, 2403, 2499], 1)
+    ops.element('FourNodeTetrahedron', 11853, *[2651, 1983, 1985, 2524], 1)
+    ops.element('FourNodeTetrahedron', 11854, *[2663, 2651, 1985, 2524], 1)
+    ops.element('FourNodeTetrahedron', 11855, *[1884, 2651, 2663, 2524], 1)
+    ops.element('FourNodeTetrahedron', 11856, *[1829, 1846, 2110, 2376], 1)
+    ops.element('FourNodeTetrahedron', 11857, *[2351, 2660, 2373, 2135], 1)
+    ops.element('FourNodeTetrahedron', 11858, *[2373, 2660, 2167, 2135], 1)
+    ops.element('FourNodeTetrahedron', 11859, *[2255, 2251, 1190, 2215], 1)
+    ops.element('FourNodeTetrahedron', 11860, *[2236, 1844, 2449, 1898], 1)
+    ops.element('FourNodeTetrahedron', 11861, *[1237, 2359, 1125, 1248], 1)
+    ops.element('FourNodeTetrahedron', 11862, *[2078, 2395, 1125, 1179], 1)
+    ops.element('FourNodeTetrahedron', 11863, *[2078, 1125, 1248, 1179], 1)
+    ops.element('FourNodeTetrahedron', 11864, *[1869, 2359, 1237, 1248], 1)
+    ops.element('FourNodeTetrahedron', 11865, *[1869, 2359, 1248, 2078], 1)
+    ops.element('FourNodeTetrahedron', 11866, *[2090, 2087, 2166, 2167], 1)
+    ops.element('FourNodeTetrahedron', 11867, *[2349, 2513, 2404, 2412], 1)
+    ops.element('FourNodeTetrahedron', 11868, *[2113, 1755, 2112, 2526], 1)
+    ops.element('FourNodeTetrahedron', 11869, *[1958, 1957, 1956, 2210], 1)
+    ops.element('FourNodeTetrahedron', 11870, *[2096, 1968, 2273, 2468], 1)
+
+    # Fix the node.
+    ops.fix(167, *[1, 1, 1, 1, 1, 1])
+    ops.fix(168, *[1, 1, 1, 1, 1, 1])
+    ops.fix(169, *[1, 1, 1, 1, 1, 1])
+    ops.fix(170, *[1, 1, 1, 1, 1, 1])
+    ops.fix(171, *[1, 1, 1, 1, 1, 1])
+    ops.fix(172, *[1, 1, 1, 1, 1, 1])
+    ops.fix(212, *[1, 1, 1, 1, 1, 1])
+    ops.fix(221, *[1, 1, 1, 1, 1, 1])
+    ops.fix(240, *[1, 1, 1, 1, 1, 1])
+    ops.fix(245, *[1, 1, 1, 1, 1, 1])
+    ops.fix(270, *[1, 1, 1, 1, 1, 1])
+    ops.fix(275, *[1, 1, 1, 1, 1, 1])
+    ops.fix(280, *[1, 1, 1, 1, 1, 1])
+    ops.fix(285, *[1, 1, 1, 1, 1, 1])
+    ops.fix(305, *[1, 1, 1, 1, 1, 1])
+    ops.fix(310, *[1, 1, 1, 1, 1, 1])
+    ops.fix(315, *[1, 1, 1, 1, 1, 1])
+    ops.fix(336, *[1, 1, 1, 1, 1, 1])
+    ops.fix(337, *[1, 1, 1, 1, 1, 1])
+    ops.fix(338, *[1, 1, 1, 1, 1, 1])
+    ops.fix(339, *[1, 1, 1, 1, 1, 1])
+    ops.fix(379, *[1, 1, 1, 1, 1, 1])
+    ops.fix(380, *[1, 1, 1, 1, 1, 1])
+    ops.fix(381, *[1, 1, 1, 1, 1, 1])
+    ops.fix(382, *[1, 1, 1, 1, 1, 1])
+    ops.fix(383, *[1, 1, 1, 1, 1, 1])
+    ops.fix(384, *[1, 1, 1, 1, 1, 1])
+    ops.fix(385, *[1, 1, 1, 1, 1, 1])
+    ops.fix(411, *[1, 1, 1, 1, 1, 1])
+    ops.fix(481, *[1, 1, 1, 1, 1, 1])
+    ops.fix(494, *[1, 1, 1, 1, 1, 1])
+    ops.fix(514, *[1, 1, 1, 1, 1, 1])
+    ops.fix(515, *[1, 1, 1, 1, 1, 1])
+    ops.fix(516, *[1, 1, 1, 1, 1, 1])
+    ops.fix(702, *[1, 1, 1, 1, 1, 1])
+    ops.fix(703, *[1, 1, 1, 1, 1, 1])
+    ops.fix(704, *[1, 1, 1, 1, 1, 1])
+    ops.fix(705, *[1, 1, 1, 1, 1, 1])
+    ops.fix(706, *[1, 1, 1, 1, 1, 1])
+    ops.fix(707, *[1, 1, 1, 1, 1, 1])
+    ops.fix(708, *[1, 1, 1, 1, 1, 1])
+    ops.fix(709, *[1, 1, 1, 1, 1, 1])
+    ops.fix(710, *[1, 1, 1, 1, 1, 1])
+    ops.fix(711, *[1, 1, 1, 1, 1, 1])
+    ops.fix(712, *[1, 1, 1, 1, 1, 1])
+    ops.fix(713, *[1, 1, 1, 1, 1, 1])
+    ops.fix(714, *[1, 1, 1, 1, 1, 1])
+    ops.fix(715, *[1, 1, 1, 1, 1, 1])
+    ops.fix(716, *[1, 1, 1, 1, 1, 1])
+    ops.fix(717, *[1, 1, 1, 1, 1, 1])
+    ops.fix(718, *[1, 1, 1, 1, 1, 1])
+    ops.fix(719, *[1, 1, 1, 1, 1, 1])
+    ops.fix(720, *[1, 1, 1, 1, 1, 1])
+    ops.fix(721, *[1, 1, 1, 1, 1, 1])
+    ops.fix(722, *[1, 1, 1, 1, 1, 1])
+    ops.fix(723, *[1, 1, 1, 1, 1, 1])
+    ops.fix(724, *[1, 1, 1, 1, 1, 1])
+    ops.fix(725, *[1, 1, 1, 1, 1, 1])
+    ops.fix(726, *[1, 1, 1, 1, 1, 1])
+    ops.fix(727, *[1, 1, 1, 1, 1, 1])
+    ops.fix(728, *[1, 1, 1, 1, 1, 1])
+    ops.fix(729, *[1, 1, 1, 1, 1, 1])
+    ops.fix(730, *[1, 1, 1, 1, 1, 1])
+    ops.fix(731, *[1, 1, 1, 1, 1, 1])
+    ops.fix(732, *[1, 1, 1, 1, 1, 1])
+    ops.fix(733, *[1, 1, 1, 1, 1, 1])
+    ops.fix(734, *[1, 1, 1, 1, 1, 1])
+    ops.fix(735, *[1, 1, 1, 1, 1, 1])
+    ops.fix(736, *[1, 1, 1, 1, 1, 1])
+    ops.fix(737, *[1, 1, 1, 1, 1, 1])
+    ops.fix(738, *[1, 1, 1, 1, 1, 1])
+    ops.fix(739, *[1, 1, 1, 1, 1, 1])
+    ops.fix(740, *[1, 1, 1, 1, 1, 1])
+    ops.fix(741, *[1, 1, 1, 1, 1, 1])
+    ops.fix(742, *[1, 1, 1, 1, 1, 1])
+    ops.fix(743, *[1, 1, 1, 1, 1, 1])
+    ops.fix(744, *[1, 1, 1, 1, 1, 1])
+    ops.fix(745, *[1, 1, 1, 1, 1, 1])
+    ops.fix(746, *[1, 1, 1, 1, 1, 1])
+    ops.fix(747, *[1, 1, 1, 1, 1, 1])
+    ops.fix(748, *[1, 1, 1, 1, 1, 1])
+    ops.fix(749, *[1, 1, 1, 1, 1, 1])
+    ops.fix(750, *[1, 1, 1, 1, 1, 1])
+    ops.fix(751, *[1, 1, 1, 1, 1, 1])
+    ops.fix(752, *[1, 1, 1, 1, 1, 1])
+    ops.fix(753, *[1, 1, 1, 1, 1, 1])
+    ops.fix(754, *[1, 1, 1, 1, 1, 1])
+    ops.fix(755, *[1, 1, 1, 1, 1, 1])
+    ops.fix(756, *[1, 1, 1, 1, 1, 1])
+    ops.fix(757, *[1, 1, 1, 1, 1, 1])
+    ops.fix(758, *[1, 1, 1, 1, 1, 1])
+    ops.fix(759, *[1, 1, 1, 1, 1, 1])
+    ops.fix(760, *[1, 1, 1, 1, 1, 1])
+    ops.fix(761, *[1, 1, 1, 1, 1, 1])
+    ops.fix(762, *[1, 1, 1, 1, 1, 1])
+    ops.fix(763, *[1, 1, 1, 1, 1, 1])
+    ops.fix(764, *[1, 1, 1, 1, 1, 1])
+    ops.fix(765, *[1, 1, 1, 1, 1, 1])
+    ops.fix(766, *[1, 1, 1, 1, 1, 1])
+    ops.fix(767, *[1, 1, 1, 1, 1, 1])
+    ops.fix(768, *[1, 1, 1, 1, 1, 1])
+    ops.fix(769, *[1, 1, 1, 1, 1, 1])
+    ops.fix(770, *[1, 1, 1, 1, 1, 1])
+    ops.fix(771, *[1, 1, 1, 1, 1, 1])
+    ops.fix(772, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1761, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1773, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1774, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1775, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1812, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1813, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1815, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1894, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1928, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1939, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1940, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1983, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1984, *[1, 1, 1, 1, 1, 1])
+    ops.fix(1985, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2005, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2042, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2087, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2089, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2090, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2136, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2137, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2141, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2161, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2162, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2163, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2165, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2166, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2177, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2180, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2181, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2182, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2183, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2265, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2295, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2304, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2305, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2330, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2353, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2355, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2372, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2374, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2394, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2397, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2399, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2400, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2401, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2437, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2439, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2461, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2472, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2473, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2477, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2521, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2546, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2557, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2571, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2582, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2585, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2586, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2599, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2607, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2613, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2623, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2628, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2629, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2642, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2644, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2648, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2649, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2650, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2651, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2654, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2663, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2666, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2671, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2672, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2674, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2678, *[1, 1, 1, 1, 1, 1])
+    ops.fix(2683, *[1, 1, 1, 1, 1, 1])
+
+    # Set the mass at a node.
+    ops.mass(135, *[0.0003, 0.0003, 0.0003])
+    ops.mass(136, *[0.0002, 0.0002, 0.0002])
+    ops.mass(137, *[0.0004, 0.0004, 0.0004])
+    ops.mass(138, *[0.0006, 0.0006, 0.0006])
+    ops.mass(139, *[0.0004, 0.0004, 0.0004])
+    ops.mass(140, *[0.0005, 0.0005, 0.0005])
+    ops.mass(141, *[0.0006, 0.0006, 0.0006])
+    ops.mass(142, *[0.0004, 0.0004, 0.0004])
+    ops.mass(143, *[0.0003, 0.0003, 0.0003])
+    ops.mass(144, *[0.0002, 0.0002, 0.0002])
+    ops.mass(145, *[0.0002, 0.0002, 0.0002])
+    ops.mass(146, *[0.0009, 0.0009, 0.0009])
+    ops.mass(147, *[0.0006, 0.0006, 0.0006])
+    ops.mass(148, *[0.0006, 0.0006, 0.0006])
+    ops.mass(149, *[0.0004, 0.0004, 0.0004])
+    ops.mass(150, *[0.0011, 0.0011, 0.0011])
+    ops.mass(151, *[0.0005, 0.0005, 0.0005])
+    ops.mass(152, *[0.001, 0.001, 0.001])
+    ops.mass(153, *[0.0006, 0.0006, 0.0006])
+    ops.mass(154, *[0.0007, 0.0007, 0.0007])
+    ops.mass(155, *[0.0019, 0.0019, 0.0019])
+    ops.mass(156, *[0.0014, 0.0014, 0.0014])
+    ops.mass(157, *[0.0011, 0.0011, 0.0011])
+    ops.mass(158, *[0.0014, 0.0014, 0.0014])
+    ops.mass(159, *[0.002, 0.002, 0.002])
+    ops.mass(160, *[0.0016, 0.0016, 0.0016])
+    ops.mass(161, *[0.0018, 0.0018, 0.0018])
+    ops.mass(162, *[0.0015, 0.0015, 0.0015])
+    ops.mass(163, *[0.003, 0.003, 0.003])
+    ops.mass(164, *[0.0017, 0.0017, 0.0017])
+    ops.mass(165, *[0.0011, 0.0011, 0.0011])
+    ops.mass(166, *[0.0004, 0.0004, 0.0004])
+    ops.mass(167, *[0.0004, 0.0004, 0.0004])
+    ops.mass(168, *[0.0008, 0.0008, 0.0008])
+    ops.mass(169, *[0.0007, 0.0007, 0.0007])
+    ops.mass(170, *[0.0004, 0.0004, 0.0004])
+    ops.mass(171, *[0.0005, 0.0005, 0.0005])
+    ops.mass(172, *[0.0004, 0.0004, 0.0004])
+    ops.mass(173, *[0.0008, 0.0008, 0.0008])
+    ops.mass(174, *[0.0004, 0.0004, 0.0004])
+    ops.mass(175, *[0.0019, 0.0019, 0.0019])
+    ops.mass(176, *[0.0014, 0.0014, 0.0014])
+    ops.mass(177, *[0.0024, 0.0024, 0.0024])
+    ops.mass(178, *[0.001, 0.001, 0.001])
+    ops.mass(179, *[0.0001, 0.0001, 0.0001])
+    ops.mass(180, *[0.0002, 0.0002, 0.0002])
+    ops.mass(181, *[0.0001, 0.0001, 0.0001])
+    ops.mass(182, *[0.0002, 0.0002, 0.0002])
+    ops.mass(183, *[0.0003, 0.0003, 0.0003])
+    ops.mass(184, *[0.0003, 0.0003, 0.0003])
+    ops.mass(185, *[0.0005, 0.0005, 0.0005])
+    ops.mass(186, *[0.0004, 0.0004, 0.0004])
+    ops.mass(187, *[0.0003, 0.0003, 0.0003])
+    ops.mass(188, *[0.0009, 0.0009, 0.0009])
+    ops.mass(189, *[0.0006, 0.0006, 0.0006])
+    ops.mass(190, *[0.0004, 0.0004, 0.0004])
+    ops.mass(212, *[0.0003, 0.0003, 0.0003])
+    ops.mass(213, *[0.001, 0.001, 0.001])
+    ops.mass(214, *[0.0008, 0.0008, 0.0008])
+    ops.mass(215, *[0.0006, 0.0006, 0.0006])
+    ops.mass(216, *[0.0006, 0.0006, 0.0006])
+    ops.mass(217, *[0.001, 0.001, 0.001])
+    ops.mass(218, *[0.0007, 0.0007, 0.0007])
+    ops.mass(219, *[0.0006, 0.0006, 0.0006])
+    ops.mass(220, *[0.0009, 0.0009, 0.0009])
+    ops.mass(221, *[0.0003, 0.0003, 0.0003])
+    ops.mass(222, *[0.0006, 0.0006, 0.0006])
+    ops.mass(223, *[0.0007, 0.0007, 0.0007])
+    ops.mass(224, *[0.0006, 0.0006, 0.0006])
+    ops.mass(225, *[0.0005, 0.0005, 0.0005])
+    ops.mass(229, *[0.0008, 0.0008, 0.0008])
+    ops.mass(230, *[0.001, 0.001, 0.001])
+    ops.mass(231, *[0.0005, 0.0005, 0.0005])
+    ops.mass(232, *[0.0011, 0.0011, 0.0011])
+    ops.mass(233, *[0.0007, 0.0007, 0.0007])
+    ops.mass(234, *[0.0005, 0.0005, 0.0005])
+    ops.mass(235, *[0.0008, 0.0008, 0.0008])
+    ops.mass(236, *[0.0006, 0.0006, 0.0006])
+    ops.mass(237, *[0.0005, 0.0005, 0.0005])
+    ops.mass(238, *[0.0006, 0.0006, 0.0006])
+    ops.mass(239, *[0.0004, 0.0004, 0.0004])
+    ops.mass(240, *[0.0003, 0.0003, 0.0003])
+    ops.mass(241, *[0.0004, 0.0004, 0.0004])
+    ops.mass(242, *[0.0006, 0.0006, 0.0006])
+    ops.mass(243, *[0.0004, 0.0004, 0.0004])
+    ops.mass(244, *[0.0005, 0.0005, 0.0005])
+    ops.mass(245, *[0.0002, 0.0002, 0.0002])
+    ops.mass(246, *[0.0008, 0.0008, 0.0008])
+    ops.mass(247, *[0.0007, 0.0007, 0.0007])
+    ops.mass(248, *[0.0005, 0.0005, 0.0005])
+    ops.mass(249, *[0.0005, 0.0005, 0.0005])
+    ops.mass(250, *[0.0003, 0.0003, 0.0003])
+    ops.mass(251, *[0.001, 0.001, 0.001])
+    ops.mass(252, *[0.0004, 0.0004, 0.0004])
+    ops.mass(253, *[0.0005, 0.0005, 0.0005])
+    ops.mass(254, *[0.0006, 0.0006, 0.0006])
+    ops.mass(255, *[0.001, 0.001, 0.001])
+    ops.mass(256, *[0.0006, 0.0006, 0.0006])
+    ops.mass(257, *[0.0003, 0.0003, 0.0003])
+    ops.mass(258, *[0.0008, 0.0008, 0.0008])
+    ops.mass(259, *[0.0012, 0.0012, 0.0012])
+    ops.mass(260, *[0.0005, 0.0005, 0.0005])
+    ops.mass(261, *[0.0008, 0.0008, 0.0008])
+    ops.mass(262, *[0.0006, 0.0006, 0.0006])
+    ops.mass(263, *[0.0007, 0.0007, 0.0007])
+    ops.mass(264, *[0.0004, 0.0004, 0.0004])
+    ops.mass(265, *[0.0007, 0.0007, 0.0007])
+    ops.mass(266, *[0.0006, 0.0006, 0.0006])
+    ops.mass(267, *[0.0007, 0.0007, 0.0007])
+    ops.mass(268, *[0.0002, 0.0002, 0.0002])
+    ops.mass(269, *[0.0004, 0.0004, 0.0004])
+    ops.mass(270, *[0.0001, 0.0001, 0.0001])
+    ops.mass(271, *[0.0009, 0.0009, 0.0009])
+    ops.mass(272, *[0.0011, 0.0011, 0.0011])
+    ops.mass(273, *[0.0012, 0.0012, 0.0012])
+    ops.mass(274, *[0.0012, 0.0012, 0.0012])
+    ops.mass(275, *[0.0004, 0.0004, 0.0004])
+    ops.mass(276, *[0.0012, 0.0012, 0.0012])
+    ops.mass(277, *[0.0008, 0.0008, 0.0008])
+    ops.mass(278, *[0.0011, 0.0011, 0.0011])
+    ops.mass(279, *[0.0012, 0.0012, 0.0012])
+    ops.mass(280, *[0.0007, 0.0007, 0.0007])
+    ops.mass(281, *[0.0008, 0.0008, 0.0008])
+    ops.mass(282, *[0.0014, 0.0014, 0.0014])
+    ops.mass(283, *[0.0009, 0.0009, 0.0009])
+    ops.mass(284, *[0.0012, 0.0012, 0.0012])
+    ops.mass(285, *[0.0005, 0.0005, 0.0005])
+    ops.mass(286, *[0.0006, 0.0006, 0.0006])
+    ops.mass(287, *[0.001, 0.001, 0.001])
+    ops.mass(288, *[0.0014, 0.0014, 0.0014])
+    ops.mass(289, *[0.001, 0.001, 0.001])
+    ops.mass(290, *[0.0008, 0.0008, 0.0008])
+    ops.mass(291, *[0.0004, 0.0004, 0.0004])
+    ops.mass(292, *[0.0007, 0.0007, 0.0007])
+    ops.mass(293, *[0.0008, 0.0008, 0.0008])
+    ops.mass(294, *[0.0009, 0.0009, 0.0009])
+    ops.mass(295, *[0.001, 0.001, 0.001])
+    ops.mass(296, *[0.0007, 0.0007, 0.0007])
+    ops.mass(297, *[0.0008, 0.0008, 0.0008])
+    ops.mass(298, *[0.0006, 0.0006, 0.0006])
+    ops.mass(299, *[0.0007, 0.0007, 0.0007])
+    ops.mass(300, *[0.0006, 0.0006, 0.0006])
+    ops.mass(301, *[0.0013, 0.0013, 0.0013])
+    ops.mass(302, *[0.0003, 0.0003, 0.0003])
+    ops.mass(303, *[0.0006, 0.0006, 0.0006])
+    ops.mass(304, *[0.0005, 0.0005, 0.0005])
+    ops.mass(305, *[0.0007, 0.0007, 0.0007])
+    ops.mass(306, *[0.0005, 0.0005, 0.0005])
+    ops.mass(307, *[0.0009, 0.0009, 0.0009])
+    ops.mass(308, *[0.0013, 0.0013, 0.0013])
+    ops.mass(309, *[0.0006, 0.0006, 0.0006])
+    ops.mass(310, *[0.0004, 0.0004, 0.0004])
+    ops.mass(311, *[0.0007, 0.0007, 0.0007])
+    ops.mass(312, *[0.0007, 0.0007, 0.0007])
+    ops.mass(313, *[0.0007, 0.0007, 0.0007])
+    ops.mass(314, *[0.0008, 0.0008, 0.0008])
+    ops.mass(315, *[0.0003, 0.0003, 0.0003])
+    ops.mass(316, *[0.0008, 0.0008, 0.0008])
+    ops.mass(317, *[0.0007, 0.0007, 0.0007])
+    ops.mass(318, *[0.0009, 0.0009, 0.0009])
+    ops.mass(319, *[0.0007, 0.0007, 0.0007])
+    ops.mass(320, *[0.0008, 0.0008, 0.0008])
+    ops.mass(321, *[0.0003, 0.0003, 0.0003])
+    ops.mass(322, *[0.0007, 0.0007, 0.0007])
+    ops.mass(323, *[0.0004, 0.0004, 0.0004])
+    ops.mass(324, *[0.0003, 0.0003, 0.0003])
+    ops.mass(325, *[0.0007, 0.0007, 0.0007])
+    ops.mass(326, *[0.001, 0.001, 0.001])
+    ops.mass(327, *[0.0012, 0.0012, 0.0012])
+    ops.mass(328, *[0.0015, 0.0015, 0.0015])
+    ops.mass(329, *[0.001, 0.001, 0.001])
+    ops.mass(330, *[0.0007, 0.0007, 0.0007])
+    ops.mass(331, *[0.0008, 0.0008, 0.0008])
+    ops.mass(332, *[0.0011, 0.0011, 0.0011])
+    ops.mass(333, *[0.0007, 0.0007, 0.0007])
+    ops.mass(334, *[0.0008, 0.0008, 0.0008])
+    ops.mass(335, *[0.0007, 0.0007, 0.0007])
+    ops.mass(336, *[0.0004, 0.0004, 0.0004])
+    ops.mass(337, *[0.0004, 0.0004, 0.0004])
+    ops.mass(338, *[0.0003, 0.0003, 0.0003])
+    ops.mass(339, *[0.0005, 0.0005, 0.0005])
+    ops.mass(340, *[0.0004, 0.0004, 0.0004])
+    ops.mass(341, *[0.0011, 0.0011, 0.0011])
+    ops.mass(342, *[0.0008, 0.0008, 0.0008])
+    ops.mass(343, *[0.0009, 0.0009, 0.0009])
+    ops.mass(344, *[0.0009, 0.0009, 0.0009])
+    ops.mass(345, *[0.0006, 0.0006, 0.0006])
+    ops.mass(346, *[0.0005, 0.0005, 0.0005])
+    ops.mass(347, *[0.0006, 0.0006, 0.0006])
+    ops.mass(348, *[0.0008, 0.0008, 0.0008])
+    ops.mass(349, *[0.0004, 0.0004, 0.0004])
+    ops.mass(350, *[0.001, 0.001, 0.001])
+    ops.mass(351, *[0.0018, 0.0018, 0.0018])
+    ops.mass(352, *[0.0008, 0.0008, 0.0008])
+    ops.mass(353, *[0.0008, 0.0008, 0.0008])
+    ops.mass(354, *[0.0005, 0.0005, 0.0005])
+    ops.mass(355, *[0.0006, 0.0006, 0.0006])
+    ops.mass(356, *[0.001, 0.001, 0.001])
+    ops.mass(357, *[0.0008, 0.0008, 0.0008])
+    ops.mass(358, *[0.0016, 0.0016, 0.0016])
+    ops.mass(359, *[0.0015, 0.0015, 0.0015])
+    ops.mass(360, *[0.0009, 0.0009, 0.0009])
+    ops.mass(361, *[0.0013, 0.0013, 0.0013])
+    ops.mass(362, *[0.0013, 0.0013, 0.0013])
+    ops.mass(363, *[0.0006, 0.0006, 0.0006])
+    ops.mass(364, *[0.0008, 0.0008, 0.0008])
+    ops.mass(365, *[0.001, 0.001, 0.001])
+    ops.mass(366, *[0.0013, 0.0013, 0.0013])
+    ops.mass(367, *[0.0016, 0.0016, 0.0016])
+    ops.mass(368, *[0.0015, 0.0015, 0.0015])
+    ops.mass(369, *[0.0005, 0.0005, 0.0005])
+    ops.mass(370, *[0.0008, 0.0008, 0.0008])
+    ops.mass(371, *[0.0016, 0.0016, 0.0016])
+    ops.mass(372, *[0.0025, 0.0025, 0.0025])
+    ops.mass(373, *[0.0019, 0.0019, 0.0019])
+    ops.mass(374, *[0.0013, 0.0013, 0.0013])
+    ops.mass(375, *[0.0019, 0.0019, 0.0019])
+    ops.mass(376, *[0.0014, 0.0014, 0.0014])
+    ops.mass(377, *[0.0009, 0.0009, 0.0009])
+    ops.mass(378, *[0.0006, 0.0006, 0.0006])
+    ops.mass(379, *[0.0004, 0.0004, 0.0004])
+    ops.mass(380, *[0.0002, 0.0002, 0.0002])
+    ops.mass(381, *[0.0005, 0.0005, 0.0005])
+    ops.mass(382, *[0.0008, 0.0008, 0.0008])
+    ops.mass(383, *[0.0007, 0.0007, 0.0007])
+    ops.mass(384, *[0.0012, 0.0012, 0.0012])
+    ops.mass(385, *[0.0008, 0.0008, 0.0008])
+    ops.mass(386, *[0.0006, 0.0006, 0.0006])
+    ops.mass(387, *[0.0015, 0.0015, 0.0015])
+    ops.mass(388, *[0.0013, 0.0013, 0.0013])
+    ops.mass(389, *[0.0014, 0.0014, 0.0014])
+    ops.mass(390, *[0.0016, 0.0016, 0.0016])
+    ops.mass(391, *[0.0014, 0.0014, 0.0014])
+    ops.mass(392, *[0.0017, 0.0017, 0.0017])
+    ops.mass(393, *[0.0006, 0.0006, 0.0006])
+    ops.mass(394, *[0.0031, 0.0031, 0.0031])
+    ops.mass(395, *[0.0018, 0.0018, 0.0018])
+    ops.mass(396, *[0.0019, 0.0019, 0.0019])
+    ops.mass(397, *[0.0017, 0.0017, 0.0017])
+    ops.mass(398, *[0.0011, 0.0011, 0.0011])
+    ops.mass(399, *[0.0016, 0.0016, 0.0016])
+    ops.mass(400, *[0.0011, 0.0011, 0.0011])
+    ops.mass(401, *[0.0011, 0.0011, 0.0011])
+    ops.mass(402, *[0.0028, 0.0028, 0.0028])
+    ops.mass(403, *[0.0026, 0.0026, 0.0026])
+    ops.mass(404, *[0.0021, 0.0021, 0.0021])
+    ops.mass(405, *[0.0014, 0.0014, 0.0014])
+    ops.mass(406, *[0.0007, 0.0007, 0.0007])
+    ops.mass(407, *[0.0005, 0.0005, 0.0005])
+    ops.mass(408, *[0.0002, 0.0002, 0.0002])
+    ops.mass(409, *[0.001, 0.001, 0.001])
+    ops.mass(410, *[0.0008, 0.0008, 0.0008])
+    ops.mass(411, *[0.0004, 0.0004, 0.0004])
+    ops.mass(412, *[0.0011, 0.0011, 0.0011])
+    ops.mass(413, *[0.0005, 0.0005, 0.0005])
+    ops.mass(414, *[0.0012, 0.0012, 0.0012])
+    ops.mass(415, *[0.0008, 0.0008, 0.0008])
+    ops.mass(416, *[0.0015, 0.0015, 0.0015])
+    ops.mass(417, *[0.0019, 0.0019, 0.0019])
+    ops.mass(418, *[0.0018, 0.0018, 0.0018])
+    ops.mass(419, *[0.0006, 0.0006, 0.0006])
+    ops.mass(420, *[0.0008, 0.0008, 0.0008])
+    ops.mass(421, *[0.0008, 0.0008, 0.0008])
+    ops.mass(422, *[0.0006, 0.0006, 0.0006])
+    ops.mass(423, *[0.0008, 0.0008, 0.0008])
+    ops.mass(424, *[0.0007, 0.0007, 0.0007])
+    ops.mass(431, *[0.0018, 0.0018, 0.0018])
+    ops.mass(432, *[0.0013, 0.0013, 0.0013])
+    ops.mass(433, *[0.0013, 0.0013, 0.0013])
+    ops.mass(434, *[0.0003, 0.0003, 0.0003])
+    ops.mass(435, *[0.0003, 0.0003, 0.0003])
+    ops.mass(436, *[0.0008, 0.0008, 0.0008])
+    ops.mass(437, *[0.0007, 0.0007, 0.0007])
+    ops.mass(438, *[0.0003, 0.0003, 0.0003])
+    ops.mass(439, *[0.0004, 0.0004, 0.0004])
+    ops.mass(440, *[0.0009, 0.0009, 0.0009])
+    ops.mass(441, *[0.0003, 0.0003, 0.0003])
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+    ops.mass(2585, *[0.0012, 0.0012, 0.0012])
+    ops.mass(2586, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2587, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2588, *[0.0016, 0.0016, 0.0016])
+    ops.mass(2589, *[0.0005, 0.0005, 0.0005])
+    ops.mass(2590, *[0.0016, 0.0016, 0.0016])
+    ops.mass(2591, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2592, *[0.0026, 0.0026, 0.0026])
+    ops.mass(2593, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2594, *[0.002, 0.002, 0.002])
+    ops.mass(2595, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2596, *[0.0048, 0.0048, 0.0048])
+    ops.mass(2597, *[0.0012, 0.0012, 0.0012])
+    ops.mass(2598, *[0.001, 0.001, 0.001])
+    ops.mass(2599, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2600, *[0.0014, 0.0014, 0.0014])
+    ops.mass(2601, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2602, *[0.0037, 0.0037, 0.0037])
+    ops.mass(2603, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2604, *[0.0014, 0.0014, 0.0014])
+    ops.mass(2605, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2606, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2607, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2608, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2609, *[0.0001, 0.0001, 0.0001])
+    ops.mass(2610, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2611, *[0.0005, 0.0005, 0.0005])
+    ops.mass(2612, *[0.0017, 0.0017, 0.0017])
+    ops.mass(2613, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2614, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2615, *[0.0013, 0.0013, 0.0013])
+    ops.mass(2616, *[0.0025, 0.0025, 0.0025])
+    ops.mass(2617, *[0.0022, 0.0022, 0.0022])
+    ops.mass(2618, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2619, *[0.0024, 0.0024, 0.0024])
+    ops.mass(2620, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2621, *[0.0022, 0.0022, 0.0022])
+    ops.mass(2622, *[0.0013, 0.0013, 0.0013])
+    ops.mass(2623, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2624, *[0.0012, 0.0012, 0.0012])
+    ops.mass(2625, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2626, *[0.001, 0.001, 0.001])
+    ops.mass(2627, *[0.0009, 0.0009, 0.0009])
+    ops.mass(2628, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2629, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2630, *[0.0013, 0.0013, 0.0013])
+    ops.mass(2631, *[0.0022, 0.0022, 0.0022])
+    ops.mass(2632, *[0.0011, 0.0011, 0.0011])
+    ops.mass(2633, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2634, *[0.0017, 0.0017, 0.0017])
+    ops.mass(2635, *[0.0016, 0.0016, 0.0016])
+    ops.mass(2636, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2637, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2638, *[0.0011, 0.0011, 0.0011])
+    ops.mass(2639, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2640, *[0.001, 0.001, 0.001])
+    ops.mass(2641, *[0.0015, 0.0015, 0.0015])
+    ops.mass(2642, *[0.0015, 0.0015, 0.0015])
+    ops.mass(2643, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2644, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2645, *[0.0011, 0.0011, 0.0011])
+    ops.mass(2646, *[0.0019, 0.0019, 0.0019])
+    ops.mass(2647, *[0.0009, 0.0009, 0.0009])
+    ops.mass(2648, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2649, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2650, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2651, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2652, *[0.0017, 0.0017, 0.0017])
+    ops.mass(2653, *[0.0014, 0.0014, 0.0014])
+    ops.mass(2654, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2655, *[0.0009, 0.0009, 0.0009])
+    ops.mass(2656, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2657, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2658, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2659, *[0.0002, 0.0002, 0.0002])
+    ops.mass(2660, *[0.0017, 0.0017, 0.0017])
+    ops.mass(2661, *[0.0009, 0.0009, 0.0009])
+    ops.mass(2662, *[0.0013, 0.0013, 0.0013])
+    ops.mass(2663, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2664, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2665, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2666, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2667, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2668, *[0.0011, 0.0011, 0.0011])
+    ops.mass(2669, *[0.0009, 0.0009, 0.0009])
+    ops.mass(2670, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2671, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2672, *[0.0001, 0.0001, 0.0001])
+    ops.mass(2673, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2674, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2675, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2676, *[0.0008, 0.0008, 0.0008])
+    ops.mass(2677, *[0.0005, 0.0005, 0.0005])
+    ops.mass(2678, *[0.0003, 0.0003, 0.0003])
+    ops.mass(2679, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2680, *[0.0006, 0.0006, 0.0006])
+    ops.mass(2681, *[0.0018, 0.0018, 0.0018])
+    ops.mass(2682, *[0.0027, 0.0027, 0.0027])
+    ops.mass(2683, *[0.0007, 0.0007, 0.0007])
+    ops.mass(2684, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2685, *[0.0001, 0.0001, 0.0001])
+    ops.mass(2686, *[0.0004, 0.0004, 0.0004])
+    ops.mass(2687, *[0.0003, 0.0003, 0.0003])
diff --git a/build/lib/opstool/examples/Pier.py b/build/lib/opstool/examples/Pier.py
new file mode 100644
index 0000000..be225ac
--- /dev/null
+++ b/build/lib/opstool/examples/Pier.py
@@ -0,0 +1,62 @@
+import numpy as np
+import openseespy.opensees as ops
+
+
+def Pier():
+    ops.wipe()
+    ops.model('basic', '-ndm', 3, '-ndf', 3)
+    matTag, E, nu, rho = 1, 3.E7, 0.2, 2.55
+    ops.nDMaterial('ElasticIsotropic', matTag, E, nu)
+
+    ele_mass = {}
+    node_mass = {}
+
+    B = 1
+    L = 1
+    H = 8
+    nB, nL, nH = (6, 6, 41)
+    dB, dL, dH = (B / (nB - 1), L / (nL - 1), H / (nH - 1))
+    xs = np.linspace(0, B, nB)
+    ys = np.linspace(0, L, nL)
+    zs = np.linspace(0, H, nH)
+
+    tag = 0
+    for k in range(nH):
+        for j in range(nL):
+            for i in range(nB):
+                x = xs[i]
+                y = ys[j]
+                z = zs[k]
+                tag += 1
+                ops.node(tag, x, y, z)
+    ops.fixZ(0, *[1, 1, 1])
+
+    nodeTags = np.arange(1, nB * nL * nH + 1).reshape((nH, nL, nB))
+    tag = 0
+    for k in range(nH - 1):
+        for j in range(nL - 1):
+            for i in range(nB - 1):
+                node1, node2 = int(nodeTags[k][j][i]), int(
+                    nodeTags[k][j][i + 1])
+                node3, node4 = int(nodeTags[k][j + 1]
+                                   [i + 1]), int(nodeTags[k][j + 1][i])
+                node5, node6 = int(nodeTags[k + 1][j][i]
+                                   ), int(nodeTags[k + 1][j][i + 1])
+                node7, node8 = int(nodeTags[k + 1][j + 1]
+                                   [i + 1]), int(nodeTags[k + 1][j + 1][i])
+                eleNodes = [node1, node2, node3,
+                            node4, node5, node6, node7, node8]
+                tag += 1
+                ops.element('stdBrick', tag, *eleNodes, matTag)
+                ele_mass[tag] = (dB * dL * dH) * rho
+
+    for tag in ele_mass.keys():
+        nodeTags = ops.eleNodes(tag)
+        mass = ele_mass[tag]
+        for tag_ in nodeTags:
+            if tag_ in node_mass.keys():
+                node_mass[tag_] += mass / 8
+            else:
+                node_mass[tag_] = mass / 8
+    for tag in node_mass.keys():
+        ops.mass(tag, node_mass[tag], node_mass[tag], node_mass[tag])
diff --git a/build/lib/opstool/examples/SDOF.py b/build/lib/opstool/examples/SDOF.py
new file mode 100644
index 0000000..5410aad
--- /dev/null
+++ b/build/lib/opstool/examples/SDOF.py
@@ -0,0 +1,60 @@
+import numpy as np
+import openseespy.opensees as ops
+
+
+def SDOF():
+    ops.wipe()
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+
+    vc = 0.2
+    fc = -20.1E3
+    ec = -2E-3
+    fcu = -16.5E3
+    ecu = -4E-3
+    Ec = 2 * fc / ec
+    Gc = Ec / (2 * (1 + vc))
+
+    # ft40 = 2.39E+3
+    # et40 = 100.E-6
+    fccore = -26.8E3
+    eccore = -5.3E-3
+    fcucore = -23
+    ecucore = -0.0157
+
+    Fys = 300E3
+    Es = 2.0E8
+    bs = 0.01
+    matTagC = 1
+    matTagCCore = 2
+    matTagSteel = 3
+    ops.uniaxialMaterial('Concrete01', matTagC, fc, ec, fcu, ecu)
+    ops.uniaxialMaterial('Concrete01', matTagCCore,
+                         fccore, eccore, fcucore, ecucore)
+    ops.uniaxialMaterial('Steel01', matTagSteel, Fys, Es, bs)
+
+    ops.node(1, 0.0, 0.0, 0.0)
+    ops.node(2, 0.0, 0.0, 8.0)
+    ops.mass(2, 100, 100, 100, 0, 0, 0)
+    ops.fix(1, 1, 1, 1, 1, 1, 1)
+
+    pier_d = 1.3
+    cover = 0.05
+    bar_d = 0.022
+    bar_ratio = 0.01
+    mesh_size = 0.1
+
+    pier_area = np.pi * (pier_d / 2) ** 2
+    bar_area = np.pi * bar_d * bar_d / 4
+    bar_num = int(pier_area * bar_ratio / bar_area)
+    sec_Tag = 1
+    ops.section('Fiber', sec_Tag, '-GJ', 0.5 * np.pi * (pier_d / 2) ** 4)
+    ops.patch('circ', matTagC, int(np.pi * pier_d / mesh_size), 1, *
+              [0, 0], *[pier_d / 2 - cover, pier_d / 2], *[0, 360])
+    ops.patch('circ', matTagCCore, int(np.pi * pier_d / mesh_size), int(0.5 * pier_d / mesh_size),
+              *[0, 0], *[0, pier_d / 2 - cover], *[0, 360])
+    ops.layer('circ', matTagSteel, bar_num, bar_area, *[0, 0],
+              pier_d / 2 - cover - bar_d / 2, *[0.0, 360.0 - 360 / 35])
+
+    ops.geomTransf('Linear', 1, *[-1, 0, 0])
+    ops.beamIntegration('Lobatto', 1, 1, 6)
+    ops.element('forceBeamColumn', 1, *[1, 2], 1, 1)
diff --git a/build/lib/opstool/examples/SuspensionBridge.py b/build/lib/opstool/examples/SuspensionBridge.py
new file mode 100644
index 0000000..97ba48b
--- /dev/null
+++ b/build/lib/opstool/examples/SuspensionBridge.py
@@ -0,0 +1,1244 @@
+# This document was created from CSiBridge version 24.0.0
+
+# Units: KN, m, C
+
+from collections import namedtuple
+import openseespy.opensees as ops
+
+
+def SuspensionBridge():
+    # Destroy all constructed objects,
+    # i.e. all components of the model, all components of the analysis and all recorders.
+    ops.wipe()
+    # Set the default model dimensions and number of dofs.
+    ops.model('basic', '-ndm', 3, '-ndf', 6)
+
+    # Construct a coordinate-transformation object.
+    # For vertical elements.
+    ops.geomTransf('Linear', 1, -1, 0, 0)
+    ops.geomTransf('PDelta', 3, -1, 0, 0)
+    ops.geomTransf('Corotational', 5, -1, 0, 0)
+    # For other elements except vertical one.
+    ops.geomTransf('Linear', 2, 0, 0, 1)
+    ops.geomTransf('PDelta', 4, 0, 0, 1)
+    ops.geomTransf('Corotational', 6, 0, 0, 1)
+    # Specify the tag of transformation, which can be changed according to requirements
+    transf_Ver = 1
+    transf_Other = 2
+
+    # Mechanical properties of material
+    MatProp_df = dict()
+    # UnitMass-Mass Density; E-Elastic Modulus; G-Shear Modulus; v-Poisson's ratio; rho-Thermal expansion coefficient
+    MatProp = namedtuple('MatProp', ('UnitMass', 'E', 'G', 'v', 'rho'))
+    MatProp_df["4000Psi"] = MatProp._make(
+        (2.40276960558926, 24855578.0600518, 10356490.8583549, 0.2, 9.89999952793124e-06))
+    MatProp_df["A709Gr50"] = MatProp._make(
+        (7.84904737995992, 199947978.795958, 76903068.767676, 0.3, 1.16999994421006e-05))
+
+    # Create OpenSees node.
