public DeclareConnectorAndBind ( |
||
element | ||
attr | ||
firstParam | bool | |
span | Span | |
Результат | void |
public override void EmitImplSetup() { var uniformElement = GetElement("Uniform"); var vertexElement = GetElement("CoarseVertex"); var assembledVertex = GetElement("AssembledVertex"); var constantElement = GetElement("Constant"); var tessEnabledAttr = FindAttribute( constantElement, "__D3D11TessellationEnabled" ); var gsEnabledAttr = FindAttribute( constantElement, "__D3D11GeometryShaderEnabled" ); // \todo: We eventually need to support both tessellation enabled/disabled... var fineVertexElement = GetElement("FineVertex"); var rasterVertexElement = GetElement("RasterVertex"); var outputElement = vertexElement; if( tessEnabledAttr == null ) { if( gsEnabledAttr == null ) { outputElement = rasterVertexElement; } else { outputElement = fineVertexElement; } } InitBlock.AppendComment("D3D11 Vertex Shader"); var outputAttributes = new List<MidAttributeDecl>(); foreach (var a in outputElement.Attributes) { if (a.IsOutput) outputAttributes.Add(a); } hlslContext = new EmitContextHLSL(SharedHLSL, Range, this.EmitClass.GetName()); var entryPointSpan = hlslContext.EntryPointSpan; entryPointSpan.WriteLine("{0} main(", hlslContext.GenerateConnectorType(outputElement)); bool first = true; hlslContext.DeclareConnectorAndBind( assembledVertex, GetAttribute(vertexElement, "__ia2vs"), ref first, entryPointSpan); hlslContext.DeclareParamAndBind( GetAttribute(vertexElement, "VS_VertexID"), "SV_VertexID", ref first, entryPointSpan); hlslContext.DeclareParamAndBind( GetAttribute(vertexElement, "VS_InstanceID"), "SV_InstanceID", ref first, entryPointSpan); entryPointSpan.WriteLine("\t)"); entryPointSpan.WriteLine("{"); if( tessEnabledAttr == null ) { hlslContext.EmitTempRecordCtor( entryPointSpan, vertexElement, GetAttribute(fineVertexElement, "__c2fhelper")); if( gsEnabledAttr == null ) { hlslContext.EmitTempRecordCtor( entryPointSpan, fineVertexElement, GetAttribute(rasterVertexElement, "__f2rhelper")); } } var resultVal = hlslContext.EmitConnectorCtor( entryPointSpan, outputElement); entryPointSpan.WriteLine("\treturn {0};", resultVal); entryPointSpan.WriteLine("}"); hlslContext.EmitConstantBufferDecl(); // EmitShaderSetup( hlslContext, "vs_5_0", "Vertex", "VS"); }
// public override void EmitImplSetup() { var uniformElement = GetElement("Uniform"); var rasterVertex = GetElement("RasterVertex"); var fragmentElement = GetElement("Fragment"); var pixelElement = GetElement("Pixel"); // Find all render targets: renderTargetAttributes = (from a in pixelElement.Attributes where a.Exp != null where a.IsOutput select a).ToArray(); renderTargetCount = renderTargetAttributes.Length; // Depth-stencil view depthStencilViewAttribute = GetAttribute(uniformElement, "depthStencilView"); // Compute the setup required by the OM // Blending stuff var blendStateType = EmitTarget.GetOpaqueType("ID3D11BlendState*"); blendStateField = EmitClass.AddPrivateField( blendStateType, "_blendState"); _renderTargetBlendDescs = new TargetBlendDesc[renderTargetCount]; _renderTargetSources = new SourceInfo[renderTargetCount]; for (int ii = 0; ii < renderTargetCount; ++ii) { DecomposeAttr(renderTargetAttributes[ii], ii); } var rtBlendDescType = EmitTarget.GetBuiltinType("D3D11_RENDER_TARGET_BLEND_DESC"); var blendSpecVals = (from desc in _renderTargetBlendDescs select