Sunjammer

import UIKit

public class FColor{
    
    public var a:CGFloat = 1.0;
    public var r:CGFloat = 1.0;
    public var g:CGFloat = 1.0;
    public var b:CGFloat = 1.0;
    init(r:CGFloat = 1.0, g:CGFloat = 1.0, b:CGFloat = 1.0, a:CGFloat = 1.0){
        self.r = r;

Sunjammer

Destiny is a mysterious game.

It's been a long time since I experienced an arc like this. It's been an intricate rollercoaster. From the moment the game was announced, with its Marathon Infinity callback title, I was genuinely glad for Bungie regaining their freedom. Bungie are a studio I've followed closely ever since playing the Marathon demo on a Mac IIsi (at 25% resolution, interlaced, without floor or ceiling textures no less). The Marathon trilogy and its modding community defined much of my teens, my first encounters with the internet, and my first serious dabblings in game mods. We eagerly awaited Halo only to see it "stolen" by Microsoft, divorcing Bungie from their Mac gaming heritage. After seeing Bungie grind through several Halo games, straining their modest Iain Banks sci-fi fanboy lore far beyond any reasonable limit while simultaneously spending the time constructing a peerless ability to create seamless and immaculately tuned multiplayer games, the prospect of a Bungie "free" from Halo a

Sunjammer

package;
/**
 * Mostly stolen from http://www.codeproject.com/Articles/20435/Using-C-To-Generate-ASCII-Art-From-An-Image
 * @author Andreas Rønning
 */

private typedef BMD = { 
	function getPixel(x:Int, y:Int):Int;
	var width(default, never):Int;
	var height(default, never):Int;

Sunjammer

package;
import flash.media.Sound;
import flash.media.SoundChannel;
import flash.media.SoundTransform;
import flash.net.URLRequest;

/**
 * A simple Flash/OpenFL music manager with optional crossfading
 * @author Andreas Rønning
 */

Sunjammer

inline function shape(input:Float, drive:Float):Float{
	var k:Float = 2.0 * drive / (1.0 - drive);
	return (1.0 + k) * input / (1.0 + k * Math.abs(input));
}

inline function tri(a:Float, x:Float):Float {
	x = x / (2.0*Math.PI);
	x = x % 1.0;
	if( x<0.0 ) x = 1.0+x;
	if(x<a) x=x/a; else x=1.0-(x-a)/(1.0-a);

Sunjammer

public class Lissajous {
	public static function lissajousKnot(t:Float, a:Int, b:Int, c:Int, ap:Float, bp:Float, cp:Float, out:{x:Float,y:Float,z:Float}) {
		t *= 6.28;
		out.x = Math.cos(a * t + ap);
		out.y = Math.cos(b * t + bp);
		out.z = Math.cos(c * t + cp);
	}
	
	public static function lissajousCurve(t:Float, a:Int, b:Int, out:{x:Float, y:Float}) {
		t *= 6.28;

Sunjammer

package;
import haxe.macro.Context;
import haxe.macro.Expr;
import haxe.macro.Expr.Field;
import haxe.macro.Expr.FieldType;
import haxe.macro.Expr.Function;
import haxe.macro.MacroStringTools;
using StringTools;
/**
 * ...

Sunjammer

package;

import haxe.ds.Vector;
using StringTools;
using Std;

enum Value
{
	Literal(v:Int);
	Location(v:Int);

Sunjammer

//stack is an inline property performing array access
function popStack():Int
{
  var v = memory[STACK_OFFSET + stack - 1];
  stack--;
  return v;
}

Sunjammer

package vm;

enum Instruction
{
	LDA(v:Value); //Load value into A
	LDX(v:Value); //Load value into X
	LDY(v:Value); //Load value into Y
	STA(v:Value); //Store A at memory
	STX(v:Value); //Store X at memory
	STY(v:Value); //Store Y at memory