+    ops.node(1, *[-60.0, -1.5, 0.0])
+    ops.node(2, *[-56.6666666666667, -1.5, 0.0])
+    ops.node(3, *[-56.6666666666667, -1.5, 0.277777777777778])
+    ops.node(4, *[-60.0, 1.5, 0.0])
+    ops.node(5, *[-56.6666666666667, 1.5, 0.0])
+    ops.node(6, *[-56.6666666666667, 1.5, 0.277777777777778])
+    ops.node(7, *[-53.3333333333333, -1.5, 0.0])
+    ops.node(8, *[-53.3333333333333, -1.5, 1.11111111111111])
+    ops.node(9, *[-53.3333333333333, 1.5, 0.0])
+    ops.node(10, *[-53.3333333333333, 1.5, 1.11111111111111])
+    ops.node(11, *[-50.0, -1.5, 0.0])
+    ops.node(12, *[-50.0, -1.5, 2.5])
+    ops.node(13, *[-50.0, 1.5, 0.0])
+    ops.node(14, *[-50.0, 1.5, 2.5])
+    ops.node(15, *[-46.6666666666667, -1.5, 0.0])
+    ops.node(16, *[-46.6666666666667, -1.5, 4.44444444444445])
+    ops.node(17, *[-46.6666666666667, 1.5, 0.0])
+    ops.node(18, *[-46.6666666666667, 1.5, 4.44444444444445])
+    ops.node(19, *[-43.3333333333333, -1.5, 0.0])
+    ops.node(20, *[-43.3333333333333, -1.5, 6.94444444444445])
+    ops.node(21, *[-43.3333333333333, 1.5, 0.0])
+    ops.node(22, *[-43.3333333333333, 1.5, 6.94444444444445])
+    ops.node(23, *[-40.0, -1.5, 0.0])
+    ops.node(24, *[-40.0, -1.5, 10.0])
+    ops.node(25, *[-40.0, 1.5, 0.0])
+    ops.node(26, *[-40.0, 1.5, 10.0])
+    ops.node(27, *[-36.6666666666667, -1.5, 0.0])
+    ops.node(28, *[-36.6666666666667, -1.5, 8.72222222222222])
+    ops.node(29, *[-36.6666666666667, 1.5, 0.0])
+    ops.node(30, *[-36.6666666666667, 1.5, 8.72222222222222])
+    ops.node(31, *[-33.3333333333333, -1.5, 0.0])
+    ops.node(32, *[-33.3333333333333, -1.5, 7.55555555555556])
+    ops.node(33, *[-33.3333333333333, 1.5, 0.0])
+    ops.node(34, *[-33.3333333333333, 1.5, 7.55555555555556])
+    ops.node(35, *[-30.0, -1.5, 0.0])
+    ops.node(36, *[-30.0, -1.5, 6.5])
+    ops.node(37, *[-30.0, 1.5, 0.0])
+    ops.node(38, *[-30.0, 1.5, 6.5])
+    ops.node(39, *[-26.6666666666667, -1.5, 0.0])
+    ops.node(40, *[-26.6666666666667, -1.5, 5.55555555555556])
+    ops.node(41, *[-26.6666666666667, 1.5, 0.0])
+    ops.node(42, *[-26.6666666666667, 1.5, 5.55555555555556])
+    ops.node(43, *[-23.3333333333333, -1.5, 0.0])
+    ops.node(44, *[-23.3333333333333, -1.5, 4.72222222222222])
+    ops.node(45, *[-23.3333333333333, 1.5, 0.0])
+    ops.node(46, *[-23.3333333333333, 1.5, 4.72222222222222])
+    ops.node(47, *[-20.0, -1.5, 0.0])
+    ops.node(48, *[-20.0, -1.5, 4.0])
+    ops.node(49, *[-20.0, 1.5, 0.0])
+    ops.node(50, *[-20.0, 1.5, 4.0])
+    ops.node(51, *[-16.6666666666667, -1.5, 0.0])
+    ops.node(52, *[-16.6666666666667, -1.5, 3.38888888888889])
+    ops.node(53, *[-16.6666666666667, 1.5, 0.0])
+    ops.node(54, *[-16.6666666666667, 1.5, 3.38888888888889])
+    ops.node(55, *[-13.3333333333333, -1.5, 0.0])
+    ops.node(56, *[-13.3333333333333, -1.5, 2.88888888888889])
+    ops.node(57, *[-13.3333333333333, 1.5, 0.0])
+    ops.node(58, *[-13.3333333333333, 1.5, 2.88888888888889])
+    ops.node(59, *[-10.0, -1.5, 0.0])
+    ops.node(60, *[-10.0, -1.5, 2.5])
+    ops.node(61, *[-10.0, 1.5, 0.0])
+    ops.node(62, *[-10.0, 1.5, 2.5])
+    ops.node(63, *[-6.66666666666666, -1.5, 0.0])
+    ops.node(64, *[-6.66666666666666, -1.5, 2.22222222222222])
+    ops.node(65, *[-6.66666666666666, 1.5, 0.0])
+    ops.node(66, *[-6.66666666666666, 1.5, 2.22222222222222])
+    ops.node(67, *[-3.33333333333333, -1.5, 0.0])
+    ops.node(68, *[-3.33333333333333, -1.5, 2.05555555555556])
+    ops.node(69, *[-3.33333333333333, 1.5, 0.0])
+    ops.node(70, *[-3.33333333333333, 1.5, 2.05555555555556])
+    ops.node(71, *[0.0, -1.5, 0.0])
+    ops.node(72, *[0.0, -1.5, 2.0])
+    ops.node(73, *[0.0, 1.5, 0.0])
+    ops.node(74, *[0.0, 1.5, 2.0])
+    ops.node(75, *[3.33333333333334, -1.5, 0.0])
+    ops.node(76, *[3.33333333333334, -1.5, 2.05555555555556])
+    ops.node(77, *[3.33333333333334, 1.5, 0.0])
+    ops.node(78, *[3.33333333333334, 1.5, 2.05555555555556])
+    ops.node(79, *[6.66666666666667, -1.5, 0.0])
+    ops.node(80, *[6.66666666666667, -1.5, 2.22222222222222])
+    ops.node(81, *[6.66666666666667, 1.5, 0.0])
+    ops.node(82, *[6.66666666666667, 1.5, 2.22222222222222])
+    ops.node(83, *[10.0, -1.5, 0.0])
+    ops.node(84, *[10.0, -1.5, 2.5])
+    ops.node(85, *[10.0, 1.5, 0.0])
+    ops.node(86, *[10.0, 1.5, 2.5])
+    ops.node(87, *[13.3333333333333, -1.5, 0.0])
+    ops.node(88, *[13.3333333333333, -1.5, 2.88888888888889])
+    ops.node(89, *[13.3333333333333, 1.5, 0.0])
+    ops.node(90, *[13.3333333333333, 1.5, 2.88888888888889])
+    ops.node(91, *[16.6666666666667, -1.5, 0.0])
+    ops.node(92, *[16.6666666666667, -1.5, 3.38888888888889])
+    ops.node(93, *[16.6666666666667, 1.5, 0.0])
+    ops.node(94, *[16.6666666666667, 1.5, 3.38888888888889])
+    ops.node(95, *[20.0, -1.5, 0.0])
+    ops.node(96, *[20.0, -1.5, 4.0])
+    ops.node(97, *[20.0, 1.5, 0.0])
+    ops.node(98, *[20.0, 1.5, 4.0])
+    ops.node(99, *[23.3333333333333, -1.5, 0.0])
+    ops.node(100, *[23.3333333333333, -1.5, 4.72222222222222])
+    ops.node(101, *[23.3333333333333, 1.5, 0.0])
+    ops.node(102, *[23.3333333333333, 1.5, 4.72222222222222])
+    ops.node(103, *[26.6666666666667, -1.5, 0.0])
+    ops.node(104, *[26.6666666666667, -1.5, 5.55555555555556])
+    ops.node(105, *[26.6666666666667, 1.5, 0.0])
+    ops.node(106, *[26.6666666666667, 1.5, 5.55555555555556])
+    ops.node(107, *[30.0, -1.5, 0.0])
+    ops.node(108, *[30.0, -1.5, 6.5])
+    ops.node(109, *[30.0, 1.5, 0.0])
+    ops.node(110, *[30.0, 1.5, 6.5])
+    ops.node(111, *[33.3333333333333, -1.5, 0.0])
+    ops.node(112, *[33.3333333333333, -1.5, 7.55555555555556])
+    ops.node(113, *[33.3333333333333, 1.5, 0.0])
+    ops.node(114, *[33.3333333333333, 1.5, 7.55555555555556])
+    ops.node(115, *[36.6666666666667, -1.5, 0.0])
+    ops.node(116, *[36.6666666666667, -1.5, 8.72222222222222])
+    ops.node(117, *[36.6666666666667, 1.5, 0.0])
+    ops.node(118, *[36.6666666666667, 1.5, 8.72222222222222])
+    ops.node(119, *[40.0, -1.5, 0.0])
+    ops.node(120, *[40.0, -1.5, 10.0])
+    ops.node(121, *[40.0, 1.5, 0.0])
+    ops.node(122, *[40.0, 1.5, 10.0])
+    ops.node(123, *[43.3333333333333, -1.5, 0.0])
+    ops.node(124, *[43.3333333333333, -1.5, 6.94444444444445])
+    ops.node(125, *[43.3333333333333, 1.5, 0.0])
+    ops.node(126, *[43.3333333333333, 1.5, 6.94444444444445])
+    ops.node(127, *[46.6666666666667, -1.5, 0.0])
+    ops.node(128, *[46.6666666666667, -1.5, 4.44444444444444])
+    ops.node(129, *[46.6666666666667, 1.5, 0.0])
+    ops.node(130, *[46.6666666666667, 1.5, 4.44444444444444])
+    ops.node(131, *[50.0, -1.5, 0.0])
+    ops.node(132, *[50.0, -1.5, 2.5])
+    ops.node(133, *[50.0, 1.5, 0.0])
+    ops.node(134, *[50.0, 1.5, 2.5])
+    ops.node(135, *[53.3333333333333, -1.5, 0.0])
+    ops.node(136, *[53.3333333333333, -1.5, 1.11111111111111])
+    ops.node(137, *[53.3333333333333, 1.5, 0.0])
+    ops.node(138, *[53.3333333333333, 1.5, 1.11111111111111])
+    ops.node(139, *[56.6666666666667, -1.5, 0.0])
+    ops.node(140, *[56.6666666666667, -1.5, 0.277777777777778])
+    ops.node(141, *[56.6666666666667, 1.5, 0.0])
+    ops.node(142, *[56.6666666666667, 1.5, 0.277777777777778])
+    ops.node(143, *[60.0, -1.5, 0.0])
+    ops.node(144, *[60.0, 1.5, 0.0])
+    ops.node(145, *[-40.0, -1.5, -5.0])
+    ops.node(146, *[-40.0, 1.5, -5.0])
+    ops.node(147, *[40.0, -1.5, -5.0])
+    ops.node(148, *[40.0, 1.5, -5.0])
+    ops.node(149, *[-40.0, -1.5, -4.0])
+    ops.node(150, *[-40.0, -1.5, -3.0])
+    ops.node(151, *[-40.0, -1.5, -2.0])
+    ops.node(152, *[-40.0, -1.5, -1.0])
+    ops.node(153, *[-40.0, 1.5, -4.0])
+    ops.node(154, *[-40.0, 1.5, -3.0])
+    ops.node(155, *[-40.0, 1.5, -2.0])
+    ops.node(156, *[-40.0, 1.5, -1.0])
+    ops.node(157, *[40.0, -1.5, -4.0])
+    ops.node(158, *[40.0, -1.5, -3.0])
+    ops.node(159, *[40.0, -1.5, -2.0])
+    ops.node(160, *[40.0, -1.5, -1.0])
+    ops.node(161, *[40.0, 1.5, -4.0])
+    ops.node(162, *[40.0, 1.5, -3.0])
+    ops.node(163, *[40.0, 1.5, -2.0])
+    ops.node(164, *[40.0, 1.5, -1.0])
+    ops.node(165, *[-40.0, -1.5, 1.0])
+    ops.node(166, *[-40.0, -1.5, 2.0])
+    ops.node(167, *[-40.0, -1.5, 3.0])
+    ops.node(168, *[-40.0, -1.5, 4.0])
+    ops.node(169, *[-40.0, -1.5, 5.0])
+    ops.node(170, *[-40.0, -1.5, 6.0])
+    ops.node(171, *[-40.0, -1.5, 7.0])
+    ops.node(172, *[-40.0, -1.5, 8.0])
+    ops.node(173, *[-40.0, -1.5, 9.0])
+    ops.node(174, *[-40.0, 1.5, 1.0])
+    ops.node(175, *[-40.0, 1.5, 2.0])
+    ops.node(176, *[-40.0, 1.5, 3.0])
+    ops.node(177, *[-40.0, 1.5, 4.0])
+    ops.node(178, *[-40.0, 1.5, 5.0])
+    ops.node(179, *[-40.0, 1.5, 6.0])
+    ops.node(180, *[-40.0, 1.5, 7.0])
+    ops.node(181, *[-40.0, 1.5, 8.0])
+    ops.node(182, *[-40.0, 1.5, 9.0])
+    ops.node(183, *[40.0, -1.5, 1.0])
+    ops.node(184, *[40.0, -1.5, 2.0])
+    ops.node(185, *[40.0, -1.5, 3.0])
+    ops.node(186, *[40.0, -1.5, 4.0])
+    ops.node(187, *[40.0, -1.5, 5.0])
+    ops.node(188, *[40.0, -1.5, 6.0])
+    ops.node(189, *[40.0, -1.5, 7.0])
+    ops.node(190, *[40.0, -1.5, 8.0])
+    ops.node(191, *[40.0, -1.5, 9.0])
+    ops.node(192, *[40.0, 1.5, 1.0])
+    ops.node(193, *[40.0, 1.5, 2.0])
+    ops.node(194, *[40.0, 1.5, 3.0])
+    ops.node(195, *[40.0, 1.5, 4.0])
+    ops.node(196, *[40.0, 1.5, 5.0])
+    ops.node(197, *[40.0, 1.5, 6.0])
+    ops.node(198, *[40.0, 1.5, 7.0])
+    ops.node(199, *[40.0, 1.5, 8.0])
+    ops.node(200, *[40.0, 1.5, 9.0])
+
+    # Fix the node.
+    ops.fix(1, *[1, 1, 1, 0, 0, 0])
+    ops.fix(4, *[1, 1, 1, 0, 0, 0])
+    ops.fix(143, *[1, 1, 1, 0, 0, 0])
+    ops.fix(144, *[1, 1, 1, 0, 0, 0])
+    ops.fix(145, *[1, 1, 1, 1, 1, 1])
+    ops.fix(146, *[1, 1, 1, 1, 1, 1])
+    ops.fix(147, *[1, 1, 1, 1, 1, 1])
+    ops.fix(148, *[1, 1, 1, 1, 1, 1])
+
+    # Mechanical properties DataFrame of section
+    FrameSecProp_df = dict()
+    FrameSecProp = namedtuple(
+        'FrameSecProp', ('matName', 'A', 'J', 'I33', 'I22', 'AS2', 'AS3'))
+    FrameSecProp_df["FSEC1"] = FrameSecProp._make(
+        ['A709Gr50', 0.0042645076, 9.65117678053953e-08, 6.5724174702235e-05, 3.30125717301008e-06, 0.00193548, 0.00204300666666667])
+
+    # Create OpenSees elements.
+    # element('elasticBeamColumn', eleTag, *eleNodes, Area, E_mod, G_mod, Jxx, Iy, Iz, transfTag, <'-mass', mass>, <'-cMass'>)
+    ops.element('elasticBeamColumn', 1, *[1, 2], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 2, *[1, 3], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 3, *[2, 3], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 4, *[4, 5], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 5, *[4, 6], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 6, *[5, 6], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 7, *[4, 1], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 8, *[2, 7], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 9, *[3, 8], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 10, *[7, 8], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 11, *[5, 9], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 12, *[6, 10], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 13, *[9, 10], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 14, *[5, 2], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 15, *[7, 11], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 16, *[8, 12], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 17, *[11, 12], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 18, *[9, 13], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 19, *[10, 14], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 20, *[13, 14], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 21, *[9, 7], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 22, *[11, 15], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 23, *[12, 16], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 24, *[15, 16], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 25, *[13, 17], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 26, *[14, 18], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 27, *[17, 18], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 28, *[13, 11], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 29, *[15, 19], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 30, *[16, 20], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 31, *[19, 20], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 32, *[17, 21], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 33, *[18, 22], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 34, *[21, 22], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 35, *[17, 15], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 36, *[19, 23], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 37, *[20, 24], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 38, *[21, 25], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 39, *[22, 26], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 40, *[21, 19], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 41, *[23, 27], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 42, *[24, 28], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 43, *[27, 28], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 44, *[25, 29], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 45, *[26, 30], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 46, *[29, 30], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 47, *[25, 23], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 48, *[27, 31], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 49, *[28, 32], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 50, *[31, 32], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 51, *[29, 33], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 52, *[30, 34], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 53, *[33, 34], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 54, *[29, 27], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 55, *[31, 35], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 56, *[32, 36], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 57, *[35, 36], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 58, *[33, 37], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 59, *[34, 38], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 60, *[37, 38], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 61, *[33, 31], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 62, *[35, 39], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 63, *[36, 40], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 64, *[39, 40], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 65, *[37, 41], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 66, *[38, 42], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 67, *[41, 42], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 68, *[37, 35], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 69, *[39, 43], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 70, *[40, 44], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 71, *[43, 44], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 72, *[41, 45], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 73, *[42, 46], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 74, *[45, 46], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 75, *[41, 39], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 76, *[43, 47], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 77, *[44, 48], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 78, *[47, 48], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 79, *[45, 49], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 80, *[46, 50], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 81, *[49, 50], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 82, *[45, 43], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 83, *[47, 51], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 84, *[48, 52], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 85, *[51, 52], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 86, *[49, 53], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 87, *[50, 54], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 88, *[53, 54], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 89, *[49, 47], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 90, *[51, 55], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 91, *[52, 56], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 92, *[55, 56], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 93, *[53, 57], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 94, *[54, 58], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 95, *[57, 58], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 96, *[53, 51], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 97, *[55, 59], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 98, *[56, 60], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 99, *[59, 60], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 100, *[57, 61], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 101, *[58, 62], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 102, *[61, 62], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 103, *[57, 55], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 104, *[59, 63], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 105, *[60, 64], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 106, *[63, 64], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 107, *[61, 65], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 108, *[62, 66], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 109, *[65, 66], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 110, *[61, 59], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 111, *[63, 67], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 112, *[64, 68], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 113, *[67, 68], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 114, *[65, 69], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 115, *[66, 70], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 116, *[69, 70], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 117, *[65, 63], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 118, *[67, 71], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 119, *[68, 72], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 120, *[71, 72], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 121, *[69, 73], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 122, *[70, 74], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 123, *[73, 74], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 124, *[69, 67], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 125, *[71, 75], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 126, *[72, 76], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 127, *[75, 76], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 128, *[73, 77], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 129, *[74, 78], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 130, *[77, 78], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 131, *[73, 71], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 132, *[75, 79], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 133, *[76, 80], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 134, *[79, 80], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 135, *[77, 81], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 136, *[78, 82], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 137, *[81, 82], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 138, *[77, 75], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 139, *[79, 83], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 140, *[80, 84], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 141, *[83, 84], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 142, *[81, 85], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 143, *[82, 86], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 144, *[85, 86], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 145, *[81, 79], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 146, *[83, 87], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 147, *[84, 88], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 148, *[87, 88], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 149, *[85, 89], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 150, *[86, 90], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 151, *[89, 90], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 152, *[85, 83], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 153, *[87, 91], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 154, *[88, 92], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 155, *[91, 92], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 156, *[89, 93], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 157, *[90, 94], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 158, *[93, 94], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 159, *[89, 87], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 160, *[91, 95], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 161, *[92, 96], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 162, *[95, 96], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 163, *[93, 97], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 164, *[94, 98], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 165, *[97, 98], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 166, *[93, 91], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 167, *[95, 99], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 168, *[96, 100], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 169, *[99, 100], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 170, *[97, 101], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 171, *[98, 102], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 172, *[101, 102], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 173, *[97, 95], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 174, *[99, 103], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 175, *[100, 104], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 176, *[103, 104], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 177, *[101, 105], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 178, *[102, 106], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 179, *[105, 106], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 180, *[101, 99], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 181, *[103, 107], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 182, *[104, 108], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 183, *[107, 108], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 184, *[105, 109], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 185, *[106, 110], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 186, *[109, 110], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 187, *[105, 103], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 188, *[107, 111], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 189, *[108, 112], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 190, *[111, 112], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 191, *[109, 113], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 192, *[110, 114], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 193, *[113, 114], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 194, *[109, 107], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 195, *[111, 115], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 196, *[112, 116], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 197, *[115, 116], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 198, *[113, 117], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 199, *[114, 118], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 200, *[117, 118], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 201, *[113, 111], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 202, *[115, 119], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 203, *[116, 120], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 204, *[117, 121], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 205, *[118, 122], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 206, *[117, 115], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 207, *[119, 123], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 208, *[120, 124], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 209, *[123, 124], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 210, *[121, 125], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 211, *[122, 126], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 212, *[125, 126], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 213, *[121, 119], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 214, *[123, 127], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 215, *[124, 128], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 216, *[127, 128], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 217, *[125, 129], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 218, *[126, 130], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 219, *[129, 130], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 220, *[125, 123], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 221, *[127, 131], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 222, *[128, 132], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 223, *[131, 132], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 224, *[129, 133], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 225, *[130, 134], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 226, *[133, 134], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 227, *[129, 127], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 228, *[131, 135], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 229, *[132, 136], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 230, *[135, 136], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 231, *[133, 137], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 232, *[134, 138], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 233, *[137, 138], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 234, *[133, 131], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 235, *[135, 139], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 236, *[136, 140], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 237, *[139, 140], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 238, *[137, 141], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 239, *[138, 142], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 240, *[141, 142], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 241, *[137, 135], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 242, *[139, 143], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 243, *[140, 143], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 244, *[141, 144], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 245, *[142, 144], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 246, *[141, 139], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 247, *[143, 144], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E, MatProp_df['A709Gr50'].G,
+                FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Other)
+    ops.element('elasticBeamColumn', 248, *[145, 149], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 249, *[149, 150], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 250, *[150, 151], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 251, *[151, 152], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 252, *[152, 23], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 253, *[146, 153], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 254, *[153, 154], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 255, *[154, 155], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 256, *[155, 156], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 257, *[156, 25], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 258, *[147, 157], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 259, *[157, 158], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 260, *[158, 159], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 261, *[159, 160], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 262, *[160, 119], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 263, *[148, 161], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 264, *[161, 162], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 265, *[162, 163], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 266, *[163, 164], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 267, *[164, 121], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 268, *[23, 165], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 269, *[165, 166], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 270, *[166, 167], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 271, *[167, 168], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 272, *[168, 169], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 273, *[169, 170], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 274, *[170, 171], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 275, *[171, 172], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 276, *[172, 173], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 277, *[173, 24], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 278, *[25, 174], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 279, *[174, 175], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 280, *[175, 176], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 281, *[176, 177], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 282, *[177, 178], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 283, *[178, 179], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 284, *[179, 180], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 285, *[180, 181], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 286, *[181, 182], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 287, *[182, 26], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 288, *[119, 183], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 289, *[183, 184], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 290, *[184, 185], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 291, *[185, 186], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 292, *[186, 187], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 293, *[187, 188], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 294, *[188, 189], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 295, *[189, 190], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 296, *[190, 191], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 297, *[191, 120], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 298, *[121, 192], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 299, *[192, 193], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 300, *[193, 194], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 301, *[194, 195], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 302, *[195, 196], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 303, *[196, 197], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 304, *[197, 198], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 305, *[198, 199], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 306, *[199, 200], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+    ops.element('elasticBeamColumn', 307, *[200, 122], FrameSecProp_df['FSEC1'].A, MatProp_df['A709Gr50'].E,
+                MatProp_df['A709Gr50'].G, FrameSecProp_df['FSEC1'].J, FrameSecProp_df['FSEC1'].I33, FrameSecProp_df['FSEC1'].I22, transf_Ver)
+
+    # Plate_Shell element.
+    ops.nDMaterial('ElasticIsotropic', 1, 24855578.0600518, 0.2)
+    ops.nDMaterial('PlateFiber', 2, 1)
+    ops.section('PlateFiber', 3, 2, 0.25)
+    # Create Plate_Shell element.
+    ops.element('ShellMITC4', 308, *[5, 4, 1, 2], 3)
+    ops.element('ShellMITC4', 309, *[9, 5, 2, 7], 3)
+    ops.element('ShellMITC4', 310, *[13, 9, 7, 11], 3)
+    ops.element('ShellMITC4', 311, *[17, 13, 11, 15], 3)
+    ops.element('ShellMITC4', 312, *[21, 17, 15, 19], 3)
+    ops.element('ShellMITC4', 313, *[25, 21, 19, 23], 3)
+    ops.element('ShellMITC4', 314, *[29, 25, 23, 27], 3)
+    ops.element('ShellMITC4', 315, *[33, 29, 27, 31], 3)
+    ops.element('ShellMITC4', 316, *[37, 33, 31, 35], 3)
+    ops.element('ShellMITC4', 317, *[41, 37, 35, 39], 3)
+    ops.element('ShellMITC4', 318, *[45, 41, 39, 43], 3)
+    ops.element('ShellMITC4', 319, *[49, 45, 43, 47], 3)
+    ops.element('ShellMITC4', 320, *[53, 49, 47, 51], 3)
+    ops.element('ShellMITC4', 321, *[57, 53, 51, 55], 3)
+    ops.element('ShellMITC4', 322, *[61, 57, 55, 59], 3)
+    ops.element('ShellMITC4', 323, *[65, 61, 59, 63], 3)
+    ops.element('ShellMITC4', 324, *[69, 65, 63, 67], 3)
+    ops.element('ShellMITC4', 325, *[73, 69, 67, 71], 3)
+    ops.element('ShellMITC4', 326, *[77, 73, 71, 75], 3)
+    ops.element('ShellMITC4', 327, *[81, 77, 75, 79], 3)
+    ops.element('ShellMITC4', 328, *[85, 81, 79, 83], 3)
+    ops.element('ShellMITC4', 329, *[89, 85, 83, 87], 3)
+    ops.element('ShellMITC4', 330, *[93, 89, 87, 91], 3)
+    ops.element('ShellMITC4', 331, *[97, 93, 91, 95], 3)
+    ops.element('ShellMITC4', 332, *[101, 97, 95, 99], 3)
+    ops.element('ShellMITC4', 333, *[105, 101, 99, 103], 3)
+    ops.element('ShellMITC4', 334, *[109, 105, 103, 107], 3)
+    ops.element('ShellMITC4', 335, *[113, 109, 107, 111], 3)
+    ops.element('ShellMITC4', 336, *[117, 113, 111, 115], 3)
+    ops.element('ShellMITC4', 337, *[121, 117, 115, 119], 3)
+    ops.element('ShellMITC4', 338, *[125, 121, 119, 123], 3)
+    ops.element('ShellMITC4', 339, *[129, 125, 123, 127], 3)
+    ops.element('ShellMITC4', 340, *[133, 129, 127, 131], 3)
+    ops.element('ShellMITC4', 341, *[137, 133, 131, 135], 3)
+    ops.element('ShellMITC4', 342, *[141, 137, 135, 139], 3)
+    ops.element('ShellMITC4', 343, *[144, 141, 139, 143], 3)
+
+    # Set the mass at a node.
+    ops.mass(1, *[1.6637072645854196, 1.6637072645854196, 1.6637072645854196])
+    ops.mass(2, *[3.1698938312816636, 3.1698938312816636, 3.1698938312816636])
+    ops.mass(3, *[0.11813364107720811,
+             0.11813364107720811, 0.11813364107720811])
+    ops.mass(4, *[1.6637072645854196, 1.6637072645854196, 1.6637072645854196])
+    ops.mass(5, *[3.1698938312816636, 3.1698938312816636, 3.1698938312816636])
+    ops.mass(6, *[0.11813364107720811,
+             0.11813364107720811, 0.11813364107720811])
+    ops.mass(7, *[3.183840632200247, 3.183840632200247, 3.183840632200247])
+    ops.mass(8, *[0.13653600519874923,
+             0.13653600519874923, 0.13653600519874923])
+    ops.mass(9, *[3.183840632200247, 3.183840632200247, 3.183840632200247])
+    ops.mass(10, *[0.13653600519874923,
+             0.13653600519874923, 0.13653600519874923])
+    ops.mass(11, *[3.2070853003978863, 3.2070853003978863, 3.2070853003978863])
+    ops.mass(12, *[0.1668615902674156, 0.1668615902674156, 0.1668615902674156])
+    ops.mass(13, *[3.2070853003978863, 3.2070853003978863, 3.2070853003978863])
+    ops.mass(14, *[0.1668615902674156, 0.1668615902674156, 0.1668615902674156])
+    ops.mass(15, *[3.2396278358745803, 3.2396278358745803, 3.2396278358745803])
+    ops.mass(16, *[0.2087019930231647, 0.2087019930231647, 0.2087019930231647])
+    ops.mass(17, *[3.2396278358745803, 3.2396278358745803, 3.2396278358745803])
+    ops.mass(18, *[0.2087019930231647, 0.2087019930231647, 0.2087019930231647])
+    ops.mass(19, *[3.2814682386303273, 3.2814682386303273, 3.2814682386303273])
+    ops.mass(20, *[0.2616365022621502, 0.2616365022621502, 0.2616365022621502])
+    ops.mass(21, *[3.2814682386303273, 3.2814682386303273, 3.2814682386303273])
+    ops.mass(22, *[0.2616365022621502, 0.2616365022621502, 0.2616365022621502])
+    ops.mass(23, *[3.198717219846733, 3.198717219846733, 3.198717219846733])
+    ops.mass(24, *[0.15216089812966097,
+             0.15216089812966097, 0.15216089812966097])
+    ops.mass(25, *[3.198717219846733, 3.198717219846733, 3.198717219846733])
+    ops.mass(26, *[0.15216089812966097,
+             0.15216089812966097, 0.15216089812966097])
+    ops.mass(27, *[3.3112214139233043, 3.3112214139233043, 3.3112214139233043])
+    ops.mass(28, *[0.2648275792436708, 0.2648275792436708, 0.2648275792436708])
+    ops.mass(29, *[3.3112214139233043, 3.3112214139233043, 3.3112214139233043])
+    ops.mass(30, *[0.2648275792436708, 0.2648275792436708, 0.2648275792436708])
+    ops.mass(31, *[3.2916958926372883, 3.2916958926372883, 3.2916958926372883])
+    ops.mass(32, *[0.2440739776138226, 0.2440739776138226, 0.2440739776138226])
+    ops.mass(33, *[3.2916958926372883, 3.2916958926372883, 3.2916958926372883])
+    ops.mass(34, *[0.2440739776138226, 0.2440739776138226, 0.2440739776138226])
+    ops.mass(35, *[3.2740299448070833, 3.2740299448070833, 3.2740299448070833])
+    ops.mass(36, *[0.2252857651245705, 0.2252857651245705, 0.2252857651245705])
+    ops.mass(37, *[3.2740299448070833, 3.2740299448070833, 3.2740299448070833])
+    ops.mass(38, *[0.2252857651245705, 0.2252857651245705, 0.2252857651245705])
+    ops.mass(39, *[3.258223570432691, 3.258223570432691, 3.258223570432691])
+    ops.mass(40, *[0.20846602407446996,
+             0.20846602407446996, 0.20846602407446996])
+    ops.mass(41, *[3.258223570432691, 3.258223570432691, 3.258223570432691])
+    ops.mass(42, *[0.20846602407446996,
+             0.20846602407446996, 0.20846602407446996])
+    ops.mass(43, *[3.244276769514106, 3.244276769514106, 3.244276769514106])
+    ops.mass(44, *[0.19361764113832441,
+             0.19361764113832441, 0.19361764113832441])
+    ops.mass(45, *[3.244276769514106, 3.244276769514106, 3.244276769514106])
+    ops.mass(46, *[0.19361764113832441,
+             0.19361764113832441, 0.19361764113832441])
+    ops.mass(47, *[3.2321895420513345, 3.2321895420513345, 3.2321895420513345])
+    ops.mass(48, *[0.18074327075101088,
+             0.18074327075101088, 0.18074327075101088])
+    ops.mass(49, *[3.2321895420513345, 3.2321895420513345, 3.2321895420513345])
+    ops.mass(50, *[0.18074327075101088,
+             0.18074327075101088, 0.18074327075101088])
+    ops.mass(51, *[3.221961888044375, 3.221961888044375, 3.221961888044375])
+    ops.mass(52, *[0.16984529940200416,
+             0.16984529940200416, 0.16984529940200416])
+    ops.mass(53, *[3.221961888044375, 3.221961888044375, 3.221961888044375])
+    ops.mass(54, *[0.16984529940200416,
+             0.16984529940200416, 0.16984529940200416])
+    ops.mass(55, *[3.2135938074932238, 3.2135938074932238, 3.2135938074932238])
+    ops.mass(56, *[0.16092581184638335,
+             0.16092581184638335, 0.16092581184638335])
+    ops.mass(57, *[3.2135938074932238, 3.2135938074932238, 3.2135938074932238])
+    ops.mass(58, *[0.16092581184638335,
+             0.16092581184638335, 0.16092581184638335])
+    ops.mass(59, *[3.2070853003978845, 3.2070853003978845, 3.2070853003978845])
+    ops.mass(60, *[0.15398656026441687,
+             0.15398656026441687, 0.15398656026441687])
+    ops.mass(61, *[3.2070853003978845, 3.2070853003978845, 3.2070853003978845])
+    ops.mass(62, *[0.15398656026441687,
+             0.15398656026441687, 0.15398656026441687])
+    ops.mass(63, *[3.202436366758359, 3.202436366758359, 3.202436366758359])
+    ops.mass(64, *[0.1490289373766895, 0.1490289373766895, 0.1490289373766895])
+    ops.mass(65, *[3.202436366758359, 3.202436366758359, 3.202436366758359])
+    ops.mass(66, *[0.1490289373766895, 0.1490289373766895, 0.1490289373766895])
+    ops.mass(67, *[3.199647006574641, 3.199647006574641, 3.199647006574641])
+    ops.mass(68, *[0.14605395444113967,
+             0.14605395444113967, 0.14605395444113967])
+    ops.mass(69, *[3.199647006574641, 3.199647006574641, 3.199647006574641])
+    ops.mass(70, *[0.14605395444113967,
+             0.14605395444113967, 0.14605395444113967])
+    ops.mass(71, *[3.198717219846735, 3.198717219846735, 3.198717219846735])
+    ops.mass(72, *[0.14506222492273554,
+             0.14506222492273554, 0.14506222492273554])
+    ops.mass(73, *[3.198717219846735, 3.198717219846735, 3.198717219846735])
+    ops.mass(74, *[0.14506222492273554,
+             0.14506222492273554, 0.14506222492273554])
+    ops.mass(75, *[3.1996470065746423, 3.1996470065746423, 3.1996470065746423])
+    ops.mass(76, *[0.14605395444113986,
+             0.14605395444113986, 0.14605395444113986])
+    ops.mass(77, *[3.1996470065746423, 3.1996470065746423, 3.1996470065746423])
+    ops.mass(78, *[0.14605395444113986,
+             0.14605395444113986, 0.14605395444113986])
+    ops.mass(79, *[3.202436366758357, 3.202436366758357, 3.202436366758357])
+    ops.mass(80, *[0.14902893737668935,
+             0.14902893737668935, 0.14902893737668935])
+    ops.mass(81, *[3.202436366758357, 3.202436366758357, 3.202436366758357])
+    ops.mass(82, *[0.14902893737668935,
+             0.14902893737668935, 0.14902893737668935])
+    ops.mass(83, *[3.2070853003978845, 3.2070853003978845, 3.2070853003978845])
+    ops.mass(84, *[0.15398656026441687,
+             0.15398656026441687, 0.15398656026441687])
+    ops.mass(85, *[3.2070853003978845, 3.2070853003978845, 3.2070853003978845])
+    ops.mass(86, *[0.15398656026441687,
+             0.15398656026441687, 0.15398656026441687])
+    ops.mass(87, *[3.2135938074932238, 3.2135938074932238, 3.2135938074932238])
+    ops.mass(88, *[0.16092581184638335,
+             0.16092581184638335, 0.16092581184638335])
+    ops.mass(89, *[3.2135938074932238, 3.2135938074932238, 3.2135938074932238])
+    ops.mass(90, *[0.16092581184638335,
+             0.16092581184638335, 0.16092581184638335])
+    ops.mass(91, *[3.2219618880443717, 3.2219618880443717, 3.2219618880443717])
+    ops.mass(92, *[0.16984529940200382,
+             0.16984529940200382, 0.16984529940200382])
+    ops.mass(93, *[3.2219618880443717, 3.2219618880443717, 3.2219618880443717])
+    ops.mass(94, *[0.16984529940200382,
+             0.16984529940200382, 0.16984529940200382])
+    ops.mass(95, *[3.2321895420513345, 3.2321895420513345, 3.2321895420513345])
+    ops.mass(96, *[0.18074327075101088,
+             0.18074327075101088, 0.18074327075101088])
+    ops.mass(97, *[3.2321895420513345, 3.2321895420513345, 3.2321895420513345])
+    ops.mass(98, *[0.18074327075101088,
+             0.18074327075101088, 0.18074327075101088])
+    ops.mass(99, *[3.244276769514106, 3.244276769514106, 3.244276769514106])
+    ops.mass(100, *[0.19361764113832441,
+             0.19361764113832441, 0.19361764113832441])
+    ops.mass(101, *[3.244276769514106, 3.244276769514106, 3.244276769514106])
+    ops.mass(102, *[0.19361764113832441,
+             0.19361764113832441, 0.19361764113832441])
+    ops.mass(103, *[3.2582235704326874,
+             3.2582235704326874, 3.2582235704326874])
+    ops.mass(104, *[0.20846602407446965,
+             0.20846602407446965, 0.20846602407446965])
+    ops.mass(105, *[3.2582235704326874,
+             3.2582235704326874, 3.2582235704326874])
+    ops.mass(106, *[0.20846602407446965,
+             0.20846602407446965, 0.20846602407446965])
+    ops.mass(107, *[3.2740299448070833,
+             3.2740299448070833, 3.2740299448070833])
+    ops.mass(108, *[0.22528576512457066,
+             0.22528576512457066, 0.22528576512457066])
+    ops.mass(109, *[3.2740299448070833,
+             3.2740299448070833, 3.2740299448070833])
+    ops.mass(110, *[0.22528576512457066,
+             0.22528576512457066, 0.22528576512457066])
+    ops.mass(111, *[3.2916958926372883,
+             3.2916958926372883, 3.2916958926372883])
+    ops.mass(112, *[0.24407397761382277,
+             0.24407397761382277, 0.24407397761382277])
+    ops.mass(113, *[3.2916958926372883,
+             3.2916958926372883, 3.2916958926372883])
+    ops.mass(114, *[0.24407397761382277,
+             0.24407397761382277, 0.24407397761382277])
+    ops.mass(115, *[3.3112214139233025,
+             3.3112214139233025, 3.3112214139233025])
+    ops.mass(116, *[0.26482757924367056,
+             0.26482757924367056, 0.26482757924367056])
+    ops.mass(117, *[3.3112214139233025,
+             3.3112214139233025, 3.3112214139233025])
+    ops.mass(118, *[0.26482757924367056,
+             0.26482757924367056, 0.26482757924367056])
+    ops.mass(119, *[3.198717219846733, 3.198717219846733, 3.198717219846733])
+    ops.mass(120, *[0.15216089812966097,
+             0.15216089812966097, 0.15216089812966097])
+    ops.mass(121, *[3.198717219846733, 3.198717219846733, 3.198717219846733])
+    ops.mass(122, *[0.15216089812966097,
+             0.15216089812966097, 0.15216089812966097])
+    ops.mass(123, *[3.2814682386303273,
+             3.2814682386303273, 3.2814682386303273])
+    ops.mass(124, *[0.2616365022621504,
+             0.2616365022621504, 0.2616365022621504])
+    ops.mass(125, *[3.2814682386303273,
+             3.2814682386303273, 3.2814682386303273])
+    ops.mass(126, *[0.2616365022621504,
+             0.2616365022621504, 0.2616365022621504])
+    ops.mass(127, *[3.2396278358745785,
+             3.2396278358745785, 3.2396278358745785])
+    ops.mass(128, *[0.20870199302316472,
+             0.20870199302316472, 0.20870199302316472])
+    ops.mass(129, *[3.2396278358745785,
+             3.2396278358745785, 3.2396278358745785])
+    ops.mass(130, *[0.20870199302316472,
+             0.20870199302316472, 0.20870199302316472])
+    ops.mass(131, *[3.207085300397883, 3.207085300397883, 3.207085300397883])
+    ops.mass(132, *[0.1668615902674156,
+             0.1668615902674156, 0.1668615902674156])
+    ops.mass(133, *[3.207085300397883, 3.207085300397883, 3.207085300397883])
+    ops.mass(134, *[0.1668615902674156,
+             0.1668615902674156, 0.1668615902674156])
+    ops.mass(135, *[3.183840632200247, 3.183840632200247, 3.183840632200247])
+    ops.mass(136, *[0.1365360051987494,
+             0.1365360051987494, 0.1365360051987494])
+    ops.mass(137, *[3.183840632200247, 3.183840632200247, 3.183840632200247])
+    ops.mass(138, *[0.1365360051987494,
+             0.1365360051987494, 0.1365360051987494])
+    ops.mass(139, *[3.1698938312816636,
+             3.1698938312816636, 3.1698938312816636])
+    ops.mass(140, *[0.11813364107720811,
+             0.11813364107720811, 0.11813364107720811])
+    ops.mass(141, *[3.1698938312816636,
+             3.1698938312816636, 3.1698938312816636])
+    ops.mass(142, *[0.11813364107720811,
+             0.11813364107720811, 0.11813364107720811])
+    ops.mass(143, *[1.6637072645854176,
+             1.6637072645854176, 1.6637072645854176])
+    ops.mass(144, *[1.6637072645854176,
+             1.6637072645854176, 1.6637072645854176])
+    ops.mass(145, *[0.016736161102299585,
+                    0.016736161102299585, 0.016736161102299585])
+    ops.mass(146, *[0.016736161102299585,
+                    0.016736161102299585, 0.016736161102299585])
+    ops.mass(147, *[0.016736161102299585,
+                    0.016736161102299585, 0.016736161102299585])
+    ops.mass(148, *[0.016736161102299585,
+                    0.016736161102299585, 0.016736161102299585])
+    ops.mass(149, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(150, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(151, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(152, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(153, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(154, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(155, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(156, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(157, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(158, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(159, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(160, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(161, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(162, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(163, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(164, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(165, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(166, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(167, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(168, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(169, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(170, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(171, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(172, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(173, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(174, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(175, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(176, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(177, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(178, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(179, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(180, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(181, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(182, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(183, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(184, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(185, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(186, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(187, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(188, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(189, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(190, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(191, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(192, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(193, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(194, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(195, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(196, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(197, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
+    ops.mass(198, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(199, *[0.033472322204599156,
+                    0.033472322204599156, 0.033472322204599156])
+    ops.mass(200, *[0.03347232220459917,
+             0.03347232220459917, 0.03347232220459917])
diff --git a/build/lib/opstool/examples/__init__.py b/build/lib/opstool/examples/__init__.py
new file mode 100644
index 0000000..8b13789
--- /dev/null
+++ b/build/lib/opstool/examples/__init__.py
@@ -0,0 +1 @@
+
diff --git a/build/lib/opstool/preprocessing/__init__.py b/build/lib/opstool/preprocessing/__init__.py
new file mode 100644
index 0000000..691f530
--- /dev/null
+++ b/build/lib/opstool/preprocessing/__init__.py
@@ -0,0 +1,17 @@
+from .load import gen_grav_load
+from .tcl2py import tcl2py
+from .section import (Rebars, SecMesh, add_circle, add_material,
+                      add_polygon, offset, var_line_string, vis_var_sec)
+
+__all__ = ["gen_grav_load",
+           "tcl2py",
+           # -----------
+           "SecMesh",
+           "Rebars",
+           "add_material",
+           "add_polygon",
+           "add_circle",
+           "offset",
+           "VarSecMesh",
+           "var_line_string",
+           "vis_var_sec"]
diff --git a/build/lib/opstool/preprocessing/load.py b/build/lib/opstool/preprocessing/load.py
new file mode 100644
index 0000000..4bc2636
--- /dev/null
+++ b/build/lib/opstool/preprocessing/load.py
@@ -0,0 +1,62 @@
+import numpy as np
+import openseespy.opensees as ops
+
+
+def gen_grav_load(ts_tag: int,
+                  pattern_tag: int,
+                  exclude_nodes: list = None,
+                  direction: str = "Z",
+                  factor: float = -9.81):
+    """Applying the gravity loads.
+
+    Notes
+    -----
+    The mass values are from ``nodeMass(nodeTag)`` command, i.e., ones set in ``mass()`` command.
+
+    Parameters
+    -----------
+    ts_tag: int
+        The timeSeries tag you must assign.
+    pattern_tag: int
+        The pattern tag you must assign.
+    exclude_nodes: list, default=None
+        Excluded node tags, whose masses will not be used to generate gravity loads.
+    direction: str, default="Z"
+        The gravity load direction.
+    factor: float, default=-9.81
+        The factor applied to the mass values, it should be the multiplication of gravitational acceleration
+        and directional indicators, e.g., -9.81, where 9.81 is the gravitational acceleration
+        and -1 indicates along the negative Z axis.
+        Of course, it can be multiplied by an additional factor to account for additional constant loads,
+        e.g., 1.05 * (-9.81).
+
+    Returns
+    --------
+    None
+
+    """
+    direction = direction.upper()
+    ops.timeSeries('Linear', int(ts_tag))
+    ops.pattern('Plain', int(pattern_tag), int(ts_tag))
+    node_tags = ops.getNodeTags()
+    if exclude_nodes is not None:
+        node_tags = [tag for tag in node_tags if tag not in exclude_nodes]
+    load_fact_6d = dict(Z=np.array([0.0, 0.0, factor, 0.0, 0.0, 0.0]),
+                        Y=np.array([0.0, factor, 0.0, 0.0, 0.0, 0.0]),
+                        X=np.array([factor, 0.0, 0.0, 0.0, 0.0, 0.0]),
+                        )
+    load_fact_3d = dict(Z=np.array([0.0, 0.0, factor]),
+                        Y=np.array([0.0, factor, 0]),
+                        X=np.array([factor, 0.0, 0.0]),
+                        )
+    load_fact_2d = dict(Y=np.array([0.0, factor]),
+                        X=np.array([factor, 0.0]),
+                        )
+    load_fact_1d = dict(X=np.array([factor, 0.0]))
+    load_fact = {6: load_fact_6d, 3: load_fact_3d,
+                 2: load_fact_2d, 1: load_fact_1d}
+    for nodetag in node_tags:
+        mass = np.array(ops.nodeMass(nodetag))
+        loadValues = mass * load_fact[len(mass)][direction]
+        if np.sum(np.abs(loadValues)) > 1e-10:
+            ops.load(nodetag, *loadValues)
diff --git a/build/lib/opstool/preprocessing/section/__init__.py b/build/lib/opstool/preprocessing/section/__init__.py
new file mode 100644
index 0000000..64d7ee8
--- /dev/null
+++ b/build/lib/opstool/preprocessing/section/__init__.py
@@ -0,0 +1,12 @@
+from .sec_mesh import (Rebars, SecMesh, add_circle, add_material,
+                       add_polygon, offset)
+from .var_sec_mesh import var_line_string, vis_var_sec
+
+__all__ = ["SecMesh",
+           "Rebars",
+           "add_material",
+           "add_polygon",
+           "add_circle",
+           "offset",
+           "var_line_string",
+           "vis_var_sec"]
diff --git a/build/lib/opstool/preprocessing/section/lib_sec_mesh.py b/build/lib/opstool/preprocessing/section/lib_sec_mesh.py
new file mode 100644
index 0000000..7b3ae03
--- /dev/null
+++ b/build/lib/opstool/preprocessing/section/lib_sec_mesh.py
@@ -0,0 +1,34 @@
+import numpy as np
+from sec_mesh import SecMesh, add_material, add_polygon, add_circle, offset, Rebars
+
+
+def rc_rect(b: float, h: float, cover: float,
+            rebar_dia: float, rebar_gap: float,
+            cover_mesh_size: float, core_mesh_size: float,
+            cover_ops_matTag: int, core_ops_matTag: int):
+    outlines = [[-b / 2, -h / 2], [b / 2, -h / 2],
+                [b / 2, h / 2], [-b / 2, h / 2]]
+    coverlines = offset(outlines, d=cover)
+    cover_obj = add_polygon(outlines, holes=[coverlines])
+    core_obj = add_polygon(coverlines)
+    sec = SecMesh(sec_name="Rectangular RC Section")
+    sec.assign_group(dict(cover=cover_obj, core=core_obj))
+    sec.assign_mesh_size(dict(cover=cover_mesh_size, core=core_mesh_size))
+    sec.assign_ops_matTag(dict(cover=cover_ops_matTag, core=core_ops_matTag))
+    sec.assign_group_color(dict(cover="gray", core="#677a04"))
+    sec.mesh()
+    # rebars
+    rebars = Rebars()
+    rebar_lines = offset(outlines, d=cover + rebar_dia / 2)
+    rebars.add_rebar_line(
+        points=rebar_lines, dia=rebar_dia, gap=rebar_gap, color="black",
+    )
+    sec.add_rebars(rebars)
+    return sec
+
+
+sec1 = rc_rect(b=1, h=1, cover=0.06,
+               rebar_dia=0.032, rebar_gap=0.1,
+               cover_mesh_size=0.01, core_mesh_size=0.02,
+               cover_ops_matTag=1, core_ops_matTag=2)
+sec1.view(engine='m')
diff --git a/build/lib/opstool/preprocessing/section/sec_mesh.py b/build/lib/opstool/preprocessing/section/sec_mesh.py
new file mode 100644
index 0000000..34c3951
--- /dev/null
+++ b/build/lib/opstool/preprocessing/section/sec_mesh.py
@@ -0,0 +1,1022 @@
+"""
+SecMesh: A module to mesh the cross-section with triangular fibers
+"""
+
+import matplotlib.pyplot as plt
+import numpy as np
+import openseespy.opensees as ops
+import plotly.graph_objects as go
+import plotly.io as pio
+from matplotlib.collections import PatchCollection
+from sectionproperties.analysis.section import Section
+from sectionproperties.pre.geometry import CompoundGeometry, Geometry
+from sectionproperties.pre.pre import Material
+from shapely.geometry import LineString, Polygon
+from rich.console import Console
+from rich.table import Table
+
+
+def _to_section(geom_obj, time_info=False):
+    return Section(geom_obj, time_info)
+
+
+class SecMesh:
+    """A class to mesh the cross-section with triangular fibers.
+
+    Parameters
+    --------------
+    sec_name : str
+        Assign a name to the section.
+
+    Returns
+    -----------
+    None
+    """
+
+    def __init__(self, sec_name: str = "My Section"):
+
+        self.sec_name = sec_name
+
+        # * mesh obj
+        self.mesh_obj = None
+        self.section = None
+        self.points = None
+        self.cells_map = dict()
+        self.centers_map = dict()
+        self.areas_map = dict()
+        self.center = None
+
+        # * data group
+        self.group_map = dict()
+        self.mat_ops_map = dict()
+        self.mesh_size_map = dict()
+
+        # *rebar data
+        self.rebar_data = []
+
+        # * section geo props
+        self.sec_props = dict()
+
+        self.color_map = dict()
+        self.colors_default = [
+            "#ffb900",
+            "#037ef3",
+            "#1aafd0",
+            "#fc636b",
+            "#11862f",
+            "#832561",
+            "#f48924",
+            "#52565e",
+        ]
+        self.is_centring = False
+
+    def assign_group(self, group: dict[str, any]):
+        """Assign the group dict for each mesh.
+
+        Parameters
+        ------------
+        group : dict
+            A dict of name as key, geometry obj as value.
+
+        Returns
+        ----------
+        instance
+        """
+        self.group_map = group.copy()
+        return self
+
+    def assign_mesh_size(self, mesh_size: dict[str, float]):
+        """Assign the mesh size dict for each mesh.
+
+        Parameters
+        ------------
+        mesh_size : dict[str, float]
+            A dict of name as key, mesh size as value.
+
+        Returns
+        ------------
+        instance
+        """
+        if not self.group_map:
+            raise ValueError("The assign_group method should be run first!")
+        for name in mesh_size.keys():
+            if name not in self.group_map.keys():
+                raise ValueError(
+                    f"{name} is not specified in the assign_group function!"
+                )
+        self.mesh_size_map = mesh_size.copy()
+        return self
+
+    def assign_ops_matTag(self, mat_tag: dict[str, int]):
+        """Assign the mesh size dict for each mesh.
+
+        Parameters
+        --------------
+        mat_tag : dict[str, int]
+            A dict of name as key, opensees matTag previous defined as value.
+
+        Returns
+        ----------
+        instance
+        """
+        if not self.group_map:
+            raise ValueError("The assign_group method should be run first!")
+        for name in mat_tag.keys():
+            if name not in self.group_map.keys():
+                raise ValueError(
+                    f"{name} is not specified in the assign_group function!"
+                )
+        self.mat_ops_map = mat_tag.copy()
+        return self
+
+    def assign_group_color(self, colors):
+        """Assign the color dict to plot the section.
+
+        Parameters
+        -------------
+        colors : dict[str, str]
+            A dict of name as key, color as value.
+        """
+        if not self.group_map:
+            raise ValueError("The assign_group method should be run first!")
+        for name in colors.keys():
+            if name not in self.group_map.keys():
+                raise ValueError(
+                    f"{name} is not specified in the assign_group function!"
+                )
+        self.color_map = colors.copy()
+        return self
+
+    def mesh(self):
+        """Mesh the section.
+
+        Returns
+        ----------
+        None
+        """
+        geoms = []
+        mesh_sizes = []
+        for name, geom in self.group_map.items():
+            geoms.append(geom)
+            mesh_sizes.append(self.mesh_size_map[name])
+        geom_obj = CompoundGeometry(geoms)
+        mesh_obj = geom_obj.create_mesh(mesh_sizes=mesh_sizes)
+        self.section = _to_section(geom_obj, time_info=False)
+        self.mesh_obj = mesh_obj.mesh
+        self._get_mesh_data()
+
+    def _get_mesh_data(self):
+        # * mesh data
+        vertices = self.mesh_obj["vertices"]
+        self.points = vertices
+        triangles = self.mesh_obj["triangles"][:, :3]
+        triangle_attributes = self.mesh_obj["triangle_attributes"]
+        attributes = np.unique(triangle_attributes)
+        for name, attri in zip(self.group_map.keys(), attributes):
+            idx = triangle_attributes == attri
+            self.cells_map[name] = triangles[idx[:, 0]]
+        # * fiber data
+        for name, faces in self.cells_map.items():
+            areas = []
+            centers = []
+            for face in faces:
+                idx1, idx2, idx3 = face
+                coord1, coord2, coord3 = vertices[idx1], vertices[idx2], vertices[idx3]
+                xyo = (coord1 + coord2 + coord3) / 3
+                centers.append(xyo)
+                x1, y1 = coord1[:2]
+                x2, y2 = coord2[:2]
+                x3, y3 = coord3[:2]
+                area_ = 0.5 * np.abs(
+                    x2 * y3 + x1 * y2 + x3 * y1 - x3 * y2 - x2 * y1 - x1 * y3
+                )
+                areas.append(area_)
+            self.areas_map[name] = np.array(areas)
+            self.centers_map[name] = np.array(centers)
+
+    def add_rebars(self, rebars_obj):
+        """Add rebars.
+
+        Parameters
+        ----------
+        rebars_obj : mesh obj
+            The instance of Rebars class.
+
+        Returns
+        ----------
+        None
+        """
+        self.rebar_data = rebars_obj.rebar_data
+
+    def get_fiber_data(self):
+        """Return fiber data.
