// Copyright (C) Microsoft Corporation. All rights reserved.
// This file is distributed under the University of Illinois Open Source License. See LICENSE.TXT for details.
//
// See hctdb.py for the implementation of intrinsic file processing.
//
// Intrinsic declarations are grouped into namespaces that
// turn into qualifiers for the generated names.  This lets
// intrinsics be grouped into sets such as base function-style
// intrinsics, Texture1D intrinsics, etc.
//
// Intrinsic declarations are a line of the form:
//
//   <type> \[\[[attr]\]\] <name>([<qual> <type> <name> [, ... ]]) [ : <op>]
//
// <name> is a C++ identifier for the intrinsic or argument name.
//
// <op> is the D3DIOP_* (or D3DMOP_* if the namespace has "Method"
// in the name) enumerant.  By default it's the same as the intrinsic
// name, but <op> can be given to set it arbitrarily.
//
// <qual> is one of "in", "out" or "inout" plus optional qualifiers
//   "col_major", "row_major".
// variadic functions assume <qual> of "in" for any arguments that are not
// explicitly specified.
//
// <type> is where most of the work goes.  <type> lets you
// specify particular types and layouts for arguments and
// also lets you indicate which types must share characteristics
// with other types.  <type> can be a simple scalar like "bool"
// or it can require an N-vector with "bool<N>" or an N-by-M
// matrix with "bool<N, M>".  You can refer to input columns
// and rows with r, c, r2 and c2, so "float<r, r>" means a
// float matrix with the same number of rows and columns and
// the size comes from the parse input.  "<>" means any kind
// of layout is acceptable.
//
// Basic types are bool, int, uint, u64, float, sampler1d, sampler2d,
// sampler3d, sampler_cube, sampler_cmp, sampler, wave and void.
// There are meta-types too: any_int, uint_only, numeric and any.
//
// Along with a type and layout you can also give relations
// between types in an intrinsic.  The types of an intrinsic
// are indexed start with 0 at the return type and increasing
// left to right (first argument is 1, second is 2, etc.).
// $match<X, Y> says that the template type (layout) of
// a particular type must match the template type of the X'th
// type and that the component type (base type) of a particular
// type must match the component type of the Y'th type.
// For example, in "float<> acos(in $match<0, 0> float<> x)" the
// $match<0, 0> means that both the template and component type
// of the argument must match that of the return type (index 0).
// The float<> means that any layout (scalar/vector/matrix) of
// floats is acceptable, and then the parameter and return
// type must match.
//
// A value of -1 for X in $match is a special marker for
// object method intrinsics meaning that the type is taken
// from the object's template type.
//
// A value of -1 for Y in $match is a special marker for
// object method intrinsics meaning that the component type
// of the type is taken from the first subelement of the
// object's template type.
//
// Certain $match situations are aliased for readability
// and conciseness.
//
//   $classT - This equates to $match<-1, 0> void and is
//             used for method return types that are set from
//             the object template type.
//
//   $funcT  - This equates to $match<-3, 0> void and is
//             used for method return types that are set from
//             the function template type.
//
//   $typeN - This equates to $match<N, N> <argtypeN> and is
//            shorthand for a direct match of another type.
//            For example, in "$type1 abs(in numeric<> x)" the
//            $type means that the return type is a direct match
//            of the argument type ($type cannot be used on the
//            first argument since there's nothing to match at
//            that point and can't refer to the return type as
//            it is matched after the inputs).
//

