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hh   @@PP!@@%&'N+-5P0 CH0DЗ8GS@Data/Shaders/S_Fog_vs__Fog_fs__22512.cgfx#94966725A6529E87BF68098DED15ED36#materialData/Shaders/S_Fog_vs__Fog_fs__22512.fx#94966725A6529E87BF68098DED15ED36 #line 1 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #define D_PLATFORM_D3D11x64 #define CROSSFADE // Automatically generated. Do not edit. // =======================================================================================================================[COMMON DEFINES]=== #define PHYRE3X_ENABLED #if !defined(D_PLATFORM_GXM) #define h2tex3D tex3D #define h4tex2D tex2D #define h3tex2D tex2D #define h2tex2D tex2D #define h1tex2D tex2D #define h4texCUBE texCUBE #define h3texCUBE texCUBE #endif // ========================================================================================================================[COMMON STATES]=== #if !defined(D_PLATFORM_GXM) BlendState ourBlendState { BlendEnable[0] = FALSE; BlendEnable[1] = FALSE; SrcBlend[0] = Src_Alpha; DestBlend[0] = Inv_Src_Alpha; BlendOp[0] = ADD; SrcBlendAlpha[0] = ONE; DestBlendAlpha[0] = ONE; BlendOpAlpha[0] = ADD; RenderTargetWriteMask[0] = 15; AlphaToCoverageEnable = false; }; DepthStencilState ourDepthStencilState { DepthEnable=true; DepthFunc=less; StencilEnable=false; }; RasterizerState ourRasterState { CullMode=None; DepthBias=0.0f; ScissorEnable=false; MultiSampleEnable=false; DepthClipEnable=false; AntialiasedLineEnable=false; }; #endif // ==================================================================================================================[VERTEX SHADER BEGIN]=== #define main Opaque_vs_main #define IN Opaque_vs_IN #define OUT Opaque_vs_OUT #define v2f Opaque_vs_v2f #define a2v Opaque_vs_a2v // ------------------------------------------------------------------------------------------------------------------------------------------ #line 1 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.sh" #ifndef MIGRATORY_SH #define MIGRATORY_SH //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_PLATFORM_D3D11x64 #define D_PLATFORM_D3D11 #endif #ifdef D_PLATFORM_D3D11 //#pragma pack_matrix(column_major) #define D_D3D11_OTHER(x,y) x #define D_D3D11_ONLY(x) x #define POSITION_OUT SV_POSITION #define FINAL_COLOR D_D3D11_OTHER(SV_TARGET0,COLOR) #elif defined(D_PLATFORM_GNM) #ifdef __ORBIS__ #pragma warning (disable:5203) // parameter unreferenced #pragma warning (disable:5206) // local variable unreferenced #pragma warning (disable:6204) // does not support uniform default values #pragma warning (disable:6459) // __user_defined__ is not a valid semantic for uniform #pragma warning (disable:5581) // PSSL treats 'half' type as 'float' #pragma warning (disable:5609) // PSSL treats 'half' type as 'float' #pragma warning (disable:5583) // PSSL treats 'half' literals as 'float' #pragma warning (disable:5524) // unsupported compiler hint //! Some evil #defines to sort out matrix multiplies. #define float4x4 row_major float4x4 #define float3x4 row_major float3x4 #define float4x3 row_major float4x3 //! Semantics for VS/PS inputs and outputs. #define POSITION S_POSITION #define SV_POSITION S_POSITION #define SV_GroupID S_GROUP_ID #define SV_VertexID S_VERTEX_ID #define SV_DispatchThreadID S_DISPATCH_THREAD_ID #define SV_GroupThreadID S_GROUP_THREAD_ID #define SV_GroupIndex S_GROUP_INDEX #define SV_PRIMITIVEID S_PRIMITIVE_ID #define SV_IsFrontFace S_FRONT_FACE #define SV_Depth FRAG_OUTPUT_DEPTH #define FRAG_OUTPUT_COLOR S_TARGET_OUTPUT0 #define FRAG_OUTPUT_COLOR0 S_TARGET_OUTPUT0 #define FRAG_OUTPUT_COLOR1 S_TARGET_OUTPUT1 #define FRAG_OUTPUT_COLOR2 S_TARGET_OUTPUT2 #define FRAG_OUTPUT_COLOR3 S_TARGET_OUTPUT3 #define FRAG_OUTPUT_DEPTH S_DEPTH_OUTPUT //! Some defines to make textures compile with PSSL for now (sort out later) SamplerState globalSamplerState; SamplerComparisonState globalSamplerComparisonState { // Sampler state Filter = MIN_MAG_LINEAR_MIP_POINT; AddressU = CLAMP; AddressV = CLAMP; // Sampler comparison state ComparisonFunc = LESS; ComparisonFilter = COMPARISON_MIN_MAG_LINEAR_MIP_POINT; }; #define cbuffer ConstantBuffer #define sampler SamplerState #define sampler2D Texture2D #define sampler3D Texture3D #define samplerCUBE TextureCube #define tex2Dproj(a,b) a.Sample(globalSamplerState, (b).xy / (b).w) #define h1tex2Dproj(a,b) ((half)(a.Sample(globalSamplerState, (b).xy / (b).w).x)) #define h4tex2D(a,b) ((half4)a.Sample(globalSamplerState, (b).xy)) #define h4tex2Dlod(a,b) ((half4)a.SampleLOD(globalSamplerState, (b).xy, (b).w)) #define tex2D(a,b) a.Sample(globalSamplerState, (b).xy) #define SampleLevel SampleLOD #define SampleCmpLevelZero SampleCmpLOD0 #define StructuredBuffer RegularBuffer #define RWStructuredBuffer RW_RegularBuffer #define numthreads NUM_THREADS #define maxvertexcount MAX_VERTEX_COUNT #define groupshared thread_group_memory #define TriangleStream TriangleBuffer #define PointStream PointBuffer #define triangle Triangle #define IncrementCounter IncrementCount #define DecrementCounter DecrementCount #define GroupMemoryBarrierWithGroupSync ThreadGroupMemoryBarrierSync #define InterlockedMin AtomicMin #define InterlockedMax AtomicMax #define InterlockedAdd AtomicAdd #endif //! __ORBIS__ #if defined(PHYRE_D3DFX) && !defined(__ORBIS__) #define FRAG_OUTPUT_COLOR SV_TARGET #define FRAG_OUTPUT_COLOR0 SV_TARGET0 #define FRAG_OUTPUT_COLOR1 SV_TARGET1 #define FRAG_OUTPUT_COLOR2 SV_TARGET2 #define FRAG_OUTPUT_COLOR3 SV_TARGET3 #define FRAG_OUTPUT_DEPTH SV_DEPTH #define SYSTEM_PRIMITIVE_INDEX SV_PRIMITIVEID #endif //! defined(PHYRE_D3DFX) && !defined(__ORBIS__) #define D_D3D11_OTHER(x,y) x #define D_D3D11_ONLY(x) x #define POSITION_OUT POSITION #define FINAL_COLOR FRAG_OUTPUT_COLOR #else #define D_D3D11_OTHER(x,y) y #define D_D3D11_ONLY(x) #define HALF half #define HALF2 half2 #define HALF3 half3 #define HALF4 half4 #define HALF3x3 float3x3 #define HALF3x4 float3x4 #define HALF4x4 float4x4 #define POSITION_OUT POSITION #define FINAL_COLOR D_D3D11_OTHER(SV_TARGET0,COLOR) #endif #if defined(__psp2__) #define NATIVECOLOR __nativecolor #define REGFORMAT __regformat #else #define NATIVECOLOR #define REGFORMAT #endif #if !defined(__ORBIS__) && !defined(D_PLATFORM_GXM) BlendState NoBlend_BlendState { BlendEnable[0] = FALSE; }; BlendState Alpha_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = Src_Alpha; DestBlend[0] = Inv_Src_Alpha; BlendOp[0] = ADD; SrcBlendAlpha[0] = Src_Alpha; DestBlendAlpha[0] = Inv_Src_Alpha; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; BlendState Additive_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = Src_Alpha; DestBlend[0] = ONE; BlendOp[0] = ADD; SrcBlendAlpha[0] = Src_Alpha; DestBlendAlpha[0] = ONE; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; BlendState ParticleBlended_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = ONE; DestBlend[0] = Inv_Src_Alpha; BlendOp[0] = ADD; SrcBlendAlpha[0] = ONE; DestBlendAlpha[0] = Inv_Src_Alpha; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; DepthStencilState NoDepthTest_NoDepthWrite_DepthState { DepthEnable = FALSE; DepthWriteMask = Zero; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState NoDepthTest_DepthWrite_DepthState { DepthEnable = FALSE; DepthWriteMask = All; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState DepthTest_NoDepthWrite_DepthState { DepthEnable = TRUE; DepthWriteMask = Zero; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState DepthTest_DepthWrite_DepthState { DepthEnable = TRUE; DepthWriteMask = All; DepthFunc = Less; StencilEnable = FALSE; }; RasterizerState NoCull_RasterizerState { CullMode=None; }; RasterizerState BackFaceCull_RasterizerState { CullMode=Back; FrontCounterClockwise = TRUE; }; RasterizerState FrontFaceCull_RasterizerState { CullMode=Front; FrontCounterClockwise = TRUE; }; #endif #if defined(D_PLATFORM_D3D11) || defined(D_PLATFORM_GNM) #define MatrixMul(a,b) mul(b,a) #define HALF float #define HALF2 float2 #define HALF3 float3 #define HALF4 float4 #define HALF3x3 float3x3 #define HALF3x4 float3x4 #define HALF4x4 float4x4 #define half float #define half2 float2 #define half3 float3 #define half4 float4 #else #define MatrixMul(a,b) mul(a,b) #endif // samplers #if defined(D_PLATFORM_D3D11) || defined(D_PLATFORM_GNM) sampler PointClampSampler : register(s8) { Filter = Min_Mag_Mip_Point; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; }; sampler LinearClampSampler : register(s9) { Filter = Min_Mag_Mip_Linear; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; }; sampler LinearWrapTSampler : register(s10) { Filter = Min_Mag_Mip_Linear; AddressU = Clamp; AddressV = Wrap; AddressW = Clamp; }; sampler LinearWrapSampler : register(s11) { Filter = Min_Mag_Mip_Linear; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; }; sampler PointWrapSampler : register(s12) { Filter = Min_Mag_Mip_Point; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; }; sampler AnisoClampSampler : register(s13) { Filter = ANISOTROPIC; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; MaxAnisotropy = 16; }; sampler LinearWrapAnisoSampler : register(s14) { Filter = ANISOTROPIC; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; MaxAnisotropy = 16; }; sampler PointWrapAnisoSampler : register(s15) { Filter = Min_Mag_Point_Mip_Linear; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; MaxAnisotropy = 16; }; #define SAMPLER_WRAP_ANISO LinearWrapAnisoSampler #define SAMPLER_WRAP_LINEAR LinearWrapSampler #define SAMPLER_WRAP_POINT PointWrapSampler #define SAMPLER_CLAMP_ANISO AnisoClampSampler #define SAMPLER_CLAMP_LINEAR LinearClampSampler #define SAMPLER_CLAMP_POINT PointClampSampler static const float kSRGB = 2.2f; #define SRGB_ON(x) pow(x,kSRGB) #define SRGB_OFF(x) x #define SAMPLETEX(tex,uv,filter,wrap,srgb) SRGB_##srgb(tex.Sample(SAMPLER_##wrap##_##filter, uv)) #ifdef __ORBIS__ #define D_DECLARE_TEXTURE2DMS_4(x) MS_Texture2D x #else #define D_DECLARE_TEXTURE2DMS_4(x) Texture2DMS x #endif #define D_DECLARE_TEXTURE2D_4(x) Texture2D x #define D_DECLARE_TEXTURE3D_4(x) Texture3D x #define D_DECLARE_TEXTURE_CUBE_4(x) TextureCube x #define D_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_POINT_SAMPLE_TEXTURE(tex,uv) tex.Sample(PointClampSampler,uv) #define D_SAMPLE_TEXTURE_PROJ(tex,uv) tex.Sample(LinearClampSampler,(float2) (uv.xy / uv.w) ) #define D_POINT_SAMPLE_TEXTURE_PROJ(tex,uv) tex.Sample(PointClampSampler,(float2) (uv.xy / uv.w) ) #define D_SAMPLE_TEXTURE_3D(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_SAMPLE_TEXTURE_WRAP_3D(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H1_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).x #define D_H2_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H3_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_H1_POINTSAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(PointClampSampler,uv,lod).x #define D_H1_SAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(LinearClampSampler,uv,lod).x #define D_H4_SAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(LinearClampSampler,uv,lod) #if defined(D_PLATFORM_D3D11) #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).x,2.2f) #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xy,2.2f) #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).x,2.2f) #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).xy,2.2f) #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearWrapSampler,uv).xyz,2.2f), tex.Sample(LinearWrapSampler,uv).a ) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearWrapTSampler,uv).xyz,2.2f), tex.Sample(LinearWrapTSampler,uv).a) #define D_H3_SAMPLE_WRAP_ANISO_SRGBTEXTURE(tex,uv) pow( tex.Sample(LinearWrapAnisoSampler,uv).xyz, 2.2f) #else #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).x #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).x #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xyz #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapTSampler,uv) #endif #define D_H1_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).x #define D_H2_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #define D_H3_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xyz #define D_H4_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H1_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).x #define D_H2_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).xy #define D_H3_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).xyz #define D_H4_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv) #define D_H1_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).x #define D_H2_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).xy #define D_H3_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).xyz #define D_H4_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv) #define D_H2_SAMPLE_TEXTURE_3D(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H2_SAMPLE_WRAP_TEXTURE_3D(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #if defined(D_PLATFORM_D3D11) #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #else #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv) #endif #else #define D_DECLARE_TEXTURE2D_4(x) sampler2D x #define D_DECLARE_TEXTURE3D_4(x) sampler3D x #define D_DECLARE_TEXTURE_CUBE_4(x) samplerCUBE x #define D_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_POINT_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_SAMPLE_TEXTURE_PROJ(tex,uv) h4tex2Dproj(tex,uv.xyw) #define D_POINT_SAMPLE_TEXTURE_PROJ(tex,uv) h4tex2Dproj(tex,uv.xyw) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) h4texCUBE(tex,uv) #define D_SAMPLE_TEXTURE_3D(tex,uv) h4tex3D(tex,uv) #define D_SAMPLE_TEXTURE_WRAP_3D(tex,uv) h4tex3D(tex,uv) #define D_H1_SAMPLE_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_POINTSAMPLELEVEL_TEXTURE(tex,uv,lod) h1tex2D(tex,uv).x #define D_H1_SAMPLELEVEL_TEXTURE(tex,uv,lod) h1tex2D(tex,uv).x #define D_H4_SAMPLELEVEL_TEXTURE(tex,uv,lod) h4tex2D(tex,uv) #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H2_SAMPLE_TEXTURE_3D(tex,uv) h2tex3D(tex,uv).xy #define D_H2_SAMPLE_WRAP_TEXTURE_3D(tex,uv) h2tex3D(tex,uv).xy #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) h3texCUBE(tex,uv).xyz #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) h4texCUBE(tex,uv) #endif #if !defined(GLOBAL_LEAN_AND_MEAN) //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // these constants are system constants; uploaded by Phyre itself. // we can't do this, but we don't want to upload them all the time, either. consequently, we make these global // i guess we can eventually stuff these into a separate uniform buffer //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// float4x4 view : view ; // uploaded once per camera float4x4 projection : projection ; // view inverse float4x4 viewprojection : viewprojection ; float4 eyeDirectionWS : eyeDirectionWS ; float4 eyePositionWS : eyePositionWS ; float4 eyePositionOS : eyePositionOS ; float4 cameraNear : cameraNearFar ; float4x4 modelIT : modelit ; // uploaded per primitive // model inverse transpose float4x4 model : model ; float4x4 modelViewProj : modelviewproj ; #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // depth conversion code, stolen from the sample code //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// float cameraNearTimesFar; float cameraFarMinusNear; float4 cameraNearFar; // Convert a depth value from post projection space to view space. float ConvertDepth(float depth) { // float viewSpaceZ = -(scene.cameraNearTimesFar / (depth * scene.cameraFarMinusNear - scene.cameraNearFar.y)); #if defined(D_PLATFORM_GXM) float viewSpaceZ = -(cameraNearTimesFar / (depth * cameraFarMinusNear - cameraNearFar.y)); #else float viewSpaceZ = -(cameraNearTimesFar / (depth * cameraFarMinusNear - cameraNearFar.y)); #endif return viewSpaceZ; } //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // skinning //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef SKINNING_ENABLED // grabbed off [PhyreCoreShaderShared.h] // Description: // Encapsulates the skinning transformation matrices. #if defined(D_PLATFORM_GXM) #define PE_MAX_SKIN_CB_TRANSFORMS 32 float4x4 boneTransforms[PE_MAX_SKIN_CB_TRANSFORMS]; float4x4 GenerateBoneMatrix(int4 SkinIndices,float4 SkinWeights) { return boneTransforms[SkinIndices[0]]*SkinWeights[0] + boneTransforms[SkinIndices[1]]*SkinWeights[1] + boneTransforms[SkinIndices[2]]*SkinWeights[2] + boneTransforms[SkinIndices[3]]*SkinWeights[3]; } #else #define PE_MAX_SKIN_CB_TRANSFORMS 32 struct PSkinTransforms { float4x4 Mtxs[PE_MAX_SKIN_CB_TRANSFORMS]; // The skinning transformation matrices. }; cbuffer BoneTransformConstantBuffer { PSkinTransforms SkinTransforms; } float4x4 GenerateBoneMatrix(uint4 SkinIndices,float4 SkinWeights) { return SkinTransforms.Mtxs[SkinIndices[0]]*SkinWeights[0] + SkinTransforms.Mtxs[SkinIndices[1]]*SkinWeights[1] + SkinTransforms.Mtxs[SkinIndices[2]]*SkinWeights[2] + SkinTransforms.Mtxs[SkinIndices[3]]*SkinWeights[3]; } #endif #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// static const float4x4 SCALE_BIAS = float4x4( float4( 0.5, 0.0, 0.0, 0.5 ), #if defined(D_PLATFORM_D3D11) float4( 0.0, -0.5, 0.0, 0.5 ), #else float4( 0.0, 0.5, 0.0, 0.5 ), #endif float4( 0.0, 0.0, 0.5, 0.5 ), float4( 0.0, 0.0, 0.0, 1.0 ) ); //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_PLATFORM_GXM #define D_INT_MOD(val,mod) (frac((floor((float)val)/mod))*mod) #define D_UINT_MOD(val,mod) (frac((floor((float)val)/mod))*mod) #elif defined(D_PLATFORM_GNM) #define D_INT_MOD(val,mod) ((int)floor(val) % mod) #define D_UINT_MOD(val,mod) ((uint)floor(val) % mod) #else #define D_INT_MOD(val,mod) ((int)floor(val) % mod) #define D_UINT_MOD(val,mod) ((int)floor(val) % mod) #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_ENABLE_DEBUG_PARAMS float4 debugVars0; float4 debugVars1; float4 debugVars2; float4 debugVars3; float4 debugVars4; float4 debugVars5; float4 debugVars6; float4 debugVars7; #define GETDEBUGVAR(dv) (debugVars##dv!=0) ? (debugVars##dv) : #define GETDEBUGVAR2(dv,scl) (debugVars##dv!