+
+        Returns
+        -------
+        Tuple(dict, dict)
+            fiber center dict, fiber area dict
+        """
+        return self.centers_map, self.areas_map
+
+    def _run_sec_props(self, Eref, section):
+        if Eref == 1:
+            area = section.get_area()
+        else:
+            area = section.get_ea() / Eref
+        # Second moments of area centroidal axis (ixx_c, iyy_c, ixy_c)
+        ixx_c, iyy_c, ixy_c = section.get_ic()
+        cx, cy = section.get_c()  # Elastic centroid (cx, cy)
+        phi = section.get_phi()  # Principal bending axis angle
+        j = section.get_j()  # St. Venant torsion constant
+        # Shear area for loading about the centroidal axis (A_sx, A_sy)
+        area_sx, area_sy = section.get_As()
+        # Effective Material Properties
+        E_eff = section.get_e_eff()
+        G_eff = section.get_g_eff()
+        Nu_eff = section.get_nu_eff()
+        if self.rebar_data:
+            all_rebar_area = 0
+            for data in self.rebar_data:
+                rebar_xy = data["rebar_xy"]
+                dia = data["dia"]
+                rebar_coords = []
+                rebar_areas = []
+                for xy in rebar_xy:
+                    rebar_coords.append(xy)
+                    rebar_areas.append(np.pi / 4 * dia ** 2)
+                all_rebar_area += np.sum(rebar_areas)
+            rho_rebar = all_rebar_area / area
+        else:
+            rho_rebar = 0
+        # lump
+        sec_props = dict(
+            A=area,
+            Asy=area_sx / Eref,
+            Asz=area_sy / Eref,
+            centroid=(cx, cy),
+            Iy=ixx_c / Eref,
+            Iz=iyy_c / Eref,
+            Iyz=ixy_c / Eref,
+            J=j / Eref,
+            phi=phi,
+            rho_rebar=rho_rebar,
+            E_eff=E_eff,
+            G_eff=G_eff,
+            Nu_eff=Nu_eff
+        )
+        self.sec_props = sec_props
+
+    def get_sec_props(self, Eref: float = 1.0,
+                      display_results: bool = False,
+                      plot_centroids: bool = False):
+        """
+        Solving Section Geometry Properties by Finite Element Method, by `sectionproperties` pacakge.
+
+        Parameters
+        -----------
+        Eref: float, default=1.0
+            Reference modulus of elasticity, it is important to analyze the composite section.
+            See `sectionproperties doc <https://sectionproperties.readthedocs.io/en/latest/rst/post.html>`_
+        display_results : bool, default=True
+            whether to display the results.
+        plot_centroids : bool, default=False
+            whether to plot centroids
+
+        Returns
+        -----------
+        sec_props: dict
+            section props dict, including:
+
+            * Cross-sectional area (A)
+            * Shear area (Asy, Asz)
+            * Elastic centroid (centroid)
+            * Second moments of area about the centroidal axis (Iy, Iz, Iyz)
+            * Torsion constant (J)
+            * Principal axis angle (phi)
+            * ratio of reinforcement (rho_rebar)
+            * Effective elastic modulus: E_eff;
+            * Effective shear modulus: G_eff;
+            * Effective Poisson’s ratio: Nu_eff.
+
+            If materials are specified for the cross-section, the area,
+            second moments of area and torsion constant are elastic modulus weighted.
+        """
+
+        section = self.section
+        section.calculate_geometric_properties()
+        section.calculate_warping_properties()
+        # area, ixx_c, iyy_c, ixy_c, j, phi = section.calculate_frame_properties(
+        #    solver_type='direct')
+        self._run_sec_props(Eref, section)
+        if display_results:
+            # section.display_results()
+            syms = ["A", "Asy", "Asz", "centroid", "Iy", "Iz", "Iyz",
+                    "J", "phi", "rho_rebar", "E_eff", "G_eff", "Nu_eff"]
+            defs = ["Cross-sectional area", "Shear area y-axis", "Shear area z-axis", "Elastic centroid",
+                    "Moment of inertia y-axis", "Moment of inertia z-axis", "Product of inertia",
+                    "Torsion constant", "Principal axis angle", "Ratio of reinforcement", "Effective elastic modulus",
+                    "Effective shear modulus", "Effective Poisson’s ratio"]
+            table = Table(title="Section Properties")
+            table.add_column("Symbol", style="cyan", no_wrap=True)
+            table.add_column("Value", style="magenta")
+            table.add_column("Definition", style="green")
+            for sym_, def_ in zip(syms, defs):
+                if sym_ != "centroid":
+                    table.add_row(sym_, f"{self.sec_props[sym_]:.3f}", def_)
+                else:
+                    table.add_row(sym_,
+                                  f"({self.sec_props[sym_][0]:.3f}, {self.sec_props[sym_][1]:.3f})",
+                                  def_)
+            console = Console()
+            console.print(table)
+        if plot_centroids:
+            section.plot_centroids()
+        return self.sec_props
+
+    def centring(self):
+        """
+        Move the section centroid to (0, 0).
+
+        Returns
+        ---------
+         None
+        """
+        centers_map, areas_map = self.get_fiber_data()
+        centers = []
+        areas = []
+        for name in self.cells_map.keys():
+            centers.append(centers_map[name])
+            areas.append(areas_map[name])
+        centers = np.vstack(centers)
+        areas = np.hstack(areas)
+        center = areas @ centers / np.sum(areas)
+        self.center = center
+        self.points -= center
+        names = self.centers_map.keys()
+        for name in names:
+            self.centers_map[name] -= center
+        # move rebar
+        for i, data in enumerate(self.rebar_data):
+            self.rebar_data[i]["rebar_xy"] -= center
+        self.is_centring = True
+
+    def rotate(self, theta: float = 0):
+        """Rotate the section clockwise.
+
+        Parameters
+        ------------
+        theta : float, default=0
+             Rotation angle, unit: degree.
+
+        Returns
+        ---------
+        None
+        """
+        theta = theta / 180 * np.pi
+
+        if not self.is_centring:
+            self.centring()
+
+        x_rot, y_rot = sec_rotation(
+            self.points[:, 0], self.points[:, 1], theta)
+        self.points[:, 0], self.points[:, 1] = x_rot, y_rot
+
+        names = self.centers_map.keys()
+        for name in names:
+            x_rot, y_rot = sec_rotation(
+                self.centers_map[name][:, 0],
+                self.centers_map[name][:, 1], theta
+            )
+            self.centers_map[name][:,
+                                   0], self.centers_map[name][:, 1] = x_rot, y_rot
+        # rebar
+        for i, data in enumerate(self.rebar_data):
+            rebar_xy = self.rebar_data[i]["rebar_xy"]
+            x_rot, y_rot = sec_rotation(rebar_xy[:, 0], rebar_xy[:, 1], theta)
+            (
+                self.rebar_data[i]["rebar_xy"][:, 0],
+                self.rebar_data[i]["rebar_xy"][:, 1],
+            ) = (x_rot, y_rot)
+
+    def opspy_cmds(self, secTag: int, GJ: float):
+        """Generate openseespy fiber section command.
+
+        Parameters
+        ------------
+        secTag : int
+            The section tag assigned in OpenSees.
+        GJ : float
+            Torsion stiffness.
+
+        Returns
+        ----------
+        None
+        """
+        ops.section("Fiber", secTag, "-GJ", GJ)
+
+        names = self.centers_map.keys()
+        for name in names:
+            centers = self.centers_map[name]
+            areas = self.areas_map[name]
+            matTag = self.mat_ops_map[name]
+            for center, area in zip(centers, areas):
+                ops.fiber(center[0], center[1], area, matTag)
+        # rebars
+        for data in self.rebar_data:
+            rebar_xy = data["rebar_xy"]
+            dia = data["dia"]
+            matTag = data["matTag"]
+            for xy in rebar_xy:
+                area = np.pi / 4 * dia ** 2
+                ops.fiber(xy[0], xy[1], area, matTag)
+
+    def to_file(self, output_path: str, secTag: int, GJ: float):
+        """Output the opensees fiber code to file.
+
+        Parameters
+        -------------
+        output_path : str
+            The filepath to save, e.g., r"my_dir/my_section.py"
+        secTag : int
+            The section tag assigned in OpenSees.
+        GJ : float
+            Torsion stiffness.
+
+        Returns
+        ---------
+        None
+
+        Notes
+        -----
+        Notes that output_path must be endswith ``.py`` or ``.tcl``,
+        function will create the file by a right style.
+        """
+        names = self.centers_map.keys()
+        if output_path.endswith(".tcl"):
+            self._to_tcl(output_path, names, secTag, GJ)
+        elif output_path.endswith(".py"):
+            self._to_py(output_path, names, secTag, GJ)
+        else:
+            raise ValueError("output_path must endwith .tcl or .py!")
+
+    def _to_tcl(self, output_path, names, sec_tag, gj):
+        with open(output_path, "w+") as output:
+            output.write("# This document was created from SecMesh\n")
+            output.write("# Author: Yexiang Yan  yexiang_yan@outlook.com\n\n")
+            output.write(f"set secTag {sec_tag}\n")
+            temp = "{"
+            output.write(
+                f"section fiberSec $secTag -GJ {gj}{temp};    # Define the fiber section\n"
+            )
+            for name in names:
+                centers = self.centers_map[name]
+                areas = self.areas_map[name]
+                mat_tag = self.mat_ops_map[name]
+                for center, area in zip(centers, areas):
+                    output.write(
+                        f"    fiber  {center[0]:.3E}  {center[1]:.3E}  {area:.3E}  {mat_tag}\n"
+                    )
+            # rebar
+            for data in self.rebar_data:
+                output.write("    # Define Rebar\n")
+                rebar_xy = data["rebar_xy"]
+                dia = data["dia"]
+                mat_tag = data["matTag"]
+                for xy in rebar_xy:
+                    area = np.pi / 4 * dia ** 2
+                    output.write(
+                        f"    fiber {xy[0]:.3E} {xy[1]:.3E} {area:.3E} {mat_tag}\n"
+                    )
+            output.write("};    # end of fibersection definition")
+
+    def _to_py(self, output_path, names, sec_tag, gj):
+        with open(output_path, "w+") as output:
+            output.write("# This document was created from SecMesh\n")
+            output.write("# Author: Yexiang Yan  yexiang_yan@outlook.com\n\n")
+            output.write("import openseespy.opensees as ops\n\n\n")
+            output.write(
+                f"ops.section('Fiber', {sec_tag}, '-GJ', {gj})  # Define the fiber section\n"
+            )
+            for name in names:
+                centers = self.centers_map[name]
+                areas = self.areas_map[name]
+                mat_tag = self.mat_ops_map[name]
+                for center, area in zip(centers, areas):
+                    output.write(
+                        f"ops.fiber({center[0]:.3E}, {center[1]:.3E}, {area:.3E}, {mat_tag})\n"
+                    )
+            # rebar
+            for data in self.rebar_data:
+                output.write("# Define Rebar\n")
+                rebar_xy = data["rebar_xy"]
+                dia = data["dia"]
+                mat_tag = data["matTag"]
+                for xy in rebar_xy:
+                    area = np.pi / 4 * dia ** 2
+                    output.write(
+                        f"ops.fiber({xy[0]:.3E}, {xy[1]:.3E}, {area:.3E}, {mat_tag})\n"
+                    )
+
+    def view(self, fill: bool = True, engine: str = "plotly",
+             save_html: str = "SecMesh.html",
+             on_notebook: bool = False):
+        """Display the section mesh.
+
+        Parameters
+        -----------
+        fill : bool, default=True
+             Whether to fill the trangles.
+        engine: str, default='plotly'
+            Plot engine, optional "plotly" or "matplotlib".
+        save_html: str, default="SecMesh.html"
+            If set, the figure will save as a html file, only useful for engine="plotly".
+            If False or None, this parameter will be ignored.
+        on_notebook: bool, default=False
+            If True, the figure will display in a notebook.
+
+        Returns
+        --------
+        None
+        """
+
+        # self.section.display_mesh_info()
+        # self.section.plot_mesh()
+        if not self.color_map:
+            for i, name in enumerate(self.group_map.keys()):
+                self.color_map[name] = self.colors_default[i]
+        vertices = self.points
+        x = vertices[:, 0]
+        y = vertices[:, 1]
+        aspect_ratio = (np.max(y) - np.min(y)) / (np.max(x) - np.min(x))
+        if engine.lower().startswith("m"):
+            self._plot_mpl(fill, aspect_ratio)
+        elif engine.lower().startswith("p"):
+            self._plot_plotly(fill, aspect_ratio, save_html, on_notebook)
+        else:
+            raise ValueError(
+                f"not supported engine {engine}! optional, 'plotly' or 'matplotlib'!")
+
+    def _plot_mpl(self, fill, aspect_ratio):
+        # matplotlib plot
+        fig, ax = plt.subplots(figsize=(8, 8 * aspect_ratio))
+        # ax.set_facecolor("#efefef")
+        # view the mesh
+        vertices = self.points  # the coords of each triangle vertex
+        for name, faces in self.cells_map.items():
+            # faces = faces.astype(np.int64)
+            if not fill:
+                x = vertices[:, 0]
+                y = vertices[:, 1]
+                ax.triplot(
+                    x, y, triangles=faces, color=self.color_map[name], lw=1, zorder=-10
+                )
+                ax.plot(
+                    [], [], "^", label=name, mec=self.color_map[name], mfc="white"
+                )  # for legend illustration only
+            else:
+                x = vertices[:, 0]
+                y = vertices[:, 1]
+                ax.triplot(x, y, triangles=faces, lw=0.25, color="k")
+                patches = [
+                    plt.Polygon(vertices[face_link, :2], True) for face_link in faces
+                ]
+                coll = PatchCollection(
+                    patches,
+                    facecolors=self.color_map[name],
+                    edgecolors="k",
+                    linewidths=0.25,
+                    zorder=-10,
+                )
+                ax.add_collection(coll)
+                ax.plot([], [], "^", label=name,
+                        color=self.color_map[name])
+
+        for data in self.rebar_data:
+            color = data["color"]
+            rebar_xy = data["rebar_xy"]
+            dia = data["dia"]
+            rebar_coords = []
+            for xy in rebar_xy:
+                rebar_coords.append(xy)
+            patches = [
+                plt.Circle((xy[0], xy[1]), dia / 2)
+                for xy in rebar_coords
+            ]
+            coll = PatchCollection(patches, facecolors=color)
+            ax.add_collection(coll)
+
+        # ax.set_aspect("equal")
+        ax.set_title(self.sec_name, fontsize=26, fontfamily="SimSun")
+        ax.legend(
+            fontsize=18,
+            shadow=False,
+            markerscale=3,
+            loc=10,
+            ncol=len(self.group_map),
+            bbox_to_anchor=(0.5, -0.2),
+            bbox_transform=ax.transAxes,
+        )
+        ax.tick_params(labelsize=18)
+        plt.show()
+
+    def _plot_plotly(self, fill, aspect_ratio, save_html, on_notebook):
+        vertices = self.points  # the coords of each triangle vertex
+        n_cells = 0
+        n_cells_map = dict()
+        fig = go.Figure()
+        tplot = []
+        for name, faces in self.cells_map.items():
+            if not self.mat_ops_map:
+                label = f"<b>{name}</b>"
+            else:
+                label = f"<b>{name}</b><br>matTag:{self.mat_ops_map[name]}"
+            face_points = []
+            areas = []
+            centers = []
+            for i, cell in enumerate(faces):
+                n_cells += 1
+                points0 = vertices[cell]
+                x1, y1 = points0[0, :2]
+                x2, y2 = points0[1, :2]
+                x3, y3 = points0[2, :2]
+                area_ = 0.5 * np.abs(
+                    x2 * y3 + x1 * y2 + x3 * y1 - x3 * y2 - x2 * y1 - x1 * y3
+                )
+                areas.append(area_)
+                centers.append(np.mean(points0, axis=0))
+                points = np.vstack(
+                    [points0, [points0[0]], [[np.NAN, np.NAN]]])
+                face_points.append(points)
+            face_points = np.vstack(face_points)
+            areas = np.array(areas).reshape((len(areas), 1))
+            center_areas = np.hstack([centers, areas])
+            center_areas_labels = [f"<b>xo:{d[0]:.2e}</b><br>yo:{d[1]:.2e}<br>area:{d[2]:.2e}"
+                                   for d in center_areas]
+            n_cells_map[name] = len(center_areas_labels)
+            if fill:
+                tplot.append(go.Scatter(x=face_points[:, 0], y=face_points[:, 1],
+                                        fill="toself", fillcolor=self.color_map[name],
+                                        line=dict(
+                                            color='black', width=0.75),
+                                        connectgaps=False, opacity=0.75,
+                                        hoverinfo="skip", ))
+            else:
+                tplot.append(go.Scatter(x=face_points[:, 0], y=face_points[:, 1],
+                                        mode='lines',
+                                        line=dict(
+                                            color=self.color_map[name], width=1.2),
+                                        connectgaps=False,
+                                        hoverinfo="skip", ))
+            # hover label
+            tplot.append(
+                go.Scatter(
+                    x=center_areas[:, 0],
+                    y=center_areas[:, 1],
+                    marker=dict(size=0, color=self.color_map[name],
+                                symbol='diamond-open'),
+                    mode="markers",
+                    name=label,
+                    customdata=center_areas_labels,
+                    hovertemplate='%{customdata}',
+                )
+            )
+        fig.add_traces(tplot)
+        # rebars
+        shapes = []
+        for data in self.rebar_data:
+            color = data["color"]
+            rebar_xy = data["rebar_xy"]
+            r = data["dia"] / 2
+            for xo, yo in rebar_xy:
+                shapes.append(dict(type="circle",
+                                   xref="x", yref="y",
+                                   x0=xo - r, y0=yo - r, x1=xo + r, y1=yo + r,
+                                   line_color=color,
+                                   fillcolor=color,
+                                   ))
+        # -------------------------------------
+        txt = "Num. of Mesh: "
+        for k, v in n_cells_map.items():
+            txt += f"| {k}--{v} "
+        txt += f"| total--{n_cells}"
+        fig.update_layout(
+            shapes=shapes,
+            width=900,
+            height=900 * aspect_ratio,
+            template="plotly",
+            autosize=True,
+            showlegend=False,
+            scene=dict(aspectratio=dict(
+                x=1, y=aspect_ratio), aspectmode="data"),
+            title=dict(font=dict(family="courier", color='black', size=16),
+                       text=f"<b>{self.sec_name}</b> <br>" + f"{txt}")
+        )
+        fig.update_xaxes(tickfont_size=18, ticks="outside")
+        fig.update_yaxes(tickfont_size=18, ticks="outside")
+        if save_html:
+            pio.write_html(fig, file=save_html, auto_open=True)
+        if on_notebook:
+            fig.show()
+
+
+class Rebars:
+    """
+    A class to create the rebar point.
+    """
+
+    def __init__(self) -> None:
+        self.rebar_data = []
+
+    def add_rebar_line(
+        self,
+        points: list[list[float, float]],
+        dia: float,
+        gap: float,
+        n: int = None,
+        closure: bool = False,
+        matTag: int = None,
+        color: str = "black",
+        group_name: str = None,
+    ):
+        """Add rebar along a line, can be a line or polygon.
+
+        Parameters
+        ----------
+        points : list[list[float, float]]
+            A list of rebar coords, [(x1, y1), (x2, y2),...,(xn, yn)]
+        dia : float
+            Rebar dia.
+        gap : float
+            Rebar space.
+        n : None
+            The number of rebars, if not None,
+            update the Arg `gap` according to `n`.
+        closure: bool, default=False
+            If True, the rebar line is a closed loop.
+        matTag : int
+            OpenSees mat Tag for rebar previously defined.
+        color : str or rgb tuple.
+            Color to plot rebar.
+        group_name : str
+            Assign rebar group name
+
+        Returns
+        -------
+        None
+        """
+        if closure:
+            if points[-1] != points[0]:
+                points = list(points)
+                points.append(points[0])
+        rebar_lines = LineString(points)
+        x, y = rebar_lines.xy
+        if n:
+            gap = rebar_lines.length / (n - 1)
+        # mesh rebar points based on spacing
+        rebar_xy = _lines_subdivide(x, y, gap)
+        data = dict(
+            rebar_xy=rebar_xy, color=color, name=group_name, dia=dia, matTag=matTag
+        )
+        self.rebar_data.append(data)
+
+    def add_rebar_circle(
+        self,
+        xo: list[float, float],
+        radius: float,
+        dia: float,
+        gap: float,
+        n: int = None,
+        angle1: float = 0.0,
+        angle2: float = 360,
+        matTag: int = None,
+        color: str = "black",
+        group_name: str = None,
+    ):
+        """Add the rebars along a circle.
+
+        Parameters
+        ----------
+        xo : list[float, float]
+            Center coords, [(xc, yc)].
+        radius: float
+            radius.
+        dia : float
+            rebar dia.
+        gap : float
+            Rebar space
+        n : None
+            The number of rebars, if not None,
+            update the Arg `gap` according to `n`.
+        angle1 : float
+            The start angle, degree
+        angle2 : float
+            The end angle, deree
+        matTag : int
+            OpenSees mat Tag for rebar previously defined.
+        color : str or rgb tuple.
+            Color to plot rebar.
+        group_name : str
+            Assign rebar group name.
+
+        Returns
+        -------
+        None
+        """
+        angle1 = angle1 / 180 * np.pi
+        angle2 = angle2 / 180 * np.pi
+        arc_len = (angle2 - angle1) * radius
+        if n:
+            n_sub = n - 1
+        else:
+            n_sub = int(arc_len / gap)
+        xc, yc = xo[0], xo[1]
+        angles = np.linspace(angle1, angle2, n_sub + 1)
+        points = [
+            [xc + radius * np.cos(ang), yc + radius * np.sin(ang)] for ang in angles
+        ]
+        # if np.abs(angle2 - angle1 - 2 * np.pi) < 1e-6:
+        #     rebar_xy = points[:-1]
+        # else:
+        #     rebar_xy = points
+        rebar_xy = points
+        data = dict(
+            rebar_xy=rebar_xy, color=color, name=group_name, dia=dia, matTag=matTag
+        )
+        self.rebar_data.append(data)
+
+    def get_rebars_num(self):
+        """Returns the number of rebars in each layer.
+
+        Returns
+        -------
+        list[int]
+            The number of rebars in each layer.
+        """
+        nums = []
+        for data in self.rebar_data:
+            nums.append(len(data['rebar_xy']))
+        return nums
+
+
+def add_material(
+    name="default",
+    elastic_modulus=1,
+    poissons_ratio=0,
+    yield_strength=1,
+    density=1,
+    color="w",
+):
+    """Add a meterial.
+
+    Parameters
+    ----------
+    name : str, default='default'
+        meterial name.
+    elastic_modulus : float, default==1
+        elastic_modulus.
+    poissons_ratio : float, default=0
+        poissons_ratio
+    yield_strength : float, default==1
+        yield_strength
+    density : float, default=1
+        density
+    color : str or rgb tuple, default=='w'
+        color for plot this material.
+
+    Returns
+    -------
+    Material instance
+    """
+    return Material(
+        name=name,
+        elastic_modulus=elastic_modulus,
+        poissons_ratio=poissons_ratio,
+        yield_strength=yield_strength,
+        density=density,
+        color=color,
+    )
+
+
+def add_polygon(
+    outline: list[list[float, float]],
+    holes: list[list[list[float, float]]] = None,
+    material=None,
+):
+    """Add polygon plane geom obj.
+
+    Parameters
+    ----------
+    outline : list[list[float, float]]
+        The coords list of polygon points, [(x1, y1), (x2, y2),...,(xn, yn)]
+    holes: list[list[list[float, float]]].
+        Hole of the section, a list of multiple hole coords, [hole1, hole2,...holeN],
+        holeN=[(x1, y1), (x2, y2),...,(xn, yn)].
+    material: material obj
+        The instance from add_material().
+
+    Returns
+    -------
+    polygon obj
+    """
+    if material is None:
+        material_ = add_material()
+    else:
+        material_ = material
+    ply = Polygon(outline, holes)
+    geometry = Geometry(geom=ply, material=material_)
+    return geometry
+
+
+def add_circle(
+    xo: list[float, float],
+    radius: float,
+    holes=None,
+    angle1=0.0,
+    angle2=360,
+    n_sub=40,
+    material=None,
+):
+    """Add the circle geom obj.
+
+    Parameters
+    ----------
+    xo : list[float, float]
+        Center coords, [(xc, yc)].
+    radius: float
+        radius.
+    holes: list[list[list[float, float]]].
+        Hole of the section, a list of multiple hole coords, [hole1, hole2,...holeN],
+        holeN=[(x1, y1), (x2, y2),...,(xn, yn)].
+    angle1 : float
+        The start angle, degree
+    angle2 : float
+        The end angle, deree
+    n_sub: int
+        The partition number of the perimeter.
+    material: material obj
+        The instance from add_material().
+
+    Returns
+    -------
+    None
+    """
+    if material is None:
+        material_ = add_material()
+    else:
+        material_ = material
+    angle1 = angle1 / 180 * np.pi
+    angle2 = angle2 / 180 * np.pi
+    x, y = xo[0], xo[1]
+    angles = np.linspace(angle1, angle2, n_sub + 1)
+    points = [[x + radius * np.cos(ang), y + radius * np.sin(ang)]
+              for ang in angles]
+    ply = Polygon(points, holes)
+    geometry = Geometry(geom=ply, material=material_)
+    return geometry
+
+
+def _lines_subdivide(x, y, gap):
+    """
+    The polylines consisting of coordinates x and y are divided by the gap.
+    """
+    x_new = []
+    y_new = []
+    for i in range(len(x) - 1):
+        x1, y1 = x[i], y[i]
+        x2, y2 = x[i + 1], y[i + 1]
+        length = np.sqrt((x2 - x1) ** 2 + (y2 - y1) ** 2)
+        n = int(np.ceil(length / gap))
+        x_new.extend(np.linspace(x1, x2, n, endpoint=True)[:-1].tolist())
+        y_new.extend(np.linspace(y1, y2, n, endpoint=True)[:-1].tolist())
+    x_new.append(x[-1])
+    y_new.append(y[-1])
+    new_line = np.column_stack((x_new, y_new))
+    return new_line
+
+
+def offset(points: list[list[float, float]], d: float):
+    """Offsets closed polygons
+
+    Parameters
+    ----------
+    points  : list[list[float, float]]
+        A list containing the coordinate points, [(x1, y1),(x2, y2),...,(xn.yn)].
+    d : float
+        Offsets closed polygons, positive values offset inwards, negative values outwards.
+
+    Returns
+    -------
+    coords: list[[float, float]]
+    """
+    ply = Polygon(points)
+    ply_off = ply.buffer(-d, cap_style=3, join_style=2)
+    return list(ply_off.exterior.coords)
+
+
+def sec_rotation(x, y, theta):
+    """
+    Rotate the section coordinates counterclockwise by theta
+    """
+    x_new = x * np.cos(theta) + y * np.sin(theta)
+    y_new = -x * np.sin(theta) + y * np.cos(theta)
+    return x_new, y_new
diff --git a/build/lib/opstool/preprocessing/section/var_sec_mesh.py b/build/lib/opstool/preprocessing/section/var_sec_mesh.py
new file mode 100644
index 0000000..408e17f
--- /dev/null
+++ b/build/lib/opstool/preprocessing/section/var_sec_mesh.py
@@ -0,0 +1,490 @@
+import re
+
+import numpy as np
+import pyvista as pv
+from sectionproperties.pre.geometry import Geometry
+from shapely import LineString
+
+pv.set_plot_theme("document")
+
+
+def var_line_string(pointsi: list[list[float, float]],
+                    pointsj: list[list[float, float]],
+                    path: list, n_sec: float = 2,
+                    closure: bool = False,
+                    y_degree: int = 1, y_sym_plane: str = "j-0",
+                    z_degree: int = 2, z_sym_plane: str = "j-0"):
+    """Returns the varied line string.
+
+    Parameters
+    ----------
+    pointsi : list[list[float, float]]
+        I end line points.
+    pointsj : list[list[float, float]]
+        J end line points.
+    path : list
+        Coordinate path of section normal,
+        such as [(x1, y1, z1), (x2, y2, z2), ... , (xn, yn, zn)].
+    n_sec : float, optional
+        The number of sections within each line segment between two coords in Arg `path`,
+        by default 2.
+    closure: bool, default=False
+        If True, the line is a closed loop.
+    y_degree : int, optional
+        The polynomial order of the y-axis dimension variation of the section,
+        1=linear, 2=parabolic, by default 1.
+    y_sym_plane : str, optional, by default "j-0"
+        When `y_degree`=2, specify the position of the symmetry plane, where the derivative is 0.
+        The format is "i-{d}" or "j-{d}", which means that the distance from end i or end j is d.
+        For example, "j-0" refers to end j, and "j-1.5" refers to the position 1.5 away from end j.
+    z_degree : int, optional
+        The polynomial order of the z-axis dimension variation of the section,
+        1=linear, 2=parabolic, by default 2.
+    z_sym_plane : str, optional, by default "j-0"
+        When `z_degree`=2, specify the position of the symmetry plane, where the derivative is 0.
+        The format is "i-{d}" or "j-{d}", which means that the distance from end i or end j is d.
+        For example, "j-0" refers to end j, and "j-1.5" refers to the position 1.5 away from end j.
+
+    Returns
+    --------
+    list[list[list[float, float]]]
+        A list of lines, the number of which is determined by `path` and `n_sec`.
+    """
+    length, cum_length, _ = _get_path_len(path, n_sec)
+    if closure:
+        if pointsi[-1] != pointsi[0]:
+            pointsi = list(pointsi)
+            pointsi.append(pointsi[0])
+        if pointsj[-1] != pointsj[0]:
+            pointsj = list(pointsj)
+            pointsj.append(pointsj[0])
+    linesi = LineString(pointsi)
+    linesj = LineString(pointsj)
+    yi, zi = linesi.xy
+    yj, zj = linesj.xy
+    cum_points = []
+    for x in cum_length:
+        points_ = []
+        for i in range(len(yi)):
+            y = _get_coord(0, yi[i], length, yj[i], x,
+                           degree=y_degree, sym_plane=y_sym_plane)
+            z = _get_coord(0, zi[i], length, zj[i], x,
+                           degree=z_degree, sym_plane=z_sym_plane)
+            points_.append((y, z))
+        cum_points.append(points_)
+    return cum_points
+
+
+def vis_var_sec(sec_meshes: list, path: list, n_sec: float,
+                on_notebook: bool = False, show_outline: bool = True):
+    """Visualize varied section meshes.
+
+    Parameters
+    ----------
+    sec_meshes : list
+        _description_
+    path : list
+        Coordinate path of section normal,
+        such as [(x1, y1, z1), (x2, y2, z2), ... , (xn, yn, zn)].
+    n_sec : float
+        The number of sections within each line segment between two coords in Arg `path`.
+    on_notebook : bool, optional, by default False
+        If True, display on the notebook.
+    show_outline: bool, optional, by default False
+        If True, display bound outline.
+    """
+    _, _, cum_coord = _get_path_len(path, n_sec)
+    plotter = pv.Plotter(notebook=on_notebook)
+    cum_coord = np.array(cum_coord, dtype=np.float32)
+    point_plot1 = pv.PolyData(cum_coord)
+    plotter.add_mesh(point_plot1, color='black',
+                     point_size=5, render_points_as_spheres=True)
+    path = np.array(path, dtype=np.float32)
+    point_plot2 = pv.PolyData(path)
+    plotter.add_mesh(point_plot2, color='#8f1402',
+                     point_size=10, render_points_as_spheres=True)
+    line_cells = []
+    for i in range(len(path) - 1):
+        line_cells.extend([2, i, i + 1])
+
+    line_plot = _generate_mesh(path, line_cells, kind="line")
+    plotter.add_mesh(
+        line_plot,
+        color='black',
+        render_lines_as_tubes=False,
+        line_width=2,
+    )
+    local_axes = _get_path_local_axes(path, n_sec)
+    for i in range(len(sec_meshes)):
+        sec_mesh = sec_meshes[i]
+        center0 = cum_coord[i]
+        _, vecy, vecz = local_axes[i]
+        points = sec_mesh.points
+        points = (points[:, 0].reshape((-1, 1)) @ np.reshape(vecy, (1, 3)) +
+                  points[:, 1].reshape((-1, 1)) @ np.reshape(vecz, (1, 3)))
+        points += center0
+        for name, faces in sec_mesh.cells_map.items():
+            faces = np.insert(faces, 0, values=3, axis=1)
+            face_plot = _generate_mesh(
+                points, faces, kind="face"
+            )
+            plotter.add_mesh(
+                face_plot, color=sec_mesh.color_map[name], show_edges=True, opacity=1
+            )
+        for rdata in sec_mesh.rebar_data:
+            color = rdata["color"]
+            r = rdata["dia"] / 2
+            rebar_xy = np.array(rdata["rebar_xy"])
+            rebar_xy = (rebar_xy[:, 0].reshape((-1, 1)) @ np.reshape(vecy, (1, 3)) +
+                        rebar_xy[:, 1].reshape((-1, 1)) @ np.reshape(vecz, (1, 3)))
+            rebar_xy += center0
+            spheres = []
+            for coord in rebar_xy:
+                spheres.append(pv.Sphere(radius=r, center=coord))
+            merged = pv.MultiBlock(spheres)
+            plotter.add_mesh(merged, color=color)
+    if show_outline:
+        plotter.show_bounds(
+            grid=False,
+            location="outer",
+            show_zaxis=True,
+            # color="black",
+        )
+    plotter.add_axes()
+    plotter.view_isometric()
+    plotter.show(title="opstool")
+
+
+def _get_path_len(path, n_sec):
+    n = len(path)
+    length = 0
+    cum_length = []
+    cum_coord = []
+    for i in range(n - 1):
+        p1 = np.array(path[i])
+        p2 = np.array(path[i + 1])
+        seg = np.sqrt(np.sum((p2 - p1) ** 2))
+        for j in range(n_sec):
+            cum_length.append(length + seg / (n_sec - 1) * j)
+            cum_coord.append(p1 + (p2 - p1) / (n_sec - 1) * j)
+        length += seg
+    cum_length = np.array(cum_length, dtype=np.float32)
+    cum_coord = np.array(cum_coord, dtype=np.float32)
+    return length, cum_length, cum_coord
+
+
+def _get_path_local_axes(path, n_sec):
+    n = len(path)
+    local_axes = []
+    for i in range(n - 1):
+        p1 = np.array(path[i])
+        p2 = np.array(path[i + 1])
+        local_x = (p2 - p1) / np.linalg.norm(p2 - p1)
+        global_z = np.array([0, 0, 1])
+        cos2 = local_x @ global_z / \
+            (np.linalg.norm(local_x) * np.linalg.norm(global_z))
+        if np.abs(1 - cos2) < 1e-12:
+            vecxz = [-1, 0, 0]
+        else:
+            vecxz = [0, 0, 1]
+        local_y = np.cross(vecxz, local_x)
+        local_z = np.cross(local_x, local_y)
+        local_y /= np.linalg.norm(local_y)
+        local_z /= np.linalg.norm(local_z)
+        for j in range(n_sec):
+            local_axes.append([local_x, local_y, local_z])
+    return local_axes
+
+
+def _get_coord(x1, y1, x2, y2, x, degree=1, sym_plane="j-0"):
+    if degree == 1:
+        y = y1 + (y2 - y1) * (x - x1) / (x2 - x1)
+    elif degree == 2:
+        d = float(re.findall(r"\d+\.?\d*", sym_plane)[0])
+        if sym_plane[0].lower() == 'j':
+            a = (y2 - y1) / (x2 ** 2 - x1 ** 2 - 2 * (x2 + d) * (x2 - x1))
+            b = -2 * a * (x2 + d)
+            c = y1 - a * x1 ** 2 - b * x1
+            y = a * x ** 2 + b * x + c
+        elif sym_plane[0].lower() == 'i':
+            a = (y2 - y1) / (x2 ** 2 - x1 ** 2 - 2 * (x1 - d) * (x2 - x1))
+            b = -2 * a * (x1 - d)
+            c = y1 - a * x1 ** 2 - b * x1
+            y = a * x ** 2 + b * x + c
+        else:
+            raise ValueError(f"Error arg sym_plane={sym_plane}!")
+    else:
+        raise ValueError("Currently only support degree=1 or 2!")
+    return y
+
+
+def _generate_mesh(points, cells, kind="line"):
+    """
+    generate the mesh from the points and cells
+    """
+    if kind == "line":
+        pltr = pv.PolyData()
+        pltr.points = points
+        pltr.lines = cells
+    elif kind == "face":
+        pltr = pv.PolyData()
+        pltr.points = points
+        pltr.faces = cells
+    else:
+        raise ValueError(f"not supported {kind}!")
+    return pltr
+
+# class VarSecMesh:
+#     """A class for generating meshes with variable fiber cross-sections.
+
+#     Parameters
+#     ----------
+#     meshi : Instance of the class ``SecMesh``.
+#         I end section.
+#     meshj : Instance of the class ``SecMesh``.
+#         J end section.
+#     path : list
+#         Coordinate path of section normal,
+#         such as [(x1, y1), (x2, y2), ... , (xn, yn)]
+#     n_sec : float, optional
+#         The number of sections within each line segment between two coords in Arg `path`,
+#         by default 2.
+#     y_degree : int, optional
+#         The polynomial order of the y-axis dimension variation of the section,
+#         1=linear, 2=parabolic, by default 1.
+#     y_sym_plane : str, optional, by default "j-0"
+#         When `y_degree`=2, specify the position of the symmetry plane, where the derivative is 0.
+#         The format is "i-{d}" or "j-{d}", which means that the distance from end i or end j is d.
+#         For example, "j-0" refers to end j, and "j-1.5" refers to the position 1.5 away from end j.
+#     z_degree : int, optional
+#         The polynomial order of the z-axis dimension variation of the section,
+#         1=linear, 2=parabolic, by default 2.
+#     z_sym_plane : str, optional, by default "j-0"
+#         When `z_degree`=2, specify the position of the symmetry plane, where the derivative is 0.
+#         The format is "i-{d}" or "j-{d}", which means that the distance from end i or end j is d.
+#         For example, "j-0" refers to end j, and "j-1.5" refers to the position 1.5 away from end j.
+#     """
+
+#     def __init__(self, meshi: SecMesh, meshj: SecMesh,
+#                  path: list, n_sec: float = 2,
+#                  y_degree: int = 1, y_sym_plane: str = "j-0",
+#                  z_degree: int = 2, z_sym_plane: str = "j-0"):
+#         if meshi.center is None or meshj.center is None:
+#             raise ValueError("meshi and meshj must run centring() method!")
+#         for i in range(len(path)):
+#             p = np.atleast_1d(path[i])
+#             if len(p) == 1:
+#                 path[i] = np.append(p, [0, 0])
+#             elif len(p) == 2:
+#                 path[i] = np.append(p, [0])
+#             else:
+#                 path[i] = p
+#         path = np.array(path, dtype=np.float32)
+#         self.meshi = meshi
+#         self.meshj = meshj
+#         self.path = path
+#         self.n_sec = n_sec
+#         self.y_degree = y_degree
+#         self.y_sym_plane = y_sym_plane
+#         self.z_degree = z_degree
+#         self.z_sym_plane = z_sym_plane
+
+#         self.new_sec_mesh = []
+#         self.new_sec_props = []
+#         self.path_length = None
+#         self.path_cum_length = None
+#         self.path_cum_coord = None
+
+#     def get_sec_mesh(self):
+#         """Get the fiber section mesh on the `path`.
+
+#         Returns
+#         -------
+#         list,
+#             A list of instances of class ``SecMesh`,
+#             the number of which is determined by `path` and `n_sec`.
+#         """
+#         length, cum_length, cum_coord = _get_path_len(self.path, self.n_sec)
+#         self.path_length, self.path_cum_length, self.path_cum_coord = length, cum_length, cum_coord
+#         for x in self.path_cum_length:
+#             group_map, mesh_size_map, mat_ops_map = _get_map(self.meshi, self.meshj, length, x,
+#                                                              self.y_degree, self.y_sym_plane,
+#                                                              self.z_degree, self.z_sym_plane)
+#             rebar_data = _get_rebar_data(self.meshi, self.meshj, length, x,
+#                                          self.y_degree, self.y_sym_plane, self.z_degree, self.z_sym_plane)
+
+#             secx = SecMesh()
+#             secx.assign_group(group_map)
+#             secx.assign_mesh_size(mesh_size_map)
+#             secx.assign_ops_matTag(mat_ops_map)
+#             if not self.meshi.color_map:
+#                 for i, name in enumerate(self.meshi.group_map.keys()):
+#                     secx.color_map[name] = secx.colors_default[i]
+#             else:
+#                 secx.color_map = self.meshi.color_map
+#             secx.rebar_data = rebar_data
+#             secx.mesh()
+#             secx.centring()
+#             self.new_sec_mesh.append(secx)
+#         return self.new_sec_mesh
+
+#     def get_sec_props(self, Eref: float = 1.0):
+#         """Solving Section Geometry Properties on the `path`.
+
+#         Parameters
+#         ----------
+#         Eref: float, default=1.0
+#             Reference modulus of elasticity, it is important to analyze the composite section.
+#             See `sectionproperties doc <https://sectionproperties.readthedocs.io/en/latest/rst/post.html>`_
+
+#         Returns
+#         -------
+#         list[dict]
+#             Each element is a dict of properties for each section.
+#         """
+#         for sec_mesh in self.new_sec_mesh:
+#             sec_props = sec_mesh.get_sec_props(Eref)
+#             self.new_sec_props.append(sec_props)
+#         return self.new_sec_props
+
+#     def view(self, on_notebook: bool = False):
+#         """Visualize fiber cross-sections on path.
+
+#         Parameters
+#         ----------
+#         on_notebook : bool, optional, by default False
+#             If True, display in the jupyter notebook.
+#         """
+
+#         plotter = pv.Plotter(notebook=on_notebook)
+#         point_plot1 = pv.PolyData(self.path_cum_coord)
+#         plotter.add_mesh(point_plot1, color='black',
+#                          point_size=5, render_points_as_spheres=True)
+#         point_plot2 = pv.PolyData(self.path)
+#         plotter.add_mesh(point_plot2, color='#8f1402',
+#                          point_size=10, render_points_as_spheres=True)
+#         line_cells = []
+#         for i in range(len(self.path) - 1):
+#             line_cells.extend([2, i, i + 1])
+
+#         line_plot = _generate_mesh(self.path, line_cells, kind="line")
+#         plotter.add_mesh(
+#             line_plot,
+#             color='black',
+#             render_lines_as_tubes=False,
+#             line_width=2,
+#         )
+#         local_axes = _get_path_local_axes(self.path, self.n_sec)
+#         for i in range(len(self.new_sec_mesh)):
+#             sec_mesh = self.new_sec_mesh[i]
+#             center0 = self.path_cum_coord[i]
+#             _, vecy, vecz = local_axes[i]
+#             points = sec_mesh.points
+#             points = (points[:, 0].reshape((-1, 1)) @ np.reshape(vecy, (1, 3)) +
+#                       points[:, 1].reshape((-1, 1)) @ np.reshape(vecz, (1, 3)))
+#             points += center0
+#             for name, faces in sec_mesh.cells_map.items():
+#                 faces = np.insert(faces, 0, values=3, axis=1)
+#                 face_plot = _generate_mesh(
+#                     points, faces, kind="face"
+#                 )
+#                 plotter.add_mesh(
+#                     face_plot, color=sec_mesh.color_map[name], show_edges=True, opacity=1
+#                 )
+#             for rdata in sec_mesh.rebar_data:
+#                 color = rdata["color"]
+#                 r = rdata["dia"] / 2
+#                 rebar_xy = np.array(rdata["rebar_xy"])
+#                 rebar_xy = (rebar_xy[:, 0].reshape((-1, 1)) @ np.reshape(vecy, (1, 3)) +
+#                             rebar_xy[:, 1].reshape((-1, 1)) @ np.reshape(vecz, (1, 3)))
+#                 rebar_xy += center0
+#                 spheres = []
+#                 for coord in rebar_xy:
+#                     spheres.append(pv.Sphere(radius=r, center=coord))
+#                 merged = pv.MultiBlock(spheres)
+#                 plotter.add_mesh(merged, color=color)
+#         plotter.add_axes()
+#         plotter.view_isometric()
+#         plotter.show(title="opstool")
+
+# def _get_map(meshi, meshj, length, x, y_degree, y_sym_plane, z_degree, z_sym_plane):
+#     group_map = dict()
+#     mesh_size_map = dict()
+#     mat_ops_map = dict()
+#     for name in meshi.group_map.keys():
+#         mesh_size_map[name] = (meshi.mesh_size_map[name] +
+#                                meshj.mesh_size_map[name]) / 2
+#         if meshi.mat_ops_map and meshj.mat_ops_map:
+#             mat_ops_map[name] = meshi.mat_ops_map[name]
+#         geom_i = meshi.group_map[name].geom
+#         geom_j = meshj.group_map[name].geom
+#         ext_i = np.array(geom_i.exterior.coords)
+#         ext_j = np.array(geom_j.exterior.coords)
+#         ext_i -= np.array(meshi.center)
+#         ext_j -= np.array(meshj.center)
+#         ext_i = _sort_xy(ext_i)
+#         ext_j = _sort_xy(ext_j)
+#         yi, zi = ext_i[:, 0], ext_i[:, 1]
+#         yj, zj = ext_j[:, 0], ext_j[:, 1]
+#         ys, zs = [], []
+#         for i in range(len(yi)):
+#             y = _get_coord(0, yi[i], length, yj[i], x,
+#                            degree=y_degree, sym_plane=y_sym_plane)
+#             z = _get_coord(0, zi[i], length, zj[i], x,
+#                            degree=z_degree, sym_plane=z_sym_plane)
+#             ys.append(y)
+#             zs.append(z)
+#         ext_points = [[ys[i_], zs[i_]] for i_ in range(len(ys))]
+#         int_points = []
+#         for inti, intj in zip(geom_i.interiors, geom_j.interiors):
+#             int_i = np.array(inti.coords)
+#             int_j = np.array(intj.coords)
+#             int_i -= np.array(meshi.center)
+#             int_j -= np.array(meshj.center)
+#             yi, zi = int_i[:, 0], int_i[:, 1]
+#             yj, zj = int_j[:, 0], int_j[:, 1]
+#             ys, zs = [], []
+#             for i in range(len(yi)):
+#                 y = _get_coord(0, yi[i], length, yj[i], x,
+#                                degree=y_degree, sym_plane=y_sym_plane)
+#                 z = _get_coord(0, zi[i], length, zj[i], x,
+#                                degree=z_degree, sym_plane=z_sym_plane)
+#                 ys.append(y)
+#                 zs.append(z)
+#             int_points.append([[ys[i_], zs[i_]] for i_ in range(len(ys))])
+#         ply = Polygon(ext_points, int_points)
+#         geometry = Geometry(geom=ply, material=meshi.group_map[name].material)
+#         group_map[name] = geometry
+#     return group_map, mesh_size_map, mat_ops_map
+
+
+# def _get_rebar_data(meshi, meshj, length, x, y_degree, y_sym_plane, z_degree, z_sym_plane):
+#     rebar_data = []
+#     for datai, dataj in zip(meshi.rebar_data, meshj.rebar_data):
+#         data = dict()
+#         data["dia"] = datai["dia"]
+#         data["matTag"] = datai["matTag"]
+#         data['color'] = datai['color']
+#         rebar_xyi, rebar_xyj = np.array(
+#             datai["rebar_xy"]), np.array(dataj["rebar_xy"])
+#         rebar_xyi, rebar_xyj = _sort_xy(rebar_xyi), _sort_xy(rebar_xyj)
+#         xy = []
+#         for xyi, xyj in zip(rebar_xyi, rebar_xyj):
+#             y = _get_coord(0, xyi[0], length, xyj[0], x,
+#                            degree=y_degree, sym_plane=y_sym_plane)
+#             z = _get_coord(0, xyi[1], length, xyj[1], x,
+#                            degree=z_degree, sym_plane=z_sym_plane)
+#             xy.append([y, z])
+#         data["rebar_xy"] = xy
+#         rebar_data.append(data)
+#     return rebar_data
+
+# def _sort_xy(points):
+#     x, y = points[:, 0], points[:, 1]
+#     x0, y0 = np.mean(x), np.mean(y)
+#     r = np.sqrt((x - x0) ** 2 + (y - y0) ** 2)
+#     angles = np.where((y - y0) > 0, np.arccos((x - x0) / r),
+#                       2 * np.pi - np.arccos((x - x0) / r))
+#     mask = np.argsort(angles)
+#     points_ = points[mask]
+#     return points_
diff --git a/build/lib/opstool/preprocessing/tcl2py.py b/build/lib/opstool/preprocessing/tcl2py.py
new file mode 100644
index 0000000..dd580f2
--- /dev/null
+++ b/build/lib/opstool/preprocessing/tcl2py.py
@@ -0,0 +1,1309 @@
+import tkinter
+
+
+def tcl2py(input_file: str,
+           output_file: str,
+           prefix: str = "ops"):
+    """Convert tcl code of opensees to openseespy code.
+
+    .. tip::
+        * This function will flatten your `tcl` code, including loops,
+          judgments, assignments, proc, etc.
+        * Do not use assignment statements for openseens commands, such as
+          ``set ok [analyze 1]``, ``set lambdaN [eigen 10]``, it will trigger
+          an error!
+        * It is recommended to remove `analysis related tcl code` and keep only
+          commands such as model building and load definition to avoid
+          possible exceptions.
+          The `analysis-related python code` you can add manually, although
+          this function provides the ability to convert the analysis tcl code.