namespace Intrinsics {

int<4> [[rn]] D3DCOLORtoUBYTE4(in $match<0, 1> float<4> x) : d3dcolortoubyte4;
uint [[rn]]  GetRenderTargetSampleCount() : rtsampleinfo;
float<2> [[rn]] GetRenderTargetSamplePosition(in int s) : rtsamplepos;
void [[]]   abort();
$type1 [[rn,unsigned_op=uabs]] abs(in numeric<> x);
$type1 [[rn]] acos(in float_like<> x);
bool [[rn]] all(in any<> x);
void [[]] AllMemoryBarrier() : syncallmemory_ug;
void [[]] AllMemoryBarrierWithGroupSync() : syncgroupandallmemory_ug;
bool [[rn]] any(in any<> x);
double<> [[rn]] asdouble(in $match<0, 1> uint<> x, in $match<0, 2> uint<> y) : reinterpret_fuse_double;
float<> [[rn]] asfloat(in $match<0, 1> numeric32_only<> x) : reinterpret_float;
float16_t<> [[rn]] asfloat16(in $match<0,1> numeric16_only<> x) : reinterpret_float16;
int16_t<> [[rn]] asint16(in $match<0,1> numeric16_only<> x) : reinterpret_int16;
$type1 [[rn]] asin(in float_like<> x);
int<> [[rn]] asint(in $match<0, 1> numeric32_only<> x) : reinterpret_int;
void [[]] asuint(in double<> d, out $match<1, 2> uint<> x, out $match<1, 3> uint<> y) : reinterpret_split_double_uint;
uint<> [[rn]] asuint(in $match<0, 1> numeric32_only<> x) : reinterpret_uint;
uint16_t<> [[rn]] asuint16(in $match<0,1> numeric16_only<> x) : reinterpret_uint16;
$type1 [[rn]] atan(in float_like<> x);
$type1 [[rn]] atan2(in float_like<> x, in $type1 y);
$type1 [[rn]] ceil(in float_like<> x);
$type1 [[rn,unsigned_op=uclamp]] clamp(in numeric<> x, in $type1 min, in $type1 max);
void [[]] clip(in float<> x);
$type1 [[rn]] cos(in float_like<> x);
$type1 [[rn]] cosh(in float_like<> x);
$match<1, 0> uint<> [[rn]] countbits(in any_int<> x);
$type1 [[rn]] cross(in float_like<3> a, in $type1 b);
$type1 [[rn]] ddx(in float_like<> x);
$type1 [[rn]] ddx_coarse(in float_like<> x);
$type1 [[rn]] ddx_fine(in float_like<> x);
$type1 [[rn]] ddy(in float_like<> x);
$type1 [[rn]] ddy_coarse(in float_like<> x);
$type1 [[rn]] ddy_fine(in float_like<> x);
$type1 [[rn]] degrees(in float_like<> x);
$match<0, 1> float_like [[rn]] determinant(in float_like<r, r> x);
void [[]] DeviceMemoryBarrier() : syncdevicememory_ug;
void [[]] DeviceMemoryBarrierWithGroupSync() : syncgroupanddevicememory_ug;
$match<0, 1> float_like [[rn]] distance(in float_like<c> a, in $type1 b);
$match<0, 1> numeric [[rn,unsigned_op=udot]] dot(in numeric<c> a, in $type1 b);
$type1 [[rn]] dst(in numeric<4> a, in $type1 b);
// void errorf(in string Format, ...);
$type1 [[rn]] EvaluateAttributeAtSample(in numeric<> value, in uint index);
$type1 [[rn]] EvaluateAttributeCentroid(in numeric<> value);
$type1 [[rn]] EvaluateAttributeSnapped(in numeric<> value, in int<2> offset);
$type1 [[rn]] GetAttributeAtVertex(in numeric<> value, in uint VertexID);
$type1 [[rn]] exp(in float_like<> x);
$type1 [[rn]] exp2(in float_like<> x);
float<> [[rn]] f16tof32(in uint<> x);
// Use float for DXIL don't support f16 on f32tof16.
uint<> [[rn]] f32tof16(in float<> x);
$type1 [[rn]] faceforward(in float_like<c> N, in $type1 I, in $type1 Ng);
$match<1, 0> uint<> [[rn,unsigned_op=ufirstbithigh,overload=0]] firstbithigh(in any_int<> x);
$match<1, 0> uint<> [[rn]] firstbitlow(in any_int<> x);
$type1 [[rn]] floor(in float_like<> x);
$type1 [[rn]] fma(in double_only<> a, in $type1 b, in $type1 c);
$type1 [[rn]] fmod(in float_like<> a, in $type1 b);
$type1 [[rn]] frac(in float_like<> x);
$type1 [[]] frexp(in float<> x, out $type1 exp);
$type1 [[rn]] fwidth(in float_like<> x);
void [[]] GroupMemoryBarrier() : syncsharedmemory;
void [[]] GroupMemoryBarrierWithGroupSync() : syncgroupandsharedmemory;
// 64-bit integers interlocks
void [[]] InterlockedAdd(ref int64_only result, in u64 value);
void [[]] InterlockedAdd(ref int64_only result, in u64 value, out any_int64 original) : interlockedadd_immediate;
void [[unsigned_op=InterlockedUMin,overload=0]] InterlockedMin(ref int64_only result, in any_int64 value) : interlockedmin;
void [[unsigned_op=InterlockedUMin,overload=0]] InterlockedMin(ref int64_only result, in any_int64 value, out any_int64 original) : interlockedmin_immediate;
void [[unsigned_op=InterlockedUMax,overload=0]] InterlockedMax(ref int64_only result, in any_int64 value) : interlockedmax;
void [[unsigned_op=InterlockedUMax,overload=0]] InterlockedMax(ref int64_only result, in any_int64 value, out any_int64 original) : interlockedmax_immediate;
void [[]] InterlockedAnd(ref int64_only result, in u64 value);
void [[]] InterlockedAnd(ref int64_only result, in u64 value, out any_int64 original) : interlockedand_immediate;
void [[]] InterlockedOr(ref int64_only result, in u64 value);
void [[]] InterlockedOr(ref int64_only result, in u64 value, out any_int64 original) : interlockedor_immediate;
void [[]] InterlockedXor(ref int64_only result, in u64 value);
void [[]] InterlockedXor(ref int64_only result, in u64 value, out any_int64 original) : interlockedxor_immediate;
void [[]] InterlockedCompareStore(ref int64_only result, in u64 compare, in u64 value);
void [[]] InterlockedExchange(ref int64_only result, in any_int64 value, out any_int64 original);
void [[]] InterlockedCompareExchange(ref int64_only result, in u64 compare, in u64 value, out any_int64 original);
// floating point interlocks
void [[]] InterlockedExchange(ref float32_only result, in float value, out float original);
void [[]] InterlockedCompareStoreFloatBitwise(ref float32_only result, in float compare, in float value);
void [[]] InterlockedCompareExchangeFloatBitwise(ref float32_only result, in float compare, in float value, out float original);
// 32-bit integer interlocks
void [[]] InterlockedAdd(ref int32_only result, in uint value);
void [[]] InterlockedAdd(ref int32_only result, in uint value, out any_int32 original) : interlockedadd_immediate;
void [[unsigned_op=InterlockedUMin,overload=0]] InterlockedMin(ref int32_only result, in any_int32 value) : interlockedmin;
void [[unsigned_op=InterlockedUMin,overload=0]] InterlockedMin(ref int32_only result, in any_int32 value, out any_int32 original) : interlockedmin_immediate;
void [[unsigned_op=InterlockedUMax,overload=0]] InterlockedMax(ref int32_only result, in any_int32 value) : interlockedmax;
void [[unsigned_op=InterlockedUMax,overload=0]] InterlockedMax(ref int32_only result, in any_int32 value, out any_int32  original) : interlockedmax_immediate;
void [[]] InterlockedAnd(ref int32_only result, in uint value);
void [[]] InterlockedAnd(ref int32_only result, in uint value, out any_int32 original) : interlockedand_immediate;
void [[]] InterlockedOr(ref int32_only result, in uint value);
void [[]] InterlockedOr(ref int32_only result, in uint value, out any_int32 original) : interlockedor_immediate;
void [[]] InterlockedXor(ref int32_only result, in uint value);
void [[]] InterlockedXor(ref int32_only result, in uint value, out any_int32 original) : interlockedxor_immediate;
void [[]] InterlockedCompareStore(ref int32_only result, in uint compare, in uint value);
void [[]] InterlockedExchange(ref int32_only result, in uint value, out any_int32 original);
void [[]] InterlockedCompareExchange(ref int32_only result, in uint compare, in uint value, out any_int32 original);
$match<1, 0> bool<> [[rn]] isfinite(in float_like<> x);
