KeyMaster-

import haxe.macro.Expr;
import haxe.macro.Context;
import haxe.macro.Type;
import haxe.macro.TypeTools;
import haxe.macro.MacroStringTools;

class FunctionFinder {
    macro public static function get_functions(e:Expr, fun_signature:Expr) {
        var function_type:Type = switch(fun_signature.expr) {
            case EConst(c):

KeyMaster-

hex_abc = '0123456789abcdef'
function to_hex(num)
  local str = ''
  for i=0,7 do --8 packs of 4 bits for 32 bit number
    local digit = num

    local shift = (i - 4)*4
    if shift < 0 then digit = shl(digit, -shift)
    else digit = shr(digit, shift) end

KeyMaster-

import luxe.GameConfig;
import luxe.Input;
import luxe.Vector;

class Main extends luxe.Game {

        //--- The actual important stuff -- 

    var verts:Array<Vector>; //Holds the '3D model' vertices, i.e. actual 3D coordinates

KeyMaster-

import luxe.GameConfig;
import luxe.Input;
import luxe.Vector;

class Main extends luxe.Game {

        //--- The actual important stuff -- 

    var verts:Array<Vector>; //Holds the '3D model' vertices, i.e. actual 3D coordinates

KeyMaster-

// Just position and velocity along one dimension. We're assuming the particle has a mass of 1.
#[derive(Clone)]
struct State {
  x: f64,
  v: f64,
}


trait Integrator {
  fn step(&mut self, state: State, sim: &Simulation, dt: f64) -> State;