public static void Render <TVertexShaderIn, TPixelShaderIn>(
TVertexShaderIn[] vertices,
int[] indices,
MemoryResources resources,
InputAssembler inputAssembler,
OutputMerger outputMerger,
IVertexShader <TVertexShaderIn, TPixelShaderIn> vertexShader,
IGeometryProcessor <TPixelShaderIn> geometryProcessor,
IRasterizer <TPixelShaderIn> rasterizer,
IPixelShader <TPixelShaderIn> pixelShader,
Bitmap output)
where TVertexShaderIn : struct, IVertexShaderInput
where TPixelShaderIn : struct, IPixelShaderInput
{
if (vertices.Length == 0 || indices.Length == 0)
{
return;
}
(vertices, indices) = inputAssembler.Assemble(vertices, indices);
var vertexShaderOutput = new TPixelShaderIn[vertices.Length];
for (var i = 0; i < vertices.Length; ++i)
{
vertexShaderOutput[i] = vertexShader.Transform(resources, vertices[i]);
}
(vertexShaderOutput, indices) = geometryProcessor.Process(vertexShaderOutput, indices);
var pixelShaderOutput = rasterizer.Rasterize(resources, vertexShaderOutput, indices, pixelShader, outputMerger, output.Width, output.Height, _outputBuffer, _wBuffer);
Helper.SetPixels(pixelShaderOutput, output);
}
public void Render(IRenderer renderer)
{
rasterizer.ClearImage((byte)' ', (byte)((Kernel32Console.DefaultColors.Foreground.BLACK << 4) | Kernel32Console.DefaultColors.Foreground.WHITE));
rasterizer.DrawMeshFilled(transformation, meshes); //, Kernel32Console.DefaultColors.FOREGROUND_CYAN, Rasterizer.ShadePixelChar1);
//rasterizer.DrawMeshVertices(transformation, meshes, Kernel32Console.DefaultColors.FOREGROUND_CYAN, (byte)'X');
//rasterizer.DrawMeshWired(transformation, meshes, Kernel32Console.DefaultColors.Foreground.CYAN);
//rasterizer.DrawMeshCenters(transformation, meshes, Kernel32Console.DefaultColors.Foreground.RED);
//rasterizer.DrawMeshBoundingBox(transformation, meshes, Kernel32Console.DefaultColors.FOREGROUND_MAGENTA);
//rasterizer.DrawAxes(Transformation.None, Kernel32Console.DefaultColors.Foreground.YELLOW);
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, Height / 2 - 2), string.Format("MODEL: '{0}'", currentWavefrontObjectFilePath));
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, Height / 2 - 3), string.Format("# POLYGONS: {0}", meshes.Sum(mesh => mesh.Faces.Count())));
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, 10), string.Format("TRANSLATION: {0}", transformation.Translation));
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, 9), string.Format("SCALE: {0}", transformation.Scale));
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, 8), string.Format("ROTATION: {0}", transformation.Rotation));
rasterizer.DrawStringHorizontal(Transformation.None, new Vector2(-Width / 2 + 1, 6), string.Format("MODEL CENTER: {0}", transformation.Transform(meshes.First().Centers.Value)));
var rasterizedFrameBuffer = rasterizer.Rasterize();
renderer.Render(rasterizedFrameBuffer);
}
