void initShaders()
{
gridShader = new Ottd3D.VertexDispShader
("Shaders/VertDisp.vert", "Shaders/Grid.frag");
gridShader.MapSize = new Vector2(_gridSize, _gridSize);
gridShader.HeightScale = heightScale;
initGridMaps();
hmGenerator = new BrushShader(null, "Shaders/hmBrush.frag", _hmSize, _hmSize, gridShader.DisplacementMap);
splattingBrushShader = new BrushShader(null, "Shaders/brush.frag", _splatingSize, _splatingSize, gridShader.SplatTexture);
Tetra.Texture.ResetToDefaultLoadingParams();
cacheShader = new Tetra.Shader(null, "Shaders/cache.frag");
GL.UseProgram(cacheShader.pgmId);
GL.Uniform1(GL.GetUniformLocation(cacheShader.pgmId, "depthTex"), 1);
GL.UseProgram(0);
}
void initShaders()
{
gridShader = new Ottd3D.VertexDispShader
("Shaders/VertDisp.vert", "Shaders/Grid.frag");
gridShader.MapSize = new Vector2 (_gridSize, _gridSize);
gridShader.HeightScale = heightScale;
initGridMaps ();
hmGenerator = new BrushShader (null,"Shaders/hmBrush.frag",_hmSize, _hmSize, gridShader.DisplacementMap);
splattingBrushShader = new BrushShader (null,"Shaders/brush.frag", _splatingSize, _splatingSize, gridShader.SplatTexture);
Tetra.Texture.ResetToDefaultLoadingParams ();
cacheShader = new Tetra.Shader(null, "Shaders/cache.frag");
GL.UseProgram (cacheShader.pgmId);
GL.Uniform1(GL.GetUniformLocation (cacheShader.pgmId, "depthTex"), 1);
GL.UseProgram (0);
}
