Compute-Shader-DXIL.txt

; shader debug name: d6823b86668146338fec4f7b32de5d32.pdb
; shader hash: d6823b86668146338fec4f7b32de5d32

; Compute Shader, compiled under SM6.2

_dx.types.Handle = type { int8* }
_dx.types.CBufRet.f32 = type { float, float, float, float }
_dx.types.ResRet.f32 = type { float, float, float, float, 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.StructuredBuffer<float>" = type { float }
_"class.RWTexture2D<vector<float, 3> >" = type { float3 }
_"class.RWTexture2D<unsigned int>" = type { int }
_cb0 = type { float2, float }
_struct.SamplerState = type { int }

Texture2D<float3> SourceTex : register(t0, space0);
StructuredBuffer<float> Exposure : register(t1, space0);

RWTexture2D<float3> BloomResult : register(u0, space0);
RWTexture2D<int> LumaResult : register(u1, space0);

cbuffer cb0 : register(b0, space0)
{
  float2 g_inverseOutputSize;
  float g_bloomThreshold;
};

SamplerState BiLinearClamp : register(s0, space0);

void @main()
{
  _dx.types.Handle _LumaResult_UAV_2d = LumaResult;
  _dx.types.Handle _BloomResult_UAV_2d = BloomResult;
  _dx.types.Handle _Exposure_texture_structbuf = Exposure;
  _dx.types.Handle _SourceTex_texture_2d = SourceTex;
  _dx.types.Handle _BiLinearClamp_sampler = BiLinearClamp;
  _dx.types.Handle _cb0_cbuffer = cb0;
  int _1 = ThreadId(/*component*/ 0);
  int _2 = ThreadId(/*component*/ 1);
  float _.i0 = (float)(_1); // unsigned 
  float _.i1 = (float)(_2); // unsigned 
  _dx.types.CBufRet.f32 _3 = {cb0.g_inverseOutputSize.x, cb0.g_inverseOutputSize.y, cb0.g_bloomThreshold, <padding>}; //  cbuffer = cb0, byte_offset = 0
  float _4 = extractvalue _3, 0;
  float _5 = extractvalue _3, 1;
  float _6 = _.i0 + 0.250000;
  float _7 = _4 * _6;
  float _8 = _.i1 + 0.250000;
  float _9 = _5 * _8;
  _dx.types.ResRet.f32 _10 = SourceTex.SampleLevel(BiLinearClamp, _7, _9, Offset = {0, 0}, /*LOD*/ 0.000000);
  float _11 = extractvalue _10, 0;
  float _12 = extractvalue _10, 1;
  float _13 = extractvalue _10, 2;
  float _14 = _.i0 + 0.750000;
  float _15 = _4 * _14;
  _dx.types.ResRet.f32 _16 = SourceTex.SampleLevel(BiLinearClamp, _15, _9, Offset = {0, 0}, /*LOD*/ 0.000000);
  float _17 = extractvalue _16, 0;
  float _18 = extractvalue _16, 1;
  float _19 = extractvalue _16, 2;
  float _20 = _.i1 + 0.750000;
  float _21 = _5 * _20;
  _dx.types.ResRet.f32 _22 = SourceTex.SampleLevel(BiLinearClamp, _7, _21, Offset = {0, 0}, /*LOD*/ 0.000000);
  float _23 = extractvalue _22, 0;
  float _24 = extractvalue _22, 1;
  float _25 = extractvalue _22, 2;
  _dx.types.ResRet.f32 _26 = SourceTex.SampleLevel(BiLinearClamp, _15, _21, Offset = {0, 0}, /*LOD*/ 0.000000);
  float _27 = extractvalue _26, 0;
  float _28 = extractvalue _26, 1;
  float _29 = extractvalue _26, 2;
  float _30 = dot({_11, _12, _13}, {0.212671, 0.715160, 0.0721690});
  float _31 = dot({_17, _18, _19}, {0.212671, 0.715160, 0.0721690});
  float _32 = dot({_23, _24, _25}, {0.212671, 0.715160, 0.0721690});
  float _33 = dot({_27, _28, _29}, {0.212671, 0.715160, 0.0721690});
  float _34 = extractvalue _3, 2;
