DCubix

try:
	from Tkinter import *
	from ttk import *
	import ScrolledText as scrolledtext
	import tkMessageBox as msgbox
	import tkFileDialog as filedlg
except ImportError:
	from tkinter import *
	from tkinter.ttk import *
	from tkinter import scrolledtext

DCubix

try:
	from Tkinter import *
	from ttk import *
	import ScrolledText as scrolledtext
	import tkMessageBox as msgbox
	import tkFileDialog as filedlg
except ImportError:
	from tkinter import *
	from tkinter.ttk import *
	from tkinter import scrolledtext

DCubix

package;

import cpp.Lib;
import sys.FileSystem;
import sys.io.File;

import com.sgtek.sengine.core.Game;
import com.sgtek.sengine.core.ResourceLoader;

DCubix

GLGraphics 640, 480
glewInit()

Local verts : Float[] = [-1.0, -1.0, 0.0, 1.0, -1.0, 0.0, 0.0,  1.0, 0.0]

Local vao : Int
Local vbo : Int

glGenVertexArrays(1, Varptr(vao))

DCubix

package com.genesis2d.tests;

import com.genesis2d.core.BaseGame;
import com.genesis2d.core.Engine;
import com.genesis2d.core.Resources;
import com.genesis2d.graphics.Light;
import com.genesis2d.graphics.SpriteBatch;
import com.genesis2d.graphics.Texture;
import com.genesis2d.logic.Entity;
import com.genesis2d.logic.Sprite;

DCubix

function SimpleAnimation() {
  pix.Component.apply(this);
  this.t = 0;
};
SimpleAnimation.prototype = new pix.Component();
SimpleAnimation.prototype.update = function(dt) {
  this.t += dt;
  if (this.t >= Math.PI * 2) {
    this.t = 0;
  }

DCubix

// Generated code. Not visible.
uniform struct TextureSlot {
  vec2 offset;
  vec2 scale;
  float intensity;
  float lodBias;
  bool isNormalMap;
  int blendMode; // Mix, Add, Subtract, Overlay, ...
  int type; // Reflection, Refraction, Normal, UV, Generated.... This will determine which UV mapping algorithm to use.
  /// and much more...

DCubix

package logikers.lkge.test;

import logikers.lkge.components.SpriteRenderer;
import logikers.lkge.core.*;
import logikers.lkge.scenegraph.Entity;
import logikers.lkge.scenegraph.Scene;

class Rotator extends Component {

	public float speed = 2f;

DCubix

package logikers.lkge.test;

import logikers.lkge.components.*;
import logikers.lkge.core.*;
import logikers.lkge.math.Rect;
import logikers.lkge.math.Vector2;
import logikers.lkge.physics.Collision;
import logikers.lkge.physics.PhysicsType;
import logikers.lkge.physics.Polygon;
import logikers.lkge.scenegraph.Entity;

DCubix

{
	"styles": {
		"dark": {
			"skin": "//path/to/skin.png",
			"font": "//path/to/font.ttf"
		},
		"light": {
			"skin": "//path/to/skin.png",
			"font": "//path/to/font.ttf"
		}