private readonly ConstantsBuffer <float> constants; //alas, lack of root constants
public CompressToSwap(ContentArchive content, float gamma = 2.2f) : base(
content.Load <GLSLContent>(@"PostProcessing\CompressToSwap.glvs").Source,
content.Load <GLSLContent>(@"PostProcessing\CompressToSwap.glfs").Source
)
{
Gamma = gamma;
constants = new ConstantsBuffer <float>(BufferTarget.UniformBuffer, debugName: "CompressToSwap Constants");
}
public BackgroundRenderer(Device device, ShaderCache cache)
{
vertexShader = new VertexShader(device, cache.GetShader(@"Background\RenderBackground.hlsl.vshader"));
vertexShader.DebugName = "BackgroundVS";
pixelShader = new PixelShader(device, cache.GetShader(@"Background\RenderBackground.hlsl.pshader"));
pixelShader.DebugName = "BackgroundPS";
constants = new ConstantsBuffer <Matrix>(device, debugName: "BackgroundRenderer Constants");
}
public GlyphRenderer(ContentArchive content, int maximumGlyphsPerDraw = 2048) : base(
content.Load <GLSLContent>(@"UI\RenderGlyphs.glvs").Source,
content.Load <GLSLContent>(@"UI\RenderGlyphs.glfs").Source
)
{
instances = new StructuredBuffer <GlyphInstance>(BufferTarget.ShaderStorageBuffer, maximumGlyphsPerDraw, "Glyph Instances");
indices = new IndexBuffer(Helpers.GetQuadIndices(maximumGlyphsPerDraw), "Glyph Indices");
vertexConstants = new ConstantsBuffer <VertexConstants>(BufferTarget.UniformBuffer, debugName: "Glyph Renderer Vertex Constants");
}
public MeshRenderer(MeshCache meshCache, ContentArchive content, int maximumInstancesPerDraw = 2048) : base(
content.Load <GLSLContent>(@"ShapeDrawing\RenderMeshes.glvs").Source,
content.Load <GLSLContent>(@"ShapeDrawing\RenderMeshes.glfs").Source
)
{
this.meshCache = meshCache;
instances = new StructuredBuffer <MeshInstance>(BufferTarget.ShaderStorageBuffer, maximumInstancesPerDraw, $"Mesh Instances");
vertexConstants = new ConstantsBuffer <RasterizedVertexConstants>(BufferTarget.UniformBuffer, debugName: $"Mesh Renderer Vertex Constants");
}
public MeshRenderer(Device device, MeshCache meshCache, ShaderCache cache, int maximumInstancesPerDraw = 2048)
{
this.meshCache = meshCache;
instances = new StructuredBuffer <MeshInstance>(device, maximumInstancesPerDraw, $"Mesh Instances");
vertexConstants = new ConstantsBuffer <RasterizedVertexConstants>(device, debugName: $"Mesh Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"ShapeDrawing\RenderMeshes.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"ShapeDrawing\RenderMeshes.hlsl.pshader"));
}
public RasterizedRenderer(ContentArchive content, string shaderPath, int maximumInstancesPerDraw = 2048) : base(
content.Load <GLSLContent>($"{shaderPath}.glvs").Source,
content.Load <GLSLContent>($"{shaderPath}.glfs").Source
)
{
string instanceTypeName = typeof(TInstance).Name;
instances = new StructuredBuffer <TInstance>(BufferTarget.ShaderStorageBuffer, maximumInstancesPerDraw, $"{instanceTypeName} Instances");
vertexConstants = new ConstantsBuffer <RasterizedVertexConstants>(BufferTarget.UniformBuffer, debugName: $"{instanceTypeName} Renderer Vertex Constants");
}
public UILineRenderer(Device device, ShaderCache cache, int maximumLinesPerDraw = 2048)
{
instances = new StructuredBuffer <UILineInstance>(device, maximumLinesPerDraw, "UI Line Instances");
indices = new IndexBuffer(Helpers.GetQuadIndices(maximumLinesPerDraw), device, "UI Line Indices");
vertexConstants = new ConstantsBuffer <VertexConstants>(device, debugName: "UI Line Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"UI\RenderUILines.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"UI\RenderUILines.hlsl.pshader"));
}
public LineRenderer(Device device, ShaderCache cache, int maximumInstancesPerDraw = 16384)
{
instances = new StructuredBuffer <LineInstance>(device, maximumInstancesPerDraw, "Line Instances");
indices = new IndexBuffer(Helpers.GetBoxIndices(maximumInstancesPerDraw), device, "Line Quad Indices");
vertexConstants = new ConstantsBuffer <VertexConstants>(device, debugName: "Line Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"Constraints\RenderLines.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"Constraints\RenderLines.hlsl.pshader"));
}
public RasterizedRenderer(Device device, ShaderCache cache, string shaderPath, int maximumInstancesPerDraw = 2048)
{
string instanceTypeName = typeof(TInstance).Name;
instances = new StructuredBuffer <TInstance>(device, maximumInstancesPerDraw, $"{instanceTypeName} Instances");
vertexConstants = new ConstantsBuffer <RasterizedVertexConstants>(device, debugName: $"{instanceTypeName} Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader($"{shaderPath}.vshader"));
