public H1ShaderType CacheShaderType(H1ShaderType type)
{
if (!m_ShaderTypes.ContainsKey(type.Name))
{
RegisterShaderType(type.Name, type);
}
return(m_ShaderTypes[type.Name]);
}
public void Compile(H1MaterialResource material, H1ShaderCompileHelper.H1ShaderCompilerEnvironment materialEnvironment)
{
// iterate over all vertex factory types
var vertexFactoryTypes = H1VertexFactoryType.GetTypeList();
foreach (var vertexFactoryType in vertexFactoryTypes)
{
H1MeshMaterialShaderMap meshMaterialMap = null;
// look for existing map for this vertex factory map
foreach (var shaderMap in m_MeshMaterialMaps)
{
if (shaderMap.VertexFactoryType == vertexFactoryType)
{
meshMaterialMap = shaderMap;
break;
}
}
if (meshMaterialMap == null)
{
// create a new mesh material shader map
meshMaterialMap = new H1MeshMaterialShaderMap(vertexFactoryType);
m_MeshMaterialMaps.Add(meshMaterialMap);
}
// compile mesh material map
meshMaterialMap.BeginCompile(0, // @TODO - I need to change this appropriately!
material, materialEnvironment);
}
// iterate over all material shader types
var shaderTypes = H1ShaderType.GetTypeList();
foreach (var shaderType in shaderTypes)
{
H1MaterialShaderType materialShaderType = shaderType.GetMaterialShaderType();
if (materialShaderType != null &&
materialShaderType.ShouldCache(material) &&
material.ShouldCache(materialShaderType, null))
{
materialShaderType.BeginCompileShader(0, // @TODO - I need to change this appropriately!
material, materialEnvironment);
}
}
}
// note that - for this 'BeginCompile' call is called by H1MaterialMap usually!
public void BeginCompile(uint shaderMapId, H1MaterialResource material, H1ShaderCompileHelper.H1ShaderCompilerEnvironment materialEnvironment)
{
// iterating shader type
var shaderTypes = H1ShaderType.GetTypeList();
foreach (var shaderType in shaderTypes)
{
H1MeshMaterialShaderType meshMaterialShaderType = shaderType.GetMeshMaterialShaderType();
if (meshMaterialShaderType != null &&
m_VertexFactoryTypeRef != null &&
meshMaterialShaderType.ShouldCache(material, m_VertexFactoryTypeRef) &&
material.ShouldCache(meshMaterialShaderType, m_VertexFactoryTypeRef) &&
m_VertexFactoryTypeRef.ShouldCache(material, meshMaterialShaderType))
{
// compile mesh material shader type (ex. vertex shader)
H1Shader shader = meshMaterialShaderType.BeginCompileShader(shaderMapId, material, materialEnvironment, m_VertexFactoryTypeRef);
// add shader to shader map
AddShader(meshMaterialShaderType, shader);
}
}
}
public H1Shader(H1ShaderType type, byte[] compiledByteCode, H1ShaderParameterMap shaderParameterMap, Boolean isCreateShaderType = false)
{
if (isCreateShaderType)
{
return; // triggered by just shader type creation, skip it
}
// assign new H1ShaderId
m_Id = new H1ShaderId();
m_CompiledByteCode = compiledByteCode;
m_ShaderTypeRef = type;
m_ParameterMap = shaderParameterMap;
Direct3D12.H1ResourceRanges resourceRanges = new Direct3D12.H1ResourceRanges();
foreach (KeyValuePair <String, H1ParameterAllocation> parameter in shaderParameterMap.ParameterMap)
{
String parameterName = parameter.Key;
H1ParameterAllocation allocation = parameter.Value;
// 1. constant buffer
if (allocation.Type == H1ParameterType.ConstantBuffer)
{
// insert the new range to the constant buffers
Direct3D12.H1BindRanges.H1Range range = new Direct3D12.H1BindRanges.H1Range();
range.Start = Convert.ToByte(allocation.BufferIndex);
range.Length = Convert.ToByte(1);
resourceRanges.ConstantBuffers.AddRange(range);
continue;
}
// handling textures, samplers,...
}
// 2. create new shader instance
m_DX12Shader = new Direct3D12.H1Shader(compiledByteCode, resourceRanges);
}
public bool ShouldCache(H1MaterialResource material, H1ShaderType shaderType)
{
return(m_ShouldCacheRef(material, shaderType));
}
public static bool ShouldCache(H1MaterialResource material, H1ShaderType shaderType)
{
return(true);
}
public void AddShader(H1ShaderType shaderType, H1Shader shader)
{
m_Shaders.Add(shaderType, shader);
}
public H1MeshMaterialShader(H1ShaderType type, byte[] compiledByteCode, H1ShaderParameterMap shaderParameterMap, Boolean isCreateShaderType = false)
: base(type, compiledByteCode, shaderParameterMap, isCreateShaderType)
{
}
public H1GlobalShader(H1ShaderType type, byte[] compiledByteCode, H1ShaderParameterMap shaderParameterMap)
: base(type, compiledByteCode, shaderParameterMap)
{
}
public H1Shader CompileShader(String debugGroupName, H1VertexFactoryType vertexFactoryType, H1ShaderType shaderType, H1ShaderCompileHelper.H1ShaderCompileInput input)
{
// compile the shader
H1ShaderCompileHelper.H1ShaderCompileOutput shaderCompileOutput = new H1ShaderCompileHelper.H1ShaderCompileOutput();
H1ShaderCompileHelper.CompileD3D12Shader(input, shaderCompileOutput);
if (!shaderCompileOutput.IsSucceed)
{
throw new Exception("failed to compile the shader! please check!");
}
H1Shader outShader = null;
if (shaderType != null)
{
// create shader instance
outShader = shaderType.FinishCompileShader(shaderCompileOutput);
if (shaderType is H1GlobalShaderType) // only for global shader, add global shaders
{
m_GlobalShaders.Add(outShader);
}
else // otherwise add local shaders
{
m_LocalShaders.Add(outShader);
}
}
return(outShader);
}
private void RegisterShaderType(String name, H1ShaderType shaderType)
{
m_ShaderTypes.Add(name, shaderType);
}
public virtual bool ShouldCache(H1ShaderType shaderType, H1VertexFactoryType vertexFactoryType)
{
return(true);
}