+
+    Parameters
+    ----------
+    input_file : str
+        The name of input ``.tcl`` file.
+    output_file : str
+        The name of output ``.py`` file.
+    prefix : str, optional
+        Prefix name of openseespy, by default ``ops``.
+        i.e., ``import openseespy.opensees as ops``.
+        If None or void str '', the prefix is not used.
+        i.e., ``from openseespy.opensees import *``.
+    """
+    if not input_file.endswith(".tcl"):
+        input_file += ".tcl"
+    if not output_file.endswith(".py"):
+        output_file += ".py"
+    if prefix:
+        import_txt = f"import openseespy.opensees as {prefix}\n\n"
+        prefix += "."
+    else:
+        import_txt = "from openseespy.opensees import *\n\n"
+        prefix = ''
+
+    with open(input_file, 'r', encoding="utf-8") as f:
+        tcl_src = f.read()
+    tcl_src = tcl_src.replace("{", " { ")
+    tcl_src = tcl_src.replace("}", " } ")
+    interp, contents = _TclInterp(prefix)
+    interp.eval(tcl_src)
+
+    with open(output_file, mode='w', encoding="utf-8") as fw:
+        fw.write(import_txt)
+        for line in contents:
+            fw.write(line + "\n")
+
+
+def _TclInterp(prefix):
+    interp = tkinter.Tcl()
+    contents = []
+
+    def _puts(*args):
+        # print(*args)
+        pass
+
+    def _wipe(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}wipe{args}")
+
+    def _model(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}model{args}")
+
+    def _node(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}node{args}")
+
+    def _fix(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}fix{args}")
+
+    def _fixX(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}fixX{args}")
+
+    def _fixY(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}fixY{args}")
+
+    def _fixZ(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}fixZ{args}")
+
+    def _equalDOF(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}equalDOF{args}")
+
+    def _equalDOF_Mixed(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}equalDOF_Mixed{args}")
+
+    def _rigidDiaphragm(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}rigidDiaphragm{args}")
+
+    def _rigidLink(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}rigidLink{args}")
+
+    def _uniaxialMaterial(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}uniaxialMaterial{args}")
+
+    def _nDMaterial(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nDMaterial{args}")
+
+    def _beamIntegration(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}beamIntegration{args}")
+
+    def _section(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        if args[0] in ('NDFiber', 'Fiber'):
+            contents.append(f"{prefix}section{args[:-1]}")
+            txt = args[-1]
+            txt.replace("\\n", '')
+            interp.eval(txt)
+        else:
+            contents.append(f"{prefix}section{args}")
+
+    def _fiber(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}fiber{args}")
+
+    def _patch(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}patch{args}")
+
+    def _layer(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}layer{args}")
+
+    def _element(*args):
+        args = _remove_commit(args)
+        args = [_type_convert(i) for i in args]
+        if args[0] not in ['nonlinearBeamColumn',
+                           'forceBeamColumn', 'dispBeamColumn']:
+            args = tuple([_type_convert(i) for i in args])
+            contents.append(f"{prefix}element{args}")
+        else:
+            eleTag = args[1]
+            secTag = args[5]
+            if isinstance(secTag, int):
+                Np = args[4]
+                transfTag = args[6]
+                if args[0] == 'dispBeamColumn':
+                    contents.append(
+                        f"{prefix}beamIntegration"
+                        f"('Legendre', {eleTag}, {secTag}, {Np})")
+                else:
+                    contents.append(
+                        f"{prefix}beamIntegration"
+                        f"('Lobatto', {eleTag}, {secTag}, {Np})")
+                idx = 7
+            else:
+                transfTag = args[4]
+                interp_paras = []
+                idx = 6
+                for i, arg in enumerate(args[6:]):
+                    if not isinstance(arg, str):
+                        interp_paras.append(arg)
+                    else:
+                        idx += i
+                        break
+                contents.append(
+                    f"{prefix}beamIntegration"
+                    f"('{args[5]}', {eleTag}, *{interp_paras})")
+            if args[0] == 'nonlinearBeamColumn':
+                args[0] = 'forceBeamColumn'
+            if '-mass' not in args and '-iter' not in args:
+                contents.append(
+                    f"{prefix}element('{args[0]}', {eleTag}, {args[2]}, "
+                    f"{args[3]}, {transfTag}, {eleTag})")
+            else:
+                contents.append(
+                    f"{prefix}element('{args[0]}', {eleTag}, {args[2]}, "
+                    f"{args[3]}, {transfTag}, {eleTag}, *{args[idx:]})")
+
+    def _timeSeries(*args):
+        args = _remove_commit(args)
+        args = [_type_convert(i) for i in args]
+        if args[0] == 'Path':
+            if ('-time' in args) or ('-values' in args):
+                time, values = None, None
+                if '-time' in args:
+                    idx = args.index('-time')
+                    time = list(args[idx + 1].split())
+                    time = [float(i) for i in time]
+                    args.pop(idx)
+                    args.pop(idx)
+                if '-values' in args:
+                    idx = args.index('-values')
+                    values = list(args[idx + 1].split())
+                    values = [float(i) for i in values]
+                    args.pop(idx)
+                    args.pop(idx)
+                if time and values:
+                    args = args[:2] + ['-time', *time,
+                                       '-values', *values] + args[2:]
+                elif values is None:
+                    args = args[:2] + ['-time', *time] + args[2:]
+                else:
+                    args = args[:2] + ['-values', *values] + args[2:]
+                txt = f"{prefix}timeSeries('Path', {args[1]}, *{args[2:]})"
+                contents.append(txt)
+            else:
+                args = tuple([_type_convert(i) for i in args])
+                contents.append(f"{prefix}timeSeries{args}")
+        else:
+            args = tuple([_type_convert(i) for i in args])
+            contents.append(f"{prefix}timeSeries{args}")
+
+    def _pattern(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        if args[0].lower() == "plain" and isinstance(args[2], str):
+            contents.append(f"{prefix}timeSeries('{args[2]}', {args[1]})")
+            args = list(args)
+            args[2] = args[1]
+            args = tuple(args)
+            contents.append(f"{prefix}pattern{args[:-1]}")
+        else:
+            contents.append(f"{prefix}pattern{args[:-1]}")
+        txt = args[-1]
+        txt.replace("\\n", '')
+        interp.eval(txt)
+
+    def _load(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}load{args}")
+
+    def _eleLoad(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleLoad{args}")
+
+    def _sp(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sp{args}")
+
+    def _groundMotion(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}groundMotion{args}")
+
+    def _imposedMotion(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}imposedMotion{args}")
+
+    def _mass(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}mass{args}")
+
+    def _frictionModel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}frictionModel{args}")
+
+    def _geomTransf(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}geomTransf{args}")
+
+    def _region(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}region{args}")
+
+    def _rayleigh(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}rayleigh{args}")
+
+    def _block2D(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}block2D{args}")
+
+    def _block3D(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}block3D{args}")
+
+    def _ShallowFoundationGen(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}ShallowFoundationGen{args}")
+
+    def _constraints(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}constraints{args}")
+
+    def _numberer(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}numberer{args}")
+
+    def _system(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}system{args}")
+
+    def _test(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}test{args}")
+
+    def _algorithm(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}algorithm{args}")
+
+    def _integrator(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}integrator{args}")
+
+    def _analysis(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}analysis{args}")
+
+    def _eigen(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eigen{args}")
+        return 0
+
+    def _analyze(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}analyze{args}")
+        return 0
+
+    def _modalProperties(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}modalProperties{args}")
+
+    def _responseSpectrumAnalysis(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}responseSpectrumAnalysis{args}")
+
+    def _recorder(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}recorder{args}")
+
+    def _record(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}record{args}")
+
+    def _print(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}printModel{args}")
+
+    def _printA(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}printA{args}")
+
+    def _logFile(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}logFile{args}")
+
+    def _remove(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}remove{args}")
+
+    def _loadConst(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}loadConst{args}")
+
+    def _wipeAnalysis(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}wipeAnalysis{args}")
+
+    def _modalDamping(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}modalDamping{args}")
+
+    def _database(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}database{args}")
+
+    def _getTime(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getTime{args}")
+
+    def _setTime(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setTime{args}")
+
+    def _testUniaxialMaterial(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}testUniaxialMaterial{args}")
+
+    def _setStrain(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setStrain{args}")
+
+    def _getStrain(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getStrain{args}")
+
+    def _getStress(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getStress{args}")
+
+    def _getTangent(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getTangent{args}")
+
+    def _getDampTangent(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getDampTangent{args}")
+
+    def _reactions(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}reactions{args}")
+
+    def _nodeReaction(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeReaction{args}")
+
+    def _nodeEigenvector(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeEigenvector{args}")
+
+    def _setCreep(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setCreep{args}")
+
+    def _eleResponse(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleResponse{args}")
+
+    def _reset(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}reset{args}")
+
+    def _initialize(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}initialize{args}")
+
+    def _getLoadFactor(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getLoadFactor{args}")
+
+    def _build(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}build{args}")
+
+    def _printGID(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}printGID{args}")
+
+    def _getCTestNorms(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getCTestNorms{args}")
+
+    def _getCTestIter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getCTestIter{args}")
+
+    def _save(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}save{args}")
+
+    def _restore(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}restore{args}")
+
+    def _eleForce(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleForce{args}")
+
+    def _eleDynamicalForce(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleDynamicalForce{args}")
+
+    def _nodeUnbalance(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeUnbalance{args}")
+
+    def _nodeDisp(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeDisp{args}")
+
+    def _setNodeDisp(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNodeDisp{args}")
+
+    def _nodeVel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeVel{args}")
+
+    def _setNodeVel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNodeVel{args}")
+
+    def _nodeAccel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeAccel{args}")
+
+    def _setNodeAccel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNodeAccel{args}")
+
+    def _nodeResponse(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeResponse{args}")
+
+    def _nodeCoord(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeCoord{args}")
+
+    def _setNodeCoord(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNodeCoord{args}")
+
+    def _updateElementDomain(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}updateElementDomain{args}")
+
+    def _getNDMM(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNDM{args}")
+
+    def _getNDFF(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNDF{args}")
+
+    def _eleNodes(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleNodes{args}")
+
+    def _eleType(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}eleType{args}")
+
+    def _nodeDOFs(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeDOFs{args}")
+
+    def _nodeMass(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeMass{args}")
+
+    def _nodePressure(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodePressure{args}")
+
+    def _setNodePressure(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNodePressure{args}")
+
+    def _nodeBounds(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}nodeBounds{args}")
+
+    def _startTimer(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}start{args}")
+
+    def _stopTimer(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}stop{args}")
+
+    def _modalDampingQ(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}modalDampingQ{args}")
+
+    def _setElementRayleighDampingFactors(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setElementRayleighDampingFactors{args}")
+
+    def _setPrecision(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setPrecision{args}")
+
+    def _searchPeerNGA(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}searchPeerNGA{args}")
+
+    def _domainChange(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}domainChange{args}")
+
+    def _defaultUnits(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}defaultUnits{args}")
+
+    def _stripXML(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}stripXML{args}")
+
+    def _convertBinaryToText(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}convertBinaryToText{args}")
+
+    def _convertTextToBinary(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}convertTextToBinary{args}")
+
+    def _getEleTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getEleTags{args}")
+
+    def _getCrdTransfTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getCrdTransfTags{args}")
+
+    def _getNodeTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNodeTags{args}")
+
+    def _getParamTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getParamTags{args}")
+
+    def _getParamValue(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getParamValue{args}")
+
+    def _sectionForce(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionForce{args}")
+
+    def _sectionDeformation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionDeformation{args}")
+
+    def _sectionStiffness(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionStiffness{args}")
+
+    def _sectionFlexibility(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionFlexibility{args}")
+
+    def _sectionLocation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionLocation{args}")
+
+    def _sectionWeight(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionWeight{args}")
+
+    def _sectionTag(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionTag{args}")
+
+    def _sectionDisplacement(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sectionDisplacement{args}")
+
+    def _cbdiDisplacement(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}cbdiDisplacement{args}")
+
+    def _basicDeformation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}basicDeformation{args}")
+
+    def _basicForce(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}basicForce{args}")
+
+    def _basicStiffness(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}basicStiffness{args}")
+
+    def _InitialStateAnalysis(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}InitialStateAnalysis{args}")
+
+    def _totalCPU(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}totalCPU{args}")
+
+    def _solveCPU(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}solveCPU{args}")
+
+    def _accelCPU(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}accelCPU{args}")
+
+    def _numFact(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}numFact{args}")
+
+    def _numIter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}numIter{args}")
+
+    def _systemSize(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}systemSize{args}")
+
+    def _version(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}version{args}")
+
+    def _setMaxOpenFiles(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setMaxOpenFiles{args}")
+
+    def _limitCurve(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}limitCurve{args}")
+
+    def _setElementRayleighFactors(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setElementRayleighFactors{args}")
+
+    def _mesh(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}mesh{args}")
+
+    def _remesh(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}remesh{args}")
+
+    def _parameter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}parameter{args}")
+
+    def _addToParameter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}addToParameter{args}")
+
+    def _updateParameter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}updateParameter{args}")
+
+    def _setParameter(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setParameter{args}")
+
+    def _getPID(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getPID{args}")
+
+    def _getNP(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNP{args}")
+
+    def _barrier(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}barrier{args}")
+
+    def _send(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}send{args}")
+
+    def _recv(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}recv{args}")
+
+    def _Bcast(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}Bcast{args}")
+
+    def _computeGradients(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}computeGradients{args}")
+
+    def _sensitivityAlgorithm(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensitivityAlgorithm{args}")
+
+    def _sensNodeDisp(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensNodeDisp{args}")
+
+    def _sensNodeVel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensNodeVel{args}")
+
+    def _sensNodeAccel(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensNodeAccel{args}")
+
+    def _sensLambda(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensLambda{args}")
+
+    def _sensSectionForce(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensSectionForce{args}")
+
+    def _sensNodePressure(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sensNodePressure{args}")
+
+    def _getNumElements(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNumElements{args}")
+
+    def _getEleClassTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getEleClassTags{args}")
+
+    def _getEleLoadClassTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getEleLoadClassTags{args}")
+
+    def _getEleLoadTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getEleLoadTags{args}")
+
+    def _getEleLoadData(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getEleLoadData{args}")
+
+    def _getNodeLoadTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNodeLoadTags{args}")
+
+    def _getNodeLoadData(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNodeLoadData{args}")
+
+    def _randomVariable(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}randomVariable{args}")
+
+    def _getRVTags(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVTags{args}")
+
+    def _getRVMean(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVMean{args}")
+
+    def _getRVStdv(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVStdv{args}")
+
+    def _getRVPDF(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVPDF{args}")
+
+    def _getRVCDF(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVCDF{args}")
+
+    def _getRVInverseCDF(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getRVInverseCDF{args}")
+
+    def _addCorrelate(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}addCorrelate{args}")
+
+    def _transformUtoX(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}transformUtoX{args}")
+
+    def _wipeReliability(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}wipeReliability{args}")
+
+    def _updateMaterialStage(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}updateMaterialStage{args}")
+
+    def _sdfResponse(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}sdfResponse{args}")
+
+    def _probabilityTransformation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}probabilityTransformation{args}")
+
+    def _getNumThreads(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}getNumThreads{args}")
+
+    def _setNumThreads(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setNumThreads{args}")
+
+    def _setStartNodeTag(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}setStartNodeTag{args}")
+
+    def _hystereticBackbone(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}hystereticBackbone{args}")
+
+    def _stiffnessDegradation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}stiffnessDegradation{args}")
+
+    def _strengthDegradation(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}strengthDegradation{args}")
+
+    def _unloadingRule(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}unloadingRule{args}")
+
+    def _partition(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}partition{args}")
+
+    def _pc(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}pressureConstraint{args}")
+
+    def _domainCommitTag(*args):
+        args = _remove_commit(args)
+        args = tuple([_type_convert(i) for i in args])
+        contents.append(f"{prefix}domainCommitTag{args}")
+
+    interp.createcommand('puts', _puts)
+    interp.createcommand('wipe', _wipe)
+    interp.createcommand('model', _model)
+    interp.createcommand('node', _node)
+    interp.createcommand('fix', _fix)
+    interp.createcommand('fixX', _fixX)
+    interp.createcommand('fixY', _fixY)
+    interp.createcommand('fixZ', _fixZ)
+    interp.createcommand('equalDOF', _equalDOF)
+    interp.createcommand('equalDOF_Mixed', _equalDOF_Mixed)
+    interp.createcommand('rigidDiaphragm', _rigidDiaphragm)
+    interp.createcommand('rigidLink', _rigidLink)
+    interp.createcommand('element', _element)
+    interp.createcommand('timeSeries', _timeSeries)
+    interp.createcommand('pattern', _pattern)
+    interp.createcommand('load', _load)
+    interp.createcommand('eleLoad', _eleLoad)
+    interp.createcommand('sp', _sp)
+    interp.createcommand('groundMotion', _groundMotion)
+    interp.createcommand('imposedMotion', _imposedMotion)
+    interp.createcommand("imposedSupportMotion", _imposedMotion)
+    interp.createcommand('mass', _mass)
+    interp.createcommand('uniaxialMaterial', _uniaxialMaterial)
+    interp.createcommand('nDMaterial', _nDMaterial)
+    interp.createcommand("beamIntegration", _beamIntegration)
+    interp.createcommand('section', _section)
+    interp.createcommand('fiber', _fiber)
+    interp.createcommand('patch', _patch)
+    interp.createcommand('layer', _layer)
+    interp.createcommand('frictionModel', _frictionModel)
+    interp.createcommand('geomTransf', _geomTransf)
+    interp.createcommand('region', _region)
+    interp.createcommand('rayleigh', _rayleigh)
+    interp.createcommand('block2D', _block2D)
+    interp.createcommand('block2d', _block2D)
+    interp.createcommand('block3D', _block3D)
+    interp.createcommand('block3d', _block3D)
+    interp.createcommand('ShallowFoundationGen', _ShallowFoundationGen)
+    interp.createcommand('constraints', _constraints)
+    interp.createcommand('numberer', _numberer)
+    interp.createcommand('system', _system)
+    interp.createcommand('test', _test)
+    interp.createcommand('algorithm', _algorithm)
+    interp.createcommand('integrator', _integrator)
+    interp.createcommand('analysis', _analysis)
+    interp.createcommand('eigen', _eigen)
+    interp.createcommand('analyze', _analyze)
+    interp.createcommand('modalProperties', _modalProperties)
+    interp.createcommand('responseSpectrumAnalysis', _responseSpectrumAnalysis)
+    interp.createcommand('record', _record)
+    interp.createcommand('recorder', _recorder)
+    interp.createcommand('print', _print)
+    interp.createcommand('printA', _printA)
+    interp.createcommand('logFile', _logFile)
+    interp.createcommand('remove', _remove)
+    interp.createcommand('loadConst', _loadConst)
+    interp.createcommand('wipeAnalysis', _wipeAnalysis)
+    interp.createcommand('modalDamping', _modalDamping)
+    interp.createcommand('database', _database)
+    interp.createcommand('getTime', _getTime)
+    interp.createcommand("setTime", _setTime)
+    interp.createcommand("testUniaxialMaterial", _testUniaxialMaterial)
+    interp.createcommand("setStrain", _setStrain)
+    interp.createcommand("getStrain", _getStrain)
+    interp.createcommand("getStress", _getStress)
+    interp.createcommand("getTangent", _getTangent)
+    interp.createcommand("getDampTangent", _getDampTangent)
+    interp.createcommand("reactions", _reactions)
+    interp.createcommand("nodeReaction", _nodeReaction)
+    interp.createcommand("remove", _remove)
+    interp.createcommand("nodeEigenvector", _nodeEigenvector)
+    interp.createcommand("setCreep", _setCreep)
+    interp.createcommand("eleResponse", _eleResponse)
+    interp.createcommand("reset", _reset)
+    interp.createcommand("initialize", _initialize)
+    interp.createcommand("getLoadFactor", _getLoadFactor)
+    interp.createcommand("build", _build)
+    interp.createcommand("printGID", _printGID)
+    interp.createcommand("testNorm", _getCTestNorms)
+    interp.createcommand("testIter", _getCTestIter)
+    interp.createcommand("save", _save)
+    interp.createcommand("restore", _restore)
+    interp.createcommand("eleForce", _eleForce)
+    interp.createcommand("eleDynamicalForce", _eleDynamicalForce)
+    interp.createcommand("nodeUnbalance", _nodeUnbalance)
+    interp.createcommand("nodeDisp", _nodeDisp)
+    interp.createcommand("setNodeDisp", _setNodeDisp)
+    interp.createcommand("nodeVel", _nodeVel)
+    interp.createcommand("setNodeVel", _setNodeVel)
+    interp.createcommand("nodeAccel", _nodeAccel)
+    interp.createcommand("setNodeAccel", _setNodeAccel)
+    interp.createcommand("nodeResponse", _nodeResponse)
+    interp.createcommand("nodeCoord", _nodeCoord)
+    interp.createcommand("setNodeCoord", _setNodeCoord)
+    interp.createcommand("updateElementDomain", _updateElementDomain)
+    interp.createcommand("getNDM", _getNDMM)
+    interp.createcommand("getNDF", _getNDFF)
+    interp.createcommand("eleNodes", _eleNodes)
+    interp.createcommand("eleType", _eleType)
+    interp.createcommand("nodeDOFs", _nodeDOFs)
+    interp.createcommand("nodeMass", _nodeMass)
+    interp.createcommand("nodePressure", _nodePressure)
+    interp.createcommand("setNodePressure", _setNodePressure)
+    interp.createcommand("nodeBounds", _nodeBounds)
+    interp.createcommand("start", _startTimer)
+    interp.createcommand("stop", _stopTimer)
+    interp.createcommand("modalDampingQ", _modalDampingQ)
+    interp.createcommand("setElementRayleighDampingFactors",
+                         _setElementRayleighDampingFactors)
+    interp.createcommand("setPrecision", _setPrecision)
+    interp.createcommand("searchPeerNGA", _searchPeerNGA)
+    interp.createcommand("domainChange", _domainChange)
+    interp.createcommand("defaultUnits", _defaultUnits)
+    interp.createcommand("stripXML", _stripXML)
+    interp.createcommand("convertBinaryToText", _convertBinaryToText)
+    interp.createcommand("convertTextToBinary", _convertTextToBinary)
+    interp.createcommand("getEleTags", _getEleTags)
+    interp.createcommand("getCrdTransfTags", _getCrdTransfTags)
+    interp.createcommand("getNodeTags", _getNodeTags)
+    interp.createcommand("getParamTags", _getParamTags)
+    interp.createcommand("getParamValue", _getParamValue)
+    interp.createcommand("sectionForce", _sectionForce)
+    interp.createcommand("sectionDeformation", _sectionDeformation)
+    interp.createcommand("sectionStiffness", _sectionStiffness)
+    interp.createcommand("sectionFlexibility", _sectionFlexibility)
+    interp.createcommand("sectionLocation", _sectionLocation)
+    interp.createcommand("sectionWeight", _sectionWeight)
+    interp.createcommand("sectionTag", _sectionTag)
+    interp.createcommand("sectionDisplacement", _sectionDisplacement)
+    interp.createcommand("cbdiDisplacement", _cbdiDisplacement)
+    interp.createcommand("basicDeformation", _basicDeformation)
+    interp.createcommand("basicForce", _basicForce)
+    interp.createcommand("basicStiffness", _basicStiffness)
+    interp.createcommand("InitialStateAnalysis", _InitialStateAnalysis)
+    interp.createcommand("totalCPU", _totalCPU)
+    interp.createcommand("solveCPU", _solveCPU)
+    interp.createcommand("accelCPU", _accelCPU)
+    interp.createcommand("numFact", _numFact)
+    interp.createcommand("numIter", _numIter)
+    interp.createcommand("systemSize", _systemSize)
+    interp.createcommand("version", _version)
+    interp.createcommand("setMaxOpenFiles", _setMaxOpenFiles)
+    interp.createcommand("limitCurve", _limitCurve)
+
+    interp.createcommand("equalDOF_Mixed", _equalDOF_Mixed)
+    interp.createcommand("setElementRayleighFactors",
+                         _setElementRayleighFactors)
+    interp.createcommand("mesh", _mesh)
+    interp.createcommand("remesh", _remesh)
+    interp.createcommand("parameter", _parameter)
+    interp.createcommand("addToParameter", _addToParameter)
+    interp.createcommand("updateParameter", _updateParameter)
+    interp.createcommand("setParameter", _setParameter)
+    interp.createcommand("getPID", _getPID)
+    interp.createcommand("getNP", _getNP)
+    interp.createcommand("barrier", _barrier)
+    interp.createcommand("send", _send)
+    interp.createcommand("recv", _recv)
+    interp.createcommand("Bcast", _Bcast)
+    interp.createcommand("computeGradients", _computeGradients)
+    interp.createcommand("sensitivityAlgorithm", _sensitivityAlgorithm)
+    interp.createcommand("sensNodeDisp", _sensNodeDisp)
+    interp.createcommand("sensNodeVel", _sensNodeVel)
+    interp.createcommand("sensNodeAccel", _sensNodeAccel)
+    interp.createcommand("sensLambda", _sensLambda)
+    interp.createcommand("sensSectionForce", _sensSectionForce)
+    interp.createcommand("sensNodePressure", _sensNodePressure)
+    interp.createcommand("getNumElements", _getNumElements)
+    interp.createcommand("getEleClassTags", _getEleClassTags)
+    interp.createcommand("getEleLoadClassTags", _getEleLoadClassTags)
+    interp.createcommand("getEleLoadTags", _getEleLoadTags)
+    interp.createcommand("getEleLoadData", _getEleLoadData)
+    interp.createcommand("getNodeLoadTags", _getNodeLoadTags)
+    interp.createcommand("getNodeLoadData", _getNodeLoadData)
+    interp.createcommand("randomVariable", _randomVariable)
+    interp.createcommand("getRVTags", _getRVTags)
+    interp.createcommand("getMean", _getRVMean)
+    interp.createcommand("getStdv", _getRVStdv)
+    interp.createcommand("getPDF", _getRVPDF)
+    interp.createcommand("getCDF", _getRVCDF)
+    interp.createcommand("getInverseCDF", _getRVInverseCDF)
+    interp.createcommand("correlate", _addCorrelate)
+    interp.createcommand("transformUtoX", _transformUtoX)
+    interp.createcommand("wipeReliability", _wipeReliability)
+    interp.createcommand("updateMaterialStage", _updateMaterialStage)
+    interp.createcommand("sdfResponse", _sdfResponse)
+    interp.createcommand("probabilityTransformation",
+                         _probabilityTransformation)
+    interp.createcommand("getNumThreads", _getNumThreads)
+    interp.createcommand("setNumThreads", _setNumThreads)
+    interp.createcommand("setStartNodeTag", _setStartNodeTag)
+    interp.createcommand("hystereticBackbone", _hystereticBackbone)
+    interp.createcommand("stiffnessDegradation", _stiffnessDegradation)
+    interp.createcommand("strengthDegradation", _strengthDegradation)
+    interp.createcommand("unloadingRule", _unloadingRule)
+    interp.createcommand("partition", _partition)
+    interp.createcommand("pressureConstraint", _pc)
+    interp.createcommand("domainCommitTag", _domainCommitTag)
+    return interp, contents
+
+
+def _type_convert(a):
+    try:
+        a = int(a)
+    except ValueError:
+        try:
+            a = float(a)
+        except ValueError:
+            a = str(a)
+    return a
+
+
+def _remove_commit(args, obj="#"):
+    if "#" in args:
+        idx = args.index(obj)
+        args = args[:idx]
+    return args
diff --git a/build/lib/opstool/utils.py b/build/lib/opstool/utils.py
new file mode 100644
index 0000000..0bc58cd
--- /dev/null
+++ b/build/lib/opstool/utils.py
@@ -0,0 +1,120 @@
+from typing import Union
+
+# The element class Tag in OpenSees, which is used to determine the element type
+# see ...\SRC\classTags.h
+ELE_TAG_Truss = [12, 13, 14, 15, 16, 17, 18,
+                 138, 139, 155, 169, 218]  # 169 is CatenaryCable
+ELE_TAG_Link = [19, 20, 21, 22, 23, 24, 25, 26, 260, 27,  # zeroLength
+                86,  # 86-twoNodeLink
+                84, 85, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104,
+                105, 106, 107, 108, 109, 130, 131, 132, 147, 148, 149, 150, 151, 152, 153,
+                158, 159, 160, 161, 165, 166]  # Bearing
+ELE_TAG_Beam = [3, 4, 5, 5001, 6, 7, 8, 9, 10, 11, 28, 29, 30, 34, 35, 62, 621, 63, 64, 640,
+                641, 642, 65, 66, 67, 68, 69, 70, 71, 72, 73, 731, 74, 75, 751, 76, 77, 78,
+                30766, 30765, 30767, 79, 128]
+ELE_TAG_Plane = [31, 32, 33, 40, 47, 50, 52, 53, 54, 55, 59, 60, 61, 116, 119, 120, 126, 134,
+                 142, 143, 156, 157,
+                 167, 168, 173, 174, 175, 180, 203, 204, 207, 208, 209]
+ELE_TAG_Joint = [71, 72, 81, 8181, 82, 83]
+ELE_TAG_Tetrahedron = [179, 256, 189]   # four, ten, 189-FEMBubble
+ELE_TAG_Brick = [36, 37, 38, 39, 41, 42, 43, 44, 45, 46,
+                 48, 49, 51, 56, 57, 58, 121, 122, 127]
+ELE_TAG_PFEM = [133, 141, 142, 143, 144, 164, 187, 189, 199, 200, 255]
+# shape dict used to subplots
+shape_dict = {1: (1, 1), 2: (1, 2), 3: (1, 3), 4: (2, 2), 5: (2, 3),
+              6: (2, 3), 7: (3, 3), 8: (3, 3), 9: (3, 3), 10: (3, 4),
+              11: (3, 4), 12: (3, 4), 13: (4, 4), 14: (4, 4), 15: (4, 4),
+              16: (4, 4), 17: (4, 5), 18: (4, 5), 19: (4, 5), 20: (4, 5),
+              21: (5, 5), 22: (5, 5), 23: (5, 5), 24: (5, 5), 25: (5, 5),
+              26: (5, 6), 27: (5, 6), 28: (5, 6), 29: (5, 6), 30: (5, 6),
+              31: (6, 6), 32: (6, 6), 33: (6, 6), 34: (6, 6), 35: (6, 6),
+              36: (6, 6), 37: (6, 7), 38: (6, 7), 39: (6, 7), 40: (6, 7),
+              41: (6, 7), 42: (6, 7), 43: (7, 7), 44: (7, 7), 45: (7, 7),
+              46: (7, 7), 47: (7, 7), 48: (7, 7), 49: (7, 7)}
+
+
+def check_file(file_name: str, file_type: Union[str, list[str], tuple[str]]):
+    """Check file type.
+
+    Parameters
+    ----------
+    file_name: str
+        The file to be checked.
+    file_type: str
+        The target file type.
+
+    Returns
+    -------
+    None
+    """
+    if file_name:
+        if isinstance(file_type, str):
+            if not file_name.endswith(file_type):
+                raise ValueError(f"file must be endswith {file_type}!")
+        elif isinstance(file_type, list) or isinstance(file_type, tuple):
+            check = False
+            for type_ in file_type:
+                if file_name.endswith(type_):
+                    check = True
+            if not check:
+                raise ValueError(f"file must be endswith in {file_type}!")
+        else:
+            raise ValueError("file_type must be str or list or tuple!")
+
+
+def load_ops_examples(name: str):
+    """load the examples.
+
+    Parameters:
+    -----------
+    name: str,
+        Optional, "ArchBridge", "ArchBridge2", "CableStayedBridge", "Dam",
+        "Frame3D", "Igloo", "Pier", "SuspensionBridge", "SDOF",
+        "DamBreak",
+
+    Returns:
+    --------
+    None
+    """
+    if name.lower() == "archbridge":
+        from opstool.examples.ArchBridge import ArchBridge
+        ArchBridge()
+        # exec("from opstool.examples.ArchBridge import *")
+    elif name.lower() == "archbridge2":
+        from opstool.examples.ArchBridge2 import ArchBridge2
+        ArchBridge2()
+        # exec("from opstool.examples.ArchBridge2 import *")
+    elif name.lower() == "cablestayedbridge":
+        from opstool.examples.CableStayedBridge import CableStayedBridge
+        CableStayedBridge()
+        # exec("from opstool.examples.CableStayedBridge import *")
+    elif name.lower() == "dam":
+        from opstool.examples.Dam import Dam
+        Dam()
+        # exec("from opstool.examples.Dam import *")
+    elif name.lower() == "frame3d":
+        from opstool.examples.Frame3D import Frame3D
+        Frame3D()
+        # exec("from opstool.examples.Frame3D import *")
+    elif name.lower() == "igloo":
+        from opstool.examples.Igloo import Igloo
+        Igloo()
+        # exec("from opstool.examples.Igloo import *")
+    elif name.lower() == "pier":
+        from opstool.examples.Pier import Pier
+        Pier()
+        # exec("from opstool.examples.Pier import *")
+    elif name.lower() == "suspensionbridge":
+        from opstool.examples.SuspensionBridge import SuspensionBridge
+        SuspensionBridge()
+        # exec("from opstool.examples.SuspensionBridge import *")
+    elif name.lower() == "sdof":
+        from opstool.examples.SDOF import SDOF
+        SDOF()
+        # exec("from opstool.examples.SDOF import *")
+    elif name.lower() == "dambreak":
+        from opstool.examples.DamBreak import DamBreak
+        DamBreak()
+        # exec("from opstool.examples.DamBreak import *")
+    else:
+        raise ValueError(f"not supported example {name}!")
diff --git a/build/lib/opstool/vis/__init__.py b/build/lib/opstool/vis/__init__.py
new file mode 100644
index 0000000..484cc2e
--- /dev/null
+++ b/build/lib/opstool/vis/__init__.py
@@ -0,0 +1,9 @@
+from .get_model_data import GetFEMdata
+from .ops_vis_plotly import OpsVisPlotly
+from .ops_vis_pyvista import OpsVisPyvista
+from .fiber_sec_vis import FiberSecVis
+
+__all__ = ["GetFEMdata",
+           "OpsVisPlotly",
+           "OpsVisPyvista",
+           "FiberSecVis"]
diff --git a/build/lib/opstool/vis/_get_model_base.py b/build/lib/opstool/vis/_get_model_base.py
new file mode 100644
index 0000000..4988158
--- /dev/null
+++ b/build/lib/opstool/vis/_get_model_base.py
@@ -0,0 +1,561 @@
+import numpy as np
+import openseespy.opensees as ops
+
+from ..utils import (ELE_TAG_Beam, ELE_TAG_Link, ELE_TAG_Plane, ELE_TAG_Brick,
+                     ELE_TAG_Tetrahedron, ELE_TAG_Truss, ELE_TAG_PFEM)
+
+
+def get_node_coords():
+    node_tags = ops.getNodeTags()
+    num_node = len(node_tags)
+    node_coords = np.zeros((num_node, 3))
+    node_index = dict()  # key: nodeTag, value: index in Node_Coords
+    model_dims = []
+    for i, Tag in enumerate(node_tags):
+        coord = ops.nodeCoord(Tag)
+        model_dim = len(coord)
+        if model_dim == 1:
+            coord.extend([0, 0])
+        elif model_dim == 2:
+            coord.extend([0])
+        model_dims.append(model_dim)
+        node_coords[i] = coord
+        node_index[Tag] = i
+    return node_coords, node_index, model_dims, node_tags
+
+
+def get_node_fix(node_coords, node_index):
+    fixed_nodes = ops.getFixedNodes()
+    fixed_dofs = []
+    fixed_coords = []
+    for tag in fixed_nodes:
+        fixed_coords.append(node_coords[node_index[tag]])
+        fixeddofs = ops.getFixedDOFs(tag)
+        fixities = [0] * 6
+        for dof in fixeddofs:
+            fixities[dof - 1] = -1
+        fixed_dofs.append(fixities)
+    fixed_coords = np.array(fixed_coords)
+    fixed_dofs = np.array(fixed_dofs)
+    return fixed_nodes, fixed_coords, fixed_dofs
+
+
+def get_mp_constraint(node_coords, node_index):
+    retained_nodes = ops.getRetainedNodes()
+    points = []
+    midpoints = []
+    cells = []
+    dofs = []
+    for i, tag in enumerate(retained_nodes):
+        constrained_nodes = ops.getConstrainedNodes(tag)
+        for tag2 in constrained_nodes:
+            points.append(node_coords[node_index[tag]])
+            points.append(node_coords[node_index[tag2]])
+            midpoints.append(
+                (node_coords[node_index[tag]] + node_coords[node_index[tag2]]) / 2)
+            cells.extend([2, 2 * i, 2 * i + 1])
+            dof = ops.getRetainedDOFs(tag, tag2)
+            dofs.append(dof)
+    return np.array(points), np.array(midpoints), dofs, cells
+
+
+def get_truss_info(ele_tags, node_index):
+    truss_cells = []
+    truss_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        if len(ele_nodes) == 2 and ops.getEleClassTags(ele)[0] in ELE_TAG_Truss:
+            node_i, node_j = ele_nodes
+            idx_i, idx_j = node_index[node_i], node_index[node_j]
+            truss_cells.extend([2, idx_i, idx_j])
+            truss_cells_tags.append(ele)
+    return truss_cells, truss_cells_tags
+
+
+def get_link_info(ele_tags, node_coords, node_index):
+    link_cells = []
+    link_cells_tags = []
+    link_midpoints = []
+    link_lengths = []
+    link_xlocal = []
+    link_ylocal = []
+    link_zlocal = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        if len(ele_nodes) == 2 and ops.getEleClassTags(ele)[0] in ELE_TAG_Link:
+            node_i, node_j = ele_nodes
+            idx_i, idx_j = node_index[node_i], node_index[node_j]
+            link_cells.extend([2, idx_i, idx_j])
+            link_cells_tags.append(ele)
+            link_midpoints.append(
+                (node_coords[idx_i] + node_coords[idx_j]) / 2)
+            link_lengths.append(
+                np.sqrt(np.sum((node_coords[idx_i] - node_coords[idx_j])**2)))
+            xlocal = ops.eleResponse(ele, "xaxis")
+            ylocal = ops.eleResponse(ele, "yaxis")
+            zlocal = ops.eleResponse(ele, "zaxis")
+            if xlocal:
+                link_xlocal.append(np.array(xlocal) / np.linalg.norm(xlocal))
+            else:
+                link_xlocal.append(np.array([0., 0., 0.]))
+            if ylocal:
+                link_ylocal.append(np.array(ylocal) / np.linalg.norm(ylocal))
+            else:
+                link_ylocal.append(np.array([0., 0., 0.]))
+            if zlocal:
+                link_zlocal.append(np.array(zlocal) / np.linalg.norm(zlocal))
+            else:
+                link_zlocal.append(np.array([0., 0., 0.]))
+    link_midpoints = np.array(link_midpoints)
+    link_lengths = np.array(link_lengths)
+    link_xlocal = np.array(link_xlocal)
+    link_ylocal = np.array(link_ylocal)
+    link_zlocal = np.array(link_zlocal)
+    return (link_cells, link_cells_tags, link_midpoints, link_lengths,
+            link_xlocal, link_ylocal, link_zlocal)
+
+
+def get_beam_info(ele_tags, node_coords, node_index):
+    beam_cells = []
+    beam_cells_tags = []
+    beam_midpoints = []
+    beam_lengths = []
+    beam_xlocal = []
+    beam_ylocal = []
+    beam_zlocal = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        if len(ele_nodes) == 2 and ops.getEleClassTags(ele)[0] in ELE_TAG_Beam:
+            node_i, node_j = ele_nodes
+            idx_i, idx_j = node_index[node_i], node_index[node_j]
+            beam_cells.extend([2, idx_i, idx_j])
+            beam_cells_tags.append(ele)
+            beam_midpoints.append(
+                (node_coords[idx_i] + node_coords[idx_j]) / 2)
+            beam_lengths.append(
+                np.sqrt(np.sum((node_coords[idx_i] - node_coords[idx_j])**2)))
+            xlocal = ops.eleResponse(ele, "xaxis")
+            ylocal = ops.eleResponse(ele, "yaxis")
+            zlocal = ops.eleResponse(ele, "zaxis")
+            if xlocal:
+                beam_xlocal.append(np.array(xlocal) / np.linalg.norm(xlocal))
+            else:
+                beam_xlocal.append(np.array([0., 0., 0.]))
+            if xlocal:
+                beam_ylocal.append(np.array(ylocal) / np.linalg.norm(ylocal))
+            else:
+                beam_ylocal.append(np.array([0., 0., 0.]))
+            if zlocal:
+                beam_zlocal.append(np.array(zlocal) / np.linalg.norm(zlocal))
+            else:
+                beam_zlocal.append(np.array([0., 0., 0.]))