InitBlock.Struct( "D3D11_RENDER_TARGET_BLEND_DESC", InitBlock.LiteralBool(desc.blendEnable), InitBlock.Enum32(desc.color.srcBlend), InitBlock.Enum32(desc.color.destBlend), InitBlock.Enum32(desc.color.op), InitBlock.Enum32(desc.alpha.srcBlend), InitBlock.Enum32(desc.alpha.destBlend), InitBlock.Enum32(desc.alpha.op), InitBlock.LiteralU32(desc.writeMask))).ToList(); while (blendSpecVals.Count < 8) // \todo: get the limits from somwhere!!! { blendSpecVals.Add( InitBlock.Struct( "D3D11_RENDER_TARGET_BLEND_DESC", InitBlock.LiteralBool(false), InitBlock.Enum32("D3D11_BLEND", "D3D11_BLEND_ONE", D3D11_BLEND.D3D11_BLEND_ONE), InitBlock.Enum32("D3D11_BLEND", "D3D11_BLEND_ZERO", D3D11_BLEND.D3D11_BLEND_ZERO), InitBlock.Enum32("D3D11_BLEND_OP", "D3D11_BLEND_OP_ADD", D3D11_BLEND_OP.D3D11_BLEND_OP_ADD), InitBlock.Enum32("D3D11_BLEND", "D3D11_BLEND_ONE", D3D11_BLEND.D3D11_BLEND_ONE), InitBlock.Enum32("D3D11_BLEND", "D3D11_BLEND_ZERO", D3D11_BLEND.D3D11_BLEND_ZERO), InitBlock.Enum32("D3D11_BLEND_OP", "D3D11_BLEND_OP_ADD", D3D11_BLEND_OP.D3D11_BLEND_OP_ADD), InitBlock.LiteralU32((UInt32)D3D11_COLOR_WRITE_ENABLE.D3D11_COLOR_WRITE_ENABLE_ALL))); } var blendSpecsVal = InitBlock.Array( rtBlendDescType, blendSpecVals); InitBlock.AppendComment("D3D11 Output Merger"); var blendDescVal = InitBlock.Temp("blendDesc", InitBlock.Struct( "D3D11_BLEND_DESC", InitBlock.LiteralBool(false), InitBlock.LiteralBool(true), blendSpecsVal)); InitBlock.SetArrow( CtorThis, blendStateField, EmitTarget.GetNullPointer(blendStateType)); InitBlock.CallCOM( CtorDevice, "ID3D11Device", "CreateBlendState", blendDescVal.GetAddress(), InitBlock.GetArrow(CtorThis, blendStateField).GetAddress()); DtorBlock.CallCOM( DtorBlock.GetArrow(DtorThis, blendStateField), "IUnknown", "Release"); // Emit HLSL code for PS InitBlock.AppendComment("D3D11 Pixel Shader"); hlslContext = new EmitContextHLSL(SharedHLSL, Range, this.EmitClass.GetName()); var entryPointSpan = hlslContext.EntryPointSpan; entryPointSpan.WriteLine("void main("); bool firstParam = true; hlslContext.DeclareConnectorAndBind( rasterVertex, GetAttribute(fragmentElement, "__rv2f"), ref firstParam, entryPointSpan); hlslContext.DeclareParamAndBind( GetAttribute(fragmentElement, "PS_ScreenSpacePosition"), "SV_Position", ref firstParam, entryPointSpan); for (int ii = 0; ii < renderTargetCount; ++ii) { if( !firstParam ) entryPointSpan.WriteLine(","); firstParam = false; var sourceInfo = _renderTargetSources[ii]; MidExp exp = null; if (sourceInfo.combinedExp != null) { // \todo: Validate other bits and bobs!!! exp = sourceInfo.combinedExp; } else { throw new NotImplementedException(); } entryPointSpan.Write("\tout {1} target{0} : SV_Target{0}", ii, hlslContext.EmitType(exp.Type)); } entryPointSpan.WriteLine(" )"); entryPointSpan.WriteLine("{"); hlslContext.EmitTempRecordCtor( entryPointSpan, fragmentElement, GetAttribute(pixelElement, "__ps2om")); var psCullFragmentAttr = GetAttribute(fragmentElement, "PS_CullFragment"); entryPointSpan.WriteLine("\tif( {0} ) discard;", hlslContext.EmitAttribRef(psCullFragmentAttr, entryPointSpan)); for (int ii = 0; ii < renderTargetCount; ++ii) { var sourceInfo = _renderTargetSources[ii]; MidExp exp = null; if (sourceInfo.combinedExp != null) { // \todo: Validate other bits and bobs!!! exp = sourceInfo.combinedExp; } else { throw new NotImplementedException(); } entryPointSpan.WriteLine("\ttarget{0} = {1};", ii, hlslContext.EmitExp(exp, entryPointSpan)); } entryPointSpan.WriteLine("}"); hlslContext.EmitConstantBufferDecl(); // EmitShaderSetup( hlslContext, "ps_5_0", "Pixel", "PS"); }