=0) ? (scl*debugVars##dv) : #endif #define powsafe(_x,_y) pow(max(_x,0.00000000000001),_y) //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #endif//MIGRATORY_SH #line 54 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" // Notes: Very similar to the "resample" shader. Provides an extra 3D uv // stream that contains a ray that points from the camera position // to a point at camera-space Z = 1. // // Author: John Edwards // Date C: 7-21-2010 // Projection param: float4 projPlaneU; float4 projPlaneV; float4 projPlaneOrigin; struct p2v { float4 position : POSITION; float2 uv : TEXCOORD0; }; struct v2f { float4 position : POSITION_OUT; float2 uv : TEXCOORD0; float3 projPointer : TEXCOORD1; }; //---------------------------------------------- // Program entry //---------------------------------------------- void main( in p2v IN, out v2f OUT ) { #if defined(D_PLATFORM_D3D11) OUT.position = float4(IN.position.x,-IN.position.y, IN.position.z, 1); #else OUT.position = IN.position; #endif OUT.uv = IN.uv; #if defined(D_PLATFORM_D3D11) OUT.projPointer = projPlaneOrigin.xyz + (1 - IN.uv.x) * projPlaneU.xyz + (IN.uv.y) * projPlaneV.xyz; #else OUT.projPointer = projPlaneOrigin.xyz + (1 - IN.uv.x) * projPlaneU.xyz + (1 - IN.uv.y) * projPlaneV.xyz; #endif } // ------------------------------------------------------------------------------------------------------------------------------------------ #undef main #undef IN #undef OUT #undef v2f #undef a2v // ===================================================================================================================[PIXEL SHADER BEGIN]=== #define main Opaque_fs_main #define IN Opaque_fs_IN #define OUT Opaque_fs_OUT #define v2f Opaque_fs_v2f #define f2f Opaque_fs_f2f // ------------------------------------------------------------------------------------------------------------------------------------------ #line 1 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh" #ifndef MIGRATORY_SH #define MIGRATORY_SH //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_PLATFORM_D3D11x64 #define D_PLATFORM_D3D11 #endif #ifdef D_PLATFORM_D3D11 //#pragma pack_matrix(column_major) #define D_D3D11_OTHER(x,y) x #define D_D3D11_ONLY(x) x #define POSITION_OUT SV_POSITION #define FINAL_COLOR D_D3D11_OTHER(SV_TARGET0,COLOR) #elif defined(D_PLATFORM_GNM) #ifdef __ORBIS__ #pragma warning (disable:5203) // parameter unreferenced #pragma warning (disable:5206) // local variable unreferenced #pragma warning (disable:6204) // does not support uniform default values #pragma warning (disable:6459) // __user_defined__ is not a valid semantic for uniform #pragma warning (disable:5581) // PSSL treats 'half' type as 'float' #pragma warning (disable:5609) // PSSL treats 'half' type as 'float' #pragma warning (disable:5583) // PSSL treats 'half' literals as 'float' #pragma warning (disable:5524) // unsupported compiler hint //! Some evil #defines to sort out matrix multiplies. #define float4x4 row_major float4x4 #define float3x4 row_major float3x4 #define float4x3 row_major float4x3 //! Semantics for VS/PS inputs and outputs. #define POSITION S_POSITION #define SV_POSITION S_POSITION #define SV_GroupID S_GROUP_ID #define SV_VertexID S_VERTEX_ID #define SV_DispatchThreadID S_DISPATCH_THREAD_ID #define SV_GroupThreadID S_GROUP_THREAD_ID #define SV_GroupIndex S_GROUP_INDEX #define SV_PRIMITIVEID S_PRIMITIVE_ID #define SV_IsFrontFace S_FRONT_FACE #define SV_Depth FRAG_OUTPUT_DEPTH #define FRAG_OUTPUT_COLOR S_TARGET_OUTPUT0 #define FRAG_OUTPUT_COLOR0 S_TARGET_OUTPUT0 #define FRAG_OUTPUT_COLOR1 S_TARGET_OUTPUT1 #define FRAG_OUTPUT_COLOR2 S_TARGET_OUTPUT2 #define FRAG_OUTPUT_COLOR3 S_TARGET_OUTPUT3 #define FRAG_OUTPUT_DEPTH S_DEPTH_OUTPUT //! Some defines to make textures compile with PSSL for now (sort out later) SamplerState globalSamplerState; SamplerComparisonState globalSamplerComparisonState { // Sampler state Filter = MIN_MAG_LINEAR_MIP_POINT; AddressU = CLAMP; AddressV = CLAMP; // Sampler comparison state ComparisonFunc = LESS; ComparisonFilter = COMPARISON_MIN_MAG_LINEAR_MIP_POINT; }; #define cbuffer ConstantBuffer #define sampler SamplerState #define sampler2D Texture2D #define sampler3D Texture3D #define samplerCUBE TextureCube #define tex2Dproj(a,b) a.Sample(globalSamplerState, (b).xy / (b).w) #define h1tex2Dproj(a,b) ((half)(a.Sample(globalSamplerState, (b).xy / (b).w).x)) #define h4tex2D(a,b) ((half4)a.Sample(globalSamplerState, (b).xy)) #define h4tex2Dlod(a,b) ((half4)a.SampleLOD(globalSamplerState, (b).xy, (b).w)) #define tex2D(a,b) a.Sample(globalSamplerState, (b).xy) #define SampleLevel SampleLOD #define SampleCmpLevelZero SampleCmpLOD0 #define StructuredBuffer RegularBuffer #define RWStructuredBuffer RW_RegularBuffer #define numthreads NUM_THREADS #define maxvertexcount MAX_VERTEX_COUNT #define groupshared thread_group_memory #define TriangleStream TriangleBuffer #define PointStream PointBuffer #define triangle Triangle #define IncrementCounter IncrementCount #define DecrementCounter DecrementCount #define GroupMemoryBarrierWithGroupSync ThreadGroupMemoryBarrierSync #define InterlockedMin AtomicMin #define InterlockedMax AtomicMax #define InterlockedAdd AtomicAdd #endif //! __ORBIS__ #if defined(PHYRE_D3DFX) && !defined(__ORBIS__) #define FRAG_OUTPUT_COLOR SV_TARGET #define FRAG_OUTPUT_COLOR0 SV_TARGET0 #define FRAG_OUTPUT_COLOR1 SV_TARGET1 #define FRAG_OUTPUT_COLOR2 SV_TARGET2 #define FRAG_OUTPUT_COLOR3 SV_TARGET3 #define FRAG_OUTPUT_DEPTH SV_DEPTH #define SYSTEM_PRIMITIVE_INDEX SV_PRIMITIVEID #endif //! defined(PHYRE_D3DFX) && !defined(__ORBIS__) #define D_D3D11_OTHER(x,y) x #define D_D3D11_ONLY(x) x #define POSITION_OUT POSITION #define FINAL_COLOR FRAG_OUTPUT_COLOR #else #define D_D3D11_OTHER(x,y) y #define D_D3D11_ONLY(x) #define HALF half #define HALF2 half2 #define HALF3 half3 #define HALF4 half4 #define HALF3x3 float3x3 #define HALF3x4 float3x4 #define HALF4x4 float4x4 #define POSITION_OUT POSITION #define FINAL_COLOR D_D3D11_OTHER(SV_TARGET0,COLOR) #endif #if defined(__psp2__) #define NATIVECOLOR __nativecolor #define REGFORMAT __regformat #else #define NATIVECOLOR #define REGFORMAT #endif #if !defined(__ORBIS__) && !defined(D_PLATFORM_GXM) BlendState NoBlend_BlendState { BlendEnable[0] = FALSE; }; BlendState Alpha_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = Src_Alpha; DestBlend[0] = Inv_Src_Alpha; BlendOp[0] = ADD; SrcBlendAlpha[0] = Src_Alpha; DestBlendAlpha[0] = Inv_Src_Alpha; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; BlendState Additive_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = Src_Alpha; DestBlend[0] = ONE; BlendOp[0] = ADD; SrcBlendAlpha[0] = Src_Alpha; DestBlendAlpha[0] = ONE; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; BlendState ParticleBlended_BlendState { BlendEnable[0] = TRUE; SrcBlend[0] = ONE; DestBlend[0] = Inv_Src_Alpha; BlendOp[0] = ADD; SrcBlendAlpha[0] = ONE; DestBlendAlpha[0] = Inv_Src_Alpha; BlendOpAlpha[0] = ADD; BlendEnable[1] = FALSE; }; DepthStencilState NoDepthTest_NoDepthWrite_DepthState { DepthEnable = FALSE; DepthWriteMask = Zero; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState NoDepthTest_DepthWrite_DepthState { DepthEnable = FALSE; DepthWriteMask = All; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState DepthTest_NoDepthWrite_DepthState { DepthEnable = TRUE; DepthWriteMask = Zero; DepthFunc = Less; StencilEnable = FALSE; }; DepthStencilState DepthTest_DepthWrite_DepthState { DepthEnable = TRUE; DepthWriteMask = All; DepthFunc = Less; StencilEnable = FALSE; }; RasterizerState NoCull_RasterizerState { CullMode=None; }; RasterizerState BackFaceCull_RasterizerState { CullMode=Back; FrontCounterClockwise = TRUE; }; RasterizerState FrontFaceCull_RasterizerState { CullMode=Front; FrontCounterClockwise = TRUE; }; #endif #if defined(D_PLATFORM_D3D11) || defined(D_PLATFORM_GNM) #define MatrixMul(a,b) mul(b,a) #define HALF float #define HALF2 float2 #define HALF3 float3 #define HALF4 float4 #define HALF3x3 float3x3 #define HALF3x4 float3x4 #define HALF4x4 float4x4 #define half float #define half2 float2 #define half3 float3 #define half4 float4 #else #define MatrixMul(a,b) mul(a,b) #endif // samplers #if defined(D_PLATFORM_D3D11) || defined(D_PLATFORM_GNM) sampler PointClampSampler : register(s8) { Filter = Min_Mag_Mip_Point; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; }; sampler LinearClampSampler : register(s9) { Filter = Min_Mag_Mip_Linear; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; }; sampler LinearWrapTSampler : register(s10) { Filter = Min_Mag_Mip_Linear; AddressU = Clamp; AddressV = Wrap; AddressW = Clamp; }; sampler LinearWrapSampler : register(s11) { Filter = Min_Mag_Mip_Linear; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; }; sampler PointWrapSampler : register(s12) { Filter = Min_Mag_Mip_Point; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; }; sampler AnisoClampSampler : register(s13) { Filter = ANISOTROPIC; AddressU = Clamp; AddressV = Clamp; AddressW = Clamp; MaxAnisotropy = 16; }; sampler LinearWrapAnisoSampler : register(s14) { Filter = ANISOTROPIC; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; MaxAnisotropy = 16; }; sampler PointWrapAnisoSampler : register(s15) { Filter = Min_Mag_Point_Mip_Linear; AddressU = Wrap; AddressV = Wrap; AddressW = Wrap; MaxAnisotropy = 16; }; #define SAMPLER_WRAP_ANISO LinearWrapAnisoSampler #define SAMPLER_WRAP_LINEAR LinearWrapSampler #define SAMPLER_WRAP_POINT PointWrapSampler #define SAMPLER_CLAMP_ANISO AnisoClampSampler #define SAMPLER_CLAMP_LINEAR LinearClampSampler #define SAMPLER_CLAMP_POINT PointClampSampler static const float kSRGB = 2.2f; #define SRGB_ON(x) pow(x,kSRGB) #define SRGB_OFF(x) x #define SAMPLETEX(tex,uv,filter,wrap,srgb) SRGB_##srgb(tex.Sample(SAMPLER_##wrap##_##filter, uv)) #ifdef __ORBIS__ #define D_DECLARE_TEXTURE2DMS_4(x) MS_Texture2D x #else #define