$match<1, 0> bool<> [[rn]] isinf(in float_like<> x);
$match<1, 0> bool<> [[rn]] isnan(in float_like<> x);
$match<1, 0> bool<> [[rn]] isnormal(in float_like<> x);
$type1 [[rn]] ldexp(in float_like<> x, in $type1 exp);
$match<0, 1> float_like [[rn]] length(in float_like<c> x);
$type1 [[rn]] lerp(in float_like<> a, in $type1 b, in $type1 s);
$match<0, 1> float_like<4> [[rn]] lit(in float_like l, in $match<2, 1> float_like h, in $match<3, 1> float_like m);
$type1 [[rn]] log(in float_like<> x);
$type1 [[rn]] log10(in float_like<> x);
$type1 [[rn]] log2(in float_like<> x);
$type1 [[rn,unsigned_op=umad]] mad(in numeric<> a, in $type1 b, in $type1 c);
$type1 [[rn,unsigned_op=umax]] max(in numeric<> a, in $type1 b);
$type1 [[rn,unsigned_op=umin]] min(in numeric<> a, in $type1 b);
$type1 [[]] modf(in float_like<> x, out $type1 ip);
uint<4> [[rn]] msad4(in uint reference, in uint<2> source, in uint<4> accum);
numeric [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric a, in $match<2, 0> numeric b) : mul_ss;
numeric<c2> [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric a, in $match<2, 0> numeric<c2> b) : mul_sv;
numeric<r2, c2> [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric a, in $match<2, 0> numeric<r2, c2> b) : mul_sm;
numeric<c> [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric<c> a, in $match<2, 0> numeric b) : mul_vs;
numeric [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric<c> a, in $match<2, 0> numeric<c> b) : mul_vv;
numeric<c2> [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric<c> a, in col_major $match<2, 0> numeric<c, c2> b) : mul_vm;
numeric<r, c> [[rn,unsigned_op=umul]] mul(in $match<1, 0> numeric<r, c> a, in $match<2, 0> numeric b) : mul_ms;
numeric<r> [[rn,unsigned_op=umul]] mul(in row_major $match<1, 0> numeric<r, c> a, in $match<2, 0> numeric<c> b) : mul_mv;
numeric<r, c2> [[rn,unsigned_op=umul]] mul(in row_major $match<1, 0> numeric<r, c> a, in col_major $match<2, 0> numeric<c, c2> b) : mul_mm;
$type1 [[rn]] normalize(in float_like<c> x);
$type1 [[rn]] pow(in float_like<> x, in $type1 y);
void [[]] printf(in string Format, ...);
void [[]] Process2DQuadTessFactorsAvg(in float<4> RawEdgeFactors, in float<2> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_2dqavg;
void [[]] Process2DQuadTessFactorsMax(in float<4> RawEdgeFactors, in float<2> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_2dqmax;
void [[]] Process2DQuadTessFactorsMin(in float<4> RawEdgeFactors, in float<2> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_2dqmin;
void [[]] ProcessIsolineTessFactors(in float<1> RawDetailFactor, in float<1> RawDensityFactor, out float<1> RoundedDetailFactorr, out float<1> RoundedDensityFactor) : ptf_i;
void [[]] ProcessQuadTessFactorsAvg(in float<4> RawEdgeFactors, in float<1> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_qavg;
void [[]] ProcessQuadTessFactorsMax(in float<4> RawEdgeFactors, in float<1> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_qmax;
void [[]] ProcessQuadTessFactorsMin(in float<4> RawEdgeFactors, in float<1> InsideScale, out float<4> RoundedEdgeFactors, out float<2> RoundedInsideFactors, out float<2> UnroundedInsideFactors) : ptf_qmin;
void [[]] ProcessTriTessFactorsAvg(in float<3> RawEdgeFactors, in float<1> InsideScale, out float<3> RoundedEdgeFactors, out float<1> RoundedInsideFactor, out float<1> UnroundedInsideFactor) : ptf_tmin;
void [[]] ProcessTriTessFactorsMax(in float<3> RawEdgeFactors, in float<1> InsideScale, out float<3> RoundedEdgeFactors, out float<1> RoundedInsideFactor, out float<1> UnroundedInsideFactor) : ptf_tmax;
void [[]] ProcessTriTessFactorsMin(in float<3> RawEdgeFactors, in float<1> InsideScale, out float<3> RoundedEdgeFactors, out float<1> RoundedInsideFactor, out float<1> UnroundedInsideFactor) : ptf_tavg;
$type1 [[rn]] radians(in float_like<> x);
$type1 [[rn]] rcp(in any_float<> x) : rcp_approx;
$type1 [[rn]] reflect(in float_like<c> i, in $type1 n);
$type1 [[rn]] refract(in float_like<c> i, in $type1 n, in $match<3, 1> float_like ri);
$type1 [[rn]] reversebits(in any_int<> x);
$type1 [[rn]] round(in float_like<> x);
$type1 [[rn]] rsqrt(in float_like<> x);
$type1 [[rn]] saturate(in any_float<> x);
$match<1, 0> int<> [[rn,unsigned_op=usign,overload=0]] sign(in numeric<> x);
$type1 [[rn]] sin(in float_like<> x);
void [[]] sincos(in float_like<> x, out $type1 s, out $type1 c);
$type1 [[rn]] sinh(in float_like<> x);
$type1 [[rn]] smoothstep(in float_like<> a, in $type1 b, in $type1 x);
void [[]] source_mark();
$type1 [[rn]] sqrt(in float_like<> x);
$type1 [[rn]] step(in float_like<> a, in $type1 x);
$type1 [[rn]] tan(in float_like<> x);
$type1 [[rn]] tanh(in float_like<> x);
float_like<4> [[ro]] tex1D(in sampler1d s, in float_like x) : tex1d;
float_like<4> [[ro]] tex1D(in sampler1d s, in float_like<1> x, in $type2 ddx, in $type2 ddy) : tex1d_dd;
float_like<4> [[ro]] tex1Dbias(in sampler1d s, in float_like<4> x) : tex1d_bias;
float_like<4> [[ro]] tex1Dgrad(in sampler1d s, in float_like<1> x, in $type2 ddx, in $type2 ddy) : tex1d_dd;
float_like<4> [[ro]] tex1Dlod(in sampler1d s, in float_like<4> x) : tex1d_lod;
float_like<4> [[ro]] tex1Dproj(in sampler1d s, in float_like<4> x) : tex1d_proj;
float_like<4> [[ro]] tex2D(in sampler2d s, in float_like<2> x) : tex2d;
float_like<4> [[ro]] tex2D(in sampler2d s, in float_like<2> x, in $type2 ddx, in $type2 ddy) : tex2d_dd;
float_like<4> [[ro]] tex2Dbias(in sampler2d s, in float_like<4> x) : tex2d_bias;
float_like<4> [[ro]] tex2Dgrad(in sampler2d s, in float_like<2> x, in $type2 ddx, in $type2 ddy) : tex2d_dd;
float_like<4> [[ro]] tex2Dlod(in sampler2d s, in float_like<4> x) : tex2d_lod;
float_like<4> [[ro]] tex2Dproj(in sampler2d s, in float_like<4> x) : tex2d_proj;
float_like<4> [[ro]] tex3D(in sampler3d s, in float_like<3> x) : tex3d;
float_like<4> [[ro]] tex3D(in sampler3d s, in float_like<3> x, in $type2 ddx, in $type2 ddy) : tex3d_dd;
float_like<4> [[ro]] tex3Dbias(in sampler3d s, in float_like<4> x) : tex3d_bias;
float_like<4> [[ro]] tex3Dgrad(in sampler3d s, in float_like<3> x, in $type2 ddx, in $type2 ddy) : tex3d_dd;
float_like<4> [[ro]] tex3Dlod(in sampler3d s, in float_like<4> x) : tex3d_lod;
float_like<4> [[ro]] tex3Dproj(in sampler3d s, in float_like<4> x) : tex3d_proj;
float_like<4> [[ro]] texCUBE(in sampler_cube s, in float_like<3> x) : texcube;
float_like<4> [[ro]] texCUBE(in sampler_cube s, in float_like<3> x, in $type2 ddx, in $type2 ddy) : texcube_dd;
float_like<4> [[ro]] texCUBEbias(in sampler_cube s, in float_like<4> x) : texcube_bias;
float_like<4> [[ro]] texCUBEgrad(in sampler_cube s, in float_like<3> x, in $type2 ddx, in $type2 ddy) : texcube_dd;
float_like<4> [[ro]] texCUBElod(in sampler_cube s, in float_like<4> x) : texcube_lod;
float_like<4> [[ro]] texCUBEproj(in sampler_cube s, in float_like<4> x) : texcube_proj;
$match<1, 1> any<c, r> [[rn]] transpose(in any<r, c> x);
$type1 [[rn]] trunc(in float_like<> x);
bool [[rn]] CheckAccessFullyMapped(in uint_only status) : check_access_fully_mapped;
uint<c> [[rn]] AddUint64(in $match<1, 0> uint<c> a, in $match<2, 0> uint<c> b) : adduint64;
$type1 [[rn]] NonUniformResourceIndex(in any<> index) : nonuniform_resource_index;