public override void EmitImplSetup() { constantElement = GetElement("Constant"); var uniformElement = GetElement("Uniform"); var fineVertexElement = GetElement("FineVertex"); var rasterVertexElement = GetElement("RasterVertex"); InitBlock.AppendComment("D3D11 Domain Shader"); var tessEnabledAttr = FindAttribute( constantElement, "__D3D11TessellationEnabled" ); if( tessEnabledAttr == null ) { return; } var outputPatchElement = GetElement( "OutputPatch" ); var controlPointElement = GetElement( "ControlPoint" ); // \todo: Need to check whether GS is enabled. var gsEnabledAttr = FindAttribute( constantElement, "__D3D11GeometryShaderEnabled" ); var outputElement = fineVertexElement; if( gsEnabledAttr == null ) { outputElement = rasterVertexElement; } hlslContext = new EmitContextHLSL(SharedHLSL, Range, this.EmitClass.GetName()); var entryPointSpan = hlslContext.EntryPointSpan; var outputControlPointCount = GetAttribute(constantElement, "HS_OutputControlPointCount"); var tsDomain = GetAttribute(constantElement, "TS_Domain"); // Bind a bunch of attributes that really represent constants: hlslContext.BindAttrLit( GetAttribute(constantElement, "TriangleDomain"), "tri"); hlslContext.BindAttrLit( GetAttribute(constantElement, "QuadDomain"), "quad"); hlslContext.BindAttrLit( GetAttribute(constantElement, "FractionalOddPartitioning"), "fractional_odd"); hlslContext.BindAttrLit( GetAttribute(constantElement, "IntegerPartitioning"), "integer"); hlslContext.BindAttrLit( GetAttribute(constantElement, "TriangleCWTopology"), "triangle_cw"); hlslContext.GenerateConnectorType(controlPointElement); hlslContext.GenerateConnectorType(outputElement); entryPointSpan.WriteLine("[domain(\"{0}\")]", hlslContext.EmitAttrLit( tsDomain )); entryPointSpan.WriteLine("{0} main(", hlslContext.GenerateConnectorType(outputElement)); bool first = true; if (outputPatchElement.Attributes.Any((a) => a.IsOutput)) { hlslContext.DeclareConnectorAndBind( outputPatchElement, GetAttribute(fineVertexElement, "__op2dv"), ref first, entryPointSpan); } // \todo: These should not be required, but seem related // to an fxc bug where it expects the tess-factor inputs // to be re-declared in the DS... var edgeFactors = GetAttribute(outputPatchElement, "HS_EdgeFactors"); var insideFactors = GetAttribute(outputPatchElement, "HS_InsideFactors"); /* hlslContext.DeclareParamAndBind( edgeFactors, "SV_TessFactor", ref first, entryPointSpan); hlslContext.DeclareParamAndBind( insideFactors, "SV_InsideTessFactor", ref first, entryPointSpan); */ hlslContext.DeclareParamAndBind( GetAttribute(fineVertexElement, "DS_DomainLocation"), "SV_DomainLocation", ref first, entryPointSpan); hlslContext.DeclareParamAndBind( GetAttribute(fineVertexElement, "DS_InputControlPoints"), null, ref first, entryPointSpan); /* entryPointSpan.WriteLine(","); entryPointSpan.WriteLine("\tconst OutputPatch<{0}, {1}> DS_InputControlPoints", hlslContext.GenerateConnectorType(outputControlPointElement), hlslContext.EmitAttribRef( outputControlPointCount, null)); */ entryPointSpan.WriteLine("\t)"); entryPointSpan.WriteLine("{"); if (fineVertexElement != outputElement) { hlslContext.EmitTempRecordCtor( entryPointSpan, fineVertexElement, GetAttribute(rasterVertexElement, "__f2rhelper")); } var output = hlslContext.EmitConnectorCtor( entryPointSpan, outputElement ); entryPointSpan.WriteLine("\treturn {0};", output); entryPointSpan.WriteLine("}"); hlslContext.EmitConstantBufferDecl(); EmitShaderSetup( hlslContext, "ds_5_0", "Domain", "DS"); }