+    beam_midpoints = np.array(beam_midpoints)
+    beam_lengths = np.array(beam_lengths)
+    beam_xlocal = np.array(beam_xlocal)
+    beam_ylocal = np.array(beam_ylocal)
+    beam_zlocal = np.array(beam_zlocal)
+    return (beam_cells, beam_cells_tags, beam_midpoints, beam_lengths,
+            beam_xlocal, beam_ylocal, beam_zlocal)
+
+
+def get_other_line_info(ele_tags, node_index):
+    other_line_cells = []
+    other_line_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        if len(ele_nodes) == 2:
+            class_tag = ops.getEleClassTags(ele)[0]
+            if class_tag not in (ELE_TAG_Beam + ELE_TAG_Link + ELE_TAG_Truss):
+                node_i, node_j = ele_nodes
+                idx_i, idx_j = node_index[node_i], node_index[node_j]
+                other_line_cells.extend([2, idx_i, idx_j])
+                other_line_cells_tags.append(ele)
+    return other_line_cells, other_line_cells_tags
+
+
+def get_all_line_info(ele_tags, node_index):
+    all_lines_cells = []
+    all_lines_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        if len(ele_nodes) == 2:
+            node_i, node_j = ele_nodes
+            idx_i, idx_j = node_index[node_i], node_index[node_j]
+            all_lines_cells.extend([2, idx_i, idx_j])
+            all_lines_cells_tags.append(ele)
+    return all_lines_cells, all_lines_cells_tags
+
+
+def get_plane_info(ele_tags, node_index):
+    plane_cells = []
+    plane_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        class_tag = ops.getEleClassTags(ele)[0]
+        if class_tag in ELE_TAG_Plane:
+            if len(ele_nodes) in [6, 7]:
+                if class_tag in ELE_TAG_PFEM:
+                    ele_nodes = [ele_nodes[1], ele_nodes[3], ele_nodes[5]]
+                else:
+                    ele_nodes = [ele_nodes[0], ele_nodes[3], ele_nodes[1],
+                                 ele_nodes[4], ele_nodes[2], ele_nodes[5]]
+            elif len(ele_nodes) in [8, 9]:
+                ele_nodes = [ele_nodes[0], ele_nodes[4], ele_nodes[1], ele_nodes[5],
+                             ele_nodes[2], ele_nodes[6], ele_nodes[3], ele_nodes[7]]
+            idxs = [node_index[tag_] for tag_ in ele_nodes]
+            plane_cells.extend([len(idxs)] + idxs)
+            plane_cells_tags.append(ele)
+    return plane_cells, plane_cells_tags
+
+
+def get_tet_info(ele_tags, node_index):
+    tetrahedron_cells = []
+    tetrahedron_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        class_tag = ops.getEleClassTags(ele)[0]
+        if class_tag in ELE_TAG_Tetrahedron:  # tetrahedron
+            if len(ele_nodes) == 8:  # FEMBubble 3D
+                ele_nodes = [ele_nodes[1], ele_nodes[3],
+                             ele_nodes[5], ele_nodes[7]]
+            if len(ele_nodes) == 4:
+                node_i, node_j, node_k, node_l = ele_nodes
+                idx_i, idx_j = node_index[node_i], node_index[node_j]
+                idx_k, idx_l = node_index[node_k], node_index[node_l]
+                tetrahedron_cells.extend([3, idx_i, idx_j, idx_k])
+                tetrahedron_cells.extend([3, idx_i, idx_j, idx_l])
+                tetrahedron_cells.extend([3, idx_i, idx_k, idx_l])
+                tetrahedron_cells.extend([3, idx_j, idx_k, idx_l])
+                tetrahedron_cells_tags.append(ele)
+            elif len(ele_nodes) == 10:
+                idxs = [node_index[tag_] for tag_ in ele_nodes]
+                tetrahedron_cells.extend(
+                    [6, idxs[0], idxs[4], idxs[1], idxs[5], idxs[2], idxs[6]])
+                tetrahedron_cells.extend(
+                    [6, idxs[0], idxs[4], idxs[1], idxs[8], idxs[3], idxs[7]])
+                tetrahedron_cells.extend(
+                    [6, idxs[2], idxs[5], idxs[1], idxs[8], idxs[3], idxs[9]])
+                tetrahedron_cells.extend(
+                    [6, idxs[2], idxs[6], idxs[0], idxs[7], idxs[3], idxs[9]])
+                tetrahedron_cells_tags.append(ele)
+    return tetrahedron_cells, tetrahedron_cells_tags
+
+
+def get_bri_info(ele_tags, node_index):
+    brick_cells = []
+    brick_cells_tags = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        idxs = [node_index[tag_] for tag_ in ele_nodes]
+        class_tag = ops.getEleClassTags(ele)[0]
+        if class_tag in ELE_TAG_Brick:  # Brick
+            if len(ele_nodes) == 8:
+                idx1, idx2, idx3, idx4, idx5, idx6, idx7, idx8 = idxs
+                brick_cells.extend([4, idx1, idx2, idx3, idx4])
+                brick_cells.extend([4, idx5, idx6, idx7, idx8])
+                brick_cells.extend([4, idx1, idx5, idx8, idx4])
+                brick_cells.extend([4, idx2, idx6, idx7, idx3])
+                brick_cells.extend([4, idx1, idx2, idx6, idx5])
+                brick_cells.extend([4, idx3, idx4, idx8, idx7])
+                brick_cells_tags.append(ele)
+            elif len(ele_nodes) == 20:
+                idx1, idx2, idx3, idx4, idx5, idx6, idx7 = idxs[:7]
+                idx8, idx9, idx10, idx11, idx12, idx13, idx14 = idxs[7:14]
+                idx15, idx16, idx17, idx18, idx19, idx20 = idxs[14:]
+                brick_cells.extend(
+                    [8, idx1, idx9, idx2, idx10, idx3, idx11, idx4, idx12])
+                brick_cells.extend(
+                    [8, idx5, idx13, idx6, idx14, idx7, idx15, idx8, idx16])
+                brick_cells.extend(
+                    [8, idx5, idx13, idx6, idx18, idx2, idx9, idx1, idx17])
+                brick_cells.extend(
+                    [8, idx7, idx15, idx8, idx20, idx4, idx11, idx3, idx19])
+                brick_cells.extend(
+                    [8, idx1, idx17, idx5, idx16, idx8, idx20, idx4, idx12])
+                brick_cells.extend(
+                    [8, idx2, idx18, idx6, idx14, idx7, idx19, idx3, idx10])
+                brick_cells_tags.append(ele)
+    return brick_cells, brick_cells_tags
+
+
+# def get_all_face_info(ele_tags, node_coords, node_index):
+#     pass
+
+
+def get_ele_mid(ele_tags, node_coords, node_index):
+    ele_midpoints = []
+    for i, ele in enumerate(ele_tags):
+        ele_nodes = ops.eleNodes(ele)
+        idxs = [node_index[tag_] for tag_ in ele_nodes]
+        ele_midpoints.append(np.mean(node_coords[idxs], axis=0))
+    return np.array(ele_midpoints)
+
+
+def get_bounds(node_coords):
+    min_node = np.min(node_coords, axis=0)
+    max_node = np.max(node_coords, axis=0)
+    space = (max_node - min_node) / 5
+    min_node = min_node - space
+    max_node = max_node + space
+    bounds = [
+        min_node[0],
+        max_node[0],
+        min_node[1],
+        max_node[1],
+        min_node[2],
+        max_node[2],
+    ]
+    max_bound = np.max(max_node - min_node)
+    min_bound = np.min(max_node - min_node)
+    return bounds, max_bound, min_bound
+
+
+def get_model_info():
+    # print(ops.constrainedDOFs())   constrainedDOFs
+    node_coords, node_index, model_dims, node_tags = get_node_coords()
+    fixed_nodes, fixed_coords, fixed_dofs = get_node_fix(
+        node_coords, node_index)
+    ctra_coords, ctra_midcoords, ctra_dofs, ctra_cells = get_mp_constraint(
+        node_coords, node_index)
+    ele_tags = ops.getEleTags()
+    num_ele = len(ele_tags)
+    truss_cells, truss_cells_tags = get_truss_info(ele_tags, node_index)
+    (link_cells, link_cells_tags, link_midpoints, link_lengths,
+     link_xlocal, link_ylocal, link_zlocal) = get_link_info(ele_tags, node_coords, node_index)
+    (beam_cells, beam_cells_tags, beam_midpoints, beam_lengths,
+     beam_xlocal, beam_ylocal, beam_zlocal) = get_beam_info(ele_tags, node_coords, node_index)
+    other_line_cells, other_line_cells_tags = get_other_line_info(
+        ele_tags, node_index)
+    all_lines_cells, all_lines_cells_tags = get_all_line_info(
+        ele_tags, node_index)
+    plane_cells, plane_cells_tags = get_plane_info(ele_tags, node_index)
+    tetrahedron_cells, tetrahedron_cells_tags = get_tet_info(
+        ele_tags, node_index)
+    brick_cells, brick_cells_tags = get_bri_info(ele_tags, node_index)
+    all_faces_cells = plane_cells + tetrahedron_cells + brick_cells
+    all_faces_cells_tags = plane_cells_tags + \
+        tetrahedron_cells_tags + brick_cells_tags
+    ele_midpoints = get_ele_mid(ele_tags, node_coords, node_index)
+    bounds, max_bound, min_bound = get_bounds(node_coords)
+    model_info = dict()
+    model_info["coord_no_deform"] = node_coords
+    model_info["coord_ele_midpoints"] = ele_midpoints
+    model_info["bound"] = bounds
+    model_info["max_bound"] = max_bound
+    model_info["min_bound"] = min_bound
+    model_info["num_ele"] = num_ele
+    model_info["NodeTags"] = node_tags
+    model_info["num_node"] = len(node_tags)
+    model_info["FixNodeTags"] = fixed_nodes
+    model_info["FixNodeDofs"] = fixed_dofs
+    model_info["FixNodeCoords"] = fixed_coords
+    model_info["ConstrainedCoords"] = ctra_coords
+    model_info["ConstrainedMidCoords"] = ctra_midcoords
+    model_info["ConstrainedDofs"] = ctra_dofs
+    model_info["ConstrainedCells"] = ctra_cells
+    model_info["EleTags"] = ele_tags
+    model_info["model_dims"] = model_dims
+    model_info["coord_ele_midpoints"] = ele_midpoints
+    model_info["beam_midpoints"] = beam_midpoints
+    model_info["beam_lengths"] = beam_lengths
+    model_info["beam_xlocal"] = beam_xlocal
+    model_info["beam_ylocal"] = beam_ylocal
+    model_info["beam_zlocal"] = beam_zlocal
+    model_info["link_midpoints"] = link_midpoints
+    model_info["link_lengths"] = link_lengths
+    model_info["link_xlocal"] = link_xlocal
+    model_info["link_ylocal"] = link_ylocal
+    model_info["link_zlocal"] = link_zlocal
+    cells = dict()
+    cells["all_lines"] = all_lines_cells
+    cells['all_lines_tags'] = all_lines_cells_tags
+    cells["all_faces"] = all_faces_cells
+    cells["all_faces_tags"] = all_faces_cells_tags
+    cells["plane"] = plane_cells
+    cells["plane_tags"] = plane_cells_tags
+    cells["tetrahedron"] = tetrahedron_cells
+    cells["tetrahedron_tags"] = tetrahedron_cells_tags
+    cells["brick"] = brick_cells
+    cells["brick_tags"] = brick_cells_tags
+    cells["truss"] = truss_cells
+    cells["truss_tags"] = truss_cells_tags
+    cells["link"] = link_cells
+    cells["link_tags"] = link_cells_tags
+    cells["beam"] = beam_cells
+    cells["beam_tags"] = beam_cells_tags
+    cells["other_line"] = other_line_cells
+    cells["other_line_tags"] = other_line_cells_tags
+    for key, value in cells.items():
+        cells[key] = np.array(value)
+    return model_info, cells
+
+
+def get_node_resp(node_tags):
+    num_node = len(node_tags)
+    node_disp = np.zeros((num_node, 3))
+    node_vel = np.zeros((num_node, 3))
+    node_accel = np.zeros((num_node, 3))
+    node_deform_coord = np.zeros((num_node, 3))
+
+    for i, Tag in enumerate(node_tags):
+        coord = ops.nodeCoord(Tag)
+        disp = ops.nodeDisp(Tag)
+        vel = ops.nodeVel(Tag)
+        accel = ops.nodeAccel(Tag)
+        if len(coord) == 1:
+            coord.extend([0, 0])
+            disp.extend([0, 0])
+            vel.extend([0, 0])
+            accel.extend([0, 0])
+        elif len(coord) == 2:
+            if len(disp) in [2, 3]:
+                coord.extend([0])
+                disp = disp[:2]
+                disp.extend([0])
+                vel = vel[:2]
+                vel.extend([0])
+                accel = accel[:2]
+                accel.extend([0])
+            else:
+                coord.extend([0])
+                disp = disp[:2]
+                disp.extend([0, 0])
+                vel = vel[:2]
+                vel.extend([0, 0])
+                accel = accel[:2]
+                accel.extend([0, 0])
+        else:
+            disp = disp[:3]  # ignore the rotation
+            vel = vel[:3]
+            accel = accel[:3]
+        node_disp[i] = disp
+        node_vel[i] = vel
+        node_accel[i] = accel
+        node_deform_coord[i] = [disp[ii] + coord[ii] for ii in range(3)]
+    return node_disp, node_vel, node_accel, node_deform_coord
+
+
+def get_beam_info2():
+    ele_tags = ops.getEleTags()
+    beam_tags = []
+    beam_node_tags = []
+    beam_node_map = dict()
+    for i, eletag in enumerate(ele_tags):
+        if ops.getEleClassTags(eletag)[0] in ELE_TAG_Beam:
+            beam_tags.append(eletag)
+            ele_nodes = ops.eleNodes(eletag)
+            if ele_nodes[0] not in beam_node_tags:
+                beam_node_tags.append(ele_nodes[0])
+            if ele_nodes[1] not in beam_node_tags:
+                beam_node_tags.append(ele_nodes[1])
+            beam_node_map[eletag] = ele_nodes
+    beam_node_coords = []
+    node_coord_map = dict()
+    for i, nodetag in enumerate(beam_node_tags):
+        coord = ops.nodeCoord(nodetag)
+        model_dim = len(coord)
+        if model_dim == 1:
+            coord.extend([0, 0])
+        elif model_dim == 2:
+            coord.extend([0])
+        beam_node_coords.append(coord)
+        node_coord_map[nodetag] = i
+    beam_node_coords = np.array(beam_node_coords)
+    beam_cells = []
+    xlocals = []
+    ylocals = []
+    zlocals = []
+    for i, eletag in enumerate(beam_tags):
+        node1, node2 = beam_node_map[eletag]
+        idx_i, idx_j = node_coord_map[node1], node_coord_map[node2]
+        beam_cells.append([2, idx_i, idx_j])
+        xlocal = ops.eleResponse(eletag, "xlocal")
+        ylocal = ops.eleResponse(eletag, "ylocal")
+        zlocal = ops.eleResponse(eletag, "zlocal")
+        xlocals.append(np.array(xlocal) / np.linalg.norm(xlocal))
+        ylocals.append(np.array(ylocal) / np.linalg.norm(ylocal))
+        zlocals.append(np.array(zlocal) / np.linalg.norm(zlocal))
+    xlocals = np.array(xlocals)
+    ylocals = np.array(ylocals)
+    zlocals = np.array(zlocals)
+    beam_cells = np.array(beam_cells)
+    bounds = np.array(ops.nodeBounds())
+    return beam_tags, beam_node_coords, beam_cells, xlocals, ylocals, zlocals, bounds
+
+
+def get_beam_resp(beam_tags):
+    beam_resp_steps = []
+    for eletag in beam_tags:
+        local_forces = ops.eleResponse(eletag, "localForce")
+        if len(local_forces) == 6:
+            local_forces = [local_forces[0], local_forces[1], 0, 0, 0, local_forces[2],
+                            local_forces[3], local_forces[4], 0, 0, 0, local_forces[5]]
+        # for ii in range(6):
+        #     local_forces[ii] = -local_forces[ii]
+        beam_resp_steps.append(local_forces)
+    beam_resp_steps = np.array(beam_resp_steps)
+    return beam_resp_steps
+
+
+def sort_xy(x, y):
+    """
+    Sort points counterclockwise
+    """
+    x0 = np.mean(x)
+    y0 = np.mean(y)
+    r = np.sqrt((x - x0) ** 2 + (y - y0) ** 2)
+    angles = np.where(
+        (y - y0) >= 0, np.arccos((x - x0) / r),
+        4 * np.pi - np.arccos((x - x0) / r)
+    )
+    mask = np.argsort(angles)
+    x_max = np.max(x)
+    if x[mask][0] != x_max:
+        mask = np.roll(mask, 1)
+    return mask
+
+
+def counter_clockwise(points, tag):
+    """
+    Used to sort the points on a face counterclockwise
+    """
+    x = np.array([point[0] for point in points])
+    y = np.array([point[1] for point in points])
+    z = np.array([point[2] for point in points])
+
+    if all(np.abs(x - x[0]) < 1e-6):  # yz
+        # def algo(point):
+        #    return (math.atan2(point[2] - z_center, point[1] - y_center) + 2 * math.pi) % (2*math.pi)
+        # sorted_points = sorted(points,key = algo )
+        index = sort_xy(y, z)
+        sorted_points = list(zip(x[index], y[index], z[index]))
+        sorted_id = [points.index(i) for i in sorted_points]
+        sorted_tag = [tag[i] for i in sorted_id]
+    elif all(np.abs(y - y[0]) < 1e-6):  # xz
+        # def algo(point):
+        #    return (math.atan2(point[2] - z_center, point[0] - x_center) + 2 * math.pi) % (2*math.pi)
+        # sorted_points = sorted(points,key = algo )
+        index = sort_xy(x, z)
+        sorted_points = list(zip(x[index], y[index], z[index]))
+        sorted_id = [points.index(i) for i in sorted_points]
+        sorted_tag = [tag[i] for i in sorted_id]
+    else:
+        # def algo(point):
+        #    return (math.atan2(point[1] - y_center, point[0] - x_center) + 2 * math.pi) % (2*math.pi)
+        # sorted_points = sorted(points,key = algo )
+        index = sort_xy(x, y)
+        sorted_points = list(zip(x[index], y[index], z[index]))
+        sorted_id = [points.index(i) for i in sorted_points]
+        sorted_tag = [tag[i] for i in sorted_id]
+    return sorted_tag
+
+
+def lines_angle(v1, v2):
+    # return np.arctan2(np.linalg.norm(np.cross(v1, v2)), np.dot(v1, v2))
+    x = np.array(v1)
+    y = np.array(v2)
+    l_x = np.sqrt(x.dot(x))
+    l_y = np.sqrt(y.dot(y))
+    cos_ = x.dot(y) / (l_x * l_y)
+    angle_r = np.arccos(cos_)
+    return angle_r
diff --git a/build/lib/opstool/vis/_plotly_base.py b/build/lib/opstool/vis/_plotly_base.py
new file mode 100644
index 0000000..13cc0a5
--- /dev/null
+++ b/build/lib/opstool/vis/_plotly_base.py
@@ -0,0 +1,1901 @@
+import warnings
+import h5py
+import numpy as np
+import plotly.graph_objs as go
+import plotly.io as pio
+from plotly.subplots import make_subplots
+
+from ..utils import shape_dict
+
+
+def _make_faces(points, cells):
+    face_line_points = []
+    face_points = []
+    face_mid_points = []
+    veci = []
+    vecj = []
+    veck = []
+    for cell in cells:
+        data0 = points[cell[1:], :]
+        face_mid_points.append(np.mean(data0, axis=0))
+        data1 = [np.NAN, np.NAN, np.NAN]
+        data = np.vstack([data0, data0[0], data1])
+        if data0.shape[0] == 3:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 2)
+        elif data0.shape[0] == 6:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 3)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 3)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 4)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 3)
+            veck.append(len(face_points) + 4)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 4)
+            veck.append(len(face_points) + 2)
+        elif data0.shape[0] == 4:
+            veci.append(len(face_points) + 0)
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 1)
+            vecj.append(len(face_points) + 2)
+            veck.append(len(face_points) + 2)
+            veck.append(len(face_points) + 3)
+            # i, j, k = [0, 0], [1, 2], [2, 3]
+        elif data0.shape[0] == 8:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 4)
+            veck.append(len(face_points) + 7)
+            veci.append(len(face_points) + 4)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 2)
+            vecj.append(len(face_points) + 6)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 3)
+            vecj.append(len(face_points) + 7)
+            veck.append(len(face_points) + 6)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 6)
+            veck.append(len(face_points) + 7)
+            veci.append(len(face_points) + 4)
+            vecj.append(len(face_points) + 5)
+            veck.append(len(face_points) + 7)
+        face_line_points.extend(list(data))
+        face_points.extend(list(data0))
+    face_line_points = np.array(face_line_points)
+    face_points = np.array(face_points)
+    face_mid_points = np.array(face_mid_points)
+    return (face_points, face_line_points, face_mid_points,
+            veci, vecj, veck)
+
+
+def _make_lines(points, cells):
+    line_points = []
+    line_mid_points = []
+    for cell in cells:
+        data0 = points[cell[1:], :]
+        data1 = [np.NAN, np.NAN, np.NAN]
+        data = np.vstack([data0, data1])
+        line_points.extend(list(data))
+        line_mid_points.append(np.mean(data0, axis=0))
+    line_points = np.array(line_points)
+    line_mid_points = np.array(line_mid_points)
+    return line_points, line_mid_points
+
+
+def _make_fix_node(model_info):
+    fixed_dofs = model_info["FixNodeDofs"]
+    fixed_coords = model_info["FixNodeCoords"]
+    beam_lengths = model_info["beam_lengths"]
+    if len(beam_lengths) > 0:
+        s = (np.max(beam_lengths) + np.min(beam_lengths)) / 20
+    else:
+        s = (model_info["max_bound"] + model_info["min_bound"]) / 100
+    points = []
+    for coord, dof in zip(fixed_coords, fixed_dofs):
+        x, y, z = coord
+        if dof[0] == -1:
+            points.extend([[x, y - s / 2, z], [x, y + s / 2, z],
+                           [x, y + s / 2, z - s], [x, y - s / 2, z - s],
+                           [x, y - s / 2, z], [np.NAN, np.NAN, np.NAN]])
+        if dof[1] == -1:
+            points.extend([[x - s / 2, y, z], [x + s / 2, y, z],
+                           [x + s / 2, y, z - s], [x - s / 2, y, z - s],
+                           [x - s / 2, y, z], [np.NAN, np.NAN, np.NAN]])
+        if dof[2] == -1:
+            points.extend([[x - s / 2, y - s / 2, z - s / 2], [x + s / 2, y - s / 2, z - s / 2],
+                           [x + s / 2, y + s / 2, z - s / 2], [x -
+                                                               s / 2, y + s / 2, z - s / 2],
+                           [x - s / 2, y - s / 2, z - s / 2], [np.NAN, np.NAN, np.NAN]])
+    points = np.array(points)
+    return points
+
+
+def _model_vis(
+        obj,
+        input_file: str = "ModelData.hdf5",
+        show_node_label: bool = False,
+        show_ele_label: bool = False,
+        show_local_crd: bool = False,
+        show_fix_node: bool = True,
+        label_size: float = 8,
+        show_outline: bool = True,
+        opacity: float = 1.0,
+        save_html: str = 'ModelVis.html'
+):
+    # read hdf5 file
+    # -------------------------------------------
+    filename = obj.out_dir + '/' + input_file
+    model_info = dict()
+    cells = dict()
+    with h5py.File(filename, "r") as f:
+        grp1 = f["ModelInfo"]
+        for name in grp1.keys():
+            model_info[name] = grp1[name][...]
+        grp2 = f["Cell"]
+        for name in grp2.keys():
+            cells[name] = grp2[name][...]
+    for name, value in cells.items():
+        cells[name] = _reshape_cell(value)
+
+    # plotly
+    # --------------------------------------------------
+    fig = go.Figure()
+    plotter = []
+    points_no_deform = model_info["coord_no_deform"]
+    # >>> face plot
+    face_cells = [cells["plane"], cells["tetrahedron"], cells["brick"]]
+    face_cells_tags = [cells["plane_tags"],
+                       cells["tetrahedron_tags"], cells["brick_tags"]]
+    face_colors = [obj.color_face, obj.color_solid, obj.color_solid]
+    names = ["plane", "tetrahedron", "brick"]
+    for ii in range(len(face_cells)):
+        if len(face_cells[ii]) > 0:
+            (face_points, face_line_points, face_mid_points,
+             veci, vecj, veck) = _make_faces(points_no_deform, face_cells[ii])
+            x, y, z = face_points[:, 0], face_points[:, 1], face_points[:, 2]
+            plotter.append(go.Mesh3d(x=x, y=y, z=z, i=veci, j=vecj, k=veck,
+                                     name=names[ii], color=face_colors[ii],
+                                     opacity=opacity, hoverinfo="skip"))
+            x, y, z = [face_line_points[:, j] for j in range(3)]
+            plotter.append(go.Scatter3d(x=x, y=y, z=z,
+                                        line=dict(color="black",
+                                                  width=obj.line_width / 2),
+                                        mode="lines", name=names[ii],
+                                        connectgaps=False, hoverinfo="skip"))
+            x, y, z = [face_mid_points[:, j] for j in range(3)]
+            plotter.append(
+                go.Scatter3d(x=x, y=y, z=z,
+                             marker=dict(size=obj.point_size, color=face_colors[ii],
+                                         symbol='circle-open'),
+                             mode="markers", name=names[ii],
+                             customdata=face_cells_tags[ii],
+                             hovertemplate='<b>tag: %{customdata}</b>'))
+    # >>> line plot
+    line_cells = [cells["truss"], cells["link"],
+                  cells["beam"], cells["other_line"]]
+    line_cells_tags = [cells["truss_tags"], cells["link_tags"],
+                       cells["beam_tags"], cells["other_line_tags"]]
+    line_colors = [obj.color_truss, obj.color_link,
+                   obj.color_line, obj.color_line]
+    line_widths = [obj.line_width, 0.5 * obj.line_width,
+                   obj.line_width, obj.line_width]
+    names = ["truss", "link", "beam", "other_line"]
+    for i in range(len(line_cells)):
+        if len(line_cells[i]) > 0:
+            line_points, line_mid_points = _make_lines(
+                points_no_deform, line_cells[i])
+            x, y, z = line_points[:, 0], line_points[:, 1], line_points[:, 2]
+            plotter.append(go.Scatter3d(x=x, y=y, z=z,
+                                        line=dict(
+                                            color=line_colors[i], width=line_widths[i]),
+                                        mode="lines", name=names[i],
+                                        connectgaps=False, hoverinfo="skip"))
+            x, y, z = [line_mid_points[:, j] for j in range(3)]  # hover label
+            plotter.append(go.Scatter3d(x=x, y=y, z=z,
+                                        marker=dict(size=obj.point_size, color=line_colors[i],
+                                                    symbol='circle-open'),
+                                        mode="markers", name=names[i],
+                                        customdata=line_cells_tags[i],
+                                        hovertemplate='<b>tag: %{customdata}</b>'))
+    # point plot
+    node_labels = [str(i) for i in model_info["NodeTags"]]
+    x, y, z = [points_no_deform[:, j] for j in range(3)]
+    plotter.append(go.Scatter3d(x=x, y=y, z=z,
+                                marker=dict(size=obj.point_size,
+                                            color=obj.color_point),
+                                mode="markers", name="Node", customdata=node_labels,
+                                hovertemplate='<b>x: %{x}</b><br>y: %{y}<br>z: %{z} <br>tag: %{customdata}'))
+
+    if show_node_label:
+        txt_plot = go.Scatter3d(x=x, y=y, z=z, text=node_labels,
+                                textfont=dict(color="#6e750e",
+                                              size=label_size),
+                                mode="text", name="Node Label")
+        plotter.append(txt_plot)
+
+    if show_ele_label:
+        ele_labels = [str(i) for i in model_info["EleTags"]]
+        txt_plot = go.Scatter3d(
+            x=model_info["coord_ele_midpoints"][:, 0],
+            y=model_info["coord_ele_midpoints"][:, 1],
+            z=model_info["coord_ele_midpoints"][:, 2],
+            text=ele_labels,
+            textfont=dict(color="#650021", size=label_size),
+            mode="text",
+            name="Ele Label",
+        )
+        plotter.append(txt_plot)
+
+    if show_fix_node:
+        fix_points = _make_fix_node(model_info)
+        if len(fix_points) > 0:
+            x, y, z = fix_points[:, 0], fix_points[:, 1], fix_points[:, 2]
+            fix_plot = go.Scatter3d(x=x, y=y, z=z,
+                                    line=dict(color="#01ff07", width=2),
+                                    mode="lines", connectgaps=False, hoverinfo="skip")
+            plotter.append(fix_plot)
+        else:
+            warnings.warn("Model has no fix nodes!")
+
+    # local axes
+    if show_local_crd:
+        beam_midpoints = model_info["beam_midpoints"]
+        beam_lengths = model_info["beam_lengths"]
+        if len(beam_midpoints) > 0:
+            beam_xlocal = model_info["beam_xlocal"]
+            beam_ylocal = model_info["beam_ylocal"]
+            beam_zlocal = model_info["beam_zlocal"]
+            length = (np.max(beam_lengths) + np.min(beam_lengths)) / 20
+            xcoords = beam_midpoints + length * beam_xlocal
+            ycoords = beam_midpoints + length * beam_ylocal
+            zcoords = beam_midpoints + length * beam_zlocal
+            localx_points = []
+            localy_points = []
+            localz_points = []
+            for i, midpoints in enumerate(beam_midpoints):
+                localx_points.append(midpoints)
+                localx_points.append(xcoords[i])
+                localx_points.append([np.NAN, np.NAN, np.NAN])
+                localy_points.append(midpoints)
+                localy_points.append(ycoords[i])
+                localy_points.append([np.NAN, np.NAN, np.NAN])
+                localz_points.append(midpoints)
+                localz_points.append(zcoords[i])
+                localz_points.append([np.NAN, np.NAN, np.NAN])
+            localx_points = np.array(localx_points)
+            localy_points = np.array(localy_points)
+            localz_points = np.array(localz_points)
+            plotter1 = go.Scatter3d(
+                x=localx_points[:, 0],
+                y=localx_points[:, 1],
+                z=localx_points[:, 2],
+                line=dict(color="#cf6275", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                # customdata=['x'] * n_beam,
+                hovertemplate='<b>x</b>')
+            plotter2 = go.Scatter3d(
+                x=localy_points[:, 0],
+                y=localy_points[:, 1],
+                z=localy_points[:, 2],
+                line=dict(color="#04d8b2", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                hovertemplate='<b>y</b>')
+            plotter3 = go.Scatter3d(
+                x=localz_points[:, 0],
+                y=localz_points[:, 1],
+                z=localz_points[:, 2],
+                line=dict(color="#9aae07", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                hovertemplate='<b>z</b>')
+            plotter.extend([plotter1, plotter2, plotter3])
+        else:
+            warnings.warn(
+                "Model has no frame elements when show_local_crd=True!")
+        # link axes
+        link_midpoints = model_info["link_midpoints"]
+        link_lengths = model_info["link_lengths"]
+        if len(link_midpoints) > 0:
+            link_xlocal = model_info["link_xlocal"]
+            link_ylocal = model_info["link_ylocal"]
+            link_zlocal = model_info["link_zlocal"]
+            length = (np.max(link_lengths) + np.min(link_lengths)) / 6
+            xcoords = link_midpoints + length * link_xlocal
+            ycoords = link_midpoints + length * link_ylocal
+            zcoords = link_midpoints + length * link_zlocal
+            localx_points = []
+            localy_points = []
+            localz_points = []
+            for i, midpoints in enumerate(link_midpoints):
+                localx_points.append(midpoints)
+                localx_points.append(xcoords[i])
+                localx_points.append([np.NAN, np.NAN, np.NAN])
+                localy_points.append(midpoints)
+                localy_points.append(ycoords[i])
+                localy_points.append([np.NAN, np.NAN, np.NAN])
+                localz_points.append(midpoints)
+                localz_points.append(zcoords[i])
+                localz_points.append([np.NAN, np.NAN, np.NAN])
+            localx_points = np.array(localx_points)
+            localy_points = np.array(localy_points)
+            localz_points = np.array(localz_points)
+            plotter1 = go.Scatter3d(
+                x=localx_points[:, 0],
+                y=localx_points[:, 1],
+                z=localx_points[:, 2],
+                line=dict(color="#cf6275", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                # customdata=['x'] * n_beam,
+                hovertemplate='<b>x</b>')
+            plotter2 = go.Scatter3d(
+                x=localy_points[:, 0],
+                y=localy_points[:, 1],
+                z=localy_points[:, 2],
+                line=dict(color="#04d8b2", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                hovertemplate='<b>y</b>')
+            plotter3 = go.Scatter3d(
+                x=localz_points[:, 0],
+                y=localz_points[:, 1],
+                z=localz_points[:, 2],
+                line=dict(color="#9aae07", width=obj.line_width * 1.5),
+                mode="lines",
+                connectgaps=False,
+                name='',
+                hovertemplate='<b>z</b>')
+            plotter.extend([plotter1, plotter2, plotter3])
+    # mp constraint lines
+    plotter = _show_mp_constraint(obj, plotter, model_info)
+
+    fig.add_traces(plotter)
+
+    if np.max(np.abs(points_no_deform[:, -1])) < 1e-6:
+        eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+        scene = dict(camera=dict(
+            eye=eye, projection=dict(type="orthographic")))
+    else:
+        eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+        scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                     camera=dict(eye=eye, projection=dict(type="orthographic")))
+
+    fig.update_layout(
+        template=obj.theme,
+        autosize=True,
+        showlegend=False,
+        scene=scene,
+        title=dict(font=dict(family="courier", color='black', size=25),
+                   text=("<b>OpenSeesPy 3D View</b> <br>"
+                         f"Num. of Node: {model_info['num_node']} || Num. of Ele:{model_info['num_ele']}")
+                   )
+    )
+    if not show_outline:
+        fig.update_layout(
+            scene=dict(xaxis={'showgrid': False, 'zeroline': False, 'visible': False},
+                       yaxis={'showgrid': False,
+                              'zeroline': False, 'visible': False},
+                       zaxis={'showgrid': False, 'zeroline': False, 'visible': False}, ),
+        )
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _show_mp_constraint(obj, plotter, model_info):
+    points = model_info["ConstrainedCoords"]
+    cells = model_info["ConstrainedCells"]
+    cells = _reshape_cell(cells)
+    dofs = model_info["ConstrainedDofs"]
+    dofs = ["".join([str(k) for k in dof]) for dof in dofs]
+    if len(cells) > 0:
+        line_points, line_mid_points = _make_lines(points, cells)
+        x, y, z = line_points[:, 0], line_points[:, 1], line_points[:, 2]
+        plotter.append(go.Scatter3d(x=x, y=y, z=z,
+                                    line=dict(
+                                        color=obj.color_constraint,
+                                        width=obj.line_width / 3),
+                                    mode="lines", name="mp constraint",
+                                    connectgaps=False, hoverinfo="skip"))
+        x, y, z = [line_mid_points[:, j] for j in range(3)]
+        txt_plot = go.Scatter3d(x=x, y=y, z=z, text=dofs,
+                                textfont=dict(color=obj.color_constraint,
+                                              size=12),
+                                mode="text", name="constraint dofs")
+        plotter.append(txt_plot)
+    return plotter
+
+
+def _eigen_vis(
+        obj,
+        mode_tags: list[int],
+        input_file: str = 'EigenData.hdf5',
+        subplots: bool = False,
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        opacity: float = 1.0,
+        show_face_line: bool = True,
+        save_html: str = "EigenVis"
+):
+    # read
+    filename = obj.out_dir + '/' + input_file
+    eigen_data = dict()
+    with h5py.File(filename, "r") as f:
+        grp = f["EigenInfo"]
+        for name, value in grp.items():
+            eigen_data[name] = value[...]
+    eigen_data["all_lines"] = _reshape_cell(eigen_data["all_lines"])
+    eigen_data["all_faces"] = _reshape_cell(eigen_data["all_faces"])
+
+    f = eigen_data["f"]
+    eigenvector = eigen_data["eigenvector"]
+    num_mode_tag = len(f)
+    modei, modej = mode_tags
+    modei, modej = int(modei), int(modej)
+    if modej > num_mode_tag:
+        raise ValueError(
+            f"Insufficient number of modes in eigen file {filename}!")
+
+    fig = go.Figure()
+    title = dict(font=dict(family="courier", color='black', size=25),
+                 text="<b>OpenSeesPy Eigen 3D View</b>"
+                 )
+    if show_outline:
+        off_axis = {'showgrid': True, 'zeroline': True, 'visible': True}
+    else:
+        off_axis = {'showgrid': False, 'zeroline': False, 'visible': False}
+
+    # !subplots
+    if subplots:
+        if modej - modei + 1 > 49:
+            raise ValueError(
+                "When subplots True, mode_tag range must < 49 for clarify"
+            )
+        shape = shape_dict[modej - modei + 1]
+        specs = [[{'is_3d': True}
+                  for i in range(shape[1])] for j in range(shape[0])]
+        subplot_titles = []
+        for i, idx in enumerate(range(modei, modej + 1)):
+            txt = "Mode {}: T = {:.3f} s".format(idx, 1 / f[idx - 1])
+            subplot_titles.append(txt)
+
+        fig = make_subplots(rows=shape[0], cols=shape[1],
+                            specs=specs, figure=fig,
+                            print_grid=False, subplot_titles=subplot_titles,
+                            horizontal_spacing=0.07 / shape[1],
+                            vertical_spacing=0.1 / shape[0],
+                            column_widths=[1] * shape[1],
+                            row_heights=[1] * shape[0]
+                            )
+        for i, idx in enumerate(range(modei, modej + 1)):
+            eigen_vec = eigenvector[idx - 1]
+            if alpha is None:
+                value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+                alpha_ = (
+                    eigen_data["max_bound"] / obj.bound_fact / value_
+                )
+            else:
+                alpha_ = alpha
+            eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+            scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+
+            idxi = int(np.ceil((i + 1) / shape[1]) - 1)
+            idxj = int(i - idxi * shape[1])
+            # ---------------------------------------------------------
+            if show_origin:
+                points_origin = eigen_data["coord_no_deform"]
+            else:
+                points_origin = None
+            plotter = _generate_all_mesh(points=eigen_points, scalars=scalars, opacity=opacity,
+                                         lines_cells=eigen_data["all_lines"],
+                                         face_cells=eigen_data["all_faces"],
+                                         coloraxis=f"coloraxis{i + 1}",
+                                         points_origin=points_origin,
+                                         point_size=obj.point_size,
+                                         line_width=obj.line_width,
+                                         show_face_line=show_face_line)
+            fig.add_traces(plotter, rows=idxi + 1, cols=idxj + 1)
+        if np.max(np.abs(eigen_data["coord_no_deform"][:, -1])) < 1e-8:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")),
+                xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")),
+                         xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+        scenes = dict()
+        coloraxiss = dict()
+        for k in range(shape[0] * shape[1]):
+            coloraxiss[f"coloraxis{k + 1}"] = dict(
+                showscale=False, colorscale=obj.color_map)
+            if k >= 1:
+                if np.max(np.abs(eigen_data["coord_no_deform"][:, -1])) < 1e-8:
+                    scenes[f"scene{k + 1}"] = dict(camera=dict(eye=eye,
+                                                               projection=dict(type="orthographic")),
+                                                   xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+                else:
+                    scenes[f"scene{k + 1}"] = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                                                   camera=dict(eye=eye,
+                                                               projection=dict(type="orthographic")),
+                                                   xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+        fig.update_layout(
+            title=title,
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            coloraxis=dict(showscale=False, colorscale=obj.color_map),
+            scene=scene,
+            **scenes,
+            **coloraxiss
+        )
+    # !slider style
+    else:
+        n_data = None
+        cmins = []
+        cmaxs = []
+        for i, idx in enumerate(range(modei, modej + 1)):
+            step = idx - 1
+            eigen_vec = eigenvector[step]
+            if alpha is None:
+                value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+                alpha_ = (
+                    eigen_data["max_bound"] / obj.bound_fact / value_
+                )
+            else:
+                alpha_ = alpha
+            eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+            scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+            cmins.append(np.min(scalars))
+            cmaxs.append(np.max(scalars))
+
+            # -------------------------------------------------------------
+            # start plot
+            if show_origin:
+                points_origin = eigen_data["coord_no_deform"]
+            else:
+                points_origin = None
+            plotter = _generate_all_mesh(points=eigen_points, scalars=scalars, opacity=opacity,
+                                         lines_cells=eigen_data["all_lines"],
+                                         face_cells=eigen_data["all_faces"],
+                                         coloraxis=f"coloraxis{i + 1}",
+                                         points_origin=points_origin,
+                                         point_size=obj.point_size, line_width=obj.line_width,
+                                         show_face_line=show_face_line)
+            fig.add_traces(plotter)
+            if i == 0:
+                n_data = len(fig.data)
+        for i in range(n_data, len(fig.data)):
+            fig.data[i].visible = False
+        # Create and add slider
+        steps = []
+        for i, idx in enumerate(range(modei, modej + 1)):
+            txt = "Mode {}: T = {:.3f} s".format(idx, 1 / f[idx - 1])
+            step = dict(
+                method="update",
+                args=[{"visible": [False] * len(fig.data)},
+                      {"title": txt}],  # layout attribute
+                label=str(idx),
+            )
+            step["args"][0]["visible"][n_data *
+                                       i:n_data * (i + 1)] = [True] * n_data
+            # Toggle i'th trace to "visible"
+            steps.append(step)
+        sliders = [dict(
+            active=modej - modei + 1,
+            currentvalue={"prefix": "Mode: "},
+            pad={"t": 50},
+            steps=steps
+        )]
+        coloraxiss = {}
+        for i in range(modej - modei + 1):
+            coloraxiss[f"coloraxis{i + 1}"] = dict(colorscale=obj.color_map,
+                                                   cmin=cmins[i],
+                                                   cmax=cmaxs[i],
+                                                   colorbar=dict(tickfont=dict(size=15)))
+
+        if np.max(np.abs(eigen_data["coord_no_deform"][:, -1])) < 1e-8:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")),
+                xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")),
+                         xaxis=off_axis, yaxis=off_axis, zaxis=off_axis)
+        fig.update_layout(
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            scene=scene,
+            title=title,
+            sliders=sliders,
+            **coloraxiss
+        )
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _eigen_anim(
+        obj,
+        mode_tag: int = 1,
+        input_file: str = 'EigenData.hdf5',
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 3,
+        show_face_line: bool = True,
+        save_html: str = "EigenAnimation"
+):
+    filename = obj.out_dir + '/' + input_file
+    eigen_data = dict()
+    with h5py.File(filename, "r") as f:
+        grp = f["EigenInfo"]
+        for name, value in grp.items():
+            eigen_data[name] = value[...]
+    eigen_data["all_lines"] = _reshape_cell(eigen_data["all_lines"])
+    eigen_data["all_faces"] = _reshape_cell(eigen_data["all_faces"])
+
+    f = eigen_data["f"]
+    eigenvector = eigen_data["eigenvector"]
+    num_mode_tag = len(f)
+    if mode_tag > num_mode_tag:
+        raise ValueError("Insufficient number of modes in open file")
+    eigen_vec = eigenvector[mode_tag - 1]
+    f_ = f[mode_tag - 1]
+    if alpha is None:
+        value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+        alpha_ = (
+            eigen_data["max_bound"] / obj.bound_fact / value_
+        )
+    else:
+        alpha_ = alpha
+    eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+    anti_eigen_points = eigen_data["coord_no_deform"] - eigen_vec * alpha_
+    scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+    plt_points = [anti_eigen_points,
+                  eigen_data["coord_no_deform"], eigen_points]
+    index = [1] + [2, 0] * 3
+    nb_frames = len(index)
+    times = int(nb_frames / framerate)
+
+    # -----------------------------------------------------------------------------
+    # start plot
+    frames = []
+    for k, idx in enumerate(index):
+        points = plt_points[idx]
+        xyz = (eigen_data["coord_no_deform"] - points) / alpha_
+        xyz_eigen = np.sqrt(np.sum(xyz ** 2, axis=1))
+        plotter = _generate_all_mesh(points=points, scalars=xyz_eigen,
+                                     point_size=obj.point_size, line_width=obj.line_width,
+                                     opacity=opacity,
+                                     lines_cells=eigen_data["all_lines"],
+                                     face_cells=eigen_data["all_faces"],
+                                     coloraxis="coloraxis",
+                                     show_face_line=show_face_line)
+        frames.append(go.Frame(data=plotter, name="step:" + str(k + 1)))
+
+    fig = go.Figure(frames=frames)
+    # Add data to be displayed before animation starts
+    plotter0 = _generate_all_mesh(points=plt_points[index[0]], scalars=scalars * 0,
+                                  point_size=obj.point_size, line_width=obj.line_width,
+                                  opacity=opacity,
+                                  lines_cells=eigen_data["all_lines"],
+                                  face_cells=eigen_data["all_faces"],
+                                  coloraxis="coloraxis",
+                                  show_face_line=show_face_line)
+    fig.add_traces(plotter0)
+
+    def frame_args(duration):
+        return {
+            "frame": {"duration": duration},
+            "mode": "immediate",
+            "fromcurrent": True,
+            "transition": {"duration": duration, "easing": "linear"},
+        }
+
+    sliders = [
+        {
+            "pad": {"b": 10, "t": 60},
+            "len": 0.9,
+            "x": 0.1,
+            "y": 0,
+            "steps": [
+                {
+                    "args": [[f.name], frame_args(0)],
+                    "label": "step:" + str(k + 1),
+                    "method": "animate",
+                }
+                for k, f in enumerate(fig.frames)
+            ],
+        }
+    ]
+    # Layout
+    if np.max(np.abs(eigen_data["coord_no_deform"][:, -1])) < 1e-8:
+        eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+        scene = dict(camera=dict(
+            eye=eye, projection=dict(type="orthographic")))
+    else:
+        eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+        scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                     camera=dict(eye=eye, projection=dict(
+                         type="orthographic")))
+    txt = "<br> Mode {}: T = {:.3f} s".format(mode_tag, 1 / f_)
+    fig.update_layout(
+        title=dict(font=dict(family="courier", color='black', size=25),
+                   text="<b>OpenSeesPy Eigen 3D View</b>" + txt
+                   ),
+        template=obj.theme,
+        autosize=True,
+        showlegend=False,
+        coloraxis=dict(colorscale=obj.color_map,
+                       colorbar=dict(tickfont=dict(size=15))),
+        scene=scene,
+        updatemenus=[
+            {
+                "buttons": [
+                    {
+                        "args": [None, frame_args(times)],
+                        "label": "&#9654;",  # play symbol
+                        "method": "animate",
+                    },
+                    {
+                        "args": [[None], frame_args(0)],
+                        "label": "&#9724;",  # pause symbol
+                        "method": "animate",
+                    },
+                ],
+                "direction": "left",
+                "pad": {"r": 10, "t": 70},
+                "type": "buttons",
+                "x": 0.1,
+                "y": 0,
+            }
+        ],
+        sliders=sliders
+    )
+    if not show_outline:
+        fig.update_layout(
+            scene=dict(xaxis={'showgrid': False, 'zeroline': False, 'visible': False},
+                       yaxis={'showgrid': False,
+                              'zeroline': False, 'visible': False},
+                       zaxis={'showgrid': False, 'zeroline': False, 'visible': False}, ),
+        )
+
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _deform_vis(
+        obj,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        slider: bool = False,
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        show_face_line: bool = True,
+        opacity: float = 1,
+        save_html: str = "DefoVis",
+        model_update: bool = False
+):
+    resp_type = response.lower()
+    if resp_type not in ['disp', 'vel', 'accel']:
+        raise ValueError("response must be 'disp', 'vel', or 'accel'!")
+    # ------------------------------------------------
+    filename = obj.out_dir + '/' + input_file
+    model_info_steps = dict()
+    cell_steps = dict()
+    node_resp_steps = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["ModelInfoSteps"]
+        grp2 = f["CellSteps"]
+        if model_update:
+            for name, value_ in grp1.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                model_info_steps[name] = temp
+            for name, value_ in grp2.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                cell_steps[name] = temp
+        else:
+            for name, value_ in grp1.items():
+                model_info_steps[name] = value_[...]
+            for name, value_ in grp2.items():
+                cell_steps[name] = value_[...]
+        grp3 = f["NodeRespSteps"]
+        for name, value_ in grp3.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            node_resp_steps[name] = temp
+
+    num_steps = len(node_resp_steps["disp"])
+    # ! max response
+    max_resps = [np.max(np.sqrt(np.sum(resp_ ** 2, axis=1)))
+                 for resp_ in node_resp_steps[resp_type]]
+    max_step = np.argmax(max_resps)
+    max_node_resp = node_resp_steps[resp_type][max_step]
+    scalars = np.sqrt(np.sum(max_node_resp ** 2, axis=1))
+    data = node_resp_steps[resp_type]
+    cmin, cmax = np.min(scalars), np.max(scalars)
+    if model_update:
+        bounds = model_info_steps["bound"][0]
+        model_dims = model_info_steps["model_dims"][0]
+    else:
+        bounds = model_info_steps["bound"]
+        model_dims = model_info_steps["model_dims"]
+    # scale factor
+    if resp_type == "disp":
+        if alpha is None:
+            max_bound = np.max(
+                [bounds[1] - bounds[0], bounds[3] - bounds[2], bounds[5] - bounds[4]])
+            value = np.max(np.sqrt(np.sum(max_node_resp ** 2, axis=1)))
+            alpha_ = max_bound / obj.bound_fact / value
+        else:
+            alpha_ = alpha
+    else:
+        alpha_ = 0
+    # ------------------------------------------------------------------------
+    fig = go.Figure()
+    # -------------------------------------------------------------------------
+    if slider:
+        n_data = None
+        for step in range(num_steps):
+            if model_update:
+                node_nodeform_coords = model_info_steps["coord_no_deform"][step]
+                lines_cells = _reshape_cell(cell_steps["all_lines"][step])
+                faces_cells = _reshape_cell(cell_steps["all_faces"][step])
+            else:
+                node_nodeform_coords = model_info_steps["coord_no_deform"]
+                lines_cells = _reshape_cell(cell_steps["all_lines"])
+                faces_cells = _reshape_cell(cell_steps["all_faces"])
+            node_resp = node_resp_steps[resp_type][step]
+            node_deform_coords = alpha_ * node_resp + node_nodeform_coords
+            if show_origin:
+                points_origin = node_nodeform_coords
+            else:
+                points_origin = None
+            scalars = np.sqrt(np.sum(node_resp ** 2, axis=1))
+            plotter = _generate_all_mesh(points=node_deform_coords, scalars=scalars,
+                                         point_size=obj.point_size, line_width=obj.line_width,
+                                         opacity=opacity,
+                                         lines_cells=lines_cells,
+                                         face_cells=faces_cells,
+                                         coloraxis=f"coloraxis{step + 1}",
+                                         points_origin=points_origin,
+                                         show_face_line=show_face_line)
+            fig.add_traces(plotter)
+            if step == 0:
+                n_data = len(fig.data)
+        for i in range(0, len(fig.data) - n_data):
+            fig.data[i].visible = False
+        # ! Create and add slider
+        steps = []
+        for i in range(num_steps):
+            maxx, maxy, maxz = np.max(data[i], axis=0)
+            minx, miny, minz = np.min(data[i], axis=0)
+            txt = (f"<b>Step {i + 1} {response}</b>"
+                   f"<br>max.x={maxx:.2E} | min.x={minx:.2E}"
+                   f"<br>max.y={maxy:.2E} | min.y={miny:.2E}"
+                   f"<br>max.z={maxz:.2E} | min.z={minz:.2E}")
+            step = dict(
+                method="update",
+                args=[{"visible": [False] * len(fig.data)},
+                      {"title": txt}],  # layout attribute
+                label=str(i + 1),
+            )
+            idxi, idxj = n_data * i, n_data * (i + 1)
+            step["args"][0]["visible"][idxi:idxj] = [True] * n_data
+            # Toggle i'th trace to "visible"
+            steps.append(step)
+        sliders = [dict(
+            active=num_steps,
+            currentvalue={"prefix": "Step: "},
+            pad={"t": 50},
+            steps=steps
+        )]
+        coloraxiss = {}
+        for i in range(num_steps):
+            coloraxiss[f"coloraxis{i + 1}"] = dict(colorscale=obj.color_map,
+                                                   cmin=cmin,
+                                                   cmax=cmax,
+                                                   colorbar=dict(tickfont=dict(size=15)))
+        if np.max(model_dims) <= 2:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")))
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")))
+        fig.update_layout(
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            scene=scene,  # orthographic,perspective
+            title=dict(font=dict(family="courier", color='black', size=25),
+                       text="<b>OpenSeesPy Deformation 3D View</b>"
+                       ),
+            sliders=sliders,
+            **coloraxiss
+        )
+    # -------------------------------------------------------------------------
+    else:  # plot a single step
+        step = max_step
+        if model_update:
+            node_nodeform_coords = model_info_steps["coord_no_deform"][step]
+            lines_cells = _reshape_cell(cell_steps["all_lines"][step])
+            faces_cells = _reshape_cell(cell_steps["all_faces"][step])
+        else:
+            node_nodeform_coords = model_info_steps["coord_no_deform"]
+            lines_cells = _reshape_cell(cell_steps["all_lines"])
+            faces_cells = _reshape_cell(cell_steps["all_faces"])
+        node_resp = node_resp_steps[resp_type][step]
+        node_deform_coords = alpha_ * node_resp + node_nodeform_coords
+        if show_origin:
+            points_origin = node_nodeform_coords
+        else:
+            points_origin = None
+        scalars = np.sqrt(np.sum(node_resp ** 2, axis=1))
+        plotter = _generate_all_mesh(points=node_deform_coords, scalars=scalars,
+                                     point_size=obj.point_size, line_width=obj.line_width,
+                                     opacity=opacity,
+                                     lines_cells=lines_cells,
+                                     face_cells=faces_cells,
+                                     coloraxis="coloraxis",
+                                     points_origin=points_origin,
+                                     show_face_line=show_face_line)
+        fig.add_traces(plotter)
+        if np.max(np.abs(node_deform_coords[:, -1])) < 1e-5:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")))
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")))
+        maxx, maxy, maxz = np.max(node_resp, axis=0)
+        minx, miny, minz = np.min(node_resp, axis=0)
+        txt = (f"<br>Step {max_step + 1} {response}"
+               f"<br>max.x={maxx:.2E} | min.x={minx:.2E}"
+               f"<br>max.y={maxy:.2E} | min.y={miny:.2E}"
+               f"<br>max.z={maxz:.2E} | min.z={minz:.2E}")
+        fig.update_layout(
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            scene=scene,
+            coloraxis=dict(colorscale=obj.color_map, cmin=cmin, cmax=cmax,
+                           colorbar=dict(tickfont=dict(size=15))),
+            title=dict(font=dict(family="courier", color='black', size=25),
+                       text="<b>OpenSeesPy Deformation 3D View</b>" + txt
+                       ),
+        )
+    if not show_outline:
+        fig.update_layout(
+            scene=dict(xaxis={'showgrid': False, 'zeroline': False, 'visible': False},
+                       yaxis={'showgrid': False,
+                              'zeroline': False, 'visible': False},
+                       zaxis={'showgrid': False, 'zeroline': False, 'visible': False}, ),
+        )
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _deform_anim(
+        obj,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 24,
+        show_face_line: bool = True,
+        save_html: str = "DefoAnimation",
+        model_update: bool = False
+):
+    resp_type = response.lower()
+    if resp_type not in ['disp', 'vel', 'accel']:
+        raise ValueError("response must be 'disp', 'vel', or 'accel'!")
+    filename = obj.out_dir + '/' + input_file
+    model_info_steps = dict()
+    cell_steps = dict()
+    node_resp_steps = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["ModelInfoSteps"]
+        grp2 = f["CellSteps"]
+        if model_update:
+            for name, value_ in grp1.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                model_info_steps[name] = temp
+            for name, value_ in grp2.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                cell_steps[name] = temp
+        else:
+            for name, value_ in grp1.items():
+                model_info_steps[name] = value_[...]
+            for name, value_ in grp2.items():
+                cell_steps[name] = value_[...]