// Wave intrinsics. Only those that depend on the exec mask are marked as wave-sensitive
bool   [[wv]] WaveIsFirstLane();
uint   [[ro]] WaveGetLaneIndex();
uint   [[rn]] WaveGetLaneCount();
bool   [[wv]] WaveActiveAnyTrue(in bool cond);
bool   [[wv]] WaveActiveAllTrue(in bool cond);
$match<1, 0> bool<> [[wv]] WaveActiveAllEqual(in any<> value);
uint<4> [[wv]] WaveActiveBallot(in bool cond);
$type1 [[]] WaveReadLaneAt(in any<> value, in uint lane);
$type1 [[wv]] WaveReadLaneFirst(in any<> value);
uint   [[wv]] WaveActiveCountBits(in bool value);
$type1 [[unsigned_op=WaveActiveUSum,wv]] WaveActiveSum(in numeric<> value);
$type1 [[unsigned_op=WaveActiveUProduct,wv]] WaveActiveProduct(in numeric<> value);
$type1 [[wv]] WaveActiveBitAnd(in uint_only<> value);
$type1 [[wv]] WaveActiveBitOr(in uint_only<> value);
$type1 [[wv]] WaveActiveBitXor(in uint_only<> value);
$type1 [[unsigned_op=WaveActiveUMin,wv]] WaveActiveMin(in numeric<> value);
$type1 [[unsigned_op=WaveActiveUMax,wv]] WaveActiveMax(in numeric<> value);
uint   [[wv]] WavePrefixCountBits(in bool value);
$type1 [[unsigned_op=WavePrefixUSum,wv]] WavePrefixSum(in numeric<> value);
$type1 [[unsigned_op=WavePrefixUProduct,wv]] WavePrefixProduct(in numeric<> value);
uint<4> [[wv]] WaveMatch(in numeric<> value);
$type1 [[wv]] WaveMultiPrefixBitAnd(in any_int<> value, in uint<4> mask);
$type1 [[wv]] WaveMultiPrefixBitOr(in any_int<> value, in uint<4> mask);
$type1 [[wv]] WaveMultiPrefixBitXor(in any_int<> value, in uint<4> mask);
uint [[wv]] WaveMultiPrefixCountBits(in bool value, in uint<4> mask);
$type1 [[unsigned_op=WaveMultiPrefixUProduct,wv]] WaveMultiPrefixProduct(in numeric<> value, in uint<4> mask);
$type1 [[unsigned_op=WaveMultiPrefixUSum,wv]] WaveMultiPrefixSum(in numeric<> value, in uint<4> mask);
$type1 [[]] QuadReadLaneAt(in numeric<> value, in uint quadLane);
$type1 [[]] QuadReadAcrossX(in numeric<> value);
$type1 [[]] QuadReadAcrossY(in numeric<> value);
$type1 [[]] QuadReadAcrossDiagonal(in numeric<> value);
bool [[]] QuadAny(in bool cond);
bool [[]] QuadAll(in bool cond);
uint   [[rn,min_sm=6.10]] GetGroupWaveIndex();
uint   [[rn,min_sm=6.10]] GetGroupWaveCount();

