public CheckersShader(ModelsEx models)
{
this.models = models;
vertex = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Vertex, GetVertexSource(), "CheckersVertexShader");
pixel = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Pixel, GetPixelSource(), "CheckersPixelShader");
themeColor = new Vector3(models.Window.ThemeColor.Red, models.Window.ThemeColor.Green, models.Window.ThemeColor.Blue);
}
// for unit testing
public static void CompileShaders()
{
var s1 = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Vertex, GetVertexSource(), "CheckersVertexShader");
var s2 = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Pixel, GetPixelSource(), "CheckersPixelShader");
s1.Dispose();
s2.Dispose();
}
public CubeSkippingShader()
{
workgroupSize = new Size3(
ShaderBuilder.Builder3D.LocalSizeX,
ShaderBuilder.Builder3D.LocalSizeY,
ShaderBuilder.Builder3D.LocalSizeZ
);
initTexShader = new TransformShader(
"return value.a > 0 ? 0 : 255", "float4", "uint");
compute = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Compute, GetSource(), "CubeSkippingShader");
}
public CubeVolumeShader(ModelsEx models)
: base(models, GetPixelSource(), "CubeVolumeShader")
{
coordDstBuffer = new GpuBuffer(Marshal.SizeOf(typeof(Size3)), 1);
coordShader = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Compute, GetComputeSource(), "CubeCoordShader");
}
public EmptySpaceSkippingShader()
{
this.compute = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Compute, GetMinComputeSource(), "Empty-Space-Skipping Shader");
}
protected ViewShader(string vertex, string pixel, string debugName)
{
this.vertex = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Vertex, vertex, debugName + "VertexViewShader");
this.pixel = new ImageFramework.DirectX.Shader(ImageFramework.DirectX.Shader.Type.Pixel, pixel, debugName + "PixelViewShader");
}