D_DECLARE_TEXTURE2DMS_4(x) Texture2DMS x #endif #define D_DECLARE_TEXTURE2D_4(x) Texture2D x #define D_DECLARE_TEXTURE3D_4(x) Texture3D x #define D_DECLARE_TEXTURE_CUBE_4(x) TextureCube x #define D_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_POINT_SAMPLE_TEXTURE(tex,uv) tex.Sample(PointClampSampler,uv) #define D_SAMPLE_TEXTURE_PROJ(tex,uv) tex.Sample(LinearClampSampler,(float2) (uv.xy / uv.w) ) #define D_POINT_SAMPLE_TEXTURE_PROJ(tex,uv) tex.Sample(PointClampSampler,(float2) (uv.xy / uv.w) ) #define D_SAMPLE_TEXTURE_3D(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_SAMPLE_TEXTURE_WRAP_3D(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H1_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).x #define D_H2_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H3_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_TEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_H1_POINTSAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(PointClampSampler,uv,lod).x #define D_H1_SAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(LinearClampSampler,uv,lod).x #define D_H4_SAMPLELEVEL_TEXTURE(tex,uv,lod) tex.SampleLevel(LinearClampSampler,uv,lod) #if defined(D_PLATFORM_D3D11) #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).x,2.2f) #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xy,2.2f) #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).x,2.2f) #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).xy,2.2f) #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) pow(tex.Sample(LinearWrapSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearWrapSampler,uv).xyz,2.2f), tex.Sample(LinearWrapSampler,uv).a ) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) float4( pow(tex.Sample(LinearWrapTSampler,uv).xyz,2.2f), tex.Sample(LinearWrapTSampler,uv).a) #define D_H3_SAMPLE_WRAP_ANISO_SRGBTEXTURE(tex,uv) pow( tex.Sample(LinearWrapAnisoSampler,uv).xyz, 2.2f) #else #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).x #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).x #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xyz #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) tex.Sample(LinearWrapTSampler,uv) #endif #define D_H1_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).x #define D_H2_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #define D_H3_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv).xyz #define D_H4_SAMPLE_WRAP_TEXTURE(tex,uv) tex.Sample(LinearWrapSampler,uv) #define D_H1_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).x #define D_H2_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).xy #define D_H3_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv).xyz #define D_H4_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(LinearWrapAnisoSampler,uv) #define D_H1_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).x #define D_H2_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).xy #define D_H3_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv).xyz #define D_H4_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) tex.Sample(PointWrapAnisoSampler,uv) #define D_H2_SAMPLE_TEXTURE_3D(tex,uv) tex.Sample(LinearClampSampler,uv).xy #define D_H2_SAMPLE_WRAP_TEXTURE_3D(tex,uv) tex.Sample(LinearWrapSampler,uv).xy #if defined(D_PLATFORM_D3D11) #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f) #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) float4( pow(tex.Sample(LinearClampSampler,uv).xyz,2.2f), tex.Sample(LinearClampSampler,uv).a ) #else #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv).xyz #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) tex.Sample(LinearClampSampler,uv) #endif #else #define D_DECLARE_TEXTURE2D_4(x) sampler2D x #define D_DECLARE_TEXTURE3D_4(x) sampler3D x #define D_DECLARE_TEXTURE_CUBE_4(x) samplerCUBE x #define D_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_POINT_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_SAMPLE_TEXTURE_PROJ(tex,uv) h4tex2Dproj(tex,uv.xyw) #define D_POINT_SAMPLE_TEXTURE_PROJ(tex,uv) h4tex2Dproj(tex,uv.xyw) #define D_SAMPLE_TEXTURE_CUBE(tex,uv) h4texCUBE(tex,uv) #define D_SAMPLE_TEXTURE_3D(tex,uv) h4tex3D(tex,uv) #define D_SAMPLE_TEXTURE_WRAP_3D(tex,uv) h4tex3D(tex,uv) #define D_H1_SAMPLE_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_POINTSAMPLELEVEL_TEXTURE(tex,uv,lod) h1tex2D(tex,uv).x #define D_H1_SAMPLELEVEL_TEXTURE(tex,uv,lod) h1tex2D(tex,uv).x #define D_H4_SAMPLELEVEL_TEXTURE(tex,uv,lod) h4tex2D(tex,uv) #define D_H1_SAMPLE_SRGBTEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_SRGBTEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_SRGBTEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_POINT_WRAP_ANISO_TEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H1_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h1tex2D(tex,uv).x #define D_H2_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h2tex2D(tex,uv).xy #define D_H3_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h3tex2D(tex,uv).xyz #define D_H4_SAMPLE_WRAP_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H4_SAMPLE_WRAPT_SRGBTEXTURE(tex,uv) h4tex2D(tex,uv) #define D_H2_SAMPLE_TEXTURE_3D(tex,uv) h2tex3D(tex,uv).xy #define D_H2_SAMPLE_WRAP_TEXTURE_3D(tex,uv) h2tex3D(tex,uv).xy #define D_H3_SAMPLE_TEXTURE_CUBE(tex,uv) h3texCUBE(tex,uv).xyz #define D_H4_SAMPLE_TEXTURE_CUBE(tex,uv) h4texCUBE(tex,uv) #endif #if !defined(GLOBAL_LEAN_AND_MEAN) //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // these constants are system constants; uploaded by Phyre itself. // we can't do this, but we don't want to upload them all the time, either. consequently, we make these global // i guess we can eventually stuff these into a separate uniform buffer //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// float4x4 view : view ; // uploaded once per camera float4x4 projection : projection ; // view inverse float4x4 viewprojection : viewprojection ; float4 eyeDirectionWS : eyeDirectionWS ; float4 eyePositionWS : eyePositionWS ; float4 eyePositionOS : eyePositionOS ; float4 cameraNear : cameraNearFar ; float4x4 modelIT : modelit ; // uploaded per primitive // model inverse transpose float4x4 model : model ; float4x4 modelViewProj : modelviewproj ; #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // depth conversion code, stolen from the sample code //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// float cameraNearTimesFar; float cameraFarMinusNear; float4 cameraNearFar; // Convert a depth value from post projection space to view space. float ConvertDepth(float depth) { // float viewSpaceZ = -(scene.cameraNearTimesFar / (depth * scene.cameraFarMinusNear - scene.cameraNearFar.y)); #if defined(D_PLATFORM_GXM) float viewSpaceZ = -(cameraNearTimesFar / (depth * cameraFarMinusNear - cameraNearFar.y)); #else float viewSpaceZ = -(cameraNearTimesFar / (depth * cameraFarMinusNear - cameraNearFar.y)); #endif return viewSpaceZ; } //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // skinning //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef SKINNING_ENABLED // grabbed off [PhyreCoreShaderShared.h] // Description: // Encapsulates the skinning transformation matrices. #if defined(D_PLATFORM_GXM) #define PE_MAX_SKIN_CB_TRANSFORMS 32 float4x4 boneTransforms[PE_MAX_SKIN_CB_TRANSFORMS]; float4x4 GenerateBoneMatrix(int4 SkinIndices,float4 SkinWeights) { return boneTransforms[SkinIndices[0]]*SkinWeights[0] + boneTransforms[SkinIndices[1]]*SkinWeights[1] + boneTransforms[SkinIndices[2]]*SkinWeights[2] + boneTransforms[SkinIndices[3]]*SkinWeights[3]; } #else #define PE_MAX_SKIN_CB_TRANSFORMS 32 struct PSkinTransforms { float4x4 Mtxs[PE_MAX_SKIN_CB_TRANSFORMS]; // The skinning transformation matrices. }; cbuffer BoneTransformConstantBuffer { PSkinTransforms SkinTransforms; } float4x4 GenerateBoneMatrix(uint4 SkinIndices,float4 SkinWeights) { return SkinTransforms.Mtxs[SkinIndices[0]]*SkinWeights[0] + SkinTransforms.Mtxs[SkinIndices[1]]*SkinWeights[1] + SkinTransforms.Mtxs[SkinIndices[2]]*SkinWeights[2] + SkinTransforms.Mtxs[SkinIndices[3]]*SkinWeights[3]; } #endif #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// static const float4x4 SCALE_BIAS = float4x4( float4( 0.5, 0.0, 0.0, 0.5 ), #if defined(D_PLATFORM_D3D11) float4( 0.0, -0.5, 0.0, 0.5 ), #else float4( 0.0, 0.5, 0.0, 0.5 ), #endif float4( 0.0, 0.0, 0.5, 0.5 ), float4( 0.0, 0.0, 0.0, 1.0 ) ); //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_PLATFORM_GXM #define D_INT_MOD(val,mod) (frac((floor((float)val)/mod))*mod) #define D_UINT_MOD(val,mod) (frac((floor((float)val)/mod))*mod) #elif defined(D_PLATFORM_GNM) #define D_INT_MOD(val,mod) ((int)floor(val) % mod) #define D_UINT_MOD(val,mod) ((uint)floor(val) % mod) #else #define D_INT_MOD(val,mod) ((int)floor(val) % mod) #define D_UINT_MOD(val,mod) ((int)floor(val) % mod) #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifdef D_ENABLE_DEBUG_PARAMS float4 debugVars0; float4 debugVars1; float4 debugVars2; float4 debugVars3; float4 debugVars4; float4 debugVars5; float4 debugVars6; float4 debugVars7; #define GETDEBUGVAR(dv) (debugVars##dv!=0) ? (debugVars##dv) : #define GETDEBUGVAR2(dv,scl) (debugVars##dv!