KeyMaster-

import haxe.io.Bytes;

class BytesUtil {
	/**
	 * Represent a Bytes object as single bits in a string
	 * @param	b	The bytes
	 * @return		A string of '0's and '1's representing the bytes
	 */
	public static function toBits(b:Bytes):String {
		var s:String = "";

KeyMaster-

package;
import luxe.Mesh;
import haxe.io.StringInput;
import luxe.options.MeshOptions;
import luxe.Vector;
import phoenix.Batcher;
import phoenix.geometry.Geometry;
import PlyParser;
import phoenix.geometry.Vertex;
/**

KeyMaster-

var screenShape = new Polygon(Polygon.rect(0, 0, Luxe.screen.w, Luxe.screen.h, true));
screenShape.fluidEnabled = true;
//Density of 0.3, Viscosity of 3. These are values you just have to experiment with until it feels right
screenShape.fluidProperties = new FluidProperties(0.3, 3);
//It's important to set the collisionMask (second parameter) to 0 here,
//so the shape doesn't collide with anything (we want everything to just move through it)
screenShape.filter = new InteractionFilter(1, 0);

//Set up a body holding the shape and add it to the space
var screenBody = new Body(BodyType.STATIC);

KeyMaster-

/*
 * Author: Richard Lord
 * Copyright (c) Big Room Ventures Ltd. 2007
 * Version: 1.0.2
 * Modified and extended by Tilman Schmidt (@KeyMaster_)
 * - Fixed key buffer size to contain enough bits for all keys
 * - Added buffering for entity component system framework
 * - Added keyUp and keyDown lookups
 *
 * Licence Agreement

KeyMaster-

package ;

import luxe.Component;
import luxe.Rectangle;
import luxe.Vector;

class PhysBody {
	public var rect:Rectangle;
	public var vel:Vector;
	public var acc:Vector;

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-

//Rotate the camera such that z points up and x to the right
var o:Quaternion = new Quaternion().setFromEuler(new Vector().set_xyz(-90, 0, 0).radians());

//Rotate by Arctan(sin(45°)) (grabbed from wikipedia) around x, to get the top-down part
var q:Quaternion = new Quaternion().setFromEuler(new Vector().set_xyz(Math.atan(Math.sin(45 * Maths.DEG2RAD)), 0, 0));

//Rotate around z by -45° to get the side-on part
var p:Quaternion = new Quaternion().setFromEuler(new Vector().set_xyz(0, 0, -45).radians());

//Combine the rotations and apply to the camera