Skip to content

Instantly share code, notes, and snippets.

@Zorro666

Zorro666/Pixel-Shader-DXIL.txt Secret

Last active May 29, 2024 11:46
Show Gist options
  • Save Zorro666/ea02690a1320e4d47084ca008dc4668d to your computer and use it in GitHub Desktop.
Save Zorro666/ea02690a1320e4d47084ca008dc4668d to your computer and use it in GitHub Desktop.
Download ZIP
Raw
Pixel-Shader-DXIL.txt
; shader debug name: 11a262b34df116ff6758bf554518973c.pdb
; shader hash: 11a262b34df116ff6758bf554518973c
; Pixel Shader, compiled under SM6.2
_dx.types.Handle = type { int8* }
_dx.types.ResRet.f32 = type { float, float, float, float, int }
_dx.types.CBufRet.f32 = type { float, float, float, float }
_dx.types.CBufRet.i32 = type { int, int, int, int }
_dx.types.ResRet.i32 = type { int, int, int, int, int }
_"hostlayout.class.StructuredBuffer<LightData>" = type { _hostlayout.struct.LightData }
_hostlayout.struct.LightData = type { float3, float, float3, int, float3, float2, float4[4] }
_"class.Texture2DArray<float>" = type { float, _"class.Texture2DArray<float>::mips_type" }
_"class.Texture2DArray<float>::mips_type" = type { int }
_struct.ByteAddressBuffer = type { int }
_"class.Texture2D<vector<float, 3> >" = type { float3, _"class.Texture2D<vector<float, 3> >::mips_type" }
_"class.Texture2D<vector<float, 3> >::mips_type" = type { int }
_"class.Texture2D<float>" = type { float, _"class.Texture2D<float>::mips_type" }
_"class.Texture2D<float>::mips_type" = type { int }
_PSConstants = type { float3, float3, float3, float4, float4, int4, int4, int }
_struct.SamplerState = type { int }
_struct.SamplerComparisonState = type { int }
Inputs
float4 SV_Position;
float3 WorldPos;
float2 TexCoord0;
float3 TexCoord1;
float3 TexCoord2;
float3 Normal;
float3 Tangent;
float3 Bitangent;
Outputs
float3 SV_Target0;
float3 SV_Target1;
StructuredBuffer<struct.LightData> lightBuffer : register(t14, space0);
Texture2DArray<float> lightShadowArrayTex : register(t15, space0);
ByteAddressBuffer<int> lightGrid : register(t16, space0);
Texture2D<float3> texDiffuse : register(t0, space0);
Texture2D<float3> texSpecular : register(t1, space0);
Texture2D<float3> texNormal : register(t3, space0);
Texture2D<float> texSSAO : register(t12, space0);
Texture2D<float> texShadow : register(t13, space0);
cbuffer PSConstants : register(b0, space0)
{
float3 SunDirection;
float3 SunColor;
float3 AmbientColor;
float4 ShadowTexelSize;
float4 InvTileDim;
int4 TileCount;
int4 FirstLightIndex;
int FrameIndexMod2;
};
SamplerState defaultSampler : register(s10, space0);
SamplerComparisonState shadowSampler : register(s11, space0);
void @main()
{
_dx.types.Handle _texShadow_texture_2d = texShadow; // index = 13
_dx.types.Handle _texSSAO_texture_2d = texSSAO; // index = 12
_dx.types.Handle _texNormal_texture_2d = texNormal; // index = 3
_dx.types.Handle _texSpecular_texture_2d = texSpecular; // index = 1
_dx.types.Handle _texDiffuse_texture_2d = texDiffuse; // index = 0
_dx.types.Handle _lightGrid_texture_rawbuf = lightGrid; // index = 16
_dx.types.Handle _lightShadowArrayTex_texture_2darray = lightShadowArrayTex; // index = 15
_dx.types.Handle _lightBuffer_texture_structbuf = lightBuffer; // index = 14
_dx.types.Handle _shadowSampler_sampler = shadowSampler; // index = 11
_dx.types.Handle _defaultSampler_sampler = defaultSampler; // index = 10
_dx.types.Handle _PSConstants_cbuffer = PSConstants;
float _1 = <IN>.Bitangent.x;
float _2 = <IN>.Bitangent.y;
float _3 = <IN>.Bitangent.z;
float _4 = <IN>.Tangent.x;
float _5 = <IN>.Tangent.y;
float _6 = <IN>.Tangent.z;
float _7 = <IN>.Normal.x;
float _8 = <IN>.Normal.y;
float _9 = <IN>.Normal.z;
float _10 = <IN>.TexCoord2.x;
float _11 = <IN>.TexCoord2.y;
float _12 = <IN>.TexCoord2.z;