=0) ? (scl*debugVars##dv) : #endif #define powsafe(_x,_y) pow(max(_x,0.00000000000001),_y) //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// #endif//MIGRATORY_SH #line 111 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" // Notes: Post process fog. // // Author: John Edwards // Date C: 7-21-2010 // From Phyre. #define ourBlendState NoBlend_BlendState #define ourDepthStencilState NoDepthTest_NoDepthWrite_DepthState #define ourRasterState NoCull_RasterizerState // Fog vars. float4 f_se; float4 f_cc, f_fc; #ifdef CROSSFADE float f_crossfade; float4 f_crossfade_se; float4 f_crossfade_cc, f_crossfade_fc; #endif // For converting from Z buffer value to linear depth. float depthBias; float depthScale; // DoF params. float nearOffset; float nearScale; float farOffset; float farScale; D_DECLARE_TEXTURE2D_4(colorTex); #ifdef MSAA Texture2DMS depthTexMSAA; #else D_DECLARE_TEXTURE2D_4(depthTex); #endif struct v2f { float4 position : POSITION_OUT; float2 uv : TEXCOORD0; float3 projPointer : TEXCOORD1; }; struct f2f { float4 color : FINAL_COLOR; }; //---------------------------------------------- // Helper functions //---------------------------------------------- half4 ComputeFog( float3 camSpace, float4 f_se, half4 f_cc, half4 f_fc ) { float3 pos = eyePositionWS.xyz - camSpace; float rayS = min( eyePositionWS.y, pos.y ); float rayE = max( eyePositionWS.y, pos.y ) + 0.5; // Prevent div by 0. float rayH = rayE - rayS; float fogS = f_se.z; float fogE = f_se.w; float fogH = fogE - fogS; float midS = min( rayS, fogE ); float midE = min( rayE, fogE ); float midA = 0.5 * (midS + midE); float midH = midE - midS; float fogY = ((fogE - midA) * midH) / (fogH * rayH); float fogRatio = saturate( (fogY * length( camSpace ) - f_se.x) / (f_se.y - f_se.x) ); fogRatio *= fogRatio; half3 fogColor = lerp( f_cc.rgb, f_fc.rgb, (half)fogRatio ); half fogAlpha = lerp( f_cc.a, f_fc.a, fogRatio ); return half4( fogColor, fogAlpha * fogRatio ); } float myTexDepth2D( D_DECLARE_TEXTURE2D_4(depthTex), float2 uv ) { #if defined(D_PLATFORM_GCM) float3 depthColor = D_POINT_SAMPLE_TEXTURE( depthTex, uv ).rgb; float3 depthFactor = float3( 65536.0/16777215.0, 256.0/16777215.0, 1.0/16777215.0 ); return dot( round( depthColor * 255.0 ), depthFactor ); #else return D_POINT_SAMPLE_TEXTURE( depthTex, uv ).r; #endif } float ComputeDofIntensity( float z ) { return - saturate( (nearOffset - z) * nearScale ) + saturate( (z - farOffset) * farScale ); } //---------------------------------------------- // Program entry //---------------------------------------------- void main( in v2f IN, out f2f OUT ) { #ifndef NO_ALPHA_PASS float4 colorTap = D_SAMPLE_TEXTURE( colorTex, IN.uv ); #endif #ifdef MSAA uint2 dim; uint sampleCount; depthTexMSAA.GetDimensions(dim.x, dim.y, sampleCount); half4 fog = half4(0, 0, 0, 0); float2 uvCoord = IN.uv * float2(dim); float dofIntensity = 0; for (uint i = 0; i < sampleCount; ++i) { float depthTap = depthTexMSAA.Load(uvCoord, i).r; float zVal = ConvertDepth(depthTap); float3 camSpace = zVal * IN.projPointer; half4 fogSample = ComputeFog( camSpace, f_se, f_cc, f_fc ); #ifdef CROSSFADE half4 fog2 = ComputeFog( camSpace, f_crossfade_se, f_crossfade_cc, f_crossfade_fc ); fogSample = lerp( fogSample, fog2, (half)f_crossfade ); #endif fog += fogSample; dofIntensity += ComputeDofIntensity( zVal ); } fog *= (1.f / float(sampleCount)); dofIntensity *= (1.f / float(sampleCount)); #else float depthTap = myTexDepth2D( depthTex, IN.uv ); #if defined(D_PLATFORM_GCM) float zVal = depthScale / (depthTap - depthBias); #else float zVal = ConvertDepth(depthTap); #endif float3 camSpace = zVal * IN.projPointer; half4 fog = ComputeFog( camSpace, f_se, f_cc, f_fc ); #ifdef CROSSFADE half4 fog2 = ComputeFog( camSpace, f_crossfade_se, f_crossfade_cc, f_crossfade_fc ); fog = lerp( fog, fog2, (half)f_crossfade ); #endif float dofIntensity = ComputeDofIntensity( zVal ); #endif #ifdef NO_ALPHA_PASS OUT.color = fog; #elif defined(ALPHA_PASS_ONLY) OUT.color = float4(0, 0, 0, dofIntensity); #else OUT.color.rgb = lerp( colorTap.rgb, fog.rgb, fog.a ); // Compute DoF intensity. OUT.color.a = dofIntensity; //OUT.color.rgb = OUT.color.a; #endif } // ------------------------------------------------------------------------------------------------------------------------------------------ #undef main #undef IN #undef OUT #undef v2f #undef f2f // ===================================================================================================================[TECHNIQUE CODE END]=== #if !defined(D_PLATFORM_GXM) #ifndef __ORBIS__ technique11 Opaque { pass pass0 { SetVertexShader( CompileShader( vs_5_0, Opaque_vs_main() ) ); SetPixelShader( CompileShader( ps_5_0, Opaque_fs_main() ) ); SetBlendState(ourBlendState, float4( 0.0f, 0.0f, 0.0f, 0.0f ), 0xFFFFFFFF); SetDepthStencilState(ourDepthStencilState,0); SetRasterizerState(ourRasterState); } } #endif #else technique Opaque { pass pass0 { VertexProgram = compile arbvp1 Opaque_vs_main(); FragmentProgram = compile arbfp1 Opaque_fs_main(); } } #endif D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx1CROSSFADEGGGGGGGG?????AA?P05spDXBC-y$Z]8hRDEF<ARD11< ($    PointClampSamplerLinearClampSamplercolorTexdepthTex$Globals4@@@@  D R ` k@s@@y@        0 @&P 5` Dp S]hs}viewfloat4x4projectionviewprojectioneyeDirectionWSfloat4eyePositionWSeyePositionOScameraNearmodelITmodelmodelViewProjcameraNearTimesFarfloatcameraFarMinusNearcameraNearFarprojPlaneUprojPlaneVprojPlaneOriginf_sef_ccf_fcf_crossfadef_crossfade_sef_crossfade_ccf_crossfade_fcdepthBiasdepthScalenearOffsetnearScalefarOffsetfarScaleMicrosoft (R) HLSL Shader Compiler 10.1ISGNhP\\SV_POSITIONTEXCOORDOSGN, SV_TARGETSHEXHPjYF *Z`Z` XpUUXpUUb2bre hECUrFF~` 6rF::ECUFs`6:6::6:8: 6 A:  :6:A6:6:8rF:6rF6& !6F "6F #6A: 3: 4: :@?6" A":6 6:6 A :3: 3::B: 8B*@?6 A: 6*A: 8::8 : FFK 8: 6A: 6A *: 4:@3:@?8::6rFArFF8rFrFF6:A :8:  :8: 6rF6F:6& %6F &6F '6A: 3: 4: :@?6" A":6 6:6 A :3: 3::B: 8B*@?6 A: 6*A: 8::8 : FFK 8 :6"A 6"A"* 4 @3 @?8  6 AV 8VrF6":A":8" ":8 6rF6F6FAFF8F $FF:6:6:A * (8 : (4 @3 @?6 A6" A):8: )4:@3:@?: 6:6rFArFF8rFr FF6 :>STATjSPDBMicrosoft C/C++ MSF 7.00 DSWxS8 <.1b^,LLͨoKWf_Q3NE ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; RenderTargetWriteMask [ 0 ] = 15 ; AlphaToCoverageEnable = false ; } ; DepthStencilState ourDepthStencilState { DepthEnable = true ; DepthFunc = less ; StencilEnable = false ; } ; RasterizerState ourRasterState { CullMode = None ; DepthBias = 0.0f ; ScissorEnable = false ; MultiSampleEnable = false ; DepthClipEnable = false ; AntialiasedLineEnable = false ; } ; #line ZuL1a P+VUq*X A$QvvʳAI#line 1 "D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fx" #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 5 BlendState ourBlendState { BlendEnable [ 0 ] = FALSE ; BlendEnable [ 1 ] = FALSE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = ONE ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; RenderTargetWriteMask [ 0 ] = 15 ; AlphaToCoverageEnable = false ; } ; DepthStencilState ourDepthStencilState { DepthEnable = true ; DepthFunc = less ; StencilEnable = false ; } ; RasterizerState ourRasterState { CullMode = None ; DepthBias = 0.0f ; ScissorEnable = false ; MultiSampleEnable = false ; DepthClipEnable = false ; AntialiasedLineEnable = false ; } ; #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.sh" #line 8 #line 16 #line 20 #line 135 #line 140 #line 147 BlendState NoBlend_BlendState { BlendEnable [ 0 ] = FALSE ; } ; BlendState Alpha_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; BlendState Additive_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = ONE ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; #line 180 BlendState ParticleBlended_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = ONE ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = ONE ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; DepthStencilState NoDepthTest_NoDepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState NoDepthTest_DepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_NoDepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_DepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; RasterizerState NoCull_RasterizerState { CullMode = None ; } ; RasterizerState BackFaceCull_RasterizerState { CullMode = Back ; FrontCounterClockwise = TRUE ; } ; RasterizerState FrontFaceCull_RasterizerState { CullMode = Front ; FrontCounterClockwise = TRUE ; } ; #line 243 #line 246 #line 264 #line 269 sampler PointClampSampler : register ( s8 ) { Filter = Min_Mag_Mip_Point ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearClampSampler : register ( s9 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearWrapTSampler : register ( s10 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Wrap ; AddressW = Clamp ; } ; sampler LinearWrapSampler : register ( s11 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler PointWrapSampler : register ( s12 ) { Filter = Min_Mag_Mip_Point ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler AnisoClampSampler : register ( s13 ) { Filter = ANISOTROPIC ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; MaxAnisotropy = 16 ; } ; sampler LinearWrapAnisoSampler : register ( s14 ) { Filter = ANISOTROPIC ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; sampler PointWrapAnisoSampler : register ( s15 ) { Filter = Min_Mag_Point_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; static const float kSRGB = 2.2f ; #line 358 #line 373 #line 408 #line 427 #line 435 #line 498 #line 506 float4x4 view : view ; float4x4 projection : projection ; float4x4 viewprojection : viewprojection ; float4 eyeDirectionWS : eyeDirectionWS ; float4 eyePositionWS : eyePositionWS ; float4 eyePositionOS : eyePositionOS ; float4 cameraNear : cameraNearFar ; float4x4 modelIT : modelit ; float4x4 model : model ; float4x4 modelViewProj : modelviewproj ; #line 521 float cameraNearTimesFar ; float cameraFarMinusNear ; float4 cameraNearFar ; #line 527 float ConvertDepth ( float depth ) { #line 532 float viewSpaceZ = - ( cameraNearTimesFar / ( depth * cameraFarMinusNear - cameraNearFar . y ) ) ; return viewSpaceZ ; } #line 587 #line 592 static const float4x4 SCALE_BIAS = float4x4 ( float4 ( 0.5 , 0.0 , 0.0 , 0.5 ) , float4 ( 0.0 , - 0.5 , 0.0 , 0.5 ) , #line 598 float4 ( 0.0 , 0.0 , 0.5 , 0.5 ) , float4 ( 0.0 , 0.0 , 0.0 , 1.0 ) ) ; #line 613 #line 635 #line 642 #line 53 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 62 float4 projPlaneU ; float4 projPlaneV ; float4 projPlaneOrigin ; struct p2v { float4 position : POSITION ; float2 uv : TEXCOORD0 ; } ; struct Opaque_vs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; #line 82 void Opaque_vs_main ( in p2v Opaque_vs_IN , out Opaque_vs_v2f Opaque_vs_OUT ) { Opaque_vs_OUT . position = float4 ( Opaque_vs_IN . position . x , - Opaque_vs_IN . position . y , Opaque_vs_IN . position . z , 1 ) ; #line 88 Opaque_vs_OUT . uv = Opaque_vs_IN . uv ; Opaque_vs_OUT . projPointer = projPlaneOrigin . xyz + ( 1 - Opaque_vs_IN . uv . x ) * projPlaneU . xyz + ( Opaque_vs_IN . uv . y ) * projPlaneV . xyz ; #line 94 } #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh" #line 642 #line 110 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 118 #line 123 float4 f_se ; float4 f_cc , f_fc ; float f_crossfade ; float4 f_crossfade_se ; float4 f_crossfade_cc , f_crossfade_fc ; #line 133 float depthBias ; float depthScale ; #line 137 float nearOffset ; float nearScale ; float farOffset ; float farScale ; Texture2D < float4 > colorTex ; #line 148 Texture2D < float4 > depthTex ; #line 155 struct Opaque_fs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; struct Opaque_fs_f2f { float4 color : SV_TARGET0 ; } ; #line 170 float4 ComputeFog ( float3 camSpace , float4 f_se , float4 f_cc , float4 f_fc ) { float3 pos = eyePositionWS . xyz - camSpace ; float rayS = min ( eyePositionWS . y , pos . y ) ; float rayE = max ( eyePositionWS . y , pos . y ) + 0.5 ; float rayH = rayE - rayS ; float fogS = f_se . z ; float fogE = f_se . w ; float fogH = fogE - fogS ; float midS = min ( rayS , fogE ) ; float midE = min ( rayE , fogE ) ; float midA = 0.5 * ( midS + midE ) ; float midH = midE - midS ; float fogY = ( ( fogE - midA ) * midH ) / ( fogH * rayH ) ; float fogRatio = saturate ( ( fogY * length ( camSpace ) - f_se . x ) / ( f_se . y - f_se . x ) ) ; fogRatio *= fogRatio ; float3 fogColor = lerp ( f_cc . rgb , f_fc . rgb , ( float ) fogRatio ) ; float fogAlpha = lerp ( f_cc . a , f_fc . a , fogRatio ) ; return float4 ( fogColor , fogAlpha * fogRatio ) ; } float myTexDepth2D ( Texture2D < float4 > depthTex , float2 uv ) { #line 197 return depthTex . Sample ( PointClampSampler , uv ) . r ; } float ComputeDofIntensity ( float z ) { return - saturate ( ( nearOffset - z ) * nearScale ) + saturate ( ( z - farOffset ) * farScale ) ; } #line 212 void Opaque_fs_main ( in Opaque_fs_v2f Opaque_fs_IN , out Opaque_fs_f2f Opaque_fs_OUT ) { float4 colorTap = colorTex . Sample ( LinearClampSampler , Opaque_fs_IN . uv ) ; #line 246 float depthTap = myTexDepth2D ( depthTex , Opaque_fs_IN . uv ) ; #line 251 float zVal = ConvertDepth ( depthTap ) ; float3 camSpace = zVal * Opaque_fs_IN . projPointer ; float4 fog = ComputeFog ( camSpace , f_se , f_cc , f_fc ) ; float4 fog2 = ComputeFog ( camSpace , f_crossfade_se , f_crossfade_cc , f_crossfade_fc ) ; fog = lerp ( fog , fog2 , ( float ) f_crossfade ) ; float dofIntensity = ComputeDofIntensity ( zVal ) ; #line 277 Opaque_fs_OUT . color . rgb = lerp ( colorTap . rgb , fog . rgb , fog . a ) ; #line 281 Opaque_fs_OUT . color . a = dofIntensity ; } technique11 Opaque { pass pass0 { SetVertexShader ( CompileShader ( vs_5_0 , Opaque_vs_main ( ) ) ) ; SetPixelShader ( CompileShader ( ps_5_0 , Opaque_fs_main ( ) ) ) ; SetBlendState ( NoBlend_BlendState , float4 ( 0.0f , 0.0f , 0.0f , 0.0f ) , 0xFFFFFFFF ) ; SetDepthStencilState ( NoDepthTest_NoDepthWrite_DepthState , 0 ) ; SetRasterizerState ( NoCull_RasterizerState ) ; } } #line 315 (D:\Dev\TGC\Journey\head\Journey\shaderd:\dev\tgc\journey\head\journey\shader#line 1 "D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fx" #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 5 BlendState ourBlendState { BlendEnable [ 0 ] = FALSE ; BlendEnable [ 1 ] = FALSE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = O0()(0:ԥ&()B< G GMicrosoft (R) HLSL Shader Compiler 10.1n=hlslFlags0x4005hlslTargetps_5_0hlslEntryOpaque_fs_mainhlslDefines /DCROSSFADE=1 /DPHYRE_D3DFX=16 Opaque_fs_main2> Opaque_fs_INP P P P  P P P P $P  (6> Opaque_fs_OUTP P P P  .>colorTapP P P .>@depthTapP *>@zValPP .>camSpacePPP*>fogPL PL$PL(P L,PD PD PD P D *>fog2P t0P t4P t8P  t<2>@dofIntensityP  .M`  = @H 7  = ,B> P NFM  f    3 L4 P `  b8  d   B> P .>@depthP4 2>@viewSpaceZP( N.M  1 68 < < 4  &4 ( 8 ?4 g  M >l 6 0l  /h! 48 :  4   $4   &   4  )4 1 ;  = * < #0 G O a4 ! c4  e  8  K  <l 2l  6 B>P (,P P$P(.> camSpacePhPhPh*> f_sePh Ph$Ph(P h,*> f_ccPh0Ph4Ph8P h<*> f_fcPh@PhDPhHP hL*>posP@*>@raySPP*>@rayEP*>@rayHP0T*>@fogSPD, *>@fogEPX ,*>@fogHP *>@midSPlP*>@midEPl*>@midAPX*>@midHP0P*>@fogYPL.>@fogRatioP8.>fogColorPH PH$PH(.>@fogAlphaPD0N.M  1 68 < < 4  &4 ( 8 ?4 g  M >l 6 0l  /D! 48 :  4   $4   &   4  )4 1 ;  = * < #0 G O a4 ! c4  e  8  K  <l 2l  6 B>P Dh,PD| PD|$PD|(P  (<P 0P 4P 8.> camSpacePDlPDPD*> f_sePD0PD4PD8P D<*> f_ccPD@PDDPDHP DL*> f_fcPDPPDTPDXP D\*>posP|@*>@raySP`*>@rayEP*>@rayHP d*>@fogSP ,0*>@fogEP4 <*>@fogHPh0*>@midSPl`*>@midEPl*>@midAPh*>@midHP P*>@fogYP <.>@fogRatioPDP 8.>fogColorPD PD$PD(P$ 0P$ 4P$ 8.>@fogAlphaP DNVM  1 T  !\  /8  1 8    -8  /   8J> P  *>@zP\  N8EF)CJ&E''' H    44TTpp    88PPhh00DDXXpp00HHdd88PPll,,HH``||,,DD\\||    44LLhh  $ $ @ @ \ \ x x             , , H H d d             $ $ < < X X t t             ( ( D D H H \ \ t t             < < \ \ x x           00DDTRT RDBDBDBDBD B,*,*,*,*,*,*,*,*, *97?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=?=? =^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^\^ \7 57 57 57 575757575757575757575757575757 5Q#OQ#OQ#OQ#O.,T (   P Hp$@\|(Hh      18 hhp@float4@float2@ float3> position uv projPointer"$Opaque_fs_v2f color"Opaque_fs_f2f   @   @       A colorTex ; #line 148 Texture2D < float4 > depthTex ; #line 155 struct Opaque_fs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; struct Opaque_fs_f2f { float4 color : SV_TARGET0 ; } ; #line 170 float4 ComputeFog ( float3 camSpace , float4 f_se , float4 f_cc , float4 f_fc ) { float3 pos = eyePositionWS . xyz - camSpace ; float rayS = min ( eyePositionWS . y , pos . y ) ; float rayE = max ( eyePositionWS . y , pos . y ) + 0.5 ; float rayH = rayE - rayS ; float fogS = f_se . z ; float fogE = f_se . w ; float fogH = fogE - fogS ; float midS = min ( rayS , fogE ) ; float midE = min ( rayE , fogE ) ; float midA = 0.5 * ( midS + midE ) ; float midH = midE - midS ; float fogY = ( ( fogE - midA ) * midH ) / ( fogH * rayH ) ; float fogRatio = saturate ( ( fogY * length ( camSpace ) - f_se . x ) / ( f_se . y - f_se . x ) ) ; fogRatio *= fogRatio ; float3 fogColor = lerp ( f_cc . rgb , f_fc . rgb , ( float ) fogRatio ) ; float fogAlpha = lerp ( f_cc . a , f_fc . a , fogRatio ) ; return float4 ( fogColor , fogAlpha * fogRatio ) ; } float myTexDepth2D ( Texture2D < float4 > depthTex , float2 uv ) { #line 197 return depthTex . Sample ( PointClampSampler , uv ) . r ; } float ComputeDofIntensity ( float z ) { return - saturate ( ( nearOffset - z ) * nearScale ) + saturate ( ( z - farOffset ) * farScale ) ; } #line 212 void Opaque_fs_main ( in Opaque_fs_v2f Opaque_fs_IN , out Opaque_fs_f2f Opaque_fs_OUT ) { float4 colorTap = colorTex . Sample ( LinearClampSampler , Opaque_fs_IN . uv ) ; #line 246 float depthTap = myTexDepth2D ( depthTex , Opaque_fs_IN . uv ) ; #line 251 float zVal = ConvertDepth ( depthTap ) ; float3 camSpace = zVal * Opaque_fs_IN . projPointer ; float4 fog = ComputeFog ( camSpace , f_se , f_cc , f_fc ) ; float4 fog2 = ComputeFog ( camSpace , f_crossfade_se , f_crossfade_cc , f_crossfade_fc ) ; fog = lerp ( fog , fog2 , ( float ) f_crossfade ) ; float dofIntensity = ComputeDofIntensity ( zVal ) ; #line 277 Opaque_fs_OUT . color . rgb = lerp ( colorTap . rgb , fog . rgb , fog . a ) ; #line 281 Opaque_fs_OUT . color . a = dofIntensity ; } technique11 Opaque { pass pass0 { SetVertexShader ( CompileShader ( vs_5_0 , Opaque_vs_main ( ) ) ) ; SetPixelShader ( CompileShader ( ps_5_0 , Opaque_fs_main ( ) ) ) ; SetBlendState ( NoBlend_BlendState , float4 ( 0.0f , 0.0f , 0.0f , 0.0f ) , 0xFFFFFFFF ) ; SetDepthStencilState ( NoDepthTest_NoDepthWrite_DepthState , 0 ) ; SetRasterizerState ( NoCull_RasterizerState ) ; } } #line 315 D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.shD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh '(P&)E'' 18p  myTexDepth2DConvertDepthComputeFogComputeDofIntensityD3DSHDRH ` myTexDepth2DConvertDepthComputeFogComputeDofIntensity /T!