+        grp3 = f["NodeRespSteps"]
+        for name, value_ in grp3.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            node_resp_steps[name] = temp
+
+    num_steps = len(node_resp_steps["disp"])
+    times = int(num_steps / framerate)
+
+    # ! max response
+    max_resps = [np.max(np.sqrt(np.sum(resp_ ** 2, axis=1)))
+                 for resp_ in node_resp_steps[resp_type]]
+    max_step = np.argmax(max_resps)
+    max_node_resp = node_resp_steps[resp_type][max_step]
+    scalars = np.sqrt(np.sum(max_node_resp ** 2, axis=1))
+    data = node_resp_steps[resp_type]
+    cmin, cmax = np.min(scalars), np.max(scalars)
+    if model_update:
+        bounds = model_info_steps["bound"][0]
+        model_dims = model_info_steps["model_dims"][0]
+    else:
+        bounds = model_info_steps["bound"]
+        model_dims = model_info_steps["model_dims"]
+    # scale factor
+    if resp_type == "disp":
+        if alpha is None:
+            max_bound = np.max(
+                [bounds[1] - bounds[0], bounds[3] - bounds[2], bounds[5] - bounds[4]])
+            value = np.max(np.sqrt(np.sum(max_node_resp ** 2, axis=1)))
+            alpha_ = max_bound / obj.bound_fact / value
+        else:
+            alpha_ = alpha
+    else:
+        alpha_ = 0
+
+    # -----------------------------------------------------------------------------
+    # start plot
+    def create_mesh(stepi):
+        if model_update:
+            node_nodeform_coords_ = model_info_steps["coord_no_deform"][stepi]
+            lines_cells_ = _reshape_cell(cell_steps["all_lines"][stepi])
+            faces_cells_ = _reshape_cell(cell_steps["all_faces"][stepi])
+        else:
+            node_nodeform_coords_ = model_info_steps["coord_no_deform"]
+            lines_cells_ = _reshape_cell(cell_steps["all_lines"])
+            faces_cells_ = _reshape_cell(cell_steps["all_faces"])
+        node_resp_ = node_resp_steps[resp_type][stepi]
+        node_deform_coords_ = alpha_ * node_resp_ + node_nodeform_coords_
+        scalars_ = np.sqrt(np.sum(node_resp_ ** 2, axis=1))
+        plotter_ = _generate_all_mesh(points=node_deform_coords_, scalars=scalars_,
+                                      point_size=obj.point_size, line_width=obj.line_width,
+                                      opacity=opacity,
+                                      lines_cells=lines_cells_,
+                                      face_cells=faces_cells_,
+                                      coloraxis="coloraxis",
+                                      show_face_line=show_face_line)
+        return plotter_
+
+    frames = []
+    for step in range(num_steps):
+        plotter = create_mesh(step)
+        frames.append(go.Frame(data=plotter, name="step:" + str(step + 1)))
+
+    fig = go.Figure(frames=frames)
+    # Add data to be displayed before animation starts
+    plotter0 = create_mesh(num_steps - 1)
+    fig.add_traces(plotter0)
+
+    def frame_args(duration):
+        return {
+            "frame": {"duration": duration},
+            "mode": "immediate",
+            "fromcurrent": True,
+            "transition": {"duration": duration, "easing": "linear"},
+        }
+
+    sliders = [
+        {
+            "pad": {"b": 10, "t": 60},
+            "len": 0.9,
+            "x": 0.1,
+            "y": 0,
+            "steps": [
+                {
+                    "args": [[f.name], frame_args(0)],
+                    "label": "step:" + str(k + 1),
+                    "method": "animate",
+                }
+                for k, f in enumerate(fig.frames)
+            ],
+        }
+    ]
+    # Layout
+    for i in range(len(fig.frames)):
+        maxx, maxy, maxz = np.max(data[i], axis=0)
+        minx, miny, minz = np.min(data[i], axis=0)
+        txt = ("<b>OpenSeesPy Defo 3D View</b>"
+               f"<br>Step {i + 1} {response}"
+               f"<br>max.x={maxx:.2E} | min.x={minx:.2E}"
+               f"<br>max.y={maxy:.2E} | min.y={miny:.2E}"
+               f"<br>max.z={maxz:.2E} | min.z={minz:.2E}")
+        fig.frames[i]['layout'].update(title_text=txt)
+    if np.max(model_dims) < 3:
+        eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+        scene = dict(camera=dict(
+            eye=eye, projection=dict(type="orthographic")))
+    else:
+        eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+        scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                     camera=dict(eye=eye, projection=dict(
+                         type="orthographic")))
+
+    fig.update_layout(
+        title=dict(font=dict(family="courier", color='black', size=25),
+                   text="<b>OpenSeesPy Defo 3D View</b>"),
+        template=obj.theme,
+        autosize=True,
+        showlegend=False,
+        coloraxis=dict(colorscale=obj.color_map,
+                       cmin=cmin,
+                       cmax=cmax,
+                       colorbar=dict(tickfont=dict(size=15))),
+        scene=scene,
+        updatemenus=[
+            {
+                "buttons": [
+                    {
+                        "args": [None, frame_args(times)],
+                        "label": "&#9654;",  # play symbol
+                        "method": "animate",
+                    },
+                    {
+                        "args": [[None], frame_args(0)],
+                        "label": "&#9724;",  # pause symbol
+                        "method": "animate",
+                    },
+                ],
+                "direction": "left",
+                "pad": {"r": 10, "t": 70},
+                "type": "buttons",
+                "x": 0.1,
+                "y": 0,
+            }
+        ],
+        sliders=sliders
+    )
+    if not show_outline:
+        fig.update_layout(
+            scene=dict(xaxis={'showgrid': False, 'zeroline': False, 'visible': False},
+                       yaxis={'showgrid': False,
+                              'zeroline': False, 'visible': False},
+                       zaxis={'showgrid': False, 'zeroline': False, 'visible': False}, ),
+        )
+
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _frame_resp_vis(obj,
+                    input_file: str = "BeamRespStepData-1.hdf5",
+                    ele_tags: list[int] = None,
+                    slider: bool = False,
+                    response: str = "Mz",
+                    show_values=True,
+                    alpha: float = None,
+                    opacity: float = 1,
+                    save_html: str = "FrameRespVis"
+                    ):
+    filename = obj.out_dir + '/' + input_file
+    beam_infos = dict()
+    beam_resp_step = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["BeamInfos"]
+        for name, value_ in grp1.items():
+            beam_infos[name] = value_[...]
+        grp2 = f["BeamRespSteps"]
+        for name, value_ in grp2.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            beam_resp_step[name] = temp
+
+    # -------------------------------------
+    beam_tags = beam_infos['beam_tags']
+    if len(beam_tags) == 0:
+        warnings.warn("Model has no frame elements!")
+        return None
+    ylocals = beam_infos['ylocal']
+    zlocals = beam_infos['zlocal']
+    ylocal_map = {beam_tags[i]: ylocals[i] for i in range(len(beam_tags))}
+    zlocal_map = {beam_tags[i]: zlocals[i] for i in range(len(beam_tags))}
+    local_forces_step = beam_resp_step['localForces']
+    num_steps = len(local_forces_step)
+
+    if ele_tags is None:
+        ele_tags = beam_tags
+        beam_node_coords = beam_infos['beam_node_coords']
+        beam_cells = beam_infos['beam_cells']
+        beam_cell_map = {beam_tags[i]: i for i in range(len(beam_tags))}
+        idxs = range(len(beam_tags))
+    else:
+        ele_tags = np.atleast_1d(ele_tags)
+        beam_node_coords = []
+        beam_cells = []
+        idxs = []
+        beam_cell_map = {}
+        for i, eletag in enumerate(ele_tags):
+            idx = beam_infos['beam_cell_map'][eletag]
+            idxs.append(idx)
+            beam_cell_map[eletag] = i
+            nodei, nodej = beam_infos['beam_cells'][idx, 1:]
+            beam_node_coords.append(beam_infos['beam_node_coords'][nodei])
+            beam_node_coords.append(beam_infos['beam_node_coords'][nodej])
+            beam_cells.append([2, 2 * i, 2 * i + 1])
+        beam_node_coords = np.array(beam_node_coords)
+        beam_cells = np.array(beam_cells)
+
+    idx_plottype_map = dict(fx=[0, 6], fy=[1, 7], fz=[2, 8],
+                            my=[4, 10], mz=[5, 11], mx=[3, 9])
+    f_sign_map = dict(fx=[-1, 1], fy=[-1, 1], fz=[-1, 1],
+                      my=[1, -1], mz=[-1, 1], mx=[1, -1])
+    axis_sign_map = dict(fx=1, fy=1, fz=1,
+                         my=-1, mz=-1, mx=-1)
+    axis_map_map = dict(fx=zlocal_map, fy=ylocal_map, fz=zlocal_map,
+                        my=zlocal_map, mz=ylocal_map, mx=zlocal_map)
+    idx_plottype = idx_plottype_map[response.lower()]
+    axis_map = axis_map_map[response.lower()]
+    axis_sign = axis_sign_map[response.lower()]
+    local_forces_step = [data[:, idx_plottype][idxs] * np.array(f_sign_map[response.lower()])
+                         for data in local_forces_step]  # new
+
+    maxv = [np.max(np.abs(data))
+            for data in local_forces_step]
+    maxstep = np.argmax(maxv)
+    local_forces_max = local_forces_step[maxstep]
+    cmin, cmax = np.min(local_forces_max), np.max(local_forces_max)
+    if alpha is None:
+        max_coord = np.max(beam_node_coords, axis=0)
+        min_coord = np.min(beam_node_coords, axis=0)
+        max_bound = np.max(max_coord - min_coord)
+        maxv = np.amax(np.abs(local_forces_max))
+        alpha_ = max_bound / maxv / obj.bound_fact
+    else:
+        alpha_ = alpha
+
+    # ------------------------------------------------------------------------
+    fig = go.Figure()
+    # -------------------------------------------------------------------------
+    if slider:
+        n_data = None
+        for step in range(num_steps):
+            local_forces = local_forces_step[step]
+            local_forces_scale = local_forces * alpha_
+            # add force face cells
+            # TODO if values symbol versa, need trangle
+            label_poins = []
+            labels = []
+            resp_points = []
+            resp_cells = []
+            scalars = []
+            for i, eletag in enumerate(ele_tags):
+                axis = axis_map[eletag]
+                node1, node2 = beam_cells[beam_cell_map[eletag], 1:]
+                coord1, coord2 = beam_node_coords[node1], beam_node_coords[node2]
+                f1, f2 = local_forces_scale[beam_cell_map[eletag]]
+                f1_, f2_ = local_forces[beam_cell_map[eletag]]
+                coord3 = coord2 + f2 * axis * axis_sign
+                coord4 = coord1 + f1 * axis * axis_sign
+                label_poins.extend([coord3, coord4])
+                labels.extend([f2_, f1_])
+                n = len(resp_points)
+                if f1 * f2 >= 0:
+                    resp_points.extend([coord1, coord2, coord3, coord4])
+                    resp_cells.append([4, n, n + 1, n + 2, n + 3])
+                    scalars.extend([f1_, f2_, f2_, f1_])
+                else:
+                    ratio = np.abs(f2 / f1)
+                    ratio = 1 / (ratio + 1)
+                    coord0 = coord1 + (coord2 - coord1) * ratio
+                    resp_points.extend(
+                        [coord1, coord0, coord4, coord2, coord0, coord3])
+                    resp_cells.append([3, n, n + 1, n + 2])
+                    resp_cells.append([3, n + 3, n + 4, n + 5])
+                    scalars.extend([f1_, 0, f1_, f2_, 0, f2_])
+            labels = [f"{label:.2E}" for label in labels]
+            label_poins = np.array(label_poins)
+            resp_points = np.array(resp_points)
+            scalars = np.array(scalars)
+            # ----------------------------------------------------------------------------------------
+            line_plot = _generate_line_mesh(beam_node_coords, beam_cells, line_width=obj.line_width,
+                                            color="black", use_cmap=False)
+            resp_plot = _generate_face_mesh(resp_points, resp_cells, show_face_line=False, opacity=opacity,
+                                            use_cmap=True, scalars=scalars, coloraxis="coloraxis")
+            point_plot = _generate_point_mesh(resp_points, point_size=obj.point_size / 2,
+                                              use_cmap=True, hover_name=response,
+                                              scalars=scalars, coloraxis="coloraxis")
+            # resp_plot = _generate_line_mesh(resp_points, resp_cells, line_width=obj.line_width,
+            #                                 use_cmap=True, scalars=scalars, coloraxis="coloraxis")
+            fig.add_traces(line_plot + resp_plot + point_plot)
+            if show_values:
+                txt_plot = go.Scatter3d(
+                    x=label_poins[:, 0],
+                    y=label_poins[:, 1],
+                    z=label_poins[:, 2],
+                    text=labels,
+                    textfont=dict(color="#6e750e", size=8),
+                    mode="text",
+                    name=f"{response}",
+                )
+                fig.add_trace(txt_plot)
+            if step == 0:
+                n_data = len(fig.data)
+        for i in range(0, len(fig.data) - n_data):
+            fig.data[i].visible = False
+        # ! Create and add slider
+        steps = []
+        for i in range(num_steps):
+            maxx = np.max(local_forces_step[i])
+            minx = np.min(local_forces_step[i])
+            txt = (f"<b>Step {i + 1} {response}</b>"
+                   f"<br>max.={maxx:.2E}|min.={minx:.2E}")
+            step = dict(
+                method="update",
+                args=[{"visible": [False] * len(fig.data)},
+                      {"title": txt}],  # layout attribute
+                label=str(i + 1),
+            )
+            idxi, idxj = n_data * i, n_data * (i + 1)
+            step["args"][0]["visible"][idxi:idxj] = [True] * n_data
+            # Toggle i'th trace to "visible"
+            steps.append(step)
+        sliders = [dict(
+            active=num_steps,
+            currentvalue={"prefix": "Step: "},
+            pad={"t": 50},
+            steps=steps
+        )]
+        coloraxiss = {}
+        for i in range(num_steps):
+            coloraxiss[f"coloraxis{i + 1}"] = dict(colorscale=obj.color_map,
+                                                   cmin=cmin,
+                                                   cmax=cmax,
+                                                   colorbar=dict(tickfont=dict(size=15)))
+
+        if np.max(np.abs(beam_node_coords[:, -1])) < 1e-5:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")))
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")))
+        fig.update_layout(
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            scene=scene,
+            title=dict(font=dict(family="courier", color='black', size=25),
+                       text="<b>OpenSeesPy Frames Response 3D View</b>"
+                       ),
+            sliders=sliders,
+            **coloraxiss
+        )
+    # -------------------------------------------------------------------------
+    else:  # plot a single step
+        local_forces = local_forces_step[maxstep]
+        local_forces_scale = local_forces * alpha_
+        # add force face cells
+        # TODO if values symbol versa, need trangle
+        label_poins = []
+        labels = []
+        resp_points = []
+        resp_cells = []
+        scalars = []
+        for i, eletag in enumerate(ele_tags):
+            axis = axis_map[eletag]
+            node1, node2 = beam_cells[beam_cell_map[eletag], 1:]
+            coord1, coord2 = beam_node_coords[node1], beam_node_coords[node2]
+            f1, f2 = local_forces_scale[beam_cell_map[eletag]]
+            f1_, f2_ = local_forces[beam_cell_map[eletag]]
+            coord3 = coord2 + f2 * axis * axis_sign
+            coord4 = coord1 + f1 * axis * axis_sign
+            label_poins.extend([coord3, coord4])
+            labels.extend([f2_, f1_])
+            n = len(resp_points)
+            if f1 * f2 >= 0:
+                resp_points.extend([coord1, coord2, coord3, coord4])
+                resp_cells.append([4, n, n + 1, n + 2, n + 3])
+                scalars.extend([f1_, f2_, f2_, f1_])
+            else:
+                ratio = np.abs(f2 / f1)
+                ratio = 1 / (ratio + 1)
+                coord0 = coord1 + (coord2 - coord1) * ratio
+                resp_points.extend(
+                    [coord1, coord0, coord4, coord2, coord0, coord3])
+                resp_cells.append([3, n, n + 1, n + 2])
+                resp_cells.append([3, n + 3, n + 4, n + 5])
+                scalars.extend([f1_, 0, f1_, f2_, 0, f2_])
+        labels = [f"{label:.2E}" for label in labels]
+        label_poins = np.array(label_poins)
+        resp_points = np.array(resp_points)
+        scalars = np.array(scalars)
+        # ----------------------------------------------------------------------------------------
+        line_plot = _generate_line_mesh(beam_node_coords, beam_cells, line_width=obj.line_width,
+                                        color="black", use_cmap=False)
+        resp_plot = _generate_face_mesh(resp_points, resp_cells, show_face_line=False, opacity=opacity,
+                                        use_cmap=True, scalars=scalars, coloraxis="coloraxis")
+        point_plot = _generate_point_mesh(resp_points, point_size=obj.point_size / 2,
+                                          use_cmap=True, hover_name=response,
+                                          scalars=scalars, coloraxis="coloraxis")
+        # resp_plot = _generate_line_mesh(resp_points, resp_cells, line_width=obj.line_width,
+        #                                 use_cmap=True, scalars=scalars, coloraxis="coloraxis")
+        fig.add_traces(line_plot + resp_plot + point_plot)
+        if show_values:
+            txt_plot = go.Scatter3d(
+                x=label_poins[:, 0],
+                y=label_poins[:, 1],
+                z=label_poins[:, 2],
+                text=labels,
+                textfont=dict(color="#6e750e", size=8),
+                mode="text",
+                name=f"{response}",
+            )
+            fig.add_trace(txt_plot)
+        if np.max(np.abs(beam_node_coords[:, -1])) < 1e-5:
+            eye = dict(x=0., y=-0.1, z=10)  # for 2D camera
+            scene = dict(camera=dict(
+                eye=eye, projection=dict(type="orthographic")))
+        else:
+            eye = dict(x=-3.5, y=-3.5, z=3.5)  # for 3D camera
+            scene = dict(aspectratio=dict(x=1, y=1, z=1), aspectmode="data",
+                         camera=dict(eye=eye, projection=dict(
+                             type="orthographic")))
+        maxx = np.max(local_forces)
+        minx = np.min(local_forces)
+        txt = (f"<br>Step {maxstep + 1} {response}"
+               f"<br>max.={maxx:.2E} | min.={minx:.2E}")
+        fig.update_layout(
+            template=obj.theme,
+            autosize=True,
+            showlegend=False,
+            scene=scene,
+            coloraxis=dict(colorscale=obj.color_map, cmin=cmin, cmax=cmax,
+                           colorbar=dict(tickfont=dict(size=15))),
+            title=dict(font=dict(family="courier", color='black', size=25),
+                       text="<b>OpenSeesPy Frames Response 3D View</b>" + txt
+                       ),
+        )
+    fig.update_layout(
+        scene=dict(xaxis={'showgrid': False, 'zeroline': False, 'visible': False},
+                   yaxis={'showgrid': False,
+                          'zeroline': False, 'visible': False},
+                   zaxis={'showgrid': False, 'zeroline': False, 'visible': False}, ),
+    )
+    if save_html:
+        if not save_html.endswith(".html"):
+            save_html += ".html"
+        pio.write_html(fig, file=save_html, auto_open=True)
+    if obj.notebook:
+        fig.show()
+
+
+def _generate_point_mesh(points, point_size=1, color='black',
+                         scalars=None, use_cmap=False, coloraxis=None,
+                         hover_name=''):
+    plotter = []
+    if use_cmap:
+        point_plot = go.Scatter3d(
+            x=points[:, 0],
+            y=points[:, 1],
+            z=points[:, 2],
+            marker=dict(size=point_size, color=scalars,
+                        coloraxis=coloraxis),
+            mode="markers",
+            name=hover_name,
+            customdata=scalars,
+            hovertemplate='<b>%{customdata}</b>'
+            # hoverinfo="skip",
+        )
+    else:
+        point_plot = go.Scatter3d(
+            x=points[:, 0],
+            y=points[:, 1],
+            z=points[:, 2],
+            marker=dict(size=point_size, color=color),
+            mode="markers",
+        )
+    plotter.append(point_plot)
+    return plotter
+
+
+def _generate_line_mesh(points, cells, line_width=1, color='blue', scalars=None, use_cmap=False, coloraxis=None):
+    """
+    generate the mesh from the points and cell
+    """
+    plotter = []
+    line_points = []
+    line_scalars = []
+    for cell in cells:
+        data0 = points[cell[1:], :]
+        data1 = [np.NAN, np.NAN, np.NAN]
+        data = np.vstack([data0, data1])
+        line_points.extend(list(data))
+        if use_cmap:
+            line_scalars.extend(list(scalars[cell[1:]]) + [np.NAN])
+    line_points = np.array(line_points)
+    line_scalars = np.array(line_scalars)
+    if use_cmap:
+        line_dict = dict(color=line_scalars, width=line_width,
+                         cmin=np.min(line_scalars), cmax=np.max(line_scalars),
+                         coloraxis=coloraxis)
+    else:
+        line_dict = dict(color=color, width=line_width)
+    plt_obj = go.Scatter3d(
+        x=line_points[:, 0],
+        y=line_points[:, 1],
+        z=line_points[:, 2],
+        line=line_dict,
+        mode="lines",
+        connectgaps=False,
+        hoverinfo="skip",
+    )
+    plotter.append(plt_obj)
+    return plotter
+
+
+def _generate_face_mesh(points, cells, line_width=1,
+                        color='blue', scalars=None, use_cmap=False, coloraxis=None,
+                        show_face_line=False, opacity=0.75):
+    """
+    generate the mesh from the points and cell
+    """
+    plotter = []
+    face_line_points = []
+    face_points = []
+    face_scalars = []
+    veci = []
+    vecj = []
+    veck = []
+    for cell in cells:
+        data0 = points[cell[1:], :]
+        data1 = [np.NAN, np.NAN, np.NAN]
+        data = np.vstack([data0, data0[0], data1])
+        if data0.shape[0] == 3:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 2)
+        elif data0.shape[0] == 6:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 3)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 3)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 4)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 3)
+            veck.append(len(face_points) + 4)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 4)
+            veck.append(len(face_points) + 2)
+        elif data0.shape[0] == 4:
+            veci.append(len(face_points) + 0)
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 1)
+            vecj.append(len(face_points) + 2)
+            veck.append(len(face_points) + 2)
+            veck.append(len(face_points) + 3)
+            # i, j, k = [0, 0], [1, 2], [2, 3]
+        elif data0.shape[0] == 8:
+            veci.append(len(face_points) + 0)
+            vecj.append(len(face_points) + 4)
+            veck.append(len(face_points) + 7)
+            veci.append(len(face_points) + 4)
+            vecj.append(len(face_points) + 1)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 2)
+            vecj.append(len(face_points) + 6)
+            veck.append(len(face_points) + 5)
+            veci.append(len(face_points) + 3)
+            vecj.append(len(face_points) + 7)
+            veck.append(len(face_points) + 6)
+            veci.append(len(face_points) + 5)
+            vecj.append(len(face_points) + 6)
+            veck.append(len(face_points) + 7)
+            veci.append(len(face_points) + 4)
+            vecj.append(len(face_points) + 5)
+            veck.append(len(face_points) + 7)
+        face_line_points.extend(list(data))
+        face_points.extend(list(data0))
+        if use_cmap:
+            face_scalars.extend(list(scalars[cell[1:]]))
+    face_line_points = np.array(face_line_points)
+    face_points = np.array(face_points)
+    face_scalars = np.array(face_scalars)
+    # plot new
+    if use_cmap:
+        kargs = dict(text=face_scalars,
+                     intensity=face_scalars,
+                     cmin=np.min(scalars),
+                     cmax=np.max(scalars),
+                     coloraxis=coloraxis)
+    else:
+        kargs = dict(color=color)
+    plotter.append(
+        go.Mesh3d(
+            x=face_points[:, 0],
+            y=face_points[:, 1],
+            z=face_points[:, 2],
+            i=veci,
+            j=vecj,
+            k=veck,
+            opacity=opacity,
+            hoverinfo="skip",
+            **kargs
+        )
+    )
+    # face lines
+    if show_face_line:
+        plotter.append(
+            go.Scatter3d(
+                x=face_line_points[:, 0],
+                y=face_line_points[:, 1],
+                z=face_line_points[:, 2],
+                line=dict(color='black', width=line_width / 2),
+                mode="lines",
+                connectgaps=False,
+                hoverinfo="skip",
+            )
+        )
+    return plotter
+
+
+def _generate_all_mesh(points, scalars, opacity, lines_cells, face_cells, point_size=1, line_width=1,
+                       points_origin=None, coloraxis="coloraxis", show_face_line=True):
+    """
+    Auxiliary function for generating all meshes
+    """
+    plotter = []
+    # ------------------------------------------------------------------------
+    # face plot
+    if len(face_cells) > 0:
+        face_line_points = []
+        face_points = []
+        face_scalars = []
+        face_line_origin_points = []
+        veci = []
+        vecj = []
+        veck = []
+        for cell in face_cells:
+            data0 = points[cell[1:], :]
+            data1 = [np.NAN, np.NAN, np.NAN]
+            data = np.vstack([data0, data0[0], data1])
+            if points_origin is not None:
+                data00 = points_origin[cell[1:], :]
+                data11 = [np.NAN, np.NAN, np.NAN]
+                data_ori = np.vstack([data00, data00[0], data11])
+                face_line_origin_points.extend(list(data_ori))
+            if data0.shape[0] == 3:
+                veci.append(len(face_points) + 0)
+                vecj.append(len(face_points) + 1)
+                veck.append(len(face_points) + 2)
+            elif data0.shape[0] == 6:
+                veci.append(len(face_points) + 0)
+                vecj.append(len(face_points) + 3)
+                veck.append(len(face_points) + 5)
+                veci.append(len(face_points) + 3)
+                vecj.append(len(face_points) + 1)
+                veck.append(len(face_points) + 4)
+                veci.append(len(face_points) + 5)
+                vecj.append(len(face_points) + 3)
+                veck.append(len(face_points) + 4)
+                veci.append(len(face_points) + 5)
+                vecj.append(len(face_points) + 4)
+                veck.append(len(face_points) + 2)
+            elif data0.shape[0] == 4:
+                veci.append(len(face_points) + 0)
+                veci.append(len(face_points) + 0)
+                vecj.append(len(face_points) + 1)
+                vecj.append(len(face_points) + 2)
+                veck.append(len(face_points) + 2)
+                veck.append(len(face_points) + 3)
+                # i, j, k = [0, 0], [1, 2], [2, 3]
+            elif data0.shape[0] == 8:
+                veci.append(len(face_points) + 0)
+                vecj.append(len(face_points) + 4)
+                veck.append(len(face_points) + 7)
+                veci.append(len(face_points) + 4)
+                vecj.append(len(face_points) + 1)
+                veck.append(len(face_points) + 5)
+                veci.append(len(face_points) + 2)
+                vecj.append(len(face_points) + 6)
+                veck.append(len(face_points) + 5)
+                veci.append(len(face_points) + 3)
+                vecj.append(len(face_points) + 7)
+                veck.append(len(face_points) + 6)
+                veci.append(len(face_points) + 5)
+                vecj.append(len(face_points) + 6)
+                veck.append(len(face_points) + 7)
+                veci.append(len(face_points) + 4)
+                vecj.append(len(face_points) + 5)
+                veck.append(len(face_points) + 7)
+            face_line_points.extend(list(data))
+            face_points.extend(list(data0))
+            face_scalars.extend(list(scalars[cell[1:]]))
+
+        face_line_points = np.array(face_line_points)
+        face_points = np.array(face_points)
+        face_scalars = np.array(face_scalars)
+        face_line_origin_points = np.array(face_line_origin_points)
+        # plot origin
+        if points_origin is not None:
+            plotter.append(
+                go.Scatter3d(
+                    x=face_line_origin_points[:, 0],
+                    y=face_line_origin_points[:, 1],
+                    z=face_line_origin_points[:, 2],
+                    line=dict(color='gray', width=line_width / 2),
+                    mode="lines",
+                    connectgaps=False,
+                    hoverinfo="skip",
+                )
+            )
+        # plot new
+        plotter.append(
+            go.Mesh3d(
+                x=face_points[:, 0],
+                y=face_points[:, 1],
+                z=face_points[:, 2],
+                i=veci,
+                j=vecj,
+                k=veck,
+                text=face_scalars,
+                intensity=face_scalars,
+                cmin=np.min(scalars),
+                cmax=np.max(scalars),
+                coloraxis=coloraxis,
+                opacity=opacity,
+                hoverinfo="skip",
+            )
+        )
+        if show_face_line:
+            plotter.append(
+                go.Scatter3d(
+                    x=face_line_points[:, 0],
+                    y=face_line_points[:, 1],
+                    z=face_line_points[:, 2],
+                    line=dict(color='black', width=line_width / 2),
+                    mode="lines",
+                    connectgaps=False,
+                    hoverinfo="skip",
+                )
+            )
+    # ----------------------------
+    # line plot
+    if len(lines_cells) > 0:
+        line_points = []
+        line_scalars = []
+        line_origin_points = []
+        for cell in lines_cells:
+            data0 = points[cell[1:], :]
+            data1 = [np.NAN, np.NAN, np.NAN]
+            data = np.vstack([data0, data1])
+            if points_origin is not None:
+                data00 = points_origin[cell[1:], :]
+                data11 = [np.NAN, np.NAN, np.NAN]
+                data_ori = np.vstack([data00, data11])
+                line_origin_points.extend(list(data_ori))
+            line_points.extend(list(data))
+            line_scalars.extend(list(scalars[cell[1:]]) + [np.NAN])
+        line_points = np.array(line_points)
+        line_scalars = np.array(line_scalars)
+        line_origin_points = np.array(line_origin_points)
+        # plot origin
+        if points_origin is not None:
+            plotter.append(
+                go.Scatter3d(
+                    x=line_origin_points[:, 0],
+                    y=line_origin_points[:, 1],
+                    z=line_origin_points[:, 2],
+                    line=dict(color='gray', width=line_width / 2),
+                    mode="lines",
+                    connectgaps=False,
+                    hoverinfo="skip",
+                )
+            )
+        # plot new
+        plotter.append(
+            go.Scatter3d(
+                x=line_points[:, 0],
+                y=line_points[:, 1],
+                z=line_points[:, 2],
+                line=dict(color=line_scalars, width=line_width,
+                          cmin=np.min(scalars), cmax=np.max(scalars),
+                          coloraxis=coloraxis,
+                          ),
+                text=line_scalars,
+                mode="lines",
+                connectgaps=False,
+                hoverinfo="skip",
+            )
+        )
+    # ---------------------------------------
+    # point plot
+    point_plot = go.Scatter3d(
+        x=points[:, 0],
+        y=points[:, 1],
+        z=points[:, 2],
+        marker=dict(size=point_size / 2, color=scalars,
+                    coloraxis=coloraxis),
+        mode="markers",
+        name='',
+        customdata=scalars,
+        hovertemplate='<b>%{customdata}</b>'
+        # hoverinfo="skip",
+    )
+    plotter.append(point_plot)
+    return plotter
+
+
+def _reshape_cell(data):
+    if len(data) > 0:
+        i = 0
+        data2 = []
+        while True:
+            n = data[i]
+            data2.append(data[i:i + n + 1])
+            i += n + 1
+            if i >= len(data):
+                break
+    else:
+        data2 = []
+    return data2
diff --git a/build/lib/opstool/vis/_pyvista_base.py b/build/lib/opstool/vis/_pyvista_base.py
new file mode 100644
index 0000000..3018756
--- /dev/null
+++ b/build/lib/opstool/vis/_pyvista_base.py
@@ -0,0 +1,1297 @@
+import warnings
+import h5py
+import numpy as np
+import pyvista as pv
+
+from ..utils import check_file, shape_dict
+
+
+def _model_vis(
+        obj,
+        input_file: str = "ModelData.hdf5",
+        show_node_label: bool = False,
+        show_ele_label: bool = False,
+        show_local_crd: bool = False,
+        show_fix_node: bool = True,
+        label_size: float = 8,
+        show_outline: bool = True,
+        opacity: float = 1.0,
+        save_fig: str = 'ModelVis.svg'
+):
+    filename = obj.out_dir + '/' + input_file
+    model_info = dict()
+    cells = dict()
+    with h5py.File(filename, "r") as f:
+        grp1 = f["ModelInfo"]
+        for name in grp1.keys():
+            model_info[name] = grp1[name][...]
+        grp2 = f["Cell"]
+        for name in grp2.keys():
+            cells[name] = grp2[name][...]
+
+    plotter = pv.Plotter(notebook=obj.notebook)
+    plotter = _plot_model(obj, plotter, model_info, cells, opacity)
+
+    txt = f"OpenSees 3D View\nNum. of Node:{model_info['num_node']}\nNum. of Ele:{model_info['num_ele']}"
+    plotter.add_text(txt, position="upper_right", font_size=10, font="courier")
+    if show_outline:
+        if np.max(model_info["model_dims"]) <= 2:
+            show_zaxis = False
+        else:
+            show_zaxis = True
+        plotter.show_bounds(grid=False, location="outer",
+                            bounds=model_info["bound"], show_zaxis=show_zaxis)
+    if show_node_label:
+        node_labels = ["N" + str(i) for i in model_info["NodeTags"]]
+        plotter.add_point_labels(model_info["coord_no_deform"], node_labels, text_color="white",
+                                 font_size=label_size, point_color=obj.color_point, bold=False,
+                                 render_points_as_spheres=True, point_size=1e-5, always_visible=True)
+    if show_ele_label:
+        ele_labels = ["E" + str(i) for i in model_info["EleTags"]]
+        plotter.add_point_labels(model_info["coord_ele_midpoints"], ele_labels, text_color="#ff796c",
+                                 font_size=label_size, bold=False, always_visible=True)
+    # local axes
+    if show_local_crd:
+        plotter = _show_beam_local_axes(plotter, model_info)
+        plotter = _show_link_local_axes(plotter, model_info)
+    # fix nodes
+    if show_fix_node:
+        plotter = _show_fix_node(plotter, model_info)
+    # mp constraint lines
+    plotter = _show_mp_constraint(obj, plotter, model_info)
+    plotter.add_axes()
+    plotter.view_isometric()
+    if np.max(model_info["model_dims"]) <= 2:
+        plotter.view_xy(negative=False)
+    if save_fig:
+        plotter.save_graphic(save_fig)
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _show_mp_constraint(obj, plotter, model_info):
+    points = model_info["ConstrainedCoords"]
+    cells = model_info["ConstrainedCells"]
+    midcoords = model_info["ConstrainedMidCoords"]
+    dofs = model_info["ConstrainedDofs"]
+    dofs = ["".join([str(k) for k in dof]) for dof in dofs]
+    if len(cells) > 0:
+        mesh = _generate_mesh(points, cells, kind="line")
+        plotter.add_mesh(mesh, color=obj.color_constraint,
+                         render_lines_as_tubes=False, line_width=obj.line_width / 3)
+        plotter.add_point_labels(midcoords, dofs, text_color=obj.color_constraint,
+                                 font_size=12, bold=True, show_points=False,
+                                 always_visible=True, shape_opacity=0)
+    return plotter
+
+
+def _show_beam_local_axes(plotter, model_info):
+    beam_xlocal = model_info["beam_xlocal"]
+    beam_ylocal = model_info["beam_ylocal"]
+    beam_zlocal = model_info["beam_zlocal"]
+    beam_midpoints = model_info["beam_midpoints"]
+    beam_lengths = model_info["beam_lengths"]
+    if len(beam_lengths) > 0:
+        length = (np.max(beam_lengths) + np.min(beam_lengths)) / 20
+        _ = plotter.add_arrows(beam_midpoints, beam_xlocal,
+                               mag=length, color="#cf6275")
+        _ = plotter.add_arrows(beam_midpoints, beam_ylocal,
+                               mag=length, color="#04d8b2")
+        _ = plotter.add_arrows(beam_midpoints, beam_zlocal,
+                               mag=length, color="#9aae07")
+        plotter.add_point_labels(
+            beam_midpoints + length * beam_xlocal,
+            ['x'] * beam_midpoints.shape[0],
+            text_color="#cf6275",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+        plotter.add_point_labels(
+            beam_midpoints + length * beam_ylocal,
+            ['y'] * beam_midpoints.shape[0],
+            text_color="#04d8b2",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+        plotter.add_point_labels(
+            beam_midpoints + length * beam_zlocal,
+            ['z'] * beam_midpoints.shape[0],
+            text_color="#9aae07",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+    else:
+        warnings.warn("Model has no frame elements when show_local_crd=True!")
+    return plotter
+
+
+def _show_link_local_axes(plotter, model_info):
+    link_xlocal = model_info["link_xlocal"]
+    link_ylocal = model_info["link_ylocal"]
+    link_zlocal = model_info["link_zlocal"]
+    link_midpoints = model_info["link_midpoints"]
+    link_lengths = model_info["link_lengths"]
+    if len(link_midpoints) > 0:
+        length = (np.max(link_lengths) + np.min(link_lengths)) / 6
+        _ = plotter.add_arrows(link_midpoints, link_xlocal,
+                               mag=length, color="#cf6275")
+        _ = plotter.add_arrows(link_midpoints, link_ylocal,
+                               mag=length, color="#04d8b2")
+        _ = plotter.add_arrows(link_midpoints, link_zlocal,
+                               mag=length, color="#9aae07")
+        plotter.add_point_labels(
+            link_midpoints + length * link_xlocal,
+            ['x'] * link_midpoints.shape[0],
+            text_color="#cf6275",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+        plotter.add_point_labels(
+            link_midpoints + length * link_ylocal,
+            ['y'] * link_midpoints.shape[0],
+            text_color="#04d8b2",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+        plotter.add_point_labels(
+            link_midpoints + length * link_zlocal,
+            ['z'] * link_midpoints.shape[0],
+            text_color="#9aae07",
+            bold=False,
+            shape=None,
+            render_points_as_spheres=True,
+            point_size=1.e-5,
+            always_visible=True,
+        )
+    else:
+        # warnings.warn("Model has no link elements!")
+        pass
+    return plotter
+
+
+def _show_fix_node(plotter, model_info):
+    fixed_dofs = model_info["FixNodeDofs"]
+    fixed_coords = model_info["FixNodeCoords"]
+    beam_lengths = model_info["beam_lengths"]
+    if len(beam_lengths) > 0:
+        s = (np.max(beam_lengths) + np.min(beam_lengths)) / 20
+    else:
+        s = (model_info["max_bound"] + model_info["min_bound"]) / 100
+    if len(fixed_coords) > 0:
+        points, cells = [], []
+        for coord, dof in zip(fixed_coords, fixed_dofs):
+            x, y, z = coord
+            if dof[0] == -1:
+                idx = len(points)
+                points.extend([[x, y - s / 2, z], [x, y + s / 2, z],
+                               [x, y + s / 2, z - s], [x, y - s / 2, z - s]])
+                cells.extend([2, idx, idx + 1, 2, idx + 1, idx + 2,
+                              2, idx + 2, idx + 3, 2, idx + 3, idx])
+            if dof[1] == -1:
+                idx = len(points)
+                points.extend([[x - s / 2, y, z], [x + s / 2, y, z],
+                               [x + s / 2, y, z - s], [x - s / 2, y, z - s]])
+                cells.extend([2, idx, idx + 1, 2, idx + 1, idx + 2,
+                              2, idx + 2, idx + 3, 2, idx + 3, idx])
+            if dof[2] == -1:
+                idx = len(points)
+                points.extend([[x - s / 2, y - s / 2, z - s / 2], [x + s / 2, y - s / 2, z - s / 2],
+                               [x + s / 2, y + s / 2, z - s / 2], [x - s / 2, y + s / 2, z - s / 2]])
+                cells.extend([2, idx, idx + 1, 2, idx + 1, idx + 2,
+                              2, idx + 2, idx + 3, 2, idx + 3, idx])
+        fix_plot = _generate_mesh(points, cells, kind="line")
+        plotter.add_mesh(fix_plot, color="#01ff07",
+                         render_lines_as_tubes=False, line_width=2)
+    else:
+        warnings.warn("Model has no fix nodes!")
+    return plotter
+
+
+def _eigen_vis(
+        obj,
+        mode_tags: list[int],
+        input_file: str = 'EigenData.hdf5',
+        subplots: bool = False,
+        link_views: bool = True,
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        opacity: float = 1.0,
+        show_face_line: bool = True,
+        save_fig: str = "EigenVis.svg"
+):
+    filename = obj.out_dir + '/' + input_file
+    eigen_data = dict()
+    with h5py.File(filename, "r") as f:
+        grp = f["EigenInfo"]
+        for name, value in grp.items():
+            eigen_data[name] = value[...]
+    # with shelve.open(filename) as db:
+    #     eigen_data = db["EigenInfo"]
+
+    f = eigen_data["f"]
+    eigenvector = eigen_data["eigenvector"]
+    num_mode_tag = len(f)
+    modei, modej = mode_tags
+    modei, modej = int(modei), int(modej)
+    if modej > num_mode_tag:
+        raise ValueError(
+            f"Insufficient number of modes in eigen file {filename}!")
+
+    # !subplots
+    if subplots:
+        if modej - modei + 1 > 49:
+            raise ValueError(
+                "When subplots True, mode_tag range must < 49 for clarify"
+            )
+        shape = shape_dict[modej - modei + 1]
+        subplot_titles = []
+        for i, idx in enumerate(range(modei, modej + 1)):
+            txt = "Mode {}: T = {:.3f} s".format(idx, 1 / f[idx - 1])
+            subplot_titles.append(txt)
+
+        plotter = pv.Plotter(notebook=obj.notebook, shape=shape)
+        for i, idx in enumerate(range(modei, modej + 1)):
+            eigen_vec = eigenvector[idx - 1]
+            if alpha is None:
+                value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+                alpha_ = (
+                    eigen_data["max_bound"] / obj.bound_fact / value_
+                )
+            else:
+                alpha_ = alpha
+            eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+            scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+
+            idxi = int(np.ceil((i + 1) / shape[1]) - 1)
+            idxj = int(i - idxi * shape[1])
+
+            # ------------------------------------------------------
+            plotter.subplot(idxi, idxj)
+
+            _ = _generate_all_mesh(
+                plotter,
+                eigen_points,
+                scalars,
+                opacity,
+                obj.color_map,
+                eigen_data["all_lines"],
+                eigen_data["all_faces"],
+                show_origin=show_origin,
+                points_origin=eigen_data["coord_no_deform"],
+                point_size=obj.point_size,
+                line_width=obj.line_width,
+                show_face_line=show_face_line
+            )
+
+            # plotter.add_scalar_bar(color='#000000', n_labels=10, label_font_size=8)
+            # txt = 'Mode {}\nf = {:.3f} Hz\nT = {:.3f} s'.format(i + 1, f[i], 1 / f[i])
+            txt = "Mode {} T = {:.3f} s".format(idx, 1 / f[idx - 1])
+            plotter.add_text(
+                txt,
+                position="upper_right",
+                font_size=10,
+                # color="black",
+                font="courier",
+            )
+            if show_outline:
+                plotter.show_bounds(
+                    grid=False,
+                    location="outer",
+                    bounds=eigen_data["bound"],
+                    show_zaxis=True,
+                    # color="black",
+                    font_size=10,
+                )
+            plotter.add_axes(color="black")
+        if link_views:
+            plotter.link_views()
+    # !slide style
+    else:
+        plotter = pv.Plotter(notebook=obj.notebook)
+
+        def create_mesh(value):
+            step = int(round(value)) - 1
+            eigen_vec = eigenvector[step]
+            if alpha is None:
+                value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+                alpha_ = (
+                    eigen_data["max_bound"] / obj.bound_fact / value_
+                )
+            else:
+                alpha_ = alpha
+            eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+            scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+            cmin = np.min(scalars)
+            cmax = np.max(scalars)
+            plotter.clear_actors()
+            _ = _generate_all_mesh(
+                plotter,
+                eigen_points,
+                scalars,
+                opacity,
+                obj.color_map,
+                eigen_data["all_lines"],
+                eigen_data["all_faces"],
+                show_origin=show_origin,
+                points_origin=eigen_data["coord_no_deform"],
+                point_size=obj.point_size,
+                line_width=obj.line_width,
+                show_face_line=show_face_line
+            )
+
+            plotter.add_scalar_bar(
+                fmt="%.3e", n_labels=10, label_font_size=12
+            )
+
+            # txt = 'Mode {}\nf = {:.3f} Hz\nT = {:.3f} s'.format(mode_tag, f_, 1 / f_)
+            txt = "Mode {}\nT = {:.3f} s".format(step + 1, 1 / f[step])
+            plotter.add_text(
+                txt, position="upper_left", font_size=12, font="courier"
+            )
+            if show_outline:
+                plotter.show_bounds(
+                    grid=False,
+                    location="outer",
+                    bounds=eigen_data["bound"],
+                    show_zaxis=True,
+                    # color="black",
+                )
+            plotter.add_axes()
+
+        slider = plotter.add_slider_widget(
+            create_mesh,
+            [modei, modej],
+            value=modei,
+            pointa=(0.4, 0.9),
+            pointb=(0.9, 0.9),
+            title="Mode",
+            title_opacity=1,
+            # title_color="black",
+            fmt="%.0f",
+            title_height=0.03,
+            slider_width=0.03,
+            tube_width=0.01,
+        )
+    plotter.view_isometric()
+    if np.max(eigen_data["model_dims"]) <= 2:
+        plotter.view_xy(negative=False)
+    if save_fig:
+        plotter.save_graphic(save_fig)
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _eigen_anim(
+        obj,
+        mode_tag: int = 1,
+        input_file: str = 'EigenData.hdf5',
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 3,
+        show_face_line: bool = True,
+        save_fig: str = "EigenAnimation.gif"
+):
+    filename = obj.out_dir + '/' + input_file
+    eigen_data = dict()
+    with h5py.File(filename, "r") as f:
+        grp = f["EigenInfo"]
+        for name, value in grp.items():
+            eigen_data[name] = value[...]
+
+    f = eigen_data["f"]
+    eigenvector = eigen_data["eigenvector"]
+    num_mode_tag = len(f)
+    if mode_tag > num_mode_tag:
+        raise ValueError("Insufficient number of modes in open file")
+    eigen_vec = eigenvector[mode_tag - 1]
+    f_ = f[mode_tag - 1]
+    if alpha is None:
+        value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+        alpha_ = (
+            eigen_data["max_bound"] / obj.bound_fact / value_
+        )
+    else:
+        alpha_ = alpha
+    eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+    anti_eigen_points = eigen_data["coord_no_deform"] - eigen_vec * alpha_
+    scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+    plt_points = [anti_eigen_points,
+                  eigen_data["coord_no_deform"], eigen_points]
+    # -----------------------------------------------------------------------------
+    # start plot
+    plotter = pv.Plotter(notebook=obj.notebook)
+
+    if alpha is None:
+        value_ = np.max(np.sqrt(np.sum(eigen_vec ** 2, axis=1)))
+        alpha_ = (
+            eigen_data["max_bound"] / obj.bound_fact / value_
+        )
+    else:
+        alpha_ = alpha
+    eigen_points = eigen_data["coord_no_deform"] + eigen_vec * alpha_
+    anti_eigen_points = eigen_data["coord_no_deform"] - eigen_vec * alpha_
+    scalars = np.sqrt(np.sum(eigen_vec ** 2, axis=1))
+    point_plot, line_plot, face_plot = _generate_all_mesh(plotter,
+                                                          eigen_data["coord_no_deform"],
+                                                          scalars * 0,
+                                                          opacity,
+                                                          obj.color_map,
+                                                          eigen_data["all_lines"],
+                                                          eigen_data["all_faces"],
+                                                          show_origin=False,
+                                                          points_origin=eigen_data["coord_no_deform"],
+                                                          show_scalar_bar=True,
+                                                          point_size=obj.point_size,
+                                                          line_width=obj.line_width,
+                                                          show_face_line=show_face_line,
+                                                          )
+
+    plotter.add_scalar_bar(
+        fmt="%.3E", n_labels=10, label_font_size=12
+    )
+
+    plotter.add_text(
+        "Mode {}\nf = {:.3f} Hz\nT = {:.3f} s".format(
+            mode_tag, f_, 1 / f_),
+        position="upper_right",
+        font_size=12,
+        # color="black",
+        font="courier",
+    )
+    if show_outline:
+        plotter.show_bounds(
+            grid=False,
+            location="outer",
+            bounds=eigen_data["bound"],
+            show_zaxis=True,
+            # color="black",
+        )
+    plotter.add_axes()
+    # plotter.add_text('OpenSees 3D View', position='upper_left', font_size=16, color='black', font='courier')
+    plotter.view_isometric()
+    if np.max(eigen_data["model_dims"]) <= 2:
+        plotter.view_xy(negative=False)
+
+    # animation
+    # ----------------------------------------------------------------------------
+    if save_fig.endswith(".gif"):
+        plotter.open_gif(save_fig, fps=framerate)
+    else:
+        plotter.open_movie(save_fig, framerate=framerate)
+    plt_points = [anti_eigen_points,
+                  eigen_data["coord_no_deform"], eigen_points]
+    render = False
+    index = [2, 0] * 3
+    plotter.write_frame()  # write initial data
+    for idx in index:
+        points = plt_points[idx]
+        xyz = (eigen_data["coord_no_deform"] - points) / alpha_
+        xyz_eigen = np.sqrt(np.sum(xyz ** 2, axis=1))
+        if point_plot:
+            plotter.update_coordinates(
+                points, mesh=point_plot, render=render)
+            plotter.update_scalars(
+                scalars=xyz_eigen, mesh=point_plot, render=render)
+        if line_plot:
+            plotter.update_scalars(
+                scalars=xyz_eigen, mesh=line_plot, render=render)
+            plotter.update_coordinates(
+                points, mesh=line_plot, render=render)
+        if face_plot:
+            plotter.update_scalars(
+                scalars=xyz_eigen, mesh=face_plot, render=render)
+            plotter.update_coordinates(
+                points, mesh=face_plot, render=render)
+        plotter.update_scalar_bar_range(
+            clim=[np.min(xyz_eigen), np.max(xyz_eigen)], name=None
+        )
+        plotter.write_frame()
+    # ----------------------------------------------------------------------------------
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _deform_vis(
+        obj,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        slider: bool = False,
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        show_face_line: bool = True,
+        opacity: float = 1,
+        save_fig: str = "DefoVis.svg",
+        model_update: bool = False
+):
+    resp_type = response.lower()
+    if resp_type not in ['disp', 'vel', 'accel']:
+        raise ValueError("response must be 'disp', 'vel', or 'accel'!")
+
+    filename = obj.out_dir + '/' + input_file
+    model_info_steps = dict()
+    cell_steps = dict()
+    node_resp_steps = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["ModelInfoSteps"]
+        grp2 = f["CellSteps"]
+        if model_update:
+            for name, value_ in grp1.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                model_info_steps[name] = temp
+            for name, value_ in grp2.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                cell_steps[name] = temp
+        else:
+            for name, value_ in grp1.items():
+                model_info_steps[name] = value_[...]
+            for name, value_ in grp2.items():
+                cell_steps[name] = value_[...]