float _13 = <IN>.TexCoord1.x;
float _14 = <IN>.TexCoord1.y;
float _15 = <IN>.TexCoord1.z;
float _16 = <IN>.TexCoord0.x;
float _17 = <IN>.TexCoord0.y;
float _18 = <IN>.WorldPos.x;
float _19 = <IN>.WorldPos.y;
float _20 = <IN>.WorldPos.z;
float _21 = <IN>.SV_Position.x;
float _22 = <IN>.SV_Position.y;
int _23 = (int)(_21); // unsigned
int _24 = (int)(_22); // unsigned
_dx.types.ResRet.f32 _25 = texDiffuse.Sample(defaultSampler, _16, _17, Offset = {0, 0});
float _26 = extractvalue _25, 0;
float _27 = extractvalue _25, 1;
float _28 = extractvalue _25, 2;
_dx.types.ResRet.f32 _TextureLoad = texSSAO.Load(_23, _24);
float _29 = extractvalue _TextureLoad, 0;
_dx.types.CBufRet.f32 _30 = {PSConstants.AmbientColor.x, PSConstants.AmbientColor.y, PSConstants.AmbientColor.z, <padding>}; // cbuffer = PSConstants, byte_offset = 32
float _31 = extractvalue _30, 0;
float _32 = extractvalue _30, 1;
float _33 = extractvalue _30, 2;
float _.i0 = _29 * _26;
float _.i1 = _29 * _27;
float _.i2 = _29 * _28;
float _.i099 = _.i0 * _31;
float _.i1100 = _.i1 * _32;
float _.i2101 = _.i2 * _33;
_dx.types.ResRet.f32 _34 = texNormal.Sample(defaultSampler, _16, _17, Offset = {0, 0});
float _35 = extractvalue _34, 0;
float _36 = extractvalue _34, 1;
float _37 = extractvalue _34, 2;
float _.i0102 = _35 * 2.00000;
float _.i1103 = _36 * 2.00000;
float _.i2104 = _37 * 2.00000;
float _.i0105 = _.i0102 + -1.00000;
float _.i1106 = _.i1103 + -1.00000;
float _.i2107 = _.i2104 + -1.00000;
float _38 = dot({_.i0105, _.i1106, _.i2107}, {_.i0105, _.i1106, _.i2107});
float _Rsqrt24 = rsqrt(_38);
float _.i0108 = _.i0105 * _Rsqrt24;
float _.i1109 = _.i1106 * _Rsqrt24;
float _.i2110 = _.i2107 * _Rsqrt24;
float _39 = _Rsqrt24 * _38;
float _DerivCoarseX = ddx_coarse(_39);
float _FAbs23 = abs(_DerivCoarseX);
float _40 = 1.00000 - _FAbs23;
float _DerivCoarseY = ddy_coarse(_39);
float _FAbs = abs(_DerivCoarseY);
float _41 = _40 - _FAbs;
float _Saturate22 = sat(_41);
float _42 = _Saturate22 * 7.00000;
float _Exp = exp(_42);
float _43 = dot({_4, _5, _6}, {_4, _5, _6});
float _Rsqrt15 = rsqrt(_43);
float _44 = dot({_1, _2, _3}, {_1, _2, _3});
float _Rsqrt16 = rsqrt(_44);
float _.i0114 = _Rsqrt16 * _1;
float _.i1115 = _Rsqrt16 * _2;
float _.i2116 = _Rsqrt16 * _3;
float _45 = dot({_7, _8, _9}, {_7, _8, _9});
float _Rsqrt17 = rsqrt(_45);
float _.i0117 = _Rsqrt17 * _7;
float _.i1118 = _Rsqrt17 * _8;
float _.i2119 = _Rsqrt17 * _9;
float _.i0111 = _.i0108 * _4;
float _46 = _.i0111 * _Rsqrt15;
float _FMad58 = mad(_.i1109, _.i0114, _46);
float _FMad57 = mad(_.i2110, _.i0117, _FMad58);
float _.i1112 = _.i0108 * _5;
float _47 = _.i1112 * _Rsqrt15;
float _FMad56 = mad(_.i1109, _.i1115, _47);
float _FMad55 = mad(_.i2110, _.i1118, _FMad56);
float _.i2113 = _.i0108 * _6;
float _48 = _.i2113 * _Rsqrt15;
float _FMad54 = mad(_.i1109, _.i2116, _48);
float _FMad53 = mad(_.i2110, _.i2119, _FMad54);
float _49 = dot({_FMad57, _FMad55, _FMad53}, {_FMad57, _FMad55, _FMad53});
float _Rsqrt18 = rsqrt(_49);
float _.i0120 = _Rsqrt18 * _FMad57;
float _.i1121 = _Rsqrt18 * _FMad55;
float _.i2122 = _Rsqrt18 * _FMad53;
_dx.types.ResRet.f32 _50 = texSpecular.Sample(defaultSampler, _16, _17, Offset = {0, 0});
float _51 = extractvalue _50, 1;
float _52 = dot({_13, _14, _15}, {_13, _14, _15});
float _Rsqrt19 = rsqrt(_52);
float _.i0123 = _Rsqrt19 * _13;
float _.i1124 = _Rsqrt19 * _14;
float _.i2125 = _Rsqrt19 * _15;
_dx.types.CBufRet.f32 _53 = {PSConstants.SunColor.x, PSConstants.SunColor.y, PSConstants.SunColor.z, <padding>}; // cbuffer = PSConstants, byte_offset = 16
float _54 = extractvalue _53, 0;
float _55 = extractvalue _53, 1;
float _56 = extractvalue _53, 2;
_dx.types.CBufRet.f32 _57 = {PSConstants.SunDirection.x, PSConstants.SunDirection.y, PSConstants.SunDirection.z, <padding>}; // cbuffer = PSConstants, byte_offset = 0
