- boost::dll
- boost::filesystem
- sol3 & luajit
- GLM
- CGAL
- pystring
- project based C++17
- it's a core
- plugins based
- compiled the luajit(static),boost::filesystem(static) ... all to the core
- so if you write app based on cartesian, just link cartesian, only include there headers
- write the plugin for Cartesian core
- google :sol3 lua
- if you want write plugin for cartesian,just try this,signal just same as Houdini:newSopOperator(table *table)
#include "CartesianEntryPoint.h"
#include "sol.hpp"
#include <cmath>
void newOp(void *lua){
auto *luaPtr = static_cast<sol::state *> (lua);
luaPtr->set_function("sin",static_cast<float(*) (float)> (&sin));
luaPtr->set_function("cos",static_cast<float(*) (float)> (&cos));
luaPtr->set_function("acos",static_cast<float(*) (float)> (&acos));
luaPtr->set_function("asin",static_cast<float(*) (float)> (&asin));
luaPtr->set_function("pow",static_cast<double(*) (double,double)> (&pow));
luaPtr->set_function("ceil",static_cast<double(*) (double)> (&ceil));
luaPtr->set_function("floor",static_cast<double(*) (double)> (&floor));
}-
if you use katana, maya, houdini with cartesian this functions all for your platform
-
binding GLM::mat* glm::vec*
-
binding CGAL::surfacemesh
- the whole new lua function for katana
- Similar to Houdini vex function, BUT NOW IT WAS BASED LUAJIT
- current can not understand the st attribute structure, and query other input cause Exception:
https://community.foundry.com/discuss/topic/153762/what-s-the-structure-of-geometry-arbitrary-st
https://community.foundry.com/discuss/topic/153662/plugin-about-cook-queryabortexception
DEMO:https://vimeo.com/458415285
- only for test
- application based Cartesian
- 1, see the Sandbox cmakeslist.txt
- 2, link the CartesianLuajit.lib and the dll should in env PATH
- Table is highly recommended
- But if you like. You can also use my exposed UserData, as you know, luajit doesn't optimize it
- Even though you still want to use it, try to use all the C++ functions I exposed.
more functions check out:https://github.com/gearslogy/Cartesian/wiki/Cartesian-Functions
vector:
p1 = vector.new(1,1,1) -- OOP create a vector3
print("p1 lua:",p1.x, p1.y, p1.z)
p2 = vector.new(1,1,1)
p3 = p1 + p2;
p3 = p3 + 1;
print("p3 lua:",p3.x, p3.y, p3.z)
print(p3)
p4 = set(1,0,1)
print(p4)
print("-------------- cross ------------------")
print(cross( {1,0,0}, {0,1,0}) ) -- cross(table, table)
print(cross( set(1,0,0), {0,1,0}) ) -- cross(vector, table)
print(cross( vector.new(1,0,0), {0,1,0}) ) -- cross(vector, table)
print(cross( {1,0,0} ,set(0,1,0) )) -- cross(table, vector)
print('--------- normalize() ----------------')
print(normalize(1,2,0) ) -- normalize(float,float,float) return vector
print(normalize({1,2,0}) ) -- normalize(table) return vector
print(normalize(vector2.new(1,2)) ) -- normalize(vector2) return vector2
print(normalize(vector.new(1,2,1)) ) -- normalize(vector) return vector
print(normalize(set(1,2,1) ) ) -- normalize(vector) return vector
print('------------length() --------------------')
print(length(set(0,2,0)) )
print(length({0,2,0}) ) -- length a table vector
print('------------distance()-------------------')
print(distance(set(0,0,2), set(0,3,0) ));
print(distance({0,0,1},{0,1,0} ));
matrix:
print("-----create mat2 mat3 mat4 -------")
local mat2 = matrix2.new(1)
local mat3 = matrix3.new(1)
local mat4 = matrix.new(1)
print(mat2)
print(mat3)
print(mat4)
print('---------after change col=0 row=0----------')
setmatrix2(mat2,0,0,1000)
setmatrix3(mat3,0,0,1000)
setmatrix(mat4,0,0,1000)
print("-----mat2-----")
print(mat2)
print("-----mat3-----")
print(mat3)
print("-----mat4-----")
print(mat4)
print("----Inverse Matrix------")
local mat2_inverse = invert(mat2)
local mat3_inverse = invert(mat3)
local mat4_inverse = invert(mat4)
print(mat2_inverse)
print(mat3_inverse)
print(mat4_inverse)
print("--------- Gen Matrix Use vector----------------")
print(set( set(1,0), set(0,1) ) ) -------- matrix2
print(set( set(1,0,0), set(0,1,0), set(0,0,1) ) ) -------- matrix3 set() is a overload function
print(set({1,0},{0,1})) -------- matrix2 with lua table
print(set({1,0,0},{0,1,0},{0,0,1}) ) -------- matrix3 with lua table
print("-----Transform Matrix only support matrix4--------")
local mat4 = matrix.new(1.0)
mat4 = transform(mat4,set(0,1,0))
print(mat4)
print("-----Scale Matrix only support matrix4--------")
local mat4 = matrix.new(1.0)
mat4 = scale(mat4,set(0.5,0.5,0.2))
print(mat4)
print("-----Rotate Matrix only support matrix4--------")
local col1 = set(1,0,0,0)
local col2 = set(0,1,0,0)
local col3 = set(0,0,1,0)
local col4 = set(0,0,0,1)
local mat4 = set(col1,col2,col3,col4) --- matrix4 --- also can create mat4 with : matrix.new(1.0) or matrix:new(1.0)
local mat4_rot = rotate(mat4,radians(60),set(0,1,0) )
print(mat4_rot)
print("-----Rotate Matrix only support matrix4,but use table--------")
local mat4_rot = rotate({1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1},radians(60), {0,1,0})
print(mat4_rot)
print("--------------- astable() ------------------------")
local mat2 = set({1,0},{0,1}) ----if you write set(1,0,0,1), it will return vector4 type
print(mat2)
local mat2_astable = astable(mat2) --- return lua table
print(mat2_astable[1],mat2_astable[2],mat2_astable[3],mat2_astable[4])
local mat3 = matrix3.new(1.0)
print(astable(mat3))
local mat4 = matrix.new(1.0)
print(astable(mat4))
- set() is a overload same as houdini
local m = mesh.new();
local pt0 = addpoint(m, {0,0,0} );
local pt1 = addpoint(m, {1,0,0} );
local pt2 = addpoint(m, {1,1,0} );
addface(m,pt0,pt1,pt2)
savemesh(m,"triangle.off");