internal CShaderRegistry(Device device)
{
// Register Shader classes
m_shaderClassMap.Add(new SHashedName("colorShader"), typeof(CColorShader));
m_shaderClassMap.Add(new SHashedName("simpleLitShader"), typeof(CSimpleLitShader));
m_shaderClassMap.Add(new SHashedName("textureShader"), typeof(CTextureShader));
m_shaderClassMap.Add(new SHashedName("uiShader"), typeof(CUIShader));
m_shaderClassMap.Add(new SHashedName("depthShader"), typeof(CDepthShader));
m_shaderClassMap.Add(new SHashedName("depthCubeShader"), typeof(CDepthCubeShader));
// Preload basic shaders
CColorShader colorShader = new CColorShader();
CSimpleLitShader simpleLitShader = new CSimpleLitShader();
CTextureShader textureShader = new CTextureShader();
CUIShader uiShader = new CUIShader();
CDepthShader depthShader = new CDepthShader();
CDepthCubeShader depthCubeShader = new CDepthCubeShader();
Parallel.Invoke(() => colorShader.Init(device), () => simpleLitShader.Init(device), () => textureShader.Init(device), () => uiShader.Init(device), () => depthShader.Init(device), () => depthCubeShader.Init(device));
m_shaders.Add(new SHashedName("colorShader"), colorShader);
m_shaders.Add(new SHashedName("simpleLitShader"), simpleLitShader);
m_shaders.Add(new SHashedName("textureShader"), textureShader);
m_shaders.Add(new SHashedName("uiShader"), uiShader);
m_shaders.Add(new SHashedName("depthShader"), depthShader);
m_shaders.Add(new SHashedName("depthCubeShader"), depthCubeShader);
m_device = device;
}
private void CreateDeviceResources()
{
m_shader = new CUIShader();
m_shader.Init(m_d3Device);
CreateVertexIndexBuffer();
CreateBlendState();
CreateRasterizerState();
CreateDepthStencilState();
}