public Tortoise2d(string windowTitle, int windowWidth, int windowHeight, int unitsOnX, int unitsOnY, int renderSize, int stateSize)
{
Console.WriteLine(author);
WWidth = windowWidth;
WHeight = windowHeight;
WTitle = windowTitle;
this.X = 100;
this.Y = 100;
References.game = this;
Title = WTitle;
ClientSize = new System.Drawing.Size(WWidth, WHeight);
Debug.PrintEngine("Window: W:" + ClientSize.Width + ",H:" + ClientSize.Height);
//this.WindowState = WindowState.Fullscreen;
this.renderSize = renderSize;
this.stateSize = stateSize;
grid = new Grid(unitsOnX, unitsOnY, WWidth, WHeight);
CX = unitsOnX;
CY = unitsOnY;
textures = new TextureManager();
renderer = new Renderer(this, WWidth, WHeight + 44, renderSize, 1000, textures, grid);
layers = new LayerManager(10);
input = new PCInput(this);
states = new GameStateManager(this, stateSize);
camera = new Camera(this, 0, 0);
sound = new SoundManager(1000);
fps = new FPS();
matrix = new Math.Matrix2();
matrix.SetAll(0);
random = new Random();
References.renderer = renderer;
References.input = input;
References.textures = textures;
References.layers = layers;
References.states = states;
References.grid = grid;
References.camera = camera;
References.sound = sound;
References.matrix = matrix;
References.random = random;
References.fps = fps;
Debug.DEBUG = true;
Debug.ENGINE_DEBUG = true;
}
public Renderer(Tortoise2d gg, int w, int h, int sprites, int maxlights, TextureManager t, Grid g)
{
game = gg;
tm = t;
width = w;
height = h;
_1920scale = (float)w / 1920;
_1080scale = (float)h / 1080;
//if not replace your stone-age-gpu for a decent one!
Shader.GetSupported();
shader_plain = new Shader(Shader.RShaderFF("shaders/vertex_plain.glsl"), Shader.RShaderFF("shaders/frag_plain.glsl"));
shader_w_light = new Shader(Shader.RShaderFF("shaders/vertex_plain.glsl"), Shader.RShaderFF("shaders/frag_with_light.glsl"));
shader_o_light = new Shader(Shader.RShaderFF("shaders/vertex_plain.glsl"), Shader.RShaderFF("shaders/frag_only_light.glsl"));
shader_merge = new Shader(Shader.RShaderFF("shaders/vertex_plain.glsl"), Shader.RShaderFF("shaders/frag_merge.glsl"));
shader_merge_effect = new Shader(Shader.RShaderFF("shaders/vertex_plain.glsl"), Shader.RShaderFF("shaders/frag_merge_effect.glsl"));
core = new RendererCore(sprites);
fbo = new Fbo(width, height);
this.grid = g;
}