pixelShader = new PixelShader(device, cache.GetShader($"{shaderPath}.pshader"));
}
public BoxRenderer(Device device, ShaderCache cache, int maximumInstancesPerDraw = 2048)
{
instances = new StructuredBuffer <BoxInstance>(device, maximumInstancesPerDraw, "Box Instances");
indices = new IndexBuffer(Helpers.GetBoxIndices(maximumInstancesPerDraw), device, $"Box Indices");
vertexConstants = new ConstantsBuffer <VertexConstants>(device, debugName: $"Box Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"ShapeDrawing\RenderBoxes.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"ShapeDrawing\RenderBoxes.hlsl.pshader"));
}
public RayTracedRenderer(ContentArchive content, string shaderPath, int maximumInstancesPerDraw = 2048) : base(
content.Load <GLSLContent>($"{shaderPath}.glvs").Source,
content.Load <GLSLContent>($"{shaderPath}.glfs").Source
)
{
var instanceTypeName = typeof(TInstance).Name;
instances = new StructuredBuffer <TInstance>(BufferTarget.ShaderStorageBuffer, maximumInstancesPerDraw, $"{instanceTypeName} Instances");
indices = new IndexBuffer(Helpers.GetBoxIndices(maximumInstancesPerDraw), $"{instanceTypeName} AABB Indices");
vertexConstants = new ConstantsBuffer <RayTracedVertexConstants>(BufferTarget.UniformBuffer, debugName: $"{instanceTypeName} Renderer Vertex Constants");
pixelConstants = new ConstantsBuffer <RayTracedPixelConstants>(BufferTarget.UniformBuffer, debugName: $"{instanceTypeName} Renderer Pixel Constants");
}
public SphereRenderer(Device device, ShaderCache cache, int maximumInstancesPerDraw = 2048)
{
instances = new StructuredBuffer <SphereInstance>(device, maximumInstancesPerDraw, "Sphere Instances");
indices = new IndexBuffer(Helpers.GetBoxIndices(maximumInstancesPerDraw), device, "Sphere AABB Indices");
vertexConstants = new ConstantsBuffer <VertexConstants>(device, debugName: "Sphere Renderer Vertex Constants");
pixelConstants = new ConstantsBuffer <PixelConstants>(device, debugName: "Sphere Renderer Pixel Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"Shapes\RenderSpheres.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"Shapes\RenderSpheres.hlsl.pshader"));
}
public RayTracedRenderer(Device device, ShaderCache cache, string shaderPath, int maximumInstancesPerDraw = 2048)
{
var instanceTypeName = typeof(TInstance).Name;
instances = new StructuredBuffer <TInstance>(device, maximumInstancesPerDraw, $"{instanceTypeName} Instances");
indices = new IndexBuffer(Helpers.GetBoxIndices(maximumInstancesPerDraw), device, $"{instanceTypeName} AABB Indices");
vertexConstants = new ConstantsBuffer <RayTracedVertexConstants>(device, debugName: $"{instanceTypeName} Renderer Vertex Constants");
pixelConstants = new ConstantsBuffer <RayTracedPixelConstants>(device, debugName: $"{instanceTypeName} Renderer Pixel Constants");
vertexShader = new VertexShader(device, cache.GetShader($"{shaderPath}.vshader"));
pixelShader = new PixelShader(device, cache.GetShader($"{shaderPath}.pshader"));
}
public CompressToSwap(Device device, ShaderCache cache, float gamma = 2.2f)
{
Gamma = gamma;
constants = new ConstantsBuffer <float>(device, debugName: "CompressToSwap Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"PostProcessing\CompressToSwap.hlsl.vshader"));
vertexShader.DebugName = "CompressToSwapVS";
pixelShader = new PixelShader(device, cache.GetShader(@"PostProcessing\CompressToSwap.hlsl.pshader"));
pixelShader.DebugName = "CompressToSwapPS";
var depthStateDescription = DepthStencilStateDescription.Default();
depthStateDescription.DepthWriteMask = DepthWriteMask.Zero;
depthStateDescription.IsDepthEnabled = false;
depthState = new DepthStencilState(device, depthStateDescription);
}
public GlyphRenderer(Device device, DeviceContext context, ShaderCache cache, int maximumGlyphsPerDraw = 2048)
{
instances = new StructuredBuffer <GlyphInstance>(device, maximumGlyphsPerDraw, "Glyph Instances");
indices = new IndexBuffer(Helpers.GetQuadIndices(maximumGlyphsPerDraw), device, "Glyph Indices");
var samplerDescription = SamplerStateDescription.Default();
samplerDescription.Filter = Filter.MinMagMipLinear;
sampler = new SamplerState(device, samplerDescription);
vertexConstants = new ConstantsBuffer <VertexConstants>(device, debugName: "Glyph Renderer Vertex Constants");
vertexShader = new VertexShader(device, cache.GetShader(@"UI\RenderGlyphs.hlsl.vshader"));
pixelShader = new PixelShader(device, cache.GetShader(@"UI\RenderGlyphs.hlsl.pshader"));
}