%AI }i)q]I @@@A@H $0<HT`lx%Opaque_fs_main&QPointClampSampler&Q LinearClampSampler"QeyePositionWS&QcameraNearTimesFar&QcameraFarMinusNear"QcameraNearFarQf_seQ f_ccQ0f_fcQ@f_crossfade"QPf_crossfade_se"Q`f_crossfade_cc"Qpf_crossfade_fcQnear,, /OffsetQnearScaleQfarOffsetQfarScaleQcolorTexQdepthTexJourney/head/Journey/Data/Shaders/Migratory.Sh   Opaque_fs_mainnonew 1 ?\T ,PH `  Opaque_fs_mainnone-.H `H'wD:\Dev\TGC\Journey\head\Journey\shaderD:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.shD:/Dev/TGC/.1b^,LLͨoKWf_T/LinkInfo/names/src/headerblock/src/files/d:\dev\tgc\journey\head\journey\shader" Q3 ,_A(&'p(,Q32POH56789:;<=>?@ABCDEFG  !"#$%&'()*+,-./014IJKMLNR8 @@1@1@1p`P @0@0P `p@@1`@1 @1@@1@1@1p`P @0@0P `p@@1`@1 @184 4P4h444444484 4P4h44 44444@@@@p@`@P @@0@@@0P@ `@p@@@@@@G4G4G4G4G4G4G4hG4PB48B4 1@@1`@1 @AnisoClampSamplerLinearClampSamplerLinearWrapAnisoSamplerLinearWrapSamplerLinearWrapTSamplerPointClampSamplerPointWrapAnisoSamplerPointWrapSamplercameraNearcolorTexdepthBiasdepthScaledepthTexeyePositionOSf_ccf_crossfadef_crossfade_ccf_crossfade_fcf_crossfade_sef_fcf_sefarOffsetfarScalemodelmodelITmodelViewProjnearOffsetnearScaleprojPlaneOriginprojPlaneUprojPlaneV 05sv05spOpaque_fs_mainOpaque_vs_main8j }RPOSITIONTEXCOORD405svDXBC.LlJ 48D , RDEFh<ARD11< ($ \$Globals\@<@@G@Vllll@@@@#l1l<lGlWl\ la0lf@rPl`lplviewfloat4x4 projectionviewprojectioneyeDirectionWSfloat4eeyePositionWSeyePositionOScameraNearmodelITmodelmodelViewProjcameraNearTimesFarfloatcameraFarMinusNearcameraNearFarprojPlaneUprojPlaneVprojPlaneOriginf_sef_ccf_fcf_crossfadef_crossfade_sef_crossfade_ccf_crossfade_fcdepthBiasdepthScalenearOffsetnearScalefarOffsetfarScaleMicrosoft (R) HLSL Shader Compiler 10.1ISGNL8APOSITIONTEXCOORDOSGNhP\ \SV_POSITIONTEXCOORDSHEXP`jYF !_r_2g e2 er h6" A+ @6R 62 F+@6" A 8rF rFF 8rVF r FF>STAT SPDBMicrosoft C/C++ MSF 7.00 DSC(?8 <.1b^UzBD;NQ3NE ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; RenderTargetWriteMask [ 0 ] = 15 ; AlphaToCoverageEnable = false ; } ; DepthStencilState ourDepthStencilState { DepthEnable = true ; DepthFunc = less ; StencilEnable = false ; } ; RasterizerState ourRasterState { CullMode = None ; DepthBias = 0.0f ; ScissorEnable = false ; MultiSampleEnable = false ; DepthClipEnable = false ; AntialiasedLineEnable = false ; } ; #line Zu} LP+A$9#line 1 "D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fx" #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 5 BlendState ourBlendState { BlendEnable [ 0 ] = FALSE ; BlendEnable [ 1 ] = FALSE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = ONE ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; RenderTargetWriteMask [ 0 ] = 15 ; AlphaToCoverageEnable = false ; } ; DepthStencilState ourDepthStencilState { DepthEnable = true ; DepthFunc = less ; StencilEnable = false ; } ; RasterizerState ourRasterState { CullMode = None ; DepthBias = 0.0f ; ScissorEnable = false ; MultiSampleEnable = false ; DepthClipEnable = false ; AntialiasedLineEnable = false ; } ; #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.sh" #line 8 #line 16 #line 20 #line 135 #line 140 #line 147 BlendState NoBlend_BlendState { BlendEnable [ 0 ] = FALSE ; } ; BlendState Alpha_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; BlendState Additive_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = ONE ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; #line 180 BlendState ParticleBlended_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = ONE ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = ONE ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; DepthStencilState NoDepthTest_NoDepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState NoDepthTest_DepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_NoDepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_DepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; RasterizerState NoCull_RasterizerState { CullMode = None ; } ; RasterizerState BackFaceCull_RasterizerState { CullMode = Back ; FrontCounterClockwise = TRUE ; } ; RasterizerState FrontFaceCull_RasterizerState { CullMode = Front ; FrontCounterClockwise = TRUE ; } ; #line 243 #line 246 #line 264 #line 269 sampler PointClampSampler : register ( s8 ) { Filter = Min_Mag_Mip_Point ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearClampSampler : register ( s9 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearWrapTSampler : register ( s10 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Wrap ; AddressW = Clamp ; } ; sampler LinearWrapSampler : register ( s11 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler PointWrapSampler : register ( s12 ) { Filter = Min_Mag_Mip_Point ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler AnisoClampSampler : register ( s13 ) { Filter = ANISOTROPIC ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; MaxAnisotropy = 16 ; } ; sampler LinearWrapAnisoSampler : register ( s14 ) { Filter = ANISOTROPIC ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; sampler PointWrapAnisoSampler : register ( s15 ) { Filter = Min_Mag_Point_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; static const float kSRGB = 2.2f ; #line 358 #line 373 #line 408 #line 427 #line 435 #line 498 #line 506 float4x4 view : view ; float4x4 projection : projection ; float4x4 viewprojection : viewprojection ; float4 eyeDirectionWS : eyeDirectionWS ; float4 eyePositionWS : eyePositionWS ; float4 eyePositionOS : eyePositionOS ; float4 cameraNear : cameraNearFar ; float4x4 modelIT : modelit ; float4x4 model : model ; float4x4 modelViewProj : modelviewproj ; #line 521 float cameraNearTimesFar ; float cameraFarMinusNear ; float4 cameraNearFar ; #line 527 float ConvertDepth ( float depth ) { #line 532 float viewSpaceZ = - ( cameraNearTimesFar / ( depth * cameraFarMinusNear - cameraNearFar . y ) ) ; return viewSpaceZ ; } #line 587 #line 592 static const float4x4 SCALE_BIAS = float4x4 ( float4 ( 0.5 , 0.0 , 0.0 , 0.5 ) , float4 ( 0.0 , - 0.5 , 0.0 , 0.5 ) , #line 598 float4 ( 0.0 , 0.0 , 0.5 , 0.5 ) , float4 ( 0.0 , 0.0 , 0.0 , 1.0 ) ) ; #line 613 #line 635 #line 642 #line 53 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 62 float4 projPlaneU ; float4 projPlaneV ; float4 projPlaneOrigin ; struct p2v { float4 position : POSITION ; float2 uv : TEXCOORD0 ; } ; struct Opaque_vs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; #line 82 void Opaque_vs_main ( in p2v Opaque_vs_IN , out Opaque_vs_v2f Opaque_vs_OUT ) { Opaque_vs_OUT . position = float4 ( Opaque_vs_IN . position . x , - Opaque_vs_IN . position . y , Opaque_vs_IN . position . z , 1 ) ; #line 88 Opaque_vs_OUT . uv = Opaque_vs_IN . uv ; Opaque_vs_OUT . projPointer = projPlaneOrigin . xyz + ( 1 - Opaque_vs_IN . uv . x ) * projPlaneU . xyz + ( Opaque_vs_IN . uv . y ) * projPlaneV . xyz ; #line 94 } #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh" #line 642 #line 110 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 118 #line 123 float4 f_se ; float4 f_cc , f_fc ; float f_crossfade ; float4 f_crossfade_se ; float4 f_crossfade_cc , f_crossfade_fc ; #line 133 float depthBias ; float depthScale ; #line 137 float nearOffset ; float nearScale ; float farOffset ; float farScale ; Texture2D < float4 > colorTex ; #line 148 Texture2D < float4 > depthTex ; #line 155 struct Opaque_fs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; struct Opaque_fs_f2f { float4 color : SV_TARGET0 ; } ; #line 170 float4 ComputeFog ( float3 camSpace , float4 f_se , float4 f_cc , float4 f_fc ) { float3 pos = eyePositionWS . xyz - camSpace ; float rayS = min ( eyePositionWS . y , pos . y ) ; float rayE = max ( eyePositionWS . y , pos . y ) + 0.5 ; float rayH = rayE - rayS ; float fogS = f_se . z ; float fogE = f_se . w ; float fogH = fogE - fogS ; float midS = min ( rayS , fogE ) ; float midE = min ( rayE , fogE ) ; float midA = 0.5 * ( midS + midE ) ; float midH = midE - midS ; float fogY = ( ( fogE - midA ) * midH ) / ( fogH * rayH ) ; float fogRatio = saturate ( ( fogY * length ( camSpace ) - f_se . x ) / ( f_se . y - f_se . x ) ) ; fogRatio *= fogRatio ; float3 fogColor = lerp ( f_cc . rgb , f_fc . rgb , ( float ) fogRatio ) ; float fogAlpha = lerp ( f_cc . a , f_fc . a , fogRatio ) ; return float4 ( fogColor , fogAlpha * fogRatio ) ; } float myTexDepth2D ( Texture2D < float4 > depthTex , float2 uv ) { #line 197 return depthTex . Sample ( PointClampSampler , uv ) . r ; } float ComputeDofIntensity ( float z ) { return - saturate ( ( nearOffset - z ) * nearScale ) + saturate ( ( z - farOffset ) * farScale ) ; } #line 212 void Opaque_fs_main ( in Opaque_fs_v2f Opaque_fs_IN , out Opaque_fs_f2f Opaque_fs_OUT ) { float4 colorTap = colorTex . Sample ( LinearClampSampler , Opaque_fs_IN . uv ) ; #line 246 float depthTap = myTexDepth2D ( depthTex , Opaque_fs_IN . uv ) ; #line 251 float zVal = ConvertDepth ( depthTap ) ; float3 camSpace = zVal * Opaque_fs_IN . projPointer ; float4 fog = ComputeFog ( camSpace , f_se , f_cc , f_fc ) ; float4 fog2 = ComputeFog ( camSpace , f_crossfade_se , f_crossfade_cc , f_crossfade_fc ) ; fog = lerp ( fog , fog2 , ( float ) f_crossfade ) ; float dofIntensity = ComputeDofIntensity ( zVal ) ; #line 277 Opaque_fs_OUT . color . rgb = lerp ( colorTap . rgb , fog . rgb , fog . a ) ; #line 281 Opaque_fs_OUT . color . a = dofIntensity ; } technique11 Opaque { pass pass0 { SetVertexShader ( CompileShader ( vs_5_0 , Opaque_vs_main ( ) ) ) ; SetPixelShader ( CompileShader ( ps_5_0 , Opaque_fs_main ( ) ) ) ; SetBlendState ( NoBlend_BlendState , float4 ( 0.0f , 0.0f , 0.0f , 0.0f ) , 0xFFFFFFFF ) ; SetDepthStencilState ( NoDepthTest_NoDepthWrite_DepthState , 0 ) ; SetRasterizerState ( NoCull_RasterizerState ) ; } } #line 315 (D:\Dev\TGC\Journey\head\Journey\shaderd:\dev\tgc\journey\head\journey\shader#line 1 "D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fx" #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 5 BlendState ourBlendState { BlendEnable [ 0 ] = FALSE ; BlendEnable [ 1 ] = FALSE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = O0\v)(0:ԥ&()B< G GMicrosoft (R) HLSL Shader Compiler 10.1n=hlslFlags0x4005hlslTargetvs_5_0hlslEntryOpaque_vs_mainhlslDefines /DCROSSFADE=1 /DPHYRE_D3DFX=16 dOpaque_vs_main2> Opaque_vs_INPdPdPdP d PdPd6> Opaque_vs_OUTPd Pd$P d(PdPdPdPdPdP d 8EF)CJ&E'''8 ,dUdU|U|UUUYY[[[[[[[[ [ [@[@[`[`[|_|_Gc ,*=U=U=U;j#jn# @` 18 4 008@float4@float2& position uvp2v@ float3> position uv projPointer"$Opaque_vs_v2f     18 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.sh" #line 8 #line 16 #line 20 #line 135 #line 140 #line 147 BlendState NoBlend_BlendState { BlendEnable [ 0 ] = FALSE ; } ; BlendState Alpha_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; BlendState Additive_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = Src_Alpha ; DestBlend [ 0 ] = ONE ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = Src_Alpha ; DestBlendAlpha [ 0 ] = ONE ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; #line 180 BlendState ParticleBlended_BlendState { BlendEnable [ 0 ] = TRUE ; SrcBlend [ 0 ] = ONE ; DestBlend [ 0 ] = Inv_Src_Alpha ; BlendOp [ 0 ] = ADD ; SrcBlendAlpha [ 0 ] = ONE ; DestBlendAlpha [ 0 ] = Inv_Src_Alpha ; BlendOpAlpha [ 0 ] = ADD ; BlendEnable [ 1 ] = FALSE ; } ; DepthStencilState NoDepthTest_NoDepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState NoDepthTest_DepthWrite_DepthState { DepthEnable = FALSE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_NoDepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = Zero ; DepthFunc = Less ; StencilEnable = FALSE ; } ; DepthStencilState DepthTest_DepthWrite_DepthState { DepthEnable = TRUE ; DepthWriteMask = All ; DepthFunc = Less ; StencilEnable = FALSE ; } ; RasterizerState NoCull_RasterizerState { CullMode = None ; } ; RasterizerState BackFaceCull_RasterizerState { CullMode = Back ; FrontCounterClockwise = TRUE ; } ; RasterizerState FrontFaceCull_RasterizerState { CullMode = Front ; FrontCounterClockwise = TRUE ; } ; #line 243 #line 246 #line 264 #line 269 sampler PointClampSampler : register ( s8 ) { Filter = Min_Mag_Mip_Point ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearClampSampler : register ( s9 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; } ; sampler LinearWrapTSampler : register ( s10 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Clamp ; AddressV = Wrap ; AddressW = Clamp ; } ; sampler LinearWrapSampler : register ( s11 ) { Filter = Min_Mag_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler PointWrapSampler : register ( s12 ) { Filter = Min_Mag_Mip_Point ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; } ; sampler AnisoClampSampler : register ( s13 ) { Filter = ANISOTROPIC ; AddressU = Clamp ; AddressV = Clamp ; AddressW = Clamp ; MaxAnisotropy = 16 ; } ; sampler LinearWrapAnisoSampler : register ( s14 ) { Filter = ANISOTROPIC ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; sampler PointWrapAnisoSampler : register ( s15 ) { Filter = Min_Mag_Point_Mip_Linear ; AddressU = Wrap ; AddressV = Wrap ; AddressW = Wrap ; MaxAnisotropy = 16 ; } ; static const float kSRGB = 2.2f ; #line 358 #line 373 #line 408 #line 427 #line 435 #line 498 #line 506 float4x4 view : view ; float4x4 projection : projection ; float4x4 viewprojection : viewprojection ; float4 eyeDirectionWS : eyeDirectionWS ; float4 eyePositionWS : eyePositionWS ; float4 eyePositionOS : eyePositionOS ; float4 cameraNear : cameraNearFar ; float4x4 modelIT : modelit ; float4x4 model : model ; float4x4 modelViewProj : modelviewproj ; #line 521 float cameraNearTimesFar ; float cameraFarMinusNear ; float4 cameraNearFar ; #line 527 float ConvertDepth ( float depth ) { #line 532 float viewSpaceZ = - ( cameraNearTimesFar / ( depth * cameraFarMinusNear - cameraNearFar . y ) ) ; return viewSpaceZ ; } #line 587 #line 592 static const float4x4 SCALE_BIAS = float4x4 ( float4 ( 0.5 , 0.0 , 0.0 , 0.5 ) , float4 ( 0.0 , - 0.5 , 0.0 , 0.5 ) , #line 598 float4 ( 0.0 , 0.0 , 0.5 , 0.5 ) , float4 ( 0.0 , 0.0 , 0.0 , 1.0 ) ) ; #line 613 #line 635 #line 642 #line 53 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 62 float4 projPlaneU ; float4 projPlaneV ; float4 projPlaneOrigin ; struct p2v { float4 position : POSITION ; float2 uv : TEXCOORD0 ; } ; struct Opaque_vs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; #line 82 void Opaque_vs_main ( in p2v Opaque_vs_IN , out Opaque_vs_v2f Opaque_vs_OUT ) { Opaque_vs_OUT . position = float4 ( Opaque_vs_IN . position . x , - Opaque_vs_IN . position . y , Opaque_vs_IN . position . z , 1 ) ; #line 88 Opaque_vs_OUT . uv = Opaque_vs_IN . uv ; Opaque_vs_OUT . projPointer = projPlaneOrigin . xyz + ( 1 - Opaque_vs_IN . uv . x ) * projPlaneU . xyz + ( Opaque_vs_IN . uv . y ) * projPlaneV . xyz ; #line 94 } #line 0 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh" #line 642 #line 110 "D:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fx" #line 118 #line 123 float4 f_se ; float4 f_cc , f_fc ; float f_crossfade ; float4 f_crossfade_se ; float4 f_crossfade_cc , f_crossfade_fc ; #line 133 float depthBias ; float depthScale ; #line 137 float nearOffset ; float nearScale ; float farOffset ; float farScale ; Texture2D < float4 > colorTex ; #line 148 Texture2D < float4 > depthTex ; #line 155 struct Opaque_fs_v2f { float4 position : SV_POSITION ; float2 uv : TEXCOORD0 ; float3 projPointer : TEXCOORD1 ; } ; struct Opaque_fs_f2f { float4 color : SV_TARGET0 ; } ; #line 170 float4 ComputeFog ( float3 camSpace , float4 f_se , float4 f_cc , float4 f_fc ) { float3 pos = eyePositionWS . xyz - camSpace ; float rayS = min ( eyePositionWS . y , pos . y ) ; float rayE = max ( eyePositionWS . y , pos . y ) + 0.5 ; float rayH = rayE - rayS ; float fogS = f_se . z ; float fogE = f_se . w ; float fogH = fogE - fogS ; float midS = min ( rayS , fogE ) ; float midE = min ( rayE , fogE ) ; float midA = 0.5 * ( midS + midE ) ; float midH = midE - midS ; float fogY = ( ( fogE - midA ) * midH ) / ( fogH * rayH ) ; float fogRatio = saturate ( ( fogY * length ( camSpace ) - f_se . x ) / ( f_se . y - f_se . x ) ) ; fogRatio *= fogRatio ; float3 fogColor = lerp ( f_cc . rgb , f_fc . rgb , ( float ) fogRatio ) ; float fogAlpha = lerp ( f_cc . a , f_fc . a , fogRatio ) ; return float4 ( fogColor , fogAlpha * fogRatio ) ; } float myTexDepth2D ( Texture2D < float4 > depthTex , float2 uv ) { #line 197 return depthTex . Sample ( PointClampSampler , uv ) . r ; } float ComputeDofIntensity ( float z ) { return - saturate ( ( nearOffset - z ) * nearScale ) + saturate ( ( z - farOffset ) * farScale ) ; } #line 212 void Opaque_fs_main ( in Opaque_fs_v2f Opaque_fs_IN , out Opaque_fs_f2f Opaque_fs_OUT ) { float4 colorTap = colorTex . Sample ( LinearClampSampler , Opaque_fs_IN . uv ) ; #line 246 float depthTap = myTexDepth2D ( depthTex , Opaque_fs_IN . uv ) ; #line 251 float zVal = ConvertDepth ( depthTap ) ; float3 camSpace = zVal * Opaque_fs_IN . projPointer ; float4 fog = ComputeFog ( camSpace , f_se , f_cc , f_fc ) ; float4 fog2 = ComputeFog ( camSpace , f_crossfade_se , f_crossfade_cc , f_crossfade_fc ) ; fog = lerp ( fog , fog2 , ( float ) f_crossfade ) ; float dofIntensity = ComputeDofIntensity ( zVal ) ; #line 277 Opaque_fs_OUT . color . rgb = lerp ( colorTap . rgb , fog . rgb , fog . a ) ; #line 281 Opaque_fs_OUT . color . a = dofIntensity ; } technique11 Opaque { pass pass0 { SetVertexShader ( CompileShader ( vs_5_0 , Opaque_vs_main ( ) ) ) ; SetPixelShader ( CompileShader ( ps_5_0 , Opaque_fs_main ( ) ) ) ; SetBlendState ( NoBlend_BlendState , float4 ( 0.0f , 0.0f , 0.0f , 0.0f ) , 0xFFFFFFFF ) ; SetDepthStencilState ( NoDepthTest_NoDepthWrite_DepthState , 0 ) ; SetRasterizerState ( NoCull_RasterizerState ) ; } } #line 315 D:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.shD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.Sh '(P&)E''D3DSHDR ` / A!a $%Opaque_vs_mainQ projPlaneUQ projPlaneV"Q projPlaneOrigin /Journey/head/Journey/Data/Shaders/Migratory.Sh  Opaque_vs_mainnonew 1 ?\T ,P ` Opaque_vs_mainnone-.  `'wD:\Dev\TGC\Journey\head\Journey\shaderD:\\Dev\\TGC\\Journey\\head\\Journey\\Data\\Shaders\\S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/S_Fog_vs__Fog_fs__22512.fxD:/Dev/TGC/Journey/head/Journey/Data/Shaders/Migratory.shD:/Dev/TGC/.1b^UzBD;NT/LinkInfo/names/src/headerblock/src/files/d:\dev\tgc\journey\head\journey\shader" Q3 l_8A(&h8(D,=!<;"#$%&'()*+,-./012345  678:9>POSITIONTEXCOORDPEffectVariantPMaterialOpaqueVertexST   'p`P@0 5555555h5P686 1XhX1PXZP!PAP P XXXP1 XXXXXXXXHP! 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