// Raytracing
void [[]]  TraceRay(in acceleration_struct AccelerationStructure, in uint RayFlags, in uint InstanceInclusionMask, in uint RayContributionToHitGroupIndex, in uint MultiplierForGeometryContributionToHitGroupIndex, in uint MissShaderIndex, in ray_desc Ray, inout udt Payload);

bool [[]]  ReportHit(in float THit, in uint HitKind, in udt Attributes);
void [[]]  CallShader(in uint ShaderIndex, inout udt Parameter);
void [[]]  IgnoreHit();
void [[]]  AcceptHitAndEndSearch();
uint<3> [[rn]] DispatchRaysIndex();
uint<3> [[rn]] DispatchRaysDimensions();
// group: Ray Vectors
float<3> [[rn]] WorldRayOrigin();
float<3> [[rn]] WorldRayDirection();
float<3> [[rn]] ObjectRayOrigin();
float<3> [[rn]] ObjectRayDirection();
// group: RayT
float [[rn]] RayTMin();
float [[rn]] RayTCurrent();
// group: Raytracing uint System Values
uint [[rn]] PrimitiveIndex();
uint [[rn]] InstanceID();
uint [[rn]] InstanceIndex();
uint [[rn]] GeometryIndex();
uint [[rn]] HitKind();
uint [[rn]] RayFlags();
// group: Ray Transforms
float<3,4> [[rn]] ObjectToWorld();
float<3,4> [[rn]] WorldToObject();
float<3,4> [[rn]] ObjectToWorld3x4();
float<3,4> [[rn]] WorldToObject3x4();
float<4,3> [[rn]] ObjectToWorld4x3();
float<4,3> [[rn]] WorldToObject4x3();