+        grp3 = f["NodeRespSteps"]
+        for name, value_ in grp3.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            node_resp_steps[name] = temp
+
+    # with shelve.open(filename) as db:
+    #     model_info_steps = db["ModelInfoSteps"]
+    #     cell_steps = db["CellSteps"]
+    #     node_resp_steps = db["NodeRespSteps"]
+
+    num_steps = len(node_resp_steps["disp"])
+
+    # ! max response
+    max_resps = [np.max(np.sqrt(np.sum(resp_ ** 2, axis=1)))
+                 for resp_ in node_resp_steps[resp_type]]
+    max_step = np.argmax(max_resps)
+    max_node_resp = node_resp_steps[resp_type][max_step]
+    scalars = np.sqrt(np.sum(max_node_resp ** 2, axis=1))
+    cmin, cmax = np.min(scalars), np.max(scalars)
+    if model_update:
+        bounds = model_info_steps["bound"][0]
+        model_dims = model_info_steps["model_dims"][0]
+    else:
+        bounds = model_info_steps["bound"]
+        model_dims = model_info_steps["model_dims"]
+    # scale factor
+    if resp_type == "disp":
+        if alpha is None:
+            max_bound = np.max(
+                [bounds[1] - bounds[0], bounds[3] - bounds[2], bounds[5] - bounds[4]])
+            value = np.max(np.sqrt(np.sum(max_node_resp ** 2, axis=1)))
+            alpha_ = max_bound / obj.bound_fact / value
+        else:
+            alpha_ = alpha
+    else:
+        alpha_ = 0
+    # ------------------------------------------------------------------------
+    # Start plot
+    # -------------------------------------------------------------------------
+    plotter = pv.Plotter(notebook=obj.notebook)
+
+    def create_mesh(value):
+        step = int(round(value)) - 1
+        if model_update:
+            node_nodeform_coords = model_info_steps["coord_no_deform"][step]
+            bounds = model_info_steps["bound"][step]
+            lines_cells = cell_steps["all_lines"][step]
+            faces_cells = cell_steps["all_faces"][step]
+        else:
+            node_nodeform_coords = model_info_steps["coord_no_deform"]
+            bounds = model_info_steps["bound"]
+            lines_cells = cell_steps["all_lines"]
+            faces_cells = cell_steps["all_faces"]
+        node_resp = node_resp_steps[resp_type][step]
+        node_deform_coords = alpha_ * node_resp + node_nodeform_coords
+        scalars = np.sqrt(np.sum(node_resp ** 2, axis=1))
+        plotter.clear_actors()  # !!!!!!
+        _ = _generate_all_mesh(
+            plotter,
+            node_deform_coords,
+            scalars,
+            opacity,
+            obj.color_map,
+            lines_cells=lines_cells,
+            face_cells=faces_cells,
+            show_origin=show_origin,
+            points_origin=node_nodeform_coords,
+            point_size=obj.point_size,
+            line_width=obj.line_width,
+            show_face_line=show_face_line,
+            clim=[cmin, cmax]
+        )
+
+        plotter.add_scalar_bar(
+            fmt="%.3e", n_labels=10, label_font_size=12
+        )
+
+        plotter.add_text(
+            "OpenSees 3D View",
+            position="upper_left",
+            shadow=True,
+            font_size=16,
+            # color="black",
+            font="courier",
+        )
+        plotter.add_text(
+            "peak of {}, step: {}\n"
+            "min.x = {:.3E}  max.x = {:.3E}\n"
+            "min.y = {:.3E}  max.y = {:.3E}\n"
+            "min.z = {:.3E}  max.z = {:.3E}\n".format(
+                response,
+                step + 1,
+                np.min(node_resp[:, 0]),
+                np.max(node_resp[:, 0]),
+                np.min(node_resp[:, 1]),
+                np.max(node_resp[:, 1]),
+                np.min(node_resp[:, 2]),
+                np.max(node_resp[:, 2]),
+            ),
+            position="upper_right",
+            shadow=True,
+            font_size=12,
+            # color="black",
+            font="courier",
+        )
+
+        if show_outline:
+            plotter.show_bounds(
+                grid=False,
+                location="outer",
+                bounds=bounds,
+                show_zaxis=True,
+                # color="black",
+            )
+        plotter.add_axes()
+
+    if slider:
+        _ = plotter.add_slider_widget(
+            create_mesh,
+            [1, num_steps],
+            value=num_steps,
+            pointa=(0.0, 0.9),
+            pointb=(0.5, 0.9),
+            title="Step",
+            title_opacity=1,
+            # title_color="black",
+            fmt="%.0f",
+            title_height=0.03,
+            slider_width=0.03,
+            tube_width=0.01,
+        )
+    # -------------------------------------------------------------------------
+    else:  # plot a single step
+        create_mesh(max_step + 1)
+    plotter.view_isometric()
+    if np.max(model_dims) <= 2:
+        plotter.view_xy(negative=False)
+    if save_fig:
+        plotter.save_graphic(save_fig)
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _deform_anim(
+        obj,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 24,
+        show_face_line: bool = True,
+        save_fig: str = "DefoAnimation.gif",
+        model_update: bool = False
+):
+    resp_type = response.lower()
+    if resp_type not in ['disp', 'vel', 'accel']:
+        raise ValueError("response must be 'disp', 'vel', or 'accel'!")
+
+    filename = obj.out_dir + '/' + input_file
+    model_info_steps = dict()
+    cell_steps = dict()
+    node_resp_steps = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["ModelInfoSteps"]
+        grp2 = f["CellSteps"]
+        if model_update:
+            for name, value_ in grp1.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                model_info_steps[name] = temp
+            for name, value_ in grp2.items():
+                temp = []
+                for i in range(n):
+                    temp.append(value_[f"step{i + 1}"][...])
+                cell_steps[name] = temp
+        else:
+            for name, value_ in grp1.items():
+                model_info_steps[name] = value_[...]
+            for name, value_ in grp2.items():
+                cell_steps[name] = value_[...]
+        grp3 = f["NodeRespSteps"]
+        for name, value_ in grp3.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            node_resp_steps[name] = temp
+
+    num_steps = len(node_resp_steps["disp"])
+
+    # ! max response
+    max_resps = [np.max(np.sqrt(np.sum(resp_ ** 2, axis=1)))
+                 for resp_ in node_resp_steps[resp_type]]
+    max_step = np.argmax(max_resps)
+    max_node_resp = node_resp_steps[resp_type][max_step]
+    scalars = np.sqrt(np.sum(max_node_resp ** 2, axis=1))
+    cmin, cmax = np.min(scalars), np.max(scalars)
+    if model_update:
+        bounds = model_info_steps["bound"][0]
+        model_dims = model_info_steps["model_dims"][0]
+    else:
+        bounds = model_info_steps["bound"]
+        model_dims = model_info_steps["model_dims"]
+    # scale factor
+    if resp_type == "disp":
+        if alpha is None:
+            max_bound = np.max(
+                [bounds[1] - bounds[0], bounds[3] - bounds[2], bounds[5] - bounds[4]])
+            value = np.max(np.sqrt(np.sum(max_node_resp ** 2, axis=1)))
+            alpha_ = max_bound / obj.bound_fact / value
+        else:
+            alpha_ = alpha
+    else:
+        alpha_ = 0
+    # -----------------------------------------------------------------------------
+    # start plot
+    plotter = pv.Plotter(notebook=obj.notebook)
+
+    def creat_mesh(step):
+        if model_update:
+            node_nodeform_coords = model_info_steps["coord_no_deform"][step]
+            bounds = model_info_steps["bound"][step]
+            lines_cells = cell_steps["all_lines"][step]
+            faces_cells = cell_steps["all_faces"][step]
+        else:
+            node_nodeform_coords = model_info_steps["coord_no_deform"]
+            bounds = model_info_steps["bound"]
+            lines_cells = cell_steps["all_lines"]
+            faces_cells = cell_steps["all_faces"]
+        node_resp = node_resp_steps[resp_type][step]
+        node_deform_coords = alpha_ * node_resp + node_nodeform_coords
+        scalars = np.sqrt(np.sum(node_resp ** 2, axis=1))
+        plotter.clear_actors()  # !!!!!!
+        point_plot, line_plot, face_plot = _generate_all_mesh(
+            plotter,
+            node_deform_coords,
+            scalars,
+            opacity,
+            obj.color_map,
+            lines_cells=lines_cells,
+            face_cells=faces_cells,
+            point_size=obj.point_size,
+            line_width=obj.line_width,
+            show_face_line=show_face_line,
+            clim=[cmin, cmax]
+        )
+
+        plotter.add_scalar_bar(
+            fmt="%.3e", n_labels=10, label_font_size=12
+        )
+
+        txt = plotter.add_text(
+            "peak of {}, step: {}\n"
+            "min.x = {:.3E}  max.x = {:.3E}\n"
+            "min.y = {:.3E}  max.y = {:.3E}\n"
+            "min.z = {:.3E}  max.z = {:.3E}\n".format(
+                resp_type,
+                step + 1,
+                np.min(node_resp[:, 0]),
+                np.max(node_resp[:, 0]),
+                np.min(node_resp[:, 1]),
+                np.max(node_resp[:, 1]),
+                np.min(node_resp[:, 2]),
+                np.max(node_resp[:, 2]),
+            ),
+            position="upper_right",
+            font_size=12,
+            # color="black",
+            font="courier",
+        )
+
+        if show_outline:
+            plotter.show_bounds(
+                grid=False,
+                location="outer",
+                bounds=bounds,
+                show_zaxis=True,
+                # color="black",
+            )
+        plotter.add_axes()
+        # plotter.add_text('OpenSees 3D View', position='upper_left', font_size=16, color='black', font='courier')
+        plotter.view_isometric()
+        if np.max(model_dims) <= 2:
+            plotter.view_xy(negative=False)
+        return point_plot, line_plot, face_plot, txt
+
+    # animation
+    # ----------------------------------------------------------------------------
+    if save_fig.endswith(".gif"):
+        plotter.open_gif(save_fig, fps=framerate)
+    else:
+        plotter.open_movie(save_fig, framerate=framerate)
+    # plotter.write_frame()  # write initial data
+    for step in range(num_steps):
+        _ = creat_mesh(step)
+        plotter.write_frame()
+
+    # ----------------------------------------------------------------------------------
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _frame_resp_vis(obj,
+                    input_file: str = "BeamRespStepData-1.hdf5",
+                    ele_tags: list[int] = None,
+                    slider: bool = False,
+                    response: str = "Mz",
+                    show_values=True,
+                    alpha: float = None,
+                    opacity: float = 1,
+                    save_fig: str = "FrameRespVis.svg"
+                    ):
+    check_file(save_fig, ['.svg', '.eps', '.ps', 'pdf', '.tex'])
+    filename = obj.out_dir + '/' + input_file
+    beam_infos = dict()
+    beam_resp_step = dict()
+    with h5py.File(filename, "r") as f:
+        n = int(f["Nsteps"][...])
+        grp1 = f["BeamInfos"]
+        for name, value_ in grp1.items():
+            beam_infos[name] = value_[...]
+        grp2 = f["BeamRespSteps"]
+        for name, value_ in grp2.items():
+            temp = []
+            for i in range(n):
+                temp.append(value_[f"step{i + 1}"][...])
+            beam_resp_step[name] = temp
+    # -------------------------------------
+    beam_tags = beam_infos['beam_tags']
+    if len(beam_tags) == 0:
+        warnings.warn("Model has no frame elements!")
+        return None
+    ylocals = beam_infos['ylocal']
+    zlocals = beam_infos['zlocal']
+    ylocal_map = {beam_tags[i]: ylocals[i] for i in range(len(beam_tags))}
+    zlocal_map = {beam_tags[i]: zlocals[i] for i in range(len(beam_tags))}
+    local_forces_step = beam_resp_step['localForces']
+    num_steps = len(local_forces_step)
+
+    if ele_tags is None:
+        ele_tags = beam_tags
+        beam_node_coords = beam_infos['beam_node_coords']
+        beam_cells = beam_infos['beam_cells']
+        beam_cell_map = {beam_tags[i]: i for i in range(len(beam_tags))}
+        idxs = range(len(beam_tags))
+    else:
+        ele_tags = np.atleast_1d(ele_tags)
+        beam_node_coords = []
+        beam_cells = []
+        idxs = []
+        beam_cell_map = {}
+        for i, eletag in enumerate(ele_tags):
+            idx = beam_infos['beam_cell_map'][eletag]
+            idxs.append(idx)
+            beam_cell_map[eletag] = i
+            nodei, nodej = beam_infos['beam_cells'][idx, 1:]
+            beam_node_coords.append(beam_infos['beam_node_coords'][nodei])
+            beam_node_coords.append(beam_infos['beam_node_coords'][nodej])
+            beam_cells.append([2, 2 * i, 2 * i + 1])
+        beam_node_coords = np.array(beam_node_coords)
+        beam_cells = np.array(beam_cells)
+
+    idx_plottype_map = dict(fx=[0, 6], fy=[1, 7], fz=[2, 8],
+                            my=[4, 10], mz=[5, 11], mx=[3, 9])
+    f_sign_map = dict(fx=[-1, 1], fy=[-1, 1], fz=[-1, 1],
+                      my=[1, -1], mz=[-1, 1], mx=[1, -1])
+    axis_sign_map = dict(fx=1, fy=1, fz=1,
+                         my=-1, mz=-1, mx=-1)
+    axis_map_map = dict(fx=zlocal_map, fy=ylocal_map, fz=zlocal_map,
+                        my=zlocal_map, mz=ylocal_map, mx=zlocal_map)
+    idx_plottype = idx_plottype_map[response.lower()]
+    axis_map = axis_map_map[response.lower()]
+    axis_sign = axis_sign_map[response.lower()]
+    local_forces_step = [data[:, idx_plottype][idxs] * np.array(f_sign_map[response.lower()])
+                         for data in local_forces_step]  # new
+
+    maxv = [np.max(np.abs(data))
+            for data in local_forces_step]
+    maxstep = np.argmax(maxv)
+    local_forces_max = local_forces_step[maxstep]
+    cmin, cmax = np.min(local_forces_max), np.max(local_forces_max)
+    if alpha is None:
+        max_coord = np.max(beam_node_coords, axis=0)
+        min_coord = np.min(beam_node_coords, axis=0)
+        max_bound = np.max(max_coord - min_coord)
+        maxv = np.amax(np.abs(local_forces_max))
+        alpha_ = max_bound / maxv / obj.bound_fact
+    else:
+        alpha_ = alpha
+
+    # ------------------------------------------------------------------------
+    # start plot
+    # -------------------------------------------------------------------------
+    plotter = pv.Plotter(notebook=obj.notebook)
+
+    def create_mesh(value):
+        step = int(round(value)) - 1
+        local_forces = local_forces_step[step]
+        local_forces_scale = local_forces * alpha_
+        # add force face cells
+        # TODO if values symbol versa, need trangle
+        label_poins = []
+        labels = []
+        resp_points = []
+        resp_cells = []
+        scalars = []
+        for i, eletag in enumerate(ele_tags):
+            axis = axis_map[eletag]
+            node1, node2 = beam_cells[beam_cell_map[eletag], 1:]
+            coord1, coord2 = beam_node_coords[node1], beam_node_coords[node2]
+            f1, f2 = local_forces_scale[beam_cell_map[eletag]]
+            f1_, f2_ = local_forces[beam_cell_map[eletag]]
+            coord3 = coord2 + f2 * axis * axis_sign
+            coord4 = coord1 + f1 * axis * axis_sign
+            label_poins.extend([coord3, coord4])
+            labels.extend([f2_, f1_])
+            n = len(resp_points)
+            if f1 * f2 >= 0:
+                resp_points.extend([coord1, coord2, coord3, coord4])
+                resp_cells.extend([4, n, n + 1, n + 2, n + 3])
+                scalars.extend([f1_, f2_, f2_, f1_])
+            else:
+                ratio = np.abs(f2 / f1)
+                ratio = 1 / (ratio + 1)
+                coord0 = coord1 + (coord2 - coord1) * ratio
+                resp_points.extend(
+                    [coord1, coord0, coord4, coord2, coord0, coord3])
+                resp_cells.extend([3, n, n + 1, n + 2])
+                resp_cells.extend([3, n + 3, n + 4, n + 5])
+                scalars.extend([f1_, 0, f1_, f2_, 0, f2_])
+        labels = [f"{label:.2E}" for label in labels]
+        label_poins = np.array(label_poins)
+        resp_points = np.array(resp_points)
+        scalars = np.array(scalars)
+        #  ---------------------------------
+        plotter.clear_actors()  # !!!!!!
+        point_plot = pv.PolyData(beam_node_coords)
+        plotter.add_mesh(
+            point_plot,
+            color=obj.color_point,
+            point_size=obj.point_size,
+            render_points_as_spheres=True,
+            show_scalar_bar=False,
+        )
+        line_plot = _generate_mesh(
+            beam_node_coords, beam_cells, kind="line")
+        plotter.add_mesh(
+            line_plot,
+            color="black",
+            render_lines_as_tubes=True,
+            line_width=obj.line_width / 3,
+            show_scalar_bar=False,
+        )
+
+        resp_plot = _generate_mesh(resp_points, resp_cells, kind="face")
+        resp_plot.point_data["data0"] = scalars
+        plotter.add_mesh(
+            resp_plot,
+            colormap=obj.color_map,
+            scalars=scalars,
+            clim=[cmin, cmax],
+            show_edges=False,
+            opacity=opacity,
+            interpolate_before_map=True,
+            show_scalar_bar=False,
+        )
+        plotter.add_scalar_bar(
+            fmt="%.3e", n_labels=10, label_font_size=12, title=response,
+        )
+        plotter.add_axes()
+        plotter.add_text(
+            "OpenSees 3D View",
+            position="upper_left",
+            font_size=15,
+            # color="black",
+            font="courier",
+            viewport=True,
+        )
+        plotter.add_text(
+            "peak of {}, step: {}\n"
+            "min = {:.3E}\nmax = {:.3E}\n".format(
+                response, step + 1, np.min(scalars), np.max(scalars)
+            ),
+            position="upper_right",
+            shadow=True,
+            font_size=12,
+            # color="black",
+            font="courier",
+        )
+        if show_values:
+            plotter.add_point_labels(
+                label_poins,
+                labels,
+                # text_color="white",
+                font_size=10,
+                bold=False,
+                always_visible=True,
+            )
+
+    if slider:
+        _ = plotter.add_slider_widget(
+            create_mesh,
+            [1, num_steps],
+            value=num_steps,
+            pointa=(0.0, 0.9),
+            pointb=(0.5, 0.9),
+            title="Step",
+            title_opacity=1,
+            # title_color="black",
+            fmt="%.0f",
+            title_height=0.03,
+            slider_width=0.03,
+            tube_width=0.01,
+        )
+    # -------------------------------------------------------------------------
+    else:  # plot a single step
+        create_mesh(maxstep + 1)
+    plotter.view_isometric()
+    if np.max(np.abs(beam_node_coords[:, -1])) < 1e-5:
+        plotter.view_xy(negative=False)
+    if save_fig:
+        plotter.save_graphic(save_fig)
+    plotter.show(title=obj.title)
+    plotter.close()
+
+
+def _generate_mesh(points, cells, kind="line"):
+    """
+    generate the mesh from the points and cells
+    """
+    if kind == "line":
+        pltr = pv.PolyData()
+        pltr.points = points
+        pltr.lines = cells
+    elif kind == "face":
+        pltr = pv.PolyData()
+        pltr.points = points
+        pltr.faces = cells
+    else:
+        raise ValueError(f"not supported {kind}!")
+    return pltr
+
+
+def _generate_all_mesh(
+        plotter,
+        points,
+        scalars,
+        opacity,
+        colormap,
+        lines_cells,
+        face_cells,
+        show_origin=False,
+        points_origin=None,
+        show_scalar_bar=False,
+        point_size=1,
+        line_width=1,
+        show_face_line=True,
+        clim=None
+):
+    """
+    Auxiliary function for generating all meshes
+    """
+    if clim is None:
+        clim = [np.min(scalars), np.max(scalars)]
+    sargs = dict(
+        title_font_size=16,
+        label_font_size=12,
+        shadow=True,
+        n_labels=10,
+        italic=False,
+        fmt="%.3E",
+        font_family="arial",
+    )
+
+    # point_plot = pv.PolyData(points)
+    # point_plot.point_data["data0"] = scalars
+    # plotter.add_mesh(
+    #     point_plot,
+    #     colormap=colormap,
+    #     scalars=scalars,
+    #     clim=clim,
+    #     interpolate_before_map=True,
+    #     point_size=point_size,
+    #     render_points_as_spheres=True,
+    #     show_scalar_bar=show_scalar_bar,
+    #     scalar_bar_args=sargs,
+    # )
+    point_plot = None
+    if len(lines_cells) > 0:
+        if show_origin:
+            line_plot_origin = _generate_mesh(
+                points_origin, lines_cells, kind="line"
+            )
+            plotter.add_mesh(
+                line_plot_origin,
+                color="gray",
+                line_width=line_width / 2,
+                show_scalar_bar=False,
+            )
+        line_plot = _generate_mesh(points, lines_cells, kind="line")
+        line_plot.point_data["data0"] = scalars
+        plotter.add_mesh(
+            line_plot,
+            colormap=colormap,
+            scalars=scalars,
+            interpolate_before_map=True,
+            clim=clim,
+            show_scalar_bar=show_scalar_bar,
+            render_lines_as_tubes=True,
+            line_width=line_width,
+        )
+    else:
+        line_plot = None
+
+    if len(face_cells) > 0:
+        if show_origin:
+            face_plot_origin = _generate_mesh(
+                points_origin, face_cells, kind="face"
+            )
+            plotter.add_mesh(
+                face_plot_origin,
+                color="gray",
+                style="wireframe",
+                show_scalar_bar=False,
+                show_edges=True,
+                line_width=line_width / 3,
+            )
+        face_plot = _generate_mesh(points, face_cells, kind="face")
+        face_plot.point_data["data0"] = scalars
+        plotter.add_mesh(
+            face_plot,
+            colormap=colormap,
+            scalars=scalars,
+            clim=clim,
+            show_edges=show_face_line,
+            opacity=opacity,
+            interpolate_before_map=True,
+            show_scalar_bar=show_scalar_bar,
+        )
+    else:
+        face_plot = None
+
+    return point_plot, line_plot, face_plot
+
+
+def _plot_model(obj, plotter, model_info, cells, opacity):
+    point_plot = pv.PolyData(model_info["coord_no_deform"])
+    plotter.add_mesh(
+        point_plot,
+        color=obj.color_point,
+        point_size=obj.point_size,
+        render_points_as_spheres=True,
+    )
+
+    if len(cells["truss"]) > 0:
+        truss_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["truss"], kind="line"
+        )
+        plotter.add_mesh(
+            truss_plot,
+            color=obj.color_truss,
+            render_lines_as_tubes=True,
+            line_width=obj.line_width,
+        )
+
+    if len(cells["link"]) > 0:
+        link_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["link"], kind="line"
+        )
+        plotter.add_mesh(
+            link_plot,
+            color=obj.color_link,
+            render_lines_as_tubes=False,
+            line_width=obj.line_width / 2,
+        )
+
+    if len(cells["beam"]) > 0:
+        beam_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["beam"], kind="line"
+        )
+        plotter.add_mesh(
+            beam_plot,
+            color=obj.color_line,
+            render_lines_as_tubes=True,
+            line_width=obj.line_width,
+        )
+
+    if len(cells["other_line"]) > 0:
+        other_line_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["other_line"], kind="line"
+        )
+        plotter.add_mesh(
+            other_line_plot,
+            color=obj.color_line,
+            render_lines_as_tubes=True,
+            line_width=obj.line_width,
+        )
+
+    if len(cells["plane"]) > 0:
+        face_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["plane"], kind="face"
+        )
+        plotter.add_mesh(
+            face_plot, color=obj.color_face, show_edges=True, opacity=opacity
+        )
+
+    if len(cells["tetrahedron"]) > 0:
+        tet_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["tetrahedron"], kind="face"
+        )
+        plotter.add_mesh(
+            tet_plot, color=obj.color_solid, show_edges=True, opacity=opacity
+        )
+
+    if len(cells["brick"]) > 0:
+        bri_plot = _generate_mesh(
+            model_info["coord_no_deform"], cells["brick"], kind="face"
+        )
+        plotter.add_mesh(
+            bri_plot, color=obj.color_solid, show_edges=True, opacity=opacity
+        )
+    return plotter
diff --git a/build/lib/opstool/vis/fiber_sec_vis.py b/build/lib/opstool/vis/fiber_sec_vis.py
new file mode 100644
index 0000000..a66c030
--- /dev/null
+++ b/build/lib/opstool/vis/fiber_sec_vis.py
@@ -0,0 +1,457 @@
+"""
+Visualizing OpenSeesPy Fiber Section.
+"""
+
+import h5py
+import numpy as np
+import matplotlib
+import matplotlib.animation as animation
+import matplotlib.pyplot as plt
+from typing import Union
+
+
+class FiberSecVis:
+    """
+    A class to vis the fiber section in OpenSeesPy.
+
+    Parameters
+    -------------
+    ele_tag: int
+        The element tag to which the section is to be displayed.
+    sec_tag: int
+        Which integration point section is displayed, tag from 1 from segment i to j.
+    results_dir: str, default="opstool_output"
+        The dir that results saved.
+    line_width: float, default = 0.75
+        The line width of mesh edges.
+    line_color: str, default = "k"
+        The color of mesh edges.
+    colormap: str, default = "jet"
+        Color map used to display the response.
+    opacity: float, default=0.75
+        Transparency of mesh.
+
+    Returns
+    --------
+    FiberSecVis instance.
+    """
+
+    def __init__(self, ele_tag: int, sec_tag: int,
+                 results_dir: str = "opstool_output",
+                 line_width: float = 0.75, line_color: str = 'k',
+                 colormap: str = "viridis", opacity: float = 0.75):
+        self.ele_tag = ele_tag
+        self.sec_tag = sec_tag
+        self.key = f"{self.ele_tag}-{self.sec_tag}"
+        self.lw = line_width
+        self.lc = line_color
+        self.cmap = colormap
+        self.opacity = opacity
+        self.out_dir = results_dir
+
+    def sec_vis(self,
+                input_file: str = 'FiberData.hdf5',
+                mat_color: dict = None,
+                ):
+        """plot the fiber section.
+
+        Parameters
+        ------------
+        input_file: str, default='FiberData.hdf5'
+            The file name that fiber section data saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        mat_color: dict
+            Dict for assign color by matTag, {matTag1:color1,matTag2:color2, and so on}
+            matTag is the material tag defined in openseespy, bu it must in the section.
+
+        Returns
+        ----------
+        None
+        """
+        filename = self.out_dir + '/' + input_file
+        fiber_sec_data = {}
+        with h5py.File(filename, "r") as f:
+            for name, value in f.items():
+                fiber_sec_data[name] = value[...]
+        if self.key not in fiber_sec_data.keys():
+            raise ValueError("ele_tag and sec_tag not in set_fiber_secs()!")
+        fiber_data = fiber_sec_data[self.key]
+        ylocs = fiber_data[:, 0]
+        zlocs = fiber_data[:, 1]
+        areas = fiber_data[:, 2]
+        mat_tags = np.array(fiber_data[:, 3], dtype=int)
+        # bounds and centers
+        ymin, ymax = np.min(ylocs), np.max(ylocs)
+        zmin, zmax = np.min(zlocs), np.max(zlocs)
+        space_y = (ymax - ymin) / 10
+        space_z = (zmax - zmin) / 10
+        aspect_ratio = (zmax - zmin) / (ymax - ymin)
+        yc = np.sum(ylocs * areas) / np.sum(areas)
+        zc = np.sum(zlocs * areas) / np.sum(areas)
+        # scalars
+        scalars = np.sqrt((ylocs - yc) ** 2 + (zlocs - zc) ** 2)
+        # rs = np.sqrt(areas / np.pi)
+        # --------------------------------------------------------------
+        # start plot
+        # --------------------------------------------------------------
+        plt.style.use("seaborn")
+        # plt.style.use('ggplot')
+        fig, ax = plt.subplots(figsize=(6, 6 * aspect_ratio))
+        patches = [
+            plt.Circle((yloc, zloc), np.sqrt(area / np.pi))
+            for yloc, zloc, area in zip(ylocs, zlocs, areas)
+        ]
+        coll = matplotlib.collections.PatchCollection(
+            patches, alpha=self.opacity)
+        coll.set_array(scalars)
+        coll.set_ec(self.lc)
+        coll.set_lw(self.lw)
+        coll.set_cmap(self.cmap)
+        ax.add_collection(coll)
+
+        # If mat_color
+        if mat_color is not None:
+            for mat, color in mat_color.items():
+                idx = np.argwhere(np.abs(mat_tags - mat) < 1e-8)
+                ys_ = ylocs[idx]
+                zs_ = zlocs[idx]
+                areas_ = areas[idx]
+                patches = [
+                    plt.Circle((yloc, zloc), np.sqrt(area / np.pi))
+                    for yloc, zloc, area in zip(ys_, zs_, areas_)
+                ]
+                coll = matplotlib.collections.PatchCollection(
+                    patches, color=color, alpha=self.opacity
+                )
+                coll.set_ec(self.lc)
+                coll.set_lw(self.lw)
+                ax.add_collection(coll)
+        # ax.set_aspect("equal")
+        ax.set_xlim(ymin - space_y, ymax + space_y)
+        ax.set_ylim(zmin - space_z, zmax + space_z)
+        ax.set_xlabel("y", fontsize=16)
+        ax.set_ylabel("z", fontsize=16)
+        plt.xticks(fontsize=12)
+        plt.yticks(fontsize=12)
+        txt = f"ele--sec: {self.ele_tag}--{self.sec_tag}\n"
+        ax.set_title(txt, fontsize=15)
+        plt.show()
+
+    def _get_fiber_data(self,
+                        input_file: str = "FiberRespStepData-1.hdf5",
+                        step: int = None,
+                        show_variable: str = "strain",
+                        show_mats: Union[int, list[int], tuple[int]] = None,
+                        ):
+        filename = self.out_dir + '/' + input_file
+        fiber_sec_step_data = dict()
+        with h5py.File(filename, "r") as f:
+            n = f["Nsteps"][...]
+            grp = f["FiberRespSteps"]
+            for name in grp.keys():
+                temp = []
+                for i in range(n):
+                    temp.append(grp[name][f"step{i+1}"][...])
+                fiber_sec_step_data[name] = temp
+
+        if self.key not in fiber_sec_step_data.keys():
+            raise ValueError("ele_tag and sec_tag not in set_fiber_secs()!")
+        fiber_step_data = fiber_sec_step_data[self.key]
+        fiber_step_data = np.array(fiber_step_data)
+
+        if step is None:
+            max_resp = []
+            for data in fiber_step_data:
+                mat_tags = np.array(data[:, 3], dtype=int)
+                if show_mats is not None:
+                    show_mats = np.atleast_1d(show_mats)
+                    matidx = []
+                    for mat in show_mats:
+                        matidx.append(np.argwhere(
+                            np.abs(mat_tags - mat) < 1e-8))
+                    matidx = np.vstack(matidx)
+                else:
+                    matidx = np.argwhere(np.abs(mat_tags - mat_tags) < 1e-8)
+                if show_variable.lower() == "stress":
+                    max_resp.append(np.max(np.abs(data[matidx, 4])))
+                elif show_variable.lower() == "strain":
+                    max_resp.append(np.max(np.abs(data[matidx, 5])))
+                else:
+                    raise ValueError("")
+            maxstep = np.argmax(max_resp)
+            fiber_data = fiber_step_data[maxstep]
+            step_ = maxstep
+        elif step == -1:
+            fiber_data = fiber_step_data[-1]
+            step_ = len(fiber_step_data) - 1
+        else:
+            fiber_data = fiber_step_data[step - 1]
+            step_ = step - 1
+
+        mat_tags = np.array(fiber_data[:, 3], dtype=int)
+        if show_mats is not None:
+            show_mats = np.atleast_1d(show_mats)
+            matidx = []
+            for mat in show_mats:
+                matidx.append(np.argwhere(np.abs(mat_tags - mat) < 1e-8))
+            matidx = np.vstack(matidx)
+        else:
+            matidx = np.argwhere(np.abs(mat_tags - mat_tags) < 1e-8)
+
+        if show_variable == "stress":
+            vmin = np.min(fiber_data[matidx, 4])
+            vmax = np.max(fiber_data[matidx, 4])
+        elif show_variable == "strain":
+            vmin = np.min(fiber_data[matidx, 5])
+            vmax = np.max(fiber_data[matidx, 5])
+        else:
+            raise ValueError("show_variable must be 'stress' or 'strain'!")
+
+        ylocs = fiber_data[:, 0]
+        zlocs = fiber_data[:, 1]
+        areas = fiber_data[:, 2]
+        return fiber_data, step_, matidx, vmin, vmax, ylocs, zlocs, areas
+
+    def resp_vis(self,
+                 input_file: str = "FiberRespStepData-1.hdf5",
+                 step: int = None,
+                 show_variable: str = "strain",
+                 show_mats: Union[int, list[int], tuple[int]] = None,
+                 ):
+        """fiber section response vis.
+
+        Parameters
+        -----------
+        input_file: str, default='FiberRespStepData-1.hdf5'
+            The file name that fiber section responses saved.
+        step: int, default = None
+            Analysis step to display. If None, the step that max response; If -1, the final step; Else, the other step.
+        show_variable: str, default = 'srain'
+            Response type to display, optional "stress" or "strain".
+        show_mats: Union[int, list[int], tuple[int]]
+            matTags to dispaly. matTag is the material tag defined in openseespy, bu it must in the section.
+            If None, all tags will display.
+
+        Returns
+        --------
+        None
+        """
+        filename = self.out_dir + '/' + input_file
+        fiber_sec_step_data = dict()
+        with h5py.File(filename, "r") as f:
+            n = f["Nsteps"][...]
+            grp = f["FiberRespSteps"]
+            for name in grp.keys():
+                temp = []
+                for i in range(n):
+                    temp.append(grp[name][f"step{i+1}"][...])
+                fiber_sec_step_data[name] = temp
+
+        if self.key not in fiber_sec_step_data.keys():
+            raise ValueError("ele_tag and sec_tag not in set_fiber_secs()!")
+        fiber_step_data = fiber_sec_step_data[self.key]
+        fiber_step_data = np.array(fiber_step_data)
+
+        fiber_data, step_, matidx, vmin, vmax, ylocs, zlocs, areas = self._get_fiber_data(
+            input_file, step, show_variable, show_mats)
+        ymin, ymax = np.min(ylocs), np.max(ylocs)
+        zmin, zmax = np.min(zlocs), np.max(zlocs)
+        space_y = (ymax - ymin) / 10
+        space_z = (zmax - zmin) / 10
+        aspect_ratio = (zmax - zmin) / (ymax - ymin)
+        ys_ = ylocs[matidx].ravel()
+        zs_ = zlocs[matidx].ravel()
+        areas_ = areas[matidx].ravel()
+        stress_ = fiber_data[matidx, 4].ravel()
+        strain_ = fiber_data[matidx, 5].ravel()
+        my = fiber_data[matidx, 12][0, 0]
+        mz = fiber_data[matidx, 11][0, 0]
+        p = fiber_data[matidx, 10][0, 0]
+        ey = fiber_data[matidx, 8][0, 0]
+        ez = fiber_data[matidx, 7][0, 0]
+        eps = fiber_data[matidx, 6][0, 0]
+        colors = stress_ if show_variable == "stress" else strain_
+        # --------------------------------------------------------------
+        # start plot
+        # --------------------------------------------------------------
+        # ------------------------------------------------------
+        plt.style.use("seaborn")
+        # plt.style.use('ggplot')
+        fig, ax = plt.subplots(figsize=(6, 6 * aspect_ratio))
+        patches = [
+            plt.Circle((yloc, zloc), np.sqrt(area / np.pi))
+            for yloc, zloc, area in zip(ys_, zs_, areas_)
+        ]
+        coll = matplotlib.collections.PatchCollection(
+            patches, alpha=self.opacity)
+        coll.set_ec(self.lc)
+        coll.set_lw(self.lw)
+        coll.set_cmap(self.cmap)
+        coll.set_clim(vmin, vmax)
+        coll.set_array(colors)
+        ax.add_collection(coll)
+        # -------------------------------------------
+        #  color bar
+        clb = fig.colorbar(coll, ax=ax, format="%.2E",
+                           use_gridspec=True, location='bottom',
+                           fraction=0.15, aspect=16)
+        clb.set_label(show_variable, fontsize=12)
+        clb.ax.tick_params(labelsize=9)
+        # -----------------------------
+        ax.set_aspect(aspect_ratio)
+        ax.set_xlim(ymin - space_y, ymax + space_y)
+        ax.set_ylim(zmin - space_z, zmax + space_z)
+        ax.set_xlabel("y", fontsize=15)
+        ax.set_ylabel("z", fontsize=15)
+        plt.xticks(fontsize=12)
+        plt.yticks(fontsize=12)
+        txt = (f"ele--sec: {self.ele_tag}--{self.sec_tag} | step: {step_ + 1}\n"
+               f"$\\rm M_z$={mz:.2E} | $\\rm M_y$={my:.2E} | $\\rm P$={p:.2E} \n"
+               f"$\\rm \\phi_z$={ez:.2E} | $\\rm \\phi_y$={ey:.2E} | $\\rm \\epsilon$={eps:.2E}")
+        ax.set_title(txt, fontsize=12)
+        plt.tight_layout()
+        plt.show()
+
+    def animation(self,
+                  output_file: str,
+                  input_file: str = "FiberRespStepData-1.hdf5",
+                  show_variable: str = "strain",
+                  show_mats: Union[int, list[int], tuple[int]] = None,
+                  framerate: int = 24,
+                  ):
+        """fiber section response animation.
+
+        Parameters
+        ----------
+        output_file: str
+            The output file name, must end with .gif.
+        input_file: str, default='FiberRespStepData-1.hdf5'
+            The file name that fiber section responses saved.
+        show_variable: str, default='strain
+            Response type to display, optional "stress" or "strain".
+        show_mats: Union[int, list[int], tuple[int]], default=None
+            Mat tag to dispaly. If None, all tags will display.
+        framerate: int, default=24
+            The number of frames per second.
+
+        Returns
+        -------
+        None
+        """
+        filename = self.out_dir + '/' + input_file
+        fiber_sec_step_data = dict()
+        with h5py.File(filename, "r") as f:
+            n = f["Nsteps"][...]
+            grp = f["FiberRespSteps"]
+            for name in grp.keys():
+                temp = []
+                for i in range(n):
+                    temp.append(grp[name][f"step{i+1}"][...])
+                fiber_sec_step_data[name] = temp
+        if self.key not in fiber_sec_step_data.keys():
+            raise ValueError("ele_tag and sec_tag not in set_fiber_secs()!")
+        fiber_step_data = fiber_sec_step_data[self.key]
+        fiber_step_data = np.array(fiber_step_data)
+
+        fiber_data, step_max, matidx, vmin, vmax, ylocs, zlocs, areas = self._get_fiber_data(
+            input_file, None, show_variable, show_mats)
+        fiber_data, step0, matidx, vmin0, vmax0, ylocs, zlocs, areas = self._get_fiber_data(
+            input_file, 1, show_variable, show_mats)
+        ymin, ymax = np.min(ylocs), np.max(ylocs)
+        zmin, zmax = np.min(zlocs), np.max(zlocs)
+        space_y = (ymax - ymin) / 10
+        space_z = (zmax - zmin) / 10
+        aspect_ratio = (zmax - zmin) / (ymax - ymin)
+        my = fiber_data[matidx, 12][0, 0]
+        mz = fiber_data[matidx, 11][0, 0]
+        p = fiber_data[matidx, 10][0, 0]
+        ey = fiber_data[matidx, 8][0, 0]
+        ez = fiber_data[matidx, 7][0, 0]
+        eps = fiber_data[matidx, 6][0, 0]
+
+        # ------------------------------------------------------
+        plt.style.use("seaborn")
+        # plt.style.use('ggplot')
+        fig, ax = plt.subplots(figsize=(8, 8 * aspect_ratio))
+        patches = [
+            plt.Circle((yloc, zloc), np.sqrt(area / np.pi))
+            for yloc, zloc, area in zip(ylocs[matidx], zlocs[matidx], areas[matidx])
+        ]
+        coll = matplotlib.collections.PatchCollection(
+            patches, alpha=self.opacity)
+        coll.set_ec(self.lc)
+        coll.set_lw(self.lw)
+        coll.set_cmap(self.cmap)
+        coll.set_clim(vmin, vmax)
+        ax.add_collection(coll)
+        # -------------------------------------------
+        #  color bar
+        clb = fig.colorbar(coll, ax=ax, format="%.2E",
+                           use_gridspec=True, location='bottom',
+                           fraction=0.15, aspect=16)
+        clb.set_label(show_variable, fontsize=12)
+        clb.ax.tick_params(labelsize=9)
+        # -----------------------------
+        ax.set_aspect(aspect_ratio)
+        ax.set_xlim(ymin - space_y, ymax + space_y)
+        ax.set_ylim(zmin - space_z, zmax + space_z)
+        ax.set_xlabel("y", fontsize=15)
+        ax.set_ylabel("z", fontsize=15)
+        plt.xticks(fontsize=12)
+        plt.yticks(fontsize=12)
+        txt = (f"ele--sec: {self.ele_tag}--{self.sec_tag} | step: {1}\n"
+               f"$\\rm M_z$={mz:.2E} | $\\rm M_y$={my:.2E} | $\\rm P$={p:.2E} \n"
+               f"$\\rm \\phi_z$={ez:.2E} | $\\rm \\phi_y$={ey:.2E} | $\\rm \\epsilon$={eps:.2E}")
+        title = ax.set_title(txt, fontsize=12)
+
+        # --------------------------------------------
+        def animate(step):
+            fiber_data_i = fiber_step_data[step]
+            mat_tagsi = np.array(fiber_data_i[:, 3], dtype=int)
+            if show_mats is not None:
+                matidx_i = []
+                for mat_ in show_mats:
+                    matidx_i.append(np.argwhere(
+                        np.abs(mat_tagsi - mat_) < 1e-8))
+                matidx_i = np.vstack(matidx_i)
+            else:
+                matidx_i = np.argwhere(np.abs(mat_tagsi - mat_tagsi) < 1e-8)
+
+            if show_variable == "stress":
+                vmini = np.min(fiber_data_i[matidx_i, 4])
+                vmaxi = np.max(fiber_data_i[matidx_i, 4])
+            elif show_variable == "strain":
+                vmini = np.min(fiber_data_i[matidx_i, 5])
+                vmaxi = np.max(fiber_data_i[matidx_i, 5])
+            else:
+                raise ValueError("")
+
+            stressi, straini = fiber_data_i[matidx_i, 4].ravel(
+            ), fiber_data_i[matidx_i, 5].ravel()
+            myi = fiber_data_i[matidx_i, 12][0, 0]
+            mzi = fiber_data_i[matidx_i, 11][0, 0]
+            pi = fiber_data_i[matidx_i, 10][0, 0]
+            eyi = fiber_data_i[matidx_i, 8][0, 0]
+            ezi = fiber_data_i[matidx_i, 7][0, 0]
+            epsi = fiber_data_i[matidx_i, 6][0, 0]
+            colors = stressi if show_variable == "stress" else straini
+            coll.set_array(colors)
+            coll.set_clim(vmin, vmax)
+            txti = (f"ele--sec: {self.ele_tag}--{self.sec_tag} | step: {i+1}\n"
+                    f"$\\rm M_z$={mzi:.2E} | $\\rm M_y$={myi:.2E} | $\\rm P$={pi:.2E} \n"
+                    f"$\\rm \\phi_z$={ezi:.2E} | $\\rm \\phi_y$={eyi:.2E} | $\\rm \\epsilon$={epsi:.2E}")
+            title.set_text(txti)
+            # clb.set_ticks(clb.get_ticks())
+            # clb.set_ticklabels(
+            #     [f"{label:.2E}" for label in clb.get_ticks()], fontsize=13)
+            # clb.set_label(show_variable, fontsize=16)
+
+        ani = animation.FuncAnimation(
+            fig, animate, frames=len(fiber_step_data), blit=False
+        )
+        plt.show()
+        ani.save(output_file, fps=framerate)  # need ffmpeg
diff --git a/build/lib/opstool/vis/get_model_data.py b/build/lib/opstool/vis/get_model_data.py
new file mode 100644
index 0000000..6c599cc
--- /dev/null
+++ b/build/lib/opstool/vis/get_model_data.py
@@ -0,0 +1,554 @@
+import os
+import h5py
+import numpy as np
+import openseespy.opensees as ops
+from typing import Union
+from numpy.typing import ArrayLike
+from itertools import cycle
+from rich import print
+
+from ..utils import check_file
+from ._get_model_base import (get_model_info, get_beam_info2, get_beam_resp, get_node_resp)
+
+
+class GetFEMdata:
+    """
+    Get the data in the ``openseespy`` current domain.
+
+    Parameters
+    ----------
+    results_dir: str, default="opstool_output"
+        The directory that results to save.
+    """
+
+    def __init__(self, results_dir: str = "opstool_output"):
+
+        self.out_dir = results_dir
+        if not os.path.exists(self.out_dir):
+            os.makedirs(self.out_dir)
+
+        self.model_info = dict()
+        self.get_model_data_finished = False
+
+        # Initialize cell connection data
+        self.cells = dict()
+
+        # Initialize eigenvalue data
+        self.eigen = dict()
+
+        # Analysis step model update data
+        self.model_info_steps = dict()
+        # Ele connection update data
+        self.cells_steps = dict()
+        # Update node response data
+        self.node_resp_names = ("disp", "vel", "accel")
+        self.node_resp_steps = dict()
+        self.step_node_track = 0
+
+        self.beam_infos = dict()
+        self.beam_resp_names = ['localForces']
+        # 'basicDeformations'
+        self.beam_resp_step = dict()
+        # ["N_1", "Vy_1", "Vz_1", "T_1", "My_1", "Mz_1",
+        #  "N_2", "Vy_2", "Vz_2", "T_2", "My_2", "Mz_2"]
+        # ["eps", "thetaZ_1", "thetaZ_2", "thetaY_1", "thetaY_2", "thetaX"]
+        self.step_beam_track = 0
+
+        # On/Off and Tracking for Model Updates
+        self.model_update = False
+
+        # self.reset_model_state()
+        # self.reset_eigen_state()
+        self.reset_steps_state()
+
+        # fiber section data
+        self.fiber_sec_tags = None
+        self.fiber_sec_data = dict()
+        self.fiber_sec_step_data = dict()
+        self.step_fiber_track = 0
+
+        # terminal print colors
+        colors = ['#00aeff', '#3369e7', '#8e43e7', '#b84592', '#ff4f81',
+                  '#ff6c5f', '#ffc168', '#2dde98', '#1cc7d0', '#49a942']
+        self.colors_cycle = cycle(colors)
+
+    def reset_model_state(self):
+        """Reset the state of results extract of model data."""
+        for name in self.model_info.keys():
+            self.model_info[name] = None
+        for name in self.cells.keys():
+            self.cells[name] = None
+
+    def reset_eigen_state(self):
+        """Reset the state of results extract of eigen data."""
+        for name in self.eigen.keys():
+            self.eigen[name] = None
+
+    def _reset_model_step(self):
+        for name in self.model_info.keys():
+            self.model_info_steps[name] = []
+        for name in self.cells.keys():
+            self.cells_steps[name] = []
+        self.model_info_steps['step_track'] = 0
+        self.cells_steps['step_track'] = 0
+
+    def _reset_node_resp(self):
+        self.step_node_track = 0
+        for name in self.node_resp_names:
+            self.node_resp_steps[name] = []
+
+    def _reset_beam_step(self):
+        self.step_beam_track = 0
+        for name in self.beam_infos.keys():
+            self.beam_infos[name] = None
+        for name in self.beam_resp_names:
+            self.beam_resp_step[name] = []
+
+    def _reset_fiber_step(self):
+        self.step_fiber_track = 0
+        self.fiber_sec_step_data = dict()
+
+    def reset_steps_state(self):
+        """Reset the state of results extract in analysis step.
+
+        .. important::
+            As the data is saved in the loop analysis using the list append method,
+            it is important to clear the data from previous analysis case before each analysis loop.
+        """
+
+        self._reset_model_step()
+        self._reset_node_resp()
+        self._reset_beam_step()
+        self._reset_fiber_step()
+
+        # Truss Element Analysis Step Response Data
+
+        # Beam Element Analysis Step Response Data
+
+    def get_model_data(self, save_file: Union[str, bool] = "ModelData.hdf5"):
+        """Get data from the current model domain.
+        The data will saved to file ``results_dir`` + ``save_file`` in hdf5 style.
+
+        Parameters
+        -----------
+        save_file: str, default="ModelData.hdf5"
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+
+        """
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+        # --------------------------------
+        model_info, cells = get_model_info()
+        self.model_info.update(model_info)
+        self.cells.update(cells)
+        self.get_model_data_finished = True
+        if save_file:
+            output_filename = self.out_dir + '/' + save_file
+            with h5py.File(output_filename, "w") as f:
+                grp1 = f.create_group("ModelInfo")
+                for name, value in self.model_info.items():
+                    grp1.create_dataset(name, data=value)
+                grp2 = f.create_group("Cell")
+                for name, value in self.cells.items():
+                    grp2.create_dataset(name, data=value)
+            print(f"Model data saved in [bold {next(self.colors_cycle)}]{output_filename}[/]!")
+
+    def get_eigen_data(
+        self,
+        mode_tag: int = 1,
+        solver: str = "-genBandArpack",
+        save_file: str = 'EigenData.hdf5',
+    ):
+        """Get eigenvalue Analysis Data.
