OPENSOURCE LIBS:

• boost::dll
• boost::filesystem
• sol3 & luajit
• GLM
• CGAL

CartesianLuajitCore

• 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

CartesianPlugins

• write the plugin for Cartesian core
• if you want write plugin for cartesian,just try this:

#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

KatanaCartesianJIT

• the whole new lua function for katana
• Similar to Houdini vex function, BUT NOW IT WAS BASED LUAJIT

Sandbox

• only for test
• application based Cartesian

Write your own application based the cartesian

• 1, see the Sandbox cmakeslist.txt
• 2, link the CartesianLuajit.lib and the dll should in env PATH

LUAJIT SPEED

• 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.

Final

爱用不用