uint [[ro,min_sm=6.10]] ClusterID();
// TODO: Update return type for TriangleObjectPosition():
void [[ro,min_sm=6.10]] TriangleObjectPosition();

// Packed dot products with accumulate:
uint [[rn]] dot4add_u8packed(in uint a, in $type1 b, in uint c);
int [[rn]] dot4add_i8packed(in uint a, in $type1 b, in int c);
float [[rn]] dot2add(in float16_t<2> a, in $type1 b, in float c);

// Unpacking intrinsics
int16_t<4> [[rn]] unpack_s8s16(in p32i8 pk);
uint16_t<4> [[rn]] unpack_u8u16(in p32u8 pk);
int<4> [[rn]] unpack_s8s32(in p32i8 pk);
uint<4> [[rn]] unpack_u8u32(in p32u8 pk);

// Packing intrinsics
p32i8 [[rn]] pack_s8(in any_int16or32<4> v);
p32u8 [[rn]] pack_u8(in any_int16or32<4> v);
p32i8 [[rn]] pack_clamp_s8(in sint16or32_only<4> v);
p32u8 [[rn]] pack_clamp_u8(in sint16or32_only<4> v);

// Mesh shader intrinsics:
void [[]] SetMeshOutputCounts(in uint numVertices, in uint numPrimitives);

// Amplification shader intrinsics:
void [[]] DispatchMesh(in uint threadGroupCountX, in uint threadGroupCountY, in uint threadGroupCountZ, in udt meshPayload);

// Return true if the current lane is a helper lane
bool [[ro]] IsHelperLane();

// HL Op for allocating ray query object
uint [[hidden]] AllocateRayQuery(in uint flags, in uint rayqueryflags);

resource [[hidden]] CreateResourceFromHeap(in uint index);

// Replacement for vector logical &&, ||, and ternary conditional operators,
// For use when HLSL changes to support short-circuiting and only scalar
// conditions to maintain clarity.
$match<1, 0> bool<> [[rn]] and(in bool<> x, in $type1 y);
$match<1, 0> bool<> [[rn]] or(in bool<> x, in $type1 y);
$type2 [[rn]] select(in bool<> cond, in $match<1, 2> any<> t, in $type2 f);
$type2 [[rn]] select(in bool cond, in any_sampler t, in $type2 f);

// Work Graph intrinsics
void [[]] Barrier(in uint MemoryTypeFlags, in uint SemanticFlags);
void [[]] Barrier(in NodeRecordOrUAV o, in uint SemanticFlags);

uint [[]] GetRemainingRecursionLevels();

void [[min_sm=6.10]] __builtin_MatVecMul(out LinAlg<c> OutputVector, in bool OutputIsUnsigned, in LinAlg<c2> InputVector, in bool InputIsUnsigned, in uint InputInterpretation, in ByteAddressBuffer MatrixBuffer, in uint MatrixOffset, in uint MatrixInterpretation, in uint M, in uint K, in uint MatrixLayout, in bool MatrixIsTransposed, in uint MatrixStride);

void [[min_sm=6.10]] __builtin_MatVecMulAdd(out LinAlg<c> OutputVector, in bool OutputIsUnsigned, in LinAlg<c2> InputVector, in bool InputIsUnsigned, in uint InputInterpretation, in ByteAddressBuffer MatrixBuffer, in uint MatrixOffset, in uint MatrixInterpretation, in uint M, in uint K, in uint MatrixLayout, in bool MatrixIsTransposed, in uint MatrixStride, in ByteAddressBuffer BiasVector, in uint BiasOffset, in uint BiasInterpretation);

void [[min_sm=6.10]] __builtin_OuterProductAccumulate(in LinAlg<c> InputVector1, in LinAlg<c2> InputVector2, in RWByteAddressBuffer MatrixBuffer, in uint MatrixOffset, in uint MatrixInterpretation, in uint MatrixLayout, in uint MatrixStride);

void [[min_sm=6.10]] __builtin_VectorAccumulate(in LinAlg<c> InputVector, in RWByteAddressBuffer MatrixBuffer, in uint MatrixOffset);