  _dx.types.ResRet.f32 _RawBufferLoad = Exposure[1];
  float _35 = extractvalue _RawBufferLoad, 0;
  float _36 = _35 * _34;
  float _37 = _30 - _36;
  float _FMax = max(0.000100000, _37);
  float _38 = _30 + 0.000100000;
  float _39 = _FMax / _38;
  float _.i020 = _39 * _11;
  float _.i121 = _39 * _12;
  float _.i2 = _39 * _13;
  float _40 = _31 - _36;
  float _FMax3 = max(0.000100000, _40);
  float _41 = _31 + 0.000100000;
  float _42 = _FMax3 / _41;
  float _.i022 = _42 * _17;
  float _.i123 = _42 * _18;
  float _.i224 = _42 * _19;
  float _43 = _32 - _36;
  float _FMax4 = max(0.000100000, _43);
  float _44 = _32 + 0.000100000;
  float _45 = _FMax4 / _44;
  float _.i025 = _45 * _23;
  float _.i126 = _45 * _24;
  float _.i227 = _45 * _25;
  float _46 = _33 - _36;
  float _FMax5 = max(0.000100000, _46);
  float _47 = _33 + 0.000100000;
  float _48 = _FMax5 / _47;
  float _.i028 = _48 * _27;
  float _.i129 = _48 * _28;
  float _.i230 = _48 * _29;
  float _49 = _30 + 1.00000;
  float _50 = 1.00000 / _49;
  float _51 = _31 + 1.00000;
  float _52 = 1.00000 / _51;
  float _53 = _32 + 1.00000;
  float _54 = 1.00000 / _53;
  float _55 = _33 + 1.00000;
  float _56 = 1.00000 / _55;
  float _57 = _52 + _50;
  float _58 = _57 + _54;
  float _59 = _58 + _56;
  float _.i031 = _.i020 * _50;
  float _.i132 = _.i121 * _50;
  float _.i233 = _.i2 * _50;
  float _.i034 = _.i022 * _52;
  float _.i135 = _.i123 * _52;
  float _.i236 = _.i224 * _52;
  float _.i037 = _.i034 + _.i031;
  float _.i138 = _.i135 + _.i132;
  float _.i239 = _.i236 + _.i233;
  float _.i040 = _.i025 * _54;
  float _.i141 = _.i126 * _54;
  float _.i242 = _.i227 * _54;
  float _.i043 = _.i037 + _.i040;
  float _.i144 = _.i138 + _.i141;
  float _.i245 = _.i239 + _.i242;
  float _.i046 = _.i028 * _56;
  float _.i147 = _.i129 * _56;
  float _.i248 = _.i230 * _56;
  float _.i049 = _.i043 + _.i046;
  float _.i150 = _.i144 + _.i147;
  float _.i251 = _.i245 + _.i248;
  float _.i052 = _.i049 / _59;
  float _.i153 = _.i150 / _59;
  float _.i254 = _.i251 / _59;
  BloomResult[_1, _2] = {_.i052, _.i153, _.i254, _.i052};
  float _60 = _31 + _30;
  float _61 = _60 + _32;
  float _62 = _61 + _33;
  float _63 = _62 * 0.250000;
  bool _64 = (_63 == 0.000000);
  if (_64) goto _label65; else goto _label66;

_label65:                     
  LumaResult[_1, _2] = {0, 0, 0, 0};
  goto _label74;

_label66:                     
  _dx.types.ResRet.f32 _RawBufferLoad1 = Exposure[4];
  float _67 = extractvalue _RawBufferLoad1, 0;
  _dx.types.ResRet.f32 _RawBufferLoad2 = Exposure[7];
  float _68 = extractvalue _RawBufferLoad2, 0;
  float _Log = log(_63);
  float _69 = _Log - _67;
  float _70 = _69 * _68;
  float _Saturate = sat(_70);
  float _71 = _Saturate * 254.000;
  float _72 = _71 + 1.00000;
  int _73 = (int)(_72); // unsigned 
  LumaResult[_1, _2] = {_73, _73, _73, _73};
  goto _label74;

_label74:                     // preceeded by _label66, _label65
  return;
}

@Zorro666 Not sure if fixed already, but preceeded -> preceded. I think.

Thanks fixed now "preceded"