float _58 = extractvalue _57, 0;
float _59 = extractvalue _57, 1;
float _60 = extractvalue _57, 2;
_dx.types.CBufRet.f32 _61 = {PSConstants.ShadowTexelSize.x, PSConstants.ShadowTexelSize.y, PSConstants.ShadowTexelSize.z, PSConstants.ShadowTexelSize.w}; // cbuffer = PSConstants, byte_offset = 48
float _62 = extractvalue _61, 0;
float _63 = _62 * 0.250000;
float _64 = _62 * 1.75000;
float _65 = _62 * 1.25000;
float _66 = _62 * 0.750000;
_dx.types.ResRet.f32 _67 = texShadow.SampleCmpLevelZero(shadowSampler, _10, _11, Offset = {0, 0}, /*compareValue*/ _12);
float _68 = extractvalue _67, 0;
float _69 = _68 * 2.00000;
float _.i0126 = _10 - _64;
float _.i1127 = _63 + _11;
_dx.types.ResRet.f32 _70 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0126, _.i1127, Offset = {0, 0}, /*compareValue*/ _12);
float _71 = extractvalue _70, 0;
float _72 = _71 + _69;
float _.i0128 = _10 - _63;
float _.i1129 = _11 - _64;
_dx.types.ResRet.f32 _73 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0128, _.i1129, Offset = {0, 0}, /*compareValue*/ _12);
float _74 = extractvalue _73, 0;
float _75 = _72 + _74;
float _.i0130 = _64 + _10;
float _.i1131 = _11 - _63;
_dx.types.ResRet.f32 _76 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0130, _.i1131, Offset = {0, 0}, /*compareValue*/ _12);
float _77 = extractvalue _76, 0;
float _78 = _75 + _77;
float _.i0132 = _63 + _10;
float _.i1133 = _64 + _11;
_dx.types.ResRet.f32 _79 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0132, _.i1133, Offset = {0, 0}, /*compareValue*/ _12);
float _80 = extractvalue _79, 0;
float _81 = _78 + _80;
float _.i0134 = _10 - _66;
float _.i1135 = _65 + _11;
_dx.types.ResRet.f32 _82 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0134, _.i1135, Offset = {0, 0}, /*compareValue*/ _12);
float _83 = extractvalue _82, 0;
float _84 = _81 + _83;
float _.i0136 = _10 - _65;
float _.i1137 = _11 - _66;
_dx.types.ResRet.f32 _85 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0136, _.i1137, Offset = {0, 0}, /*compareValue*/ _12);
float _86 = extractvalue _85, 0;
float _87 = _84 + _86;
float _.i0138 = _66 + _10;
float _.i1139 = _11 - _65;
_dx.types.ResRet.f32 _88 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0138, _.i1139, Offset = {0, 0}, /*compareValue*/ _12);
float _89 = extractvalue _88, 0;
float _90 = _87 + _89;
float _.i0140 = _65 + _10;
float _.i1141 = _66 + _11;
_dx.types.ResRet.f32 _91 = texShadow.SampleCmpLevelZero(shadowSampler, _.i0140, _.i1141, Offset = {0, 0}, /*compareValue*/ _12);
float _92 = extractvalue _91, 0;
float _93 = _90 + _92;
float _94 = _93 * 0.100000;
float _95 = _94 * _94;
float _.i0142 = _58 - _.i0123;
float _.i1143 = _59 - _.i1124;
float _.i2144 = _60 - _.i2125;
float _96 = dot({_.i0142, _.i1143, _.i2144}, {_.i0142, _.i1143, _.i2144});
float _Rsqrt = rsqrt(_96);
float _.i0145 = _Rsqrt * _.i0142;
float _.i1146 = _Rsqrt * _.i1143;
float _.i2147 = _Rsqrt * _.i2144;
float _97 = dot({_.i0145, _.i1146, _.i2147}, {_.i0120, _.i1121, _.i2122});
float _Saturate21 = sat(_97);
float _98 = dot({_58, _59, _60}, {_.i0145, _.i1146, _.i2147});
float _Saturate20 = sat(_98);
float _99 = 1.00000 - _Saturate20;
float _Log61 = log(_99);
float _100 = _Log61 * 5.00000;
float _Exp62 = exp(_100);
float _.i0148 = 1.00000 - _26;
float _.i1149 = 1.00000 - _27;
float _.i2150 = 1.00000 - _28;
float _.i0151 = _Exp62 * _.i0148;
float _.i1152 = _Exp62 * _.i1149;
float _.i2153 = _Exp62 * _.i2150;
float _.i0154 = _.i0151 + _26;
float _.i1155 = _.i1152 + _27;
float _.i2156 = _.i2153 + _28;
float _.i0157 = _Exp62 * 0.560000;
float _.i0160406 = 0.560000 - _.i0157;
float _Log59 = log(_Saturate21);
float _101 = _Log59 * _Exp;
float _Exp60 = exp(_101);
float _102 = _Exp + 2.00000;