// LinAlg intrinsics

// TODO: Update return type for CreateMatrix to MatrixRef
// TODO: Replace all int MatrixRef with MatrixRef type
// TODO: Replace all int GroupSharedMem with groupshared memory
void [[min_sm=6.10]] __builtin_LinAlg_CreateMatrix();
void [[min_sm=6.10]] __builtin_LinAlg_FillMatrix(int MatrixRef, numeric value);
void [[min_sm=6.10]] __builtin_LinAlg_CopyConvertMatrix(int MatrixRefDest, int MatrixRefSrc, bool transpose);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixLoadFromDescriptor(int MatrixRef, resource buf, int32_only offset, int32_only stride, int32_only layout);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixLoadFromMemory(int MatrixRef, int GroupSharedMem, int32_only offset, int32_only stride, int32_only layout);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixLength(int MatrixRef);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixGetCoordinate(int MatrixRef, int32_only threadLocalIndex);
numeric [[min_sm=6.10]] __builtin_LinAlg_MatrixGetElement(int MatrixRef, int32_only threadLocalIndex);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixSetElement(int MatrixRef, int32_only threadLocalIndex, numeric value);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixStoreToDescriptor(int MatrixRef, resource buf, int32_only offset, int32_only stride, int32_only layout);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixStoreToMemory(int MatrixRef, int GroupSharedMem, int32_only offset, int32_only stride, int32_only layout);
int32_only [[min_sm=6.10]] __builtin_LinAlg_MatrixQueryAccumulatorLayout();
void [[min_sm=6.10]] __builtin_LinAlg_MatrixMatrixMultiply(int MatrixRefA, int MatrixRefB, int MatrixRefC);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixMatrixMultiplyAccumulate(int MatrixRefA, int MatrixRefB, int MatrixRefC);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixAccumulate(int MatrixRefRHS, int MatrixRefLHS);

// TODO: Fix vector types
void [[min_sm=6.10]] __builtin_LinAlg_MatrixVectorMultiply(int MatrixRef);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixVectorMultiplyAdd(int MatrixRef);

void [[min_sm=6.10]] __builtin_LinAlg_MatrixAccumulateToDescriptor(int MatrixRef, resource buf, int32_only offset, int32_only stride, int32_only layout);
void [[min_sm=6.10]] __builtin_LinAlg_MatrixAccumulateToMemory(int MatrixRef, int GroupSharedMem, int32_only offset, int32_only stride, int32_only layout);

// TODO: Fix vector types
void [[min_sm=6.10]] __builtin_LinAlg_MatrixOuterProduct(int MatrixRef);

} namespace


// SPIRV Change Starts
namespace VkIntrinsics {

u64 [[]] ReadClock(in uint scope);
$funcT [[ro]] RawBufferLoad(in u64 addr);
$funcT [[ro]] RawBufferLoad(in u64 addr, in uint alignment);
void [[]] RawBufferStore(in u64 addr, in $funcT value);
void [[]] RawBufferStore(in u64 addr, in $funcT value, in uint alignment);
void [[]] ext_execution_mode(in uint mode, ...);
void [[]] ext_execution_mode_id(in uint mode, ...);
$funcT2 [[]] static_pointer_cast(in VkBufferPointer ptr);
$funcT2 [[]] reinterpret_pointer_cast(in VkBufferPointer ptr);

} namespace

namespace BufferPointerMethods {
$classT [[ro]] GetBufferContents();
} namespace
// SPIRV Change Ends

namespace StreamMethods {

void [[]] Append(in $match<-1, 1> void x) : stream_append;
void [[]] RestartStrip() : stream_restart;