+        The data will saved to file ``results_dir`` + ``save_file``.
+
+        Parameters
+        ----------
+        mode_tag: int
+            mode tag.
+        solver: str, default '-genBandArpack'
+            type of solver, optional '-genBandArpack', '-fullGenLapack',
+            see https://openseespydoc.readthedocs.io/en/latest/src/eigen.html.
+        save_file: str, default='EigenData.hdf5'
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+
+        Returns
+        -------
+        None
+        """
+        # ----------------------------------
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+        self.get_model_data(save_file=False)
+        self.reset_eigen_state()
+        # ----------------------------------
+        ops.wipeAnalysis()
+        if mode_tag == 1:
+            eigen_values = ops.eigen(solver, 2)[:1]
+        else:
+            eigen_values = ops.eigen(solver, mode_tag)
+        omega = np.sqrt(eigen_values)
+        f = omega / (2 * np.pi)
+        self.eigen["f"] = f
+        eigenvectors = []
+        for mode_tag in range(1, mode_tag + 1):
+            eigen_vector = np.zeros((self.model_info["num_node"], 3))
+            for i, Tag in enumerate(self.model_info["NodeTags"]):
+                coord = ops.nodeCoord(Tag)
+                eigen = ops.nodeEigenvector(Tag, mode_tag)
+                if len(coord) == 1:
+                    coord.extend([0, 0])
+                    eigen.extend([0, 0])
+                elif len(coord) == 2:
+                    coord.extend([0])
+                    if len(eigen) == 3 or len(eigen) == 2:
+                        eigen = eigen[:2]
+                        eigen.extend([0])
+                    elif len(eigen) == 1:
+                        eigen.extend([0, 0])
+                else:
+                    eigen = eigen[:3]
+                eigen_vector[i] = np.array(eigen)
+            eigenvectors.append(eigen_vector)
+        self.eigen["eigenvector"] = eigenvectors
+
+        self.eigen.update(self.model_info)
+        self.eigen.update(self.cells)
+        # ----------------------------------------------------------------
+        if save_file:
+            output_filename = self.out_dir + '/' + save_file
+            with h5py.File(output_filename, "w") as f:
+                grp = f.create_group("EigenInfo")
+                for name, value in self.eigen.items():
+                    grp.create_dataset(name, data=value)
+            print(f"Eigen data saved in [bold {next(self.colors_cycle)}]{output_filename}[/] !")
+
+    def get_node_resp_step(self,
+                           num_steps: int = 100000000000,
+                           total_time: float = 100000000000,
+                           stop_cond: bool = False,
+                           save_file: str = "NodeRespStepData-1.hdf5",
+                           model_update: bool = False):
+        """Get the node response data step by step.
+
+        .. note::
+            You need to call this function at each analysis step in OpenSees.
+            The advantage is that you can modify the iterative algorithm at
+            each analysis step to facilitate convergence.
+
+        Parameters
+        -----------------
+        num_steps: int, default=100000000000
+            Total number of steps, set to determine when to save data.
+        total_time: float, default=100000000000
+            Total analysis time, set to determine when to save data.
+            You can specify one of the parameters *num_steps* and `total_time`.
+            If both are used, it depends on which one arrives first.
+        stop_cond: bool, default = False
+            Condition used to determine when data is saved
+            if ``num_steps`` and ``total_time`` unavailable.
+            For example, stop_cond = ops.nodeDisp(nodeTag, 1) >= 0.1, i.e., once the displacement of node
+            with tag nodeTag and dof 1 is greater than 0.1, the loop is terminated to save the data.
+        save_file: str, default='NodeRespStepData-1.hdf5'
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+                You need to specify different suffixes to distinguish between the different analysis cases.
+                Such as "NodeRespStepData-1.hdf5", "NodeRespStepData-2.hdf5", etc.
+
+        model_update: bool, default False
+            whether to update the model domain data at each analysis step,
+            this will be useful if model data has changed.
+            For example, some elements and nodes were removed.
+
+        Returns
+        -------
+        None
+        """
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+        if model_update:
+            self.get_model_data(save_file=False)
+        else:
+            if not self.get_model_data_finished:
+                self.get_model_data()
+
+        node_tags = self.model_info["NodeTags"]
+        (node_disp, node_vel, node_accel, node_deform_coord) = get_node_resp(node_tags)
+
+        self.node_resp_steps["disp"].append(node_disp)
+        self.node_resp_steps["vel"].append(node_vel)
+        self.node_resp_steps["accel"].append(node_accel)
+
+        if model_update:
+            if self.step_node_track == self.model_info_steps['step_track']:
+                for name in self.model_info.keys():
+                    self.model_info_steps[name].append(self.model_info[name])
+                self.model_info_steps['step_track'] += 1
+            if self.step_node_track == self.cells_steps['step_track']:
+                for name in self.cells.keys():
+                    self.cells_steps[name].append(self.cells[name])
+                self.cells_steps['step_track'] += 1
+        else:
+            if self.step_node_track == 0:
+                self.model_info_steps.update(self.model_info)
+                self.cells_steps.update(self.cells)
+        # --------------------------------
+        self.model_update = model_update
+        self.step_node_track += 1
+        # --------------------------------
+        if save_file:
+            if self.step_node_track >= num_steps or ops.getTime() >= total_time or stop_cond:
+                output_filename = self.out_dir + '/' + save_file
+                with h5py.File(output_filename, "w") as f:
+                    n = len(self.node_resp_steps['disp'])
+                    f.create_dataset("Nsteps", data=n)
+                    grp1 = f.create_group("ModelInfoSteps")
+                    grp2 = f.create_group("CellSteps")
+                    grp3 = f.create_group("NodeRespSteps")
+                    for name, value in self.model_info_steps.items():
+                        if name not in ['step_track']:
+                            if model_update:
+                                subgrp = grp1.create_group(name)
+                                for i in range(n):
+                                    subgrp.create_dataset(f"step{i + 1}", data=value[i])
+                            else:
+                                grp1.create_dataset(name, data=value)
+                    for name, value in self.cells_steps.items():
+                        if name not in ['step_track']:
+                            if model_update:
+                                subgrp = grp2.create_group(name)
+                                for i in range(n):
+                                    subgrp.create_dataset(f"step{i + 1}", data=value[i])
+                            else:
+                                grp2.create_dataset(name, data=value)
+                    for name, value in self.node_resp_steps.items():
+                        subgrp = grp3.create_group(name)
+                        for i in range(n):
+                            subgrp.create_dataset(f"step{i + 1}", data=value[i])
+                print(f"Node response data saved in [bold {next(self.colors_cycle)}]{output_filename}[/] !")
+
+    def get_frame_resp_step(self,
+                            num_steps: int = 100000000000,
+                            total_time: float = 100000000000,
+                            stop_cond: bool = False,
+                            save_file: str = "BeamRespStepData-1.hdf5"
+                            ):
+        """Get the response data step by step.
+
+        .. note::
+            You need to call this function at each analysis step in OpenSees.
+            The advantage is that you can modify the iterative algorithm at
+            each analysis step to facilitate convergence.
+
+        Parameters
+        ----------
+        num_steps: int, default=100000000000
+            Total number of steps, set to determine when to save data.
+        total_time: float, default=100000000000
+            Total analysis time, set to determine when to save data.
+            You can specify one of the parameters *num_steps* and `total_time`.
+            If both are used, it depends on which one arrives first.
+        stop_cond: bool, default = False
+            Condition used to determine when data is saved
+            if ``num_steps`` and ``total_time`` unavailable.
+            For example, stop_cond = ops.nodeDisp(nodeTag, 1) >= 0.1, i.e., once the displacement of node
+            with tag nodeTag and dof 1 is greater than 0.1, the loop is terminated to save the data.
+        save_file: str, default='BeamRespStepData-1.hdf5'
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+                You need to specify different suffixes to distinguish between the different analysis cases.
+                Such as "BeamRespStepData-1.hdf5", "BeamRespStepData-2.hdf5", etc.
+
+        Returns
+        -------
+        None
+        """
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+
+        (beam_tags, beam_node_coords, beam_cells,
+         xlocals, ylocals, zlocals, bounds) = get_beam_info2()
+        self.beam_infos['beam_tags'] = beam_tags
+        self.beam_infos['beam_node_coords'] = beam_node_coords
+        self.beam_infos['beam_cells'] = beam_cells
+        self.beam_infos['xlocal'] = xlocals
+        self.beam_infos['ylocal'] = ylocals
+        self.beam_infos['zlocal'] = zlocals
+        self.beam_infos['bounds'] = bounds
+
+        beam_resp_steps = get_beam_resp(beam_tags)
+        self.beam_resp_step['localForces'].append(beam_resp_steps)
+        # ----------------------------------------------------------------
+        self.step_beam_track += 1
+        # ------------------------------------------
+        if save_file:
+            if self.step_beam_track >= num_steps or ops.getTime() >= total_time or stop_cond:
+                output_filename = self.out_dir + '/' + save_file
+                with h5py.File(output_filename, "w") as f:
+                    n = len(self.beam_resp_step['localForces'])
+                    f.create_dataset("Nsteps", data=n)
+                    grp1 = f.create_group("BeamInfos")
+                    grp2 = f.create_group("BeamRespSteps")
+                    for name, value in self.beam_infos.items():
+                        grp1.create_dataset(name, data=value)
+                    for name, value in self.beam_resp_step.items():
+                        subgrp = grp2.create_group(name)
+                        for i in range(n):
+                            subgrp.create_dataset(f"step{i + 1}", data=value[i])
+                print(f"Frame elements response data saved in [bold {next(self.colors_cycle)}]{output_filename}[/] !")
+
+    def get_fiber_data(self, ele_sec: list[tuple[int, int]], save_file: str = 'FiberData.hdf5'):
+        """Get data from the section assigned by parameter ele_sec.
+
+        Parameters
+        ----------
+        ele_sec: list[tuple[int, int]]
+            A list or tuple composed of element tag and sectag.
+            e.g., [(ele1, sec1), (ele2, sec2), ... , (elen, secn)],
+            The section is attached to an element in the order from end i to end j of that element.
+        save_file: str, default='FiberData.hdf5'
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+
+        Returns
+        -------
+        None
+        """
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+        self.fiber_sec_tags = ele_sec
+        for ele_sec_i in ele_sec:
+            key = f"{ele_sec_i[0]}-{ele_sec_i[1]}"
+            self.fiber_sec_data[key] = None
+
+        # get data
+        for ele_sec_i in self.fiber_sec_tags:
+            ele_tag = ele_sec_i[0]
+            sec_tag = ele_sec_i[1]
+            key = f"{ele_sec_i[0]}-{ele_sec_i[1]}"
+            fiber_data = _get_fiber_sec_data(ele_tag, sec_tag)
+            self.fiber_sec_data[key] = fiber_data
+        # ---------------------------------------------
+        if save_file:
+            output_filename = self.out_dir + '/' + save_file
+            with h5py.File(output_filename, "w") as f:
+                for name, value in self.fiber_sec_data.items():
+                    f.create_dataset(name, data=value)
+            print(f"Fiber section data saved in [bold {next(self.colors_cycle)}]{output_filename}[/] !")
+
+    def get_fiber_resp_step(self,
+                            num_steps: int = 100000000000,
+                            total_time: float = 100000000000,
+                            stop_cond: bool = False,
+                            save_file: str = "FiberRespStepData-1.hdf5"):
+        """Get analysis step data for fiber section.
+
+        Parameters
+        ----------
+        num_steps: int, default=100000000000
+            Total number of steps, set to determine when to save data.
+        total_time: float, default=100000000000
+            Total analysis time, set to determine when to save data.
+            You can specify one of the parameters *num_steps* and `total_time`.
+            If both are used, it depends on which one arrives first.
+        stop_cond: bool, default = False
+            Condition used to determine when data is saved
+            if ``num_steps`` and ``total_time`` unavailable.
+            For example, stop_cond = ops.nodeDisp(nodeTag, 1) >= 0.1, i.e., once the displacement of node
+            with tag nodeTag and dof 1 is greater than 0.1, the loop is terminated to save the data.
+        save_file: str, default='FiberRespStepData-1.hdf5'
+            The file name that data saved.
+            If None of False, the data will not be saved.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be saved to the directory ``results_dir``.
+                You need to specify different suffixes to distinguish between the different analysis cases.
+                Such as "FiberRespStepData-1.hdf5", "FiberRespStepData-2.hdf5", etc.
+
+        Returns
+        -------
+        None
+        """
+        if save_file:
+            check_file(save_file, ['.hdf5', '.h5', '.he5'])
+        if not self.fiber_sec_data:
+            raise ValueError(
+                "Run get_fiber_step_data must run get_fiber_data() in advance!"
+            )
+        if self.step_fiber_track == 0:
+            for ele_sec_i in self.fiber_sec_tags:
+                key = f"{ele_sec_i[0]}-{ele_sec_i[1]}"
+                self.fiber_sec_step_data[key] = []
+
+        for ele_sec_i in self.fiber_sec_tags:
+            ele_tag = ele_sec_i[0]
+            sec_tag = ele_sec_i[1]
+            key = f"{ele_sec_i[0]}-{ele_sec_i[1]}"
+            fiber_data = _get_fiber_sec_data(ele_tag, sec_tag)
+            defo_fo = ops.eleResponse(ele_tag, "section", sec_tag, "forceAndDeformation")
+            if len(defo_fo) == 6:
+                defo_fo = [defo_fo[0], defo_fo[1], 0., defo_fo[2],
+                           defo_fo[3], defo_fo[4], 0., defo_fo[5]]
+            sec_defo_fo = np.array([defo_fo] * fiber_data.shape[0], dtype=float)
+            data = np.hstack([fiber_data, sec_defo_fo])
+            self.fiber_sec_step_data[key].append(data)
+        # ------------------------
+        self.step_fiber_track += 1
+        # ------------------------
+        if save_file:
+            if self.step_fiber_track >= num_steps or ops.getTime() >= total_time or stop_cond:
+                output_filename = self.out_dir + '/' + save_file
+                with h5py.File(output_filename, "w") as f:
+                    f.create_dataset("Nsteps", data=self.step_fiber_track)
+                    grp = f.create_group("FiberRespSteps")
+                    for name, value in self.fiber_sec_step_data.items():
+                        subgrp = grp.create_group(name)
+                        for i in range(self.step_fiber_track):
+                            subgrp.create_dataset(f"step{i + 1}", data=value[i])
+                print(f"Fiber section responses data saved in [bold {next(self.colors_cycle)}]{output_filename}[/] !")
+
+
+def _get_fiber_sec_data(ele_tag: int, sec_tag: int = 1) -> ArrayLike:
+    """Get the fiber sec data for a beam element.
+
+    Parameters
+    ----------
+    ele_tag: int
+        The element tag to which the section is to be displayed.
+    sec_tag: int
+        Which integration point section is displayed, tag from 1 from segment i to j.
+
+    Returns
+    -------
+    fiber_data: ArrayLike
+    """
+    # Extract fiber data using eleResponse() command
+    fiber_data = ops.eleResponse(ele_tag, "section", sec_tag, "fiberData2")
+    if len(fiber_data) == 0:
+        fiber_data = ops.eleResponse(ele_tag, "section", "fiberData2")
+    # From column 1 to 6: "yCoord", "zCoord", "area", 'mat', "stress", "strain"
+    fiber_data = np.array(fiber_data).reshape((-1, 6))  # 变形为6列数组
+    return fiber_data
diff --git a/build/lib/opstool/vis/ops_vis_plotly.py b/build/lib/opstool/vis/ops_vis_plotly.py
new file mode 100644
index 0000000..8d48a1d
--- /dev/null
+++ b/build/lib/opstool/vis/ops_vis_plotly.py
@@ -0,0 +1,428 @@
+"""
+Visualizing OpenSeesPy model
+"""
+
+from ._plotly_base import (_deform_anim, _deform_vis, _eigen_anim, _eigen_vis,
+                           _frame_resp_vis, _model_vis)
+
+
+class OpsVisPlotly:
+    """A class to visualize OpenSeesPy model based on plotly.
+
+    Parameters
+    ----------
+    point_size: float
+        The render size of node.
+    line_width: float
+        The width of line element;
+    colors_dict: dict,
+        The dict for ele color, default color you can see by the class attribute ``default_colors``.
+    theme: str, default=plotly
+        Plot theme, optional "plotly", "plotly_white", "plotly_dark", "ggplot2", "seaborn", "simple_white", "none".
+    color_map: str, default="jet"
+        color map to display the cloud plot. Optional, [‘aggrnyl’, ‘agsunset’, ‘algae’, ‘amp’, ‘armyrose’, ‘balance’,
+        ‘blackbody’, ‘bluered’, ‘blues’, ‘blugrn’, ‘bluyl’, ‘brbg’, ‘brwnyl’, ‘bugn’, ‘bupu’, ‘burg’, ‘burgyl’,
+        ‘cividis’, ‘curl’, ‘darkmint’, ‘deep’, ‘delta’, ‘dense’, ‘earth’, ‘edge’, ‘electric’, ‘emrld’, ‘fall’,
+        ‘geyser’, ‘gnbu’, ‘gray’, ‘greens’, ‘greys’, ‘haline’, ‘hot’, ‘hsv’, ‘ice’, ‘icefire’, ‘inferno’, ‘jet’,
+        ‘magenta’, ‘magma’, ‘matter’, ‘mint’, ‘mrybm’, ‘mygbm’, ‘oranges’, ‘orrd’, ‘oryel’, ‘oxy’, ‘peach’, ‘phase’,
+        ‘picnic’, ‘pinkyl’, ‘piyg’, ‘plasma’, ‘plotly3’, ‘portland’, ‘prgn’, ‘pubu’, ‘pubugn’, ‘puor’, ‘purd’, ‘purp’,
+        ‘purples’, ‘purpor’, ‘rainbow’, ‘rdbu’, ‘rdgy’, ‘rdpu’, ‘rdylbu’, ‘rdylgn’, ‘redor’, ‘reds’, ‘solar’,
+        ‘spectral’, ‘speed’, ‘sunset’, ‘sunsetdark’, ‘teal’, ‘tealgrn’, ‘tealrose’, ‘tempo’, ‘temps’, ‘thermal’,
+        ‘tropic’, ‘turbid’, ‘turbo’, ‘twilight’, ‘viridis’, ‘ylgn’, ‘ylgnbu’, ‘ylorbr’, ‘ylorrd’].
+    on_notebook: bool, default=False
+        Whether work in a jupyter notebook.
+    results_dir: str, default="opstool_output"
+        The dir that results saved.
+
+    Returns
+    -------
+    None
+    """
+
+    def __init__(
+        self,
+        point_size: float = 5,
+        line_width: float = 5,
+        colors_dict: dict = None,
+        theme: str = "plotly",
+        color_map: str = "jet",
+        on_notebook: bool = False,
+        results_dir: str = "opstool_output"
+    ):
+        # ------------------------------
+        self.point_size = point_size
+        self.line_width = line_width
+        self.title = "OpenSeesVispy"
+        # Initialize the color dict
+        colors = dict(
+            point="#580f41",
+            line="#037ef3",
+            face="#00c16e",
+            solid="#0cb9c1",
+            truss="#7552cc",
+            link="#01ff07",
+            constraint="#00ffff",
+        )
+        if colors_dict is not None:
+            colors.update(colors_dict)
+        self.default_colors = colors
+        self.color_point = colors["point"]
+        self.color_line = colors["line"]
+        self.color_face = colors["face"]
+        self.color_solid = colors["solid"]
+        self.color_truss = colors["truss"]
+        self.color_link = colors["link"]
+        self.color_constraint = colors['constraint']
+        # -------------------------------------------------
+        self.theme = theme
+        self.color_map = color_map
+
+        self.notebook = on_notebook
+        # -------------------------------------------------
+        self.out_dir = results_dir
+        # -------------------------------------------------
+        self.bound_fact = 30
+
+    def model_vis(
+        self,
+        input_file: str = "ModelData.hdf5",
+        show_node_label: bool = False,
+        show_ele_label: bool = False,
+        show_local_crd: bool = False,
+        show_fix_node: bool = True,
+        label_size: float = 8,
+        show_outline: bool = True,
+        opacity: float = 1.0,
+        save_html: str = 'ModelVis.html'
+    ):
+        """
+        Visualize the model in the current domain.
+
+        Parameters
+        ----------
+        input_file: str, default = "ModelData.hdf5",
+            The filename that model data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_model_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        show_node_label: bool, default=False
+            Whether to display the node label.
+        show_ele_label: bool, default=False
+            Whether to display the ele label.
+        show_local_crd: bool, default=False
+            Whether to display the local axes of beam and link elements.
+        show_fix_node: bool, default=True
+            Whether to display the fix nodes.
+        label_size: float, default=8
+            The foontsize of node and ele label.
+        show_outline: bool, default=True
+            Whether to show the axis frame.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_html: str, default='ModelVis.html'
+            The html file name to output. If False, the html file will not be generated.
+
+        Returns
+        --------
+        None
+
+        """
+        _model_vis(self,
+                   input_file=input_file,
+                   show_node_label=show_node_label,
+                   show_ele_label=show_ele_label,
+                   show_local_crd=show_local_crd,
+                   show_fix_node=show_fix_node,
+                   label_size=label_size,
+                   show_outline=show_outline,
+                   opacity=opacity,
+                   save_html=save_html
+                   )
+
+    def eigen_vis(
+        self,
+        mode_tags: list[int],
+        input_file: str = 'EigenData.hdf5',
+        subplots: bool = False,
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        opacity: float = 1.0,
+        show_face_line: bool = True,
+        save_html: str = "EigenVis"
+    ):
+        """Eigenvalue Analysis Visualization.
+
+        Parameters
+        ----------
+        mode_tags: list[int], or tuple[int]
+            Mode tags to be shown, if list or tuple [mode1, mode2], display the multiple modes from mode1 to mode2.
+        input_file: str, default = 'EigenData.hdf5',
+            The filename that eigen data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_eigen_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        subplots: bool, default=False
+            If True, subplots in a figure. If False, plot in a slide style.
+        alpha: float, default=None
+            Model scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=True
+            Whether to display the axes.
+        show_origin: bool, default=False
+            Whether to show undeformed shape.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        save_html: str, default='EigenVis.html'
+            The html file name to output. If False, the html file will not be generated.
+
+        Returns
+        -------
+        None
+        """
+        _eigen_vis(self,
+                   mode_tags=mode_tags,
+                   input_file=input_file,
+                   subplots=subplots,
+                   alpha=alpha,
+                   show_outline=show_outline,
+                   show_origin=show_origin,
+                   opacity=opacity,
+                   show_face_line=show_face_line,
+                   save_html=save_html)
+
+    def eigen_anim(
+        self,
+        mode_tag: int = 1,
+        input_file: str = 'EigenData.hdf5',
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 3,
+        show_face_line: bool = True,
+        save_html: str = "EigenAnimation"
+    ):
+        """Animation of Modal Analysis.
+
+        Parameters
+        ----------
+        mode_tag: int
+            The mode tag.
+        input_file: str, default = 'EigenData.hdf5',
+            The filename that eigen data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_eigen_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        framerate: int
+            The number of frames per second.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        save_html: str, default='EigenAnimation.html'
+            The html file name to output. If False, the html file will not be generated.
+
+        Returns
+        -------
+        None
+        """
+        _eigen_anim(self,
+                    mode_tag=mode_tag,
+                    input_file=input_file,
+                    alpha=alpha,
+                    show_outline=show_outline,
+                    opacity=opacity,
+                    framerate=framerate,
+                    show_face_line=show_face_line,
+                    save_html=save_html
+                    )
+
+    def deform_vis(
+        self,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        slider: bool = False,
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        show_face_line: bool = True,
+        opacity: float = 1,
+        save_html: str = "DefoVis",
+        model_update: bool = False
+    ):
+        """Visualize the deformation of the model at a certain analysis step.
+
+        Parameters
+        ----------
+        input_file: str, default = "NodeRespStepData-1.hdf5",
+            The filename that node responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        slider: bool, default=False
+            If True, responses in all steps will display by slider style.
+            If False, the step that max response will display.
+        response: str, default='disp'
+            Response type. Optional, "disp", "vel", "accel".
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        show_origin: bool, default=False
+            Whether to show undeformed shape.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_html: str, default='DefoVis.html'
+            The html file name to output. If False, the html file will not be generated.
+        model_update: bool, default False
+            whether to update the model domain data at each analysis step,
+            this will be useful if model data has changed.
+            For example, some elements and nodes were removed.
+            This parameter must same as that in :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+        Returns
+        -------
+        None
+        """
+        _deform_vis(self,
+                    input_file=input_file,
+                    slider=slider,
+                    response=response,
+                    alpha=alpha,
+                    show_outline=show_outline,
+                    show_origin=show_origin,
+                    show_face_line=show_face_line,
+                    opacity=opacity,
+                    save_html=save_html,
+                    model_update=model_update
+                    )
+
+    def deform_anim(
+        self,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 24,
+        show_face_line: bool = True,
+        save_html: str = "DefoAnimation",
+        model_update: bool = False
+    ):
+        """Deformation animation of the model.
+
+        Parameters
+        ----------
+        input_file: str, default = "NodeRespStepData-1.hdf5",
+            The filename that node responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        response: str, default='disp'
+            Response type. Optional, "disp", "vel", "accel".
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        framerate: int, default=24
+            The number of frames per second.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_html: str, default='DefoAnimation.html'
+            The html file name to output. If False, the html file will not be generated.
+        model_update: bool, default False
+            whether to update the model domain data at each analysis step,
+            this will be useful if model data has changed.
+            For example, some elements and nodes were removed.
+            This parameter must same as that in :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+        Returns
+        -------
+        None
+        """
+
+        _deform_anim(self,
+                     input_file=input_file,
+                     response=response,
+                     alpha=alpha,
+                     show_outline=show_outline,
+                     opacity=opacity,
+                     framerate=framerate,
+                     show_face_line=show_face_line,
+                     save_html=save_html,
+                     model_update=model_update
+                     )
+
+    def frame_resp_vis(self,
+                       input_file: str = "BeamRespStepData-1.hdf5",
+                       ele_tags: list[int] = None,
+                       slider: bool = False,
+                       response: str = "Mz",
+                       show_values=True,
+                       alpha: float = None,
+                       opacity: float = 1,
+                       save_html: str = "FrameRespVis"
+                       ):
+        """
+        Display the force response of frame elements.
+
+        Parameters
+        ----------
+        input_file: str, default = "BeamRespStepData-1.hdf5",
+            The filename that beam frame elements responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_frame_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        ele_tags: int or list[int], default=None
+            Element tags to display, if None, all frame elements will display.
+        slider: bool, default=False
+            If True, responses in all steps will display by slider style.
+            If False, the step that max response will display.
+        response: str, default='Mz'
+            Response type. Optional, "Fx", "Fy", "Fz", "My", "Mz", "Mx".
+        show_values: bool, default=True
+            If True, will show the response values.
+        alpha: float, default=None
+            Scaling factor.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_html: str, default='FrameRespVis.html'
+            The html file name to output. If False, the html file will not be generated.
+        """
+        _frame_resp_vis(self,
+                        input_file=input_file,
+                        ele_tags=ele_tags,
+                        slider=slider,
+                        response=response,
+                        show_values=show_values,
+                        alpha=alpha,
+                        opacity=opacity,
+                        save_html=save_html
+                        )
diff --git a/build/lib/opstool/vis/ops_vis_pyvista.py b/build/lib/opstool/vis/ops_vis_pyvista.py
new file mode 100644
index 0000000..f84d5f5
--- /dev/null
+++ b/build/lib/opstool/vis/ops_vis_pyvista.py
@@ -0,0 +1,474 @@
+"""
+Visualizing OpenSeesPy model based on pyvista
+"""
+
+import pyvista as pv
+
+from ..utils import check_file
+from ._pyvista_base import (_deform_anim, _deform_vis, _eigen_anim, _eigen_vis,
+                            _frame_resp_vis, _model_vis)
+
+
+class OpsVisPyvista:
+    """A class to visualize OpenSeesPy model based on
+    `pyvista <https://docs.pyvista.org/index.html>`_.
+
+    Parameters
+    -----------
+    point_size: float, default=1
+        The render size of node.
+    line_width: float, default=3
+        The width of line element.
+    colors_dict: dict,
+        The dict for ele color, default color you can see by the class attribute ``default_colors``.
+    theme: str, default='document'
+        Plot theme for pyvista, optional 'default', 'paraview', 'document', 'dark'.
+    color_map: str, default="jet"
+        color map to display the cloud plot for pyvista.
+        optional 'jet', 'rainbow', 'hot', 'afmhot', 'copper', 'winter', 'cool', 'coolwarm', 'gist_earth',
+        'bone', 'binary', 'gray', or any
+        `Matplotlib colormap <https://matplotlib.org/stable/tutorials/colors/colormaps.html>`_ .
+    on_notebook: bool, default=False
+        Whether work in a notebook.
+    results_dir: str, default="opstool_output"
+        The dir that results saved.
+
+    Returns
+    --------
+    None
+    """
+
+    def __init__(
+        self,
+        point_size: float = 1,
+        line_width: float = 3,
+        colors_dict: dict = None,
+        theme: str = 'document',
+        color_map: str = "jet",
+        on_notebook: bool = False,
+        results_dir: str = "opstool_output"
+    ):
+        # ------------------------------
+        self.point_size = point_size
+        self.line_width = line_width
+        self.title = "opstool"
+        # Initialize the color dict
+        colors = dict(
+            point="#580f41",
+            line="#037ef3",
+            face="#00c16e",
+            solid="#0cb9c1",
+            truss="#7552cc",
+            link="#01ff07",
+            constraint="#00ffff",
+        )
+        if colors_dict is not None:
+            colors.update(colors_dict)
+        self.default_colors = colors
+        self.color_point = colors["point"]
+        self.color_line = colors["line"]
+        self.color_face = colors["face"]
+        self.color_solid = colors["solid"]
+        self.color_truss = colors["truss"]
+        self.color_link = colors["link"]
+        self.color_constraint = colors['constraint']
+        # -------------------------------------------------
+        self.theme = theme
+        pv.set_plot_theme(theme)
+        self.color_map = color_map
+        self.notebook = on_notebook
+        # -------------------------------------------------
+        self.out_dir = results_dir
+        # -------------------------------------------------
+        self.bound_fact = 20
+
+    def model_vis(
+        self,
+        input_file: str = "ModelData.hdf5",
+        show_node_label: bool = False,
+        show_ele_label: bool = False,
+        show_local_crd: bool = False,
+        show_fix_node: bool = True,
+        label_size: float = 8,
+        show_outline: bool = True,
+        opacity: float = 1.0,
+        save_fig: str = 'ModelVis.svg'
+    ):
+        """
+        Visualize the model in the current domain.
+
+        Parameters
+        ----------
+        input_file: str, default = "ModelData.hdf5",
+            The filename that model data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_model_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        show_node_label: bool, default=False
+            Whether to display the node label.
+        show_ele_label: bool, default=False
+            Whether to display the ele label.
+        show_local_crd: bool, default=False
+            Whether to display the local axes of beam and link elements.
+        show_fix_node: bool, default=True
+            Whether to display the fix nodes.
+        label_size: float, default=8
+            The foontsize of node and ele label.
+        show_outline: bool, default=True
+            Whether to show the axis frame.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_fig: str, default='ModelVis.svg'
+            The file name to output. If False or None, the file will not be generated.
+            The supported formats are:
+
+            * '.svg'
+            * '.eps'
+            * '.ps'
+            * '.pdf'
+            * '.tex'
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.svg', '.eps', '.ps', 'pdf', '.tex'])
+        _model_vis(self,
+                   input_file=input_file,
+                   show_node_label=show_node_label,
+                   show_ele_label=show_ele_label,
+                   show_local_crd=show_local_crd,
+                   show_fix_node=show_fix_node,
+                   label_size=label_size,
+                   show_outline=show_outline,
+                   opacity=opacity,
+                   save_fig=save_fig
+                   )
+
+    def eigen_vis(
+        self,
+        mode_tags: list[int],
+        input_file: str = 'EigenData.hdf5',
+        subplots: bool = False,
+        link_views: bool = True,
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        opacity: float = 1.0,
+        show_face_line: bool = True,
+        save_fig: str = "EigenVis.svg"
+    ):
+        """Eigenvalue Analysis Visualization.
+
+        Parameters
+        ----------
+        mode_tags: list[int], or tuple[int]
+            Mode tags to be shown, if list or tuple [mode1, mode2], display the multiple modes from mode1 to mode2.
+        input_file: str, default = 'EigenData.hdf5',
+            The filename that eigen data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_eigen_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        subplots: bool, default=False
+            If True, subplots in a figure. If False, plot in a slider style.
+        link_views: bool, default=True
+            If True, link the views’ cameras, only usefuly when subplots is True.
+        alpha: float, default=None
+            Model scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=True
+            Whether to display the axes.
+        show_origin: bool, default=False
+            Whether to show undeformed shape.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        save_fig: str, default='EigenVis.svg'
+            The file name to output. If False or None, the file will not be generated.
+            The supported formats are:
+
+            * '.svg'
+            * '.eps'
+            * '.ps'
+            * '.pdf'
+            * '.tex'
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.svg', '.eps', '.ps', 'pdf', '.tex'])
+        _eigen_vis(
+            self,
+            mode_tags=mode_tags,
+            input_file=input_file,
+            subplots=subplots,
+            link_views=link_views,
+            alpha=alpha,
+            show_outline=show_outline,
+            show_origin=show_origin,
+            opacity=opacity,
+            show_face_line=show_face_line,
+            save_fig=save_fig
+        )
+
+    def eigen_anim(
+        self,
+        mode_tag: int = 1,
+        input_file: str = 'EigenData.hdf5',
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 3,
+        show_face_line: bool = True,
+        save_fig: str = "EigenAnimation.gif"
+    ):
+        """Animation of Modal Analysis.
+
+        Parameters
+        ----------
+        mode_tag: int
+            The mode tag.
+        input_file: str, default = 'EigenData.hdf5',
+            The filename that eigen data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_eigen_data`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        framerate: int
+            The number of frames per second.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        save_fig: str, default='EigenAnimation.gif'
+            The output file name, must end with `.gif` or `.mp4`.
+            You can export to any folder, such as "C:mydir/myfile.gif", but the folder `mydir` must exist.
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.gif', '.mp4'])
+        _eigen_anim(self,
+                    mode_tag=mode_tag,
+                    input_file=input_file,
+                    alpha=alpha,
+                    show_outline=show_outline,
+                    opacity=opacity,
+                    framerate=framerate,
+                    show_face_line=show_face_line,
+                    save_fig=save_fig
+                    )
+
+    def deform_vis(
+        self,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        slider: bool = False,
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        show_origin: bool = False,
+        show_face_line: bool = True,
+        opacity: float = 1,
+        save_fig: str = "DefoVis.svg",
+        model_update: bool = False
+    ):
+        """Visualize the deformation of the model at a certain analysis step.
+
+        Parameters
+        ----------
+        input_file: str, default = "NodeRespStepData-1.hdf5",
+            The filename that node responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        slider: bool, default=False
+            If True, responses in all steps will display by slider style.
+            If False, the step that max response will display.
+        response: str, default='disp'
+            Response type. Optional, "disp", "vel", "accel".
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        show_origin: bool, default=False
+            Whether to show undeformed shape.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_fig: str, default='DefoVis.svg'
+            The file name to output. If False or None, the file will not be generated.
+            The supported formats are:
+
+            * '.svg'
+            * '.eps'
+            * '.ps'
+            * '.pdf'
+            * '.tex'
+
+        model_update: bool, default False
+            whether to update the model domain data at each analysis step,
+            this will be useful if model data has changed.
+            For example, some elements and nodes were removed.
+            This parameter must same as that in :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.svg', '.eps', '.ps', 'pdf', '.tex'])
+        _deform_vis(
+            self,
+            input_file=input_file,
+            slider=slider,
+            response=response,
+            alpha=alpha,
+            show_outline=show_outline,
+            show_origin=show_origin,
+            show_face_line=show_face_line,
+            opacity=opacity,
+            save_fig=save_fig,
+            model_update=model_update
+        )
+
+    def deform_anim(
+        self,
+        input_file: str = "NodeRespStepData-1.hdf5",
+        response: str = "disp",
+        alpha: float = None,
+        show_outline: bool = False,
+        opacity: float = 1,
+        framerate: int = 24,
+        show_face_line: bool = True,
+        save_fig: str = "DefoAnimation.gif",
+        model_update: bool = False
+    ):
+        """Deformation animation of the model.
+
+        Parameters
+        ----------
+        input_file: str, default = "NodeRespStepData-1.hdf5",
+            The filename that node responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        response: str, default='disp'
+            Response type. Optional, "disp", "vel", "accel".
+        alpha: float, default=None
+            Scaling factor, the default value is 1/5 of the model boundary according to the maximum deformation.
+        show_outline: bool, default=False
+            Whether to display the axes.
+        show_face_line: bool, default=True
+            If True, the edges of plate and solid elements will be displayed.
+        framerate: int, default=24
+            The number of frames per second.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_fig: str, default='DefoAnimation.gif'
+            The output file name, must end with `.gif` or `.mp4`.
+            You can export to any folder, such as "C:mydir/myfile.gif", but the folder `mydir` must exist.
+        model_update: bool, default False
+            whether to update the model domain data at each analysis step,
+            this will be useful if model data has changed.
+            For example, some elements and nodes were removed.
+            This parameter must same as that in :py:meth:`opstool.vis.GetFEMdata.get_node_resp_step`.
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.gif', '.mp4'])
+        _deform_anim(
+            self,
+            input_file=input_file,
+            response=response,
+            alpha=alpha,
+            show_outline=show_outline,
+            opacity=opacity,
+            framerate=framerate,
+            show_face_line=show_face_line,
+            save_fig=save_fig,
+            model_update=model_update
+        )
+
+    def frame_resp_vis(self,
+                       input_file: str = "BeamRespStepData-1.hdf5",
+                       ele_tags: list[int] = None,
+                       slider: bool = False,
+                       response: str = "Mz",
+                       show_values=True,
+                       alpha: float = None,
+                       opacity: float = 1,
+                       save_fig: str = "FrameRespVis.svg"
+                       ):
+        """
+        Display the force response of frame elements.
+
+        Parameters
+        ----------
+        input_file: str, default = "BeamRespStepData-1.hdf5",
+            The filename that beam frame elements responses data saved by
+            :py:meth:`opstool.vis.GetFEMdata.get_frame_resp_step`.
+
+            .. warning::
+                Be careful not to include any path, only filename,
+                the file will be loaded from the directory ``results_dir``.
+
+        ele_tags: int or list[int], default=None
+            Element tags to display, if None, all frame elements will display.
+        slider: bool, default=False
+            If True, responses in all steps will display by slider style.
+            If False, the step that max response will display.
+        response: str, default='Mz'
+            Response type. Optional, "Fx", "Fy", "Fz", "My", "Mz", "Mx".
+        show_values: bool, default=True
+            If True, will show the response values.
+        alpha: float, default=None
+            Scaling factor.
+        opacity: float, default=1.0
+            Plane and solid element transparency.
+        save_fig: str, default='FrameRespVis.svg'
+            The file name to output. If False or None, the file will not be generated.
+            The supported formats are:
+
+            * '.svg'
+            * '.eps'
+            * '.ps'
+            * '.pdf'
+            * '.tex'
+
+        Returns
+        --------
+        None
+        """
+        check_file(save_fig, ['.svg', '.eps', '.ps', 'pdf', '.tex'])
+        _frame_resp_vis(self,
+                        input_file=input_file,
+                        ele_tags=ele_tags,
+                        slider=slider,
+                        response=response,
+                        show_values=show_values,
+                        alpha=alpha,
+                        opacity=opacity,
+                        save_fig=save_fig
+                        )
diff --git a/dist/opstool-0.4.2-py3-none-any.whl b/dist/opstool-0.4.2-py3-none-any.whl
new file mode 100644
index 0000000..010e57c
Binary files /dev/null and b/dist/opstool-0.4.2-py3-none-any.whl differ
diff --git a/dist/opstool-0.4.2.tar.gz b/dist/opstool-0.4.2.tar.gz
new file mode 100644
index 0000000..899248b
Binary files /dev/null and b/dist/opstool-0.4.2.tar.gz differ
diff --git a/dist/opstool-0.4.1-py3-none-any.whl b/dist_old/opstool-0.4.1-py3-none-any.whl
similarity index 100%
rename from dist/opstool-0.4.1-py3-none-any.whl
rename to dist_old/opstool-0.4.1-py3-none-any.whl
diff --git a/dist/opstool-0.4.1.tar.gz b/dist_old/opstool-0.4.1.tar.gz
similarity index 100%
rename from dist/opstool-0.4.1.tar.gz
rename to dist_old/opstool-0.4.1.tar.gz
diff --git a/doc/source/CHANGELOG.rst b/doc/source/CHANGELOG.rst
index 8a83830..853cef8 100644
--- a/doc/source/CHANGELOG.rst
+++ b/doc/source/CHANGELOG.rst
@@ -1,6 +1,11 @@
 📓 Changelog
 =============
 
+v0.4.2
+-------
+- Fixed som bugs in ``tclpy()``.
+- Updated the version requirements for mac.
+
 v0.4.1
 -------
 - Fixed some bugs in the arg ``show_local_crd`` in :meth:`opstool.vis.OpsVisPyvista.model_vis` and :meth:`opstool.vis.OpsVisPlotly.model_vis`
diff --git a/setup.py b/setup.py
index e9d3342..4dc9cfb 100644
--- a/setup.py
+++ b/setup.py
@@ -17,7 +17,7 @@
     license='GPL Licence',
     keywords='OpenSees seismic visualization',
     platforms='any',
-    python_requires='>=3.9.*',
+    python_requires='>=3.8.*',
     package_dir={'': 'src'},
     packages=find_packages('src'),
     classifiers=[
@@ -26,7 +26,7 @@
     install_requires=[
         'matplotlib',
         'numpy',
-        'openseespy>=3.4.0.5',
+        'openseespy>=3.4.0.1',
         'plotly',
         'pyvista>=0.38.2',
         'sectionproperties>=2.1.5',
diff --git a/src/opstool.egg-info/PKG-INFO b/src/opstool.egg-info/PKG-INFO
new file mode 100644
index 0000000..48192e5
--- /dev/null
+++ b/src/opstool.egg-info/PKG-INFO
@@ -0,0 +1,75 @@
+Metadata-Version: 2.1
+Name: opstool
+Version: 0.4.2
+Summary: opensees toolbox
+Home-page: https://github.com/yexiang1992
+Author: Yexiang Yan
+Author-email: yexiang_yan@outlook.com
+License: GPL Licence
+Keywords: OpenSees seismic visualization
+Platform: any
+Classifier: Programming Language :: Python :: 3
+Requires-Python: >=3.8.*
+Description-Content-Type: text/markdown
+License-File: LICENCE.txt
+
+<p align="center">
+  <font size=7><a href="https://github.com/yexiang1992/opstool">opstool</a></font>
+  <p align="center"><font size=5 color=YellowGreen>modelling, visualization, post-processing for OpenSeesPy.</font></p>
+</p>
+
+[![pypi](https://img.shields.io/pypi/v/opstool)](https://pypi.org/project/opstool/)
+[![Downloads](https://static.pepy.tech/badge/opstool)](https://pepy.tech/project/opstool)
+[![Documentation Status](https://readthedocs.org/projects/opstool/badge/?version=latest)](https://opstool.readthedocs.io/en/latest/?badge=latest)
+[![github stars](https://img.shields.io/github/stars/yexiang1992/opstool?style=social)](https://github.com/yexiang1992/opstool)
+![license](https://img.shields.io/github/license/yexiang1992/opstool)
+[![code grade](https://img.shields.io/codefactor/grade/github/yexiang1992/opstool)](https://www.codefactor.io/repository/github/yexiang1992/opstool)
+
+``opstool`` is a useful toolbox package aims to help [OpenSeesPy](https://openseespydoc.readthedocs.io/en/latest/) *modelling*, *visualization*, *post-processing*, etc.
+The package is still under development.
+
+To use, install `opstool` from [opstool-PyPI](https://pypi.org/project/opstool/):
+
+```python
+pip install --upgrade opstool
+```
+
+It is recommended that you use [Anaconda](https://www.anaconda.com/) to avoid library version incompatibilities.
+
+### Document
+
+See [here](https://opstool.readthedocs.io/en/latest/index.html) for the full documentation.
+
+### Vis Module
+
+#### Based on [plotly](https://plotly.com/python/)
+
+![CableBridgeModelVis.png](https://s2.loli.net/2022/12/02/iPhmRDaO83AVkbv.png)
+
+![CableBridgeEigenVis.png](https://s2.loli.net/2022/12/02/3UzvQldb8CSIYJw.png)
+
+![CableBridgeDefoVis.png](https://s2.loli.net/2022/12/02/qV2XzOkiMQTRl5D.png)
+
+#### Based on [pyvista](https://docs.pyvista.org/)
+
+![None.png](https://s2.loli.net/2022/12/07/TElXvIoDZFAfysc.png)
+
+![None.png](https://s2.loli.net/2022/12/07/bMqL2kKHpN4XBeZ.png)
+
+![EigenAnimation.gif](https://s2.loli.net/2022/12/07/akOEebwrNZCuj2V.gif)
+
+![DefoAnimation.gif](https://s2.loli.net/2022/12/07/KVEYO6eC8hlWvXg.gif)
+
+### Fiber section vis
+
+![FiberSecVis.png](https://s2.loli.net/2022/12/03/jwvVecT3GCWbdBI.png)
+
+![FiberSecVis2.png](https://s2.loli.net/2022/12/03/NQ5VOA6iUFtY9af.png)
+
+### Fiber Section Mesh Generation
+
+![SecMesh.png](https://s2.loli.net/2022/12/03/Jla3yTh1QxVZ9pk.png) 
+
+### License
+
+This software is published under the [GPLv3 license](https://www.gnu.org/licenses/gpl-3.0.en.html).
diff --git a/src/opstool.egg-info/SOURCES.txt b/src/opstool.egg-info/SOURCES.txt
new file mode 100644
index 0000000..602e417
--- /dev/null
+++ b/src/opstool.egg-info/SOURCES.txt
@@ -0,0 +1,39 @@
+LICENCE.txt
+README.md
+setup.py
+src/opstool/__about__.py
+src/opstool/__init__.py
+src/opstool/utils.py
+src/opstool.egg-info/PKG-INFO
+src/opstool.egg-info/SOURCES.txt
+src/opstool.egg-info/dependency_links.txt
+src/opstool.egg-info/requires.txt
+src/opstool.egg-info/top_level.txt
+src/opstool/analysis/__init__.py
+src/opstool/analysis/_smart_analyze.py
+src/opstool/examples/ArchBridge.py
+src/opstool/examples/ArchBridge2.py
+src/opstool/examples/CableStayedBridge.py
+src/opstool/examples/Dam.py
+src/opstool/examples/DamBreak.py
+src/opstool/examples/Frame3D.py
+src/opstool/examples/Igloo.py
+src/opstool/examples/Pier.py
+src/opstool/examples/SDOF.py
+src/opstool/examples/SuspensionBridge.py
+src/opstool/examples/__init__.py
+src/opstool/preprocessing/__init__.py
+src/opstool/preprocessing/load.py
+src/opstool/preprocessing/tcl2py.py
+src/opstool/preprocessing/section/__init__.py
+src/opstool/preprocessing/section/lib_sec_mesh.py
+src/opstool/preprocessing/section/sec_mesh.py
+src/opstool/preprocessing/section/var_sec_mesh.py
+src/opstool/vis/__init__.py
+src/opstool/vis/_get_model_base.py
+src/opstool/vis/_plotly_base.py
+src/opstool/vis/_pyvista_base.py
+src/opstool/vis/fiber_sec_vis.py
+src/opstool/vis/get_model_data.py
+src/opstool/vis/ops_vis_plotly.py
+src/opstool/vis/ops_vis_pyvista.py
\ No newline at end of file
diff --git a/src/opstool.egg-info/dependency_links.txt b/src/opstool.egg-info/dependency_links.txt
new file mode 100644
index 0000000..8b13789
--- /dev/null
+++ b/src/opstool.egg-info/dependency_links.txt
@@ -0,0 +1 @@
+
diff --git a/src/opstool.egg-info/requires.txt b/src/opstool.egg-info/requires.txt
new file mode 100644
index 0000000..c80f6e3
--- /dev/null
+++ b/src/opstool.egg-info/requires.txt
@@ -0,0 +1,9 @@
+matplotlib
+numpy
+openseespy>=3.4.0.1
+plotly
+pyvista>=0.38.2
+sectionproperties>=2.1.5
+shapely>=2.0.0
+h5py
+rich
diff --git a/src/opstool.egg-info/top_level.txt b/src/opstool.egg-info/top_level.txt
new file mode 100644
index 0000000..6dc7061
--- /dev/null
+++ b/src/opstool.egg-info/top_level.txt
@@ -0,0 +1 @@
+opstool
diff --git a/src/opstool/__about__.py b/src/opstool/__about__.py
index 3d26edf..df12433 100644
--- a/src/opstool/__about__.py
+++ b/src/opstool/__about__.py
@@ -1 +1 @@
-__version__ = "0.4.1"
+__version__ = "0.4.2"
diff --git a/src/opstool/__pycache__/__about__.cpython-39.pyc b/src/opstool/__pycache__/__about__.cpython-39.pyc
index 64fb8c8..757ea7e 100644
Binary files a/src/opstool/__pycache__/__about__.cpython-39.pyc and b/src/opstool/__pycache__/__about__.cpython-39.pyc differ