float _103 = _102 * 0.125000;
float _104 = _103 * _51;
float _105 = _104 * _Exp60;
float _106 = dot({_.i0120, _.i1121, _.i2122}, {_58, _59, _60});
float _Saturate = sat(_106);
float _.i0166 = _105 * _.i0160406;
float _.i0169 = _.i0154 + _.i0166;
float _.i1170 = _.i1155 + _.i0166;
float _.i2171 = _.i2156 + _.i0166;
float _.i0163 = _95 * _54;
float _.i0172 = _.i0163 * _Saturate;
float _.i0175 = _.i0172 * _.i0169;
float _.i1164 = _95 * _55;
float _.i1173 = _.i1164 * _Saturate;
float _.i1176 = _.i1173 * _.i1170;
float _.i2165 = _95 * _56;
float _.i2174 = _.i2165 * _Saturate;
float _.i2177 = _.i2174 * _.i2171;
float _.i0178 = _.i0175 + _.i099;
float _.i1179 = _.i1176 + _.i1100;
float _.i2180 = _.i2177 + _.i2101;
_dx.types.CBufRet.f32 _107 = {PSConstants.InvTileDim.x, PSConstants.InvTileDim.y, PSConstants.InvTileDim.z, PSConstants.InvTileDim.w}; // cbuffer = PSConstants, byte_offset = 64
float _108 = extractvalue _107, 0;
float _109 = extractvalue _107, 1;
float _.i0181 = (float)(_23); // unsigned
float _.i1182 = (float)(_24); // unsigned
float _.i0183 = _108 * _.i0181;
float _.i1184 = _109 * _.i1182;
int _.i0185 = (int)(_.i0183); // unsigned
int _.i1186 = (int)(_.i1184); // unsigned
_dx.types.CBufRet.i32 _110 = {PSConstants.TileCount.x, PSConstants.TileCount.y, PSConstants.TileCount.z, PSConstants.TileCount.w}; // cbuffer = PSConstants, byte_offset = 80
int _111 = extractvalue _110, 0;
int _112 = _.i1186 * _111;
int _113 = _112 + _.i0185;
int _114 = _113 * 516;
_dx.types.ResRet.i32 _RawBufferLoad79 = lightGrid[_114];
int _115 = extractvalue _RawBufferLoad79, 0;
int _116 = _115 & 255;
int _117 = _115 >> 8; // logical
int _118 = _117 & 255;
int _119 = _115 >> 16; // logical
int _120 = _119 & 255;
int _121 = _114 + 4;
bool _122 = (_116 == 0);
if (_122) goto _label_._crit_edge.114; else goto _label_.lr.ph10.preheader1;
_label_.lr.ph10.preheader1:
int _123 = _115 & 255;
int _124 = _123 << 2;
int _125 = _114 + _124;
goto _label_.lr.ph102;
_label_.lr.ph102: // preceeded by _label_.lr.ph102, _label_.lr.ph10.preheader1
int _tileLightLoadOffset.i.0 = phi int [ _147, _label_.lr.ph102 ], [ _121, _label_.lr.ph10.preheader1 ];
int _n.i.0 = phi int [ _146, _label_.lr.ph102 ], [ 0, _label_.lr.ph10.preheader1 ];
float _colorSum.0.i0 = phi float [ _.i0187, _label_.lr.ph102 ], [ _.i0178, _label_.lr.ph10.preheader1 ];
float _colorSum.0.i1 = phi float [ _.i1188, _label_.lr.ph102 ], [ _.i1179, _label_.lr.ph10.preheader1 ];
float _colorSum.0.i2 = phi float [ _.i2189, _label_.lr.ph102 ], [ _.i2180, _label_.lr.ph10.preheader1 ];
_dx.types.ResRet.i32 _RawBufferLoad = lightGrid[_tileLightLoadOffset.i.0];
int _126 = extractvalue _RawBufferLoad, 0;
_dx.types.ResRet.f32 _RawBufferLoad82 = lightBuffer[_126];
float _127 = extractvalue _RawBufferLoad82, 0;
float _128 = extractvalue _RawBufferLoad82, 1;
float _129 = extractvalue _RawBufferLoad82, 2;
_dx.types.ResRet.f32 _RawBufferLoad81 = *(&lightBuffer[_126] + 12 bytes);
float _130 = extractvalue _RawBufferLoad81, 0;
_dx.types.ResRet.f32 _RawBufferLoad80 = *(&lightBuffer[_126] + 16 bytes);
float _131 = extractvalue _RawBufferLoad80, 0;
float _132 = extractvalue _RawBufferLoad80, 1;
float _133 = extractvalue _RawBufferLoad80, 2;
float _.i0190 = _127 - _18;
float _.i1191 = _128 - _19;
float _.i2192 = _129 - _20;
float _134 = dot({_.i0190, _.i1191, _.i2192}, {_.i0190, _.i1191, _.i2192});
float _Rsqrt29 = rsqrt(_134);
float _.i0193 = _Rsqrt29 * _.i0190;
float _.i1194 = _Rsqrt29 * _.i1191;
float _.i2195 = _Rsqrt29 * _.i2192;
float _135 = _Rsqrt29 * _Rsqrt29;
float _136 = _135 * _130;
float _Rsqrt28 = rsqrt(_136);
float _137 = _136 - _Rsqrt28;
float _FMax = max(0.000000, _137);
float _.i0196 = _.i0193 - _.i0123;
float _.i1197 = _.i1194 - _.i1124;
float _.i2198 = _.i2195 - _.i2125;
float _138 = dot({_.i0196, _.i1197, _.i2198}, {_.i0196, _.i1197, _.i2198});
float _Rsqrt12 = rsqrt(_138);
float _.i0199 = _Rsqrt12 * _.i0196;
float _.i1200 = _Rsqrt12 * _.i1197;
float _.i2201 = _Rsqrt12 * _.i2198;
float _139 = dot({_.i0199, _.i1200, _.i2201}, {_.i0120, _.i1121, _.i2122});
float _Saturate27 = sat(_139);
float _140 = dot({_.i0193, _.i1194, _.i2195}, {_.i0199, _.i1200, _.i2201});
float _Saturate26 = sat(_140);
float _141 = 1.00000 - _Saturate26;
float _Log65 = log(_141);
float _142 = _Log65 * 5.00000;
float _Exp66 = exp(_142);
float _.i0205 = _Exp66 * _.i0148;
float _.i1206 = _Exp66 * _.i1149;
float _.i2207 = _Exp66 * _.i2150;
float _.i0208 = _.i0205 + _26;
float _.i1209 = _.i1206 + _27;
float _.i2210 = _.i2207 + _28;
float _.i0211 = _Exp66 * 0.560000;
float _.i0214409 = 0.560000 - _.i0211;
float _Log63 = log(_Saturate27);
float _143 = _Log63 * _Exp;
float _Exp64 = exp(_143);
float _144 = _104 * _Exp64;
float _145 = dot({_.i0120, _.i1121, _.i2122}, {_.i0193, _.i1194, _.i2195});
float _Saturate25 = sat(_145);
float _.i0220 = _144 * _.i0214409;
float _.i0223 = _.i0208 + _.i0220;
float _.i1224 = _.i1209 + _.i0220;
float _.i2225 = _.i2210 + _.i0220;
float _.i0217 = _FMax * _131;
float _.i0226 = _.i0217 * _Saturate25;
float _.i0229 = _.i0226 * _.i0223;
float _.i1218 = _FMax * _132;
float _.i1227 = _.i1218 * _Saturate25;
float _.i1230 = _.i1227 * _.i1224;
float _.i2219 = _FMax * _133;
float _.i2228 = _.i2219 * _Saturate25;
float _.i2231 = _.i2228 * _.i2225;
float _.i0187 = _.i0229 + _colorSum.0.i0;
float _.i1188 = _.i1230 + _colorSum.0.i1;
float _.i2189 = _.i2231 + _colorSum.0.i2;
int _146 = _n.i.0 + 1;
int _147 = _tileLightLoadOffset.i.0 + 4;
bool _exitcond421 = (_146 == _123);
if (_exitcond421) goto _label_._crit_edge.11.loopexit3; else goto _label_.lr.ph102;
_label_._crit_edge.11.loopexit3: // preceeded by _label_.lr.ph102
int _148 = _125 + 4;
goto _label_._crit_edge.114;
_label_._crit_edge.114: // preceeded by _label_._crit_edge.11.loopexit3
int _tileLightLoadOffset.i.1 = phi int [ _121, _label0 ], [ _148, _label_._crit_edge.11.loopexit3 ];
float _colorSum.1.i0 = phi float [ _.i0178, _label0 ], [ _.i0187, _label_._crit_edge.11.loopexit3 ];
float _colorSum.1.i1 = phi float [ _.i1179, _label0 ], [ _.i1188, _label_._crit_edge.11.loopexit3 ];
float _colorSum.1.i2 = phi float [ _.i2180, _label0 ], [ _.i2189, _label_._crit_edge.11.loopexit3 ];
bool _149 = (_118 == 0);
if (_149) goto _label_._crit_edge8; else goto _label_.lr.ph8.preheader5;
_label_.lr.ph8.preheader5: // preceeded by _label_._crit_edge.114
int _150 = _117 & 255;
int _151 = _150 << 2;
goto _label_.lr.ph86;
_label_.lr.ph86: // preceeded by _label_.lr.ph86, _label_.lr.ph8.preheader5
int _tileLightLoadOffset.i.2 = phi int [ _182, _label_.lr.ph86 ], [ _tileLightLoadOffset.i.1, _label_.lr.ph8.preheader5 ];
int _n.i.1 = phi int [ _181, _label_.lr.ph86 ], [ 0, _label_.lr.ph8.preheader5 ];
float _colorSum.2.i0 = phi float [ _.i0235, _label_.lr.ph86 ], [ _colorSum.1.i0, _label_.lr.ph8.preheader5 ];
float _colorSum.2.i1 = phi float [ _.i1236, _label_.lr.ph86 ], [ _colorSum.1.i1, _label_.lr.ph8.preheader5 ];
float _colorSum.2.i2 = phi float [ _.i2237, _label_.lr.ph86 ], [ _colorSum.1.i2, _label_.lr.ph8.preheader5 ];
_dx.types.ResRet.i32 _RawBufferLoad77 = lightGrid[_tileLightLoadOffset.i.2];
int _152 = extractvalue _RawBufferLoad77, 0;
_dx.types.ResRet.f32 _RawBufferLoad87 = lightBuffer[_152];
float _153 = extractvalue _RawBufferLoad87, 0;
float _154 = extractvalue _RawBufferLoad87, 1;
float _155 = extractvalue _RawBufferLoad87, 2;
_dx.types.ResRet.f32 _RawBufferLoad86 = *(&lightBuffer[_152] + 12 bytes);
float _156 = extractvalue _RawBufferLoad86, 0;