} namespace

namespace Texture1DMethods {
// Use float for DXIL don't support f16 on CalcLOD.
float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<1> x) : tex1d_t_calc_lod;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<1> x) : tex1d_t_calc_lod_unclamped;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width) : resinfo_o;
void [[]] GetDimensions(out float_like width) : resinfo_o;
$classT [[ro]] Load(in int<2> x) : tex1d_t_load;
$classT [[ro]] Load(in int<2> x, in int<1> o) : tex1d_t_load_o;
$classT [[]] Load(in int<2> x, in int<1> o, out uint_only status) : tex1d_t_load_o_s;
$classT [[ro]] Sample(in sampler s, in float<1> x) : tex1d_t;
$classT [[ro]] Sample(in sampler s, in float<1> x, in int<1> o) : tex1d_t_o;
$classT [[ro]] SampleBias(in sampler s, in float<1> x, in float bias) : tex1d_t_bias;
$classT [[ro]] SampleBias(in sampler s, in float<1> x, in float bias, in int<1> o) : tex1d_t_bias_o;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<1> x, in float compareValue) : tex1d_t_comp;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<1> x, in float compareValue, in int<1> o) : tex1d_t_comp_o;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<1> x, in float compareValue, in float bias) : tex1d_t_comp_bias;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<1> x, in float compareValue, in float bias, in int<1> o) : tex1d_t_comp_bias_o;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<1> x, in float compareValue, in $type2 ddx, in $type2 ddy) : tex1d_t_comp_dd;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<1> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<1> o) : tex1d_t_comp_dd_o;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<1> x, in float compareValue, in float lod);
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<1> x, in float compareValue, in float lod, in int<1> o);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<1> x, in float compareValue) : tex1d_t_comp_lz;
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<1> x, in float compareValue, in int<1> o) : tex1d_t_comp_lz_o;
$classT [[ro]] SampleGrad(in sampler s, in float<1> x, in $type2 ddx, in $type2 ddy) : tex1d_t_dd;
$classT [[ro]] SampleGrad(in sampler s, in float<1> x, in $type2 ddx, in $type2 ddy, in int<1> o) : tex1d_t_dd_o;
$classT [[ro]] SampleLevel(in sampler s, in float<1> x, in float lod) : tex1d_t_lod;
$classT [[ro]] SampleLevel(in sampler s, in float<1> x, in float lod, in int<1> o) : tex1d_t_lod_o;
$classT [[ro]] Sample(in sampler s, in float<1> x, in int<1> o, in float clamp) : tex1d_t_o_cl;
$classT [[]] Sample(in sampler s, in float<1> x, in int<1> o, in float clamp, out uint_only status) : tex1d_t_o_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<1> x, in float compareValue, in int<1> o, in float clamp) : tex1d_t_comp_o_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<1> x, in float compareValue, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_o_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<1> x, in float compareValue, in float bias, in int<1> o, in float clamp) : tex1d_t_comp_bias_o_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<1> x, in float compareValue, in float bias, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_bias_o_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<1> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<1> o, in float clamp) : tex1d_t_comp_dd_o_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<1> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_dd_o_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<1> x, in float compareValue, in float lod, in int<1> o, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<1> x, in float compareValue, in int<1> o, out uint_only status) : tex1d_t_comp_o_s;
$classT [[]] SampleLevel(in sampler s, in float<1> x, in float lod, in int<1> o, out uint_only status) : tex1d_t_lod_o_s;
$classT [[ro]] SampleBias(in sampler s, in float<1> x, in float bias, in int<1> o, in float clamp) : tex1d_t_bias_o_cl;
$classT [[]] SampleBias(in sampler s, in float<1> x, in float bias, in int<1> o, in float clamp, out uint_only status) : tex1d_t_bias_o_cl_s;
$classT [[]] SampleGrad(in sampler s, in float<1> x, in $type2 ddx, in $type2 ddy, in int<1> o, in float clamp) : tex1d_t_dd_o_cl;
$classT [[]] SampleGrad(in sampler s, in float<1> x, in $type2 ddx, in $type2 ddy, in int<1> o, in float clamp, out uint_only status) : tex1d_t_dd_o_cl_s;
} namespace

namespace Texture1DArrayMethods {

float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<1> x) : tex1d_t_calc_lod_array;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<1> x) : tex1d_t_calc_lod_unclamped_array;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 elements, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 elements, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 elements) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 elements) : resinfo_o;
$classT [[ro]] Load(in int<3> x) : tex1d_t_load_array;
$classT [[ro]] Load(in int<3> x, in int<1> o) : tex1d_t_load_array_o;
$classT [[]] Load(in int<3> x, in int<1> o, out uint_only status) : tex1d_t_load_array_o_s;
$classT [[ro]] Sample(in sampler s, in float<2> x) : tex1d_t_array;
$classT [[ro]] Sample(in sampler s, in float<2> x, in int<1> o) : tex1d_t_array_o;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias) : tex1d_t_bias_array;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias, in int<1> o) : tex1d_t_bias_array_o;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue) : tex1d_t_comp_array;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<1> o) : tex1d_t_comp_array_o;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias) : tex1d_t_comp_bias_array;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<1> o) : tex1d_t_comp_bias_array_o;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy) : tex1d_t_comp_dd_array;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o) : tex1d_t_comp_dd_array_o;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod);
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod, in int<1> o);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue) : tex1d_t_comp_lz_array;
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue, in int<1> o) : tex1d_t_comp_lz_array_o;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy) : tex1d_t_dd_array;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o) : tex1d_t_dd_array_o;
$classT [[ro]] SampleLevel(in sampler s, in float<2> x, in float lod) : tex1d_t_lod_array;
$classT [[ro]] SampleLevel(in sampler s, in float<2> x, in float lod, in int<1> o) : tex1d_t_lod_array_o;
$classT [[ro]] Sample(in sampler s, in float<2> x, in int<1> o, in float clamp) : tex1d_t_array_o_cl;
$classT [[]] Sample(in sampler s, in float<2> x, in int<1> o, in float clamp, out uint_only status) : tex1d_t_array_o_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<1> o, in float clamp) : tex1d_t_comp_array_o_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_array_o_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<1> o, in float clamp) : tex1d_t_comp_bias_array_o_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_bias_array_o_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o, in float clamp) : tex1d_t_comp_dd_array_o_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o, in float clamp, out uint_only status) : tex1d_t_comp_dd_array_o_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod, in int<1> o, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue, in int<1> o, out uint_only status) : tex1d_t_comp_array_o_s;
$classT [[]] SampleLevel(in sampler s, in float<2> x, in float lod, in int<1> o, out uint_only status) : tex1d_t_lod_array_o_s;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias, in int<1> o, in float clamp) : tex1d_t_bias_array_o_cl;
$classT [[]] SampleBias(in sampler s, in float<2> x, in float bias, in int<1> o, in float clamp, out uint_only status) : tex1d_t_bias_array_o_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o, in float clamp) : tex1d_t_dd_array_o_cl;
$classT [[]] SampleGrad(in sampler s, in float<2> x, in $match<2, 2> float<1> ddx, in $match<2, 2> float<1> ddