mirror of
https://gitlab.winehq.org/wine/vkd3d.git
synced 2024-11-21 16:46:41 -08:00
19c23ca6f2
Probably good if we want to allow specifying several formats in the same line, separated by spaces. While at it, rename "r32g32 int" to "r32g32-sint".
326 lines
5.1 KiB
Plaintext
326 lines
5.1 KiB
Plaintext
[require]
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shader model >= 6.0
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wave ops
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[uav 0]
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format r32-uint
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size (buffer, 4)
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8 15 8 10
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[uav 1]
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format r32-uint
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size (buffer, 8)
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0 0 0 0 0 0 0 0
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[compute shader]
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RWBuffer<uint> u1 : register(u1);
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveIsFirstLane();
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (1)
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probe uav 1 (1) rui (0)
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probe uav 1 (2) rui (0)
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probe uav 1 (3) rui (0)
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[compute shader]
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RWBuffer<uint> u1 : register(u1);
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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if (!id)
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{
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u1[0] = 0;
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return;
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}
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u1[id] = WaveIsFirstLane();
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (0)
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probe uav 1 (1) rui (1)
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probe uav 1 (2) rui (0)
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probe uav 1 (3) rui (0)
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[compute shader]
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RWBuffer<uint> u1 : register(u1);
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveGetLaneIndex();
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (0)
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probe uav 1 (1) rui (1)
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probe uav 1 (2) rui (2)
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probe uav 1 (3) rui (3)
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[compute shader]
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RWBuffer<uint> u1 : register(u1);
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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// Between 4 and 128, and includes inactive and/or helper lanes.
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uint count = WaveGetLaneCount();
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u1[id] = count >= 4 && count <= 128;
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (1)
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probe uav 1 (1) rui (1)
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probe uav 1 (2) rui (1)
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probe uav 1 (3) rui (1)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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uint i = (id & 1) ? -u0[id] : u0[id];
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u1[id] = WaveActiveMin(i);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (8)
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probe uav 1 (1) rui (8)
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probe uav 1 (2) rui (8)
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probe uav 1 (3) rui (8)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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bool b = u0[id] == 8;
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u1[id] = WaveActiveBallot(b).x;
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (5)
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probe uav 1 (1) rui (5)
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probe uav 1 (2) rui (5)
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probe uav 1 (3) rui (5)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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uint i = u0[id] + u0[id ^ 1];
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u1[id] = WaveReadLaneFirst(i);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (23)
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probe uav 1 (1) rui (23)
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probe uav 1 (2) rui (23)
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probe uav 1 (3) rui (23)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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uint i = u0[id] + u0[id ^ 1];
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u1[id] = WaveReadLaneAt(i, 3);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (18)
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probe uav 1 (1) rui (18)
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probe uav 1 (2) rui (18)
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probe uav 1 (3) rui (18)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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uint i = u0[id] + u0[id ^ 1];
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// Non-uniform lane index
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u1[id] = WaveReadLaneAt(i, (id + 2) & 3);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (18)
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probe uav 1 (1) rui (18)
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probe uav 1 (2) rui (23)
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probe uav 1 (3) rui (23)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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bool b = u0[id] == 8;
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u1[id] = WaveActiveCountBits(b);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (2)
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probe uav 1 (1) rui (2)
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probe uav 1 (2) rui (2)
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probe uav 1 (3) rui (2)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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bool b = u0[id] == 8;
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u1[id] = WavePrefixCountBits(b);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (0)
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probe uav 1 (1) rui (1)
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probe uav 1 (2) rui (1)
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probe uav 1 (3) rui (2)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveActiveSum(u0[id]);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (41)
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probe uav 1 (1) rui (41)
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probe uav 1 (2) rui (41)
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probe uav 1 (3) rui (41)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveActiveBitAnd(u0[id]);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (8)
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probe uav 1 (1) rui (8)
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probe uav 1 (2) rui (8)
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probe uav 1 (3) rui (8)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveActiveBitOr(u0[id]);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (15)
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probe uav 1 (1) rui (15)
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probe uav 1 (2) rui (15)
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probe uav 1 (3) rui (15)
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[compute shader]
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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u1[id] = WaveActiveBitXor(u0[id]);
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}
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[test]
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dispatch 4 1 1
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probe uav 1 (0) rui (5)
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probe uav 1 (1) rui (5)
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probe uav 1 (2) rui (5)
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probe uav 1 (3) rui (5)
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[compute shader]
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uniform uint2 u;
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RWBuffer<uint> u0;
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RWBuffer<uint> u1;
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[numthreads(4, 1, 1)]
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void main(uint id : SV_GroupIndex)
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{
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uint table[] = {u.x, u.y};
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uint i;
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// Value depends on control flow.
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if (id & 1)
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i = table[id / 2u];
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else
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i = u0[id / 2u];
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u1[id] = WaveActiveSum(i);
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}
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[test]
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uniform 0 uint4 1 5 0 0
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dispatch 4 1 1
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probe uav 1 (0) rui (29)
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probe uav 1 (1) rui (29)
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probe uav 1 (2) rui (29)
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probe uav 1 (3) rui (29)
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