_dx.types.ResRet.f32 _RawBufferLoad85 = *(&lightBuffer[_152] + 16 bytes);
float _157 = extractvalue _RawBufferLoad85, 0;
float _158 = extractvalue _RawBufferLoad85, 1;
float _159 = extractvalue _RawBufferLoad85, 2;
_dx.types.ResRet.f32 _RawBufferLoad84 = *(&lightBuffer[_152] + 32 bytes);
float _160 = extractvalue _RawBufferLoad84, 0;
float _161 = extractvalue _RawBufferLoad84, 1;
float _162 = extractvalue _RawBufferLoad84, 2;
_dx.types.ResRet.f32 _RawBufferLoad83 = *(&lightBuffer[_152] + 44 bytes);
float _163 = extractvalue _RawBufferLoad83, 0;
float _164 = extractvalue _RawBufferLoad83, 1;
float _.i0238 = _153 - _18;
float _.i1239 = _154 - _19;
float _.i2240 = _155 - _20;
float _165 = dot({_.i0238, _.i1239, _.i2240}, {_.i0238, _.i1239, _.i2240});
float _Rsqrt35 = rsqrt(_165);
float _.i0241 = _Rsqrt35 * _.i0238;
float _.i1242 = _Rsqrt35 * _.i1239;
float _.i2243 = _Rsqrt35 * _.i2240;
float _166 = _Rsqrt35 * _Rsqrt35;
float _167 = _166 * _156;
float _Rsqrt34 = rsqrt(_167);
float _168 = _167 - _Rsqrt34;
float _FMax71 = max(0.000000, _168);
float _.i0244 = -0.000000 - _.i0241;
float _.i1245 = -0.000000 - _.i1242;
float _.i2246 = -0.000000 - _.i2243;
float _169 = dot({_.i0244, _.i1245, _.i2246}, {_160, _161, _162});
float _170 = _169 - _164;
float _171 = _170 * _163;
float _Saturate33 = sat(_171);
float _172 = _Saturate33 * _FMax71;
float _.i0247 = _.i0241 - _.i0123;
float _.i1248 = _.i1242 - _.i1124;
float _.i2249 = _.i2243 - _.i2125;
float _173 = dot({_.i0247, _.i1248, _.i2249}, {_.i0247, _.i1248, _.i2249});
float _Rsqrt13 = rsqrt(_173);
float _.i0250 = _Rsqrt13 * _.i0247;
float _.i1251 = _Rsqrt13 * _.i1248;
float _.i2252 = _Rsqrt13 * _.i2249;
float _174 = dot({_.i0250, _.i1251, _.i2252}, {_.i0120, _.i1121, _.i2122});
float _Saturate32 = sat(_174);
float _175 = dot({_.i0241, _.i1242, _.i2243}, {_.i0250, _.i1251, _.i2252});
float _Saturate31 = sat(_175);
float _176 = 1.00000 - _Saturate31;
float _Log69 = log(_176);
float _177 = _Log69 * 5.00000;
float _Exp70 = exp(_177);
float _.i0256 = _Exp70 * _.i0148;
float _.i1257 = _Exp70 * _.i1149;
float _.i2258 = _Exp70 * _.i2150;
float _.i0259 = _.i0256 + _26;
float _.i1260 = _.i1257 + _27;
float _.i2261 = _.i2258 + _28;
float _.i0262 = _Exp70 * 0.560000;
float _.i0265412 = 0.560000 - _.i0262;
float _Log67 = log(_Saturate32);
float _178 = _Log67 * _Exp;
float _Exp68 = exp(_178);
float _179 = _104 * _Exp68;
float _180 = dot({_.i0120, _.i1121, _.i2122}, {_.i0241, _.i1242, _.i2243});
float _Saturate30 = sat(_180);
float _.i0271 = _179 * _.i0265412;
float _.i0274 = _.i0259 + _.i0271;
float _.i1275 = _.i1260 + _.i0271;
float _.i2276 = _.i2261 + _.i0271;
float _.i0268 = _172 * _157;
float _.i0277 = _.i0268 * _Saturate30;
float _.i0280 = _.i0277 * _.i0274;
float _.i1269 = _172 * _158;
float _.i1278 = _.i1269 * _Saturate30;
float _.i1281 = _.i1278 * _.i1275;
float _.i2270 = _172 * _159;
float _.i2279 = _.i2270 * _Saturate30;
float _.i2282 = _.i2279 * _.i2276;
float _.i0235 = _.i0280 + _colorSum.2.i0;
float _.i1236 = _.i1281 + _colorSum.2.i1;
float _.i2237 = _.i2282 + _colorSum.2.i2;
int _181 = _n.i.1 + 1;
int _182 = _tileLightLoadOffset.i.2 + 4;
bool _exitcond420 = (_181 == _150);
if (_exitcond420) goto _label_._crit_edge.loopexit7; else goto _label_.lr.ph86;
_label_._crit_edge.loopexit7: // preceeded by _label_.lr.ph86
int _183 = _tileLightLoadOffset.i.1 + _151;
goto _label_._crit_edge8;
_label_._crit_edge8: // preceeded by _label_._crit_edge.loopexit7, _label_._crit_edge.114
int _tileLightLoadOffset.i.3 = phi int [ _tileLightLoadOffset.i.1, _label_._crit_edge.114 ], [ _183, _label_._crit_edge.loopexit7 ];
float _colorSum.3.i0 = phi float [ _colorSum.1.i0, _label_._crit_edge.114 ], [ _.i0235, _label_._crit_edge.loopexit7 ];
float _colorSum.3.i1 = phi float [ _colorSum.1.i1, _label_._crit_edge.114 ], [ _.i1236, _label_._crit_edge.loopexit7 ];
float _colorSum.3.i2 = phi float [ _colorSum.1.i2, _label_._crit_edge.114 ], [ _.i2237, _label_._crit_edge.loopexit7 ];
bool _184 = (_120 == 0);
if (_184) goto _label_ShadeLights12; else goto _label_.lr.ph.preheader9;
_label_.lr.ph.preheader9: // preceeded by _label_._crit_edge8
int _185 = _119 & 255;
goto _label_.lr.ph10;
_label_.lr.ph10: // preceeded by _label_.lr.ph10, _label_.lr.ph.preheader9
int _tileLightLoadOffset.i.4 = phi int [ _245, _label_.lr.ph10 ], [ _tileLightLoadOffset.i.3, _label_.lr.ph.preheader9 ];
int _n.i.2 = phi int [ _244, _label_.lr.ph10 ], [ 0, _label_.lr.ph.preheader9 ];
float _colorSum.4.i0 = phi float [ _.i0286, _label_.lr.ph10 ], [ _colorSum.3.i0, _label_.lr.ph.preheader9 ];
float _colorSum.4.i1 = phi float [ _.i1287, _label_.lr.ph10 ], [ _colorSum.3.i1, _label_.lr.ph.preheader9 ];
float _colorSum.4.i2 = phi float [ _.i2288, _label_.lr.ph10 ], [ _colorSum.3.i2, _label_.lr.ph.preheader9 ];
_dx.types.ResRet.i32 _RawBufferLoad78 = lightGrid[_tileLightLoadOffset.i.4];
int _186 = extractvalue _RawBufferLoad78, 0;
_dx.types.ResRet.f32 _RawBufferLoad96 = lightBuffer[_186];
float _187 = extractvalue _RawBufferLoad96, 0;
float _188 = extractvalue _RawBufferLoad96, 1;
float _189 = extractvalue _RawBufferLoad96, 2;
_dx.types.ResRet.f32 _RawBufferLoad95 = *(&lightBuffer[_186] + 12 bytes);
float _190 = extractvalue _RawBufferLoad95, 0;
_dx.types.ResRet.f32 _RawBufferLoad94 = *(&lightBuffer[_186] + 16 bytes);
float _191 = extractvalue _RawBufferLoad94, 0;
float _192 = extractvalue _RawBufferLoad94, 1;
float _193 = extractvalue _RawBufferLoad94, 2;
_dx.types.ResRet.f32 _RawBufferLoad93 = *(&lightBuffer[_186] + 32 bytes);
float _194 = extractvalue _RawBufferLoad93, 0;
float _195 = extractvalue _RawBufferLoad93, 1;
float _196 = extractvalue _RawBufferLoad93, 2;
_dx.types.ResRet.f32 _RawBufferLoad92 = *(&lightBuffer[_186] + 44 bytes);
float _197 = extractvalue _RawBufferLoad92, 0;
float _198 = extractvalue _RawBufferLoad92, 1;
_dx.types.ResRet.f32 _RawBufferLoad88 = *(&lightBuffer[_186] + 52 bytes);
float _199 = extractvalue _RawBufferLoad88, 0;
float _200 = extractvalue _RawBufferLoad88, 1;
float _201 = extractvalue _RawBufferLoad88, 2;
float _202 = extractvalue _RawBufferLoad88, 3;
_dx.types.ResRet.f32 _RawBufferLoad89 = *(&lightBuffer[_186] + 68 bytes);
float _203 = extractvalue _RawBufferLoad89, 0;
float _204 = extractvalue _RawBufferLoad89, 1;
float _205 = extractvalue _RawBufferLoad89, 2;
float _206 = extractvalue _RawBufferLoad89, 3;
_dx.types.ResRet.f32 _RawBufferLoad90 = *(&lightBuffer[_186] + 84 bytes);
float _207 = extractvalue _RawBufferLoad90, 0;
float _208 = extractvalue _RawBufferLoad90, 1;
float _209 = extractvalue _RawBufferLoad90, 2;
float _210 = extractvalue _RawBufferLoad90, 3;
_dx.types.ResRet.f32 _RawBufferLoad91 = *(&lightBuffer[_186] + 100 bytes);
float _211 = extractvalue _RawBufferLoad91, 0;
float _212 = extractvalue _RawBufferLoad91, 1;
float _213 = extractvalue _RawBufferLoad91, 2;
float _214 = extractvalue _RawBufferLoad91, 3;
float _215 = _199 * _18;
float _FMad52 = mad(_203, _19, _215);
float _FMad51 = mad(_207, _20, _FMad52);
float _216 = _FMad51 + _211;
float _217 = _200 * _18;
float _FMad49 = mad(_204, _19, _217);
float _FMad48 = mad(_208, _20, _FMad49);
float _218 = _FMad48 + _212;
float _219 = _201 * _18;
float _FMad46 = mad(_205, _19, _219);
float _FMad45 = mad(_209, _20, _FMad46);
float _220 = _FMad45 + _213;
float _221 = _202 * _18;
float _FMad43 = mad(_206, _19, _221);
float _FMad42 = mad(_210, _20, _FMad43);
float _222 = _FMad42 + _214;
float _223 = 1.00000 / _222;
float _.i0289 = _223 * _216;
float _.i1290 = _223 * _218;
float _.i2291 = _223 * _220;
float _224 = (float)(_186); // unsigned
_dx.types.ResRet.f32 _225 = lightShadowArrayTex.SampleCmpLevelZero(shadowSampler, _.i0289, _.i1290, _224, Offset = {0, 0}, /*compareValue*/ _.i2291);
float _226 = extractvalue _225, 0;
float _227 = _226 * _226;
float _.i0292 = _187 - _18;
float _.i1293 = _188 - _19;
float _.i2294 = _189 - _20;
float _228 = dot({_.i0292, _.i1293, _.i2294}, {_.i0292, _.i1293, _.i2294});
float _Rsqrt41 = rsqrt(_228);
float _.i0295 = _Rsqrt41 * _.i0292;
float _.i1296 = _Rsqrt41 * _.i1293;
float _.i2297 = _Rsqrt41 * _.i2294;
float _229 = _Rsqrt41 * _Rsqrt41;
float _230 = _229 * _190;
float _Rsqrt40 = rsqrt(_230);
float _231 = _230 - _Rsqrt40;
float _FMax76 = max(0.000000, _231);
float _.i0298 = -0.000000 - _.i0295;
float _.i1299 = -0.000000 - _.i1296;
float _.i2300 = -0.000000 - _.i2297;
float _232 = dot({_.i0298, _.i1299, _.i2300}, {_194, _195, _196});
float _233 = _232 - _198;
float _234 = _233 * _197;
float _Saturate39 = sat(_234);
float _235 = _Saturate39 * _FMax76;
float _.i0301 = _.i0295 - _.i0123;
float _.i1302 = _.i1296 - _.i1124;
float _.i2303 = _.i2297 - _.i2125;
float _236 = dot({_.i0301, _.i1302, _.i2303}, {_.i0301, _.i1302, _.i2303});
float _Rsqrt14 = rsqrt(_236);
float _.i0304 = _Rsqrt14 * _.i0301;
float _.i1305 = _Rsqrt14 * _.i1302;
float _.i2306 = _Rsqrt14 * _.i2303;
float _237 = dot({_.i0304, _.i1305, _.i2306}, {_.i0120, _.i1121, _.i2122});
float _Saturate38 = sat(_237);
float _238 = dot({_.i0295, _.i1296, _.i2297}, {_.i0304, _.i1305, _.i2306});
float _Saturate37 = sat(_238);
float _239 = 1.00000 - _Saturate37;
float _Log74 = log(_239);
float _240 = _Log74 * 5.00000;
float _Exp75 = exp(_240);
float _.i0310 = _Exp75 * _.i0148;
float _.i1311 = _Exp75 * _.i1149;
float _.i2312 = _Exp75 * _.i2150;
float _.i0313 = _.i0310 + _26;
float _.i1314 = _.i1311 + _27;
float _.i2315 = _.i2312 + _28;
float _.i0316 = _Exp75 * 0.560000;
float _.i0319415 = 0.560000 - _.i0316;
float _Log72 = log(_Saturate38);
float _241 = _Log72 * _Exp;
float _Exp73 = exp(_241);
float _242 = _104 * _Exp73;
float _243 = dot({_.i0120, _.i1121, _.i2122}, {_.i0295, _.i1296, _.i2297});
float _Saturate36 = sat(_243);
float _.i0325 = _242 * _.i0319415;
float _.i0328 = _.i0313 + _.i0325;
float _.i1329 = _.i1314 + _.i0325;
float _.i2330 = _.i2315 + _.i0325;
float _.i0322 = _227 * _191;
float _.i0331 = _.i0322 * _235;
float _.i0334 = _.i0331 * _Saturate36;
float _.i0337 = _.i0334 * _.i0328;
float _.i1323 = _227 * _192;
float _.i1332 = _.i1323 * _235;
float _.i1335 = _.i1332 * _Saturate36;
float _.i1338 = _.i1335 * _.i1329;
float _.i2324 = _227 * _193;
float _.i2333 = _.i2324 * _235;
float _.i2336 = _.i2333 * _Saturate36;
float _.i2339 = _.i2336 * _.i2330;
float _.i0286 = _.i0337 + _colorSum.4.i0;
float _.i1287 = _.i1338 + _colorSum.4.i1;
float _.i2288 = _.i2339 + _colorSum.4.i2;
int _244 = _n.i.2 + 1;
int _245 = _tileLightLoadOffset.i.4 + 4;
bool _exitcond = (_244 == _185);
if (_exitcond) goto _label_ShadeLights11; else goto _label_.lr.ph10;
_label_ShadeLights11: // preceeded by _label_.lr.ph10
goto _label_ShadeLights12;
_label_ShadeLights12: // preceeded by _label_ShadeLights11, _label_._crit_edge8
float _colorSum.5.i0 = phi float [ _colorSum.3.i0, _label_._crit_edge8 ], [ _.i0286, _label_ShadeLights11 ];
float _colorSum.5.i1 = phi float [ _colorSum.3.i1, _label_._crit_edge8 ], [ _.i1287, _label_ShadeLights11 ];
float _colorSum.5.i2 = phi float [ _colorSum.3.i2, _label_._crit_edge8 ], [ _.i2288, _label_ShadeLights11 ];
<OUT>.SV_Target1.x = _.i0120;
<OUT>.SV_Target1.y = _.i1121;
<OUT>.SV_Target1.z = _.i2122;
<OUT>.SV_Target0.x = _colorSum.5.i0;
<OUT>.SV_Target0.y = _colorSum.5.i1;
<OUT>.SV_Target0.z = _colorSum.5.i2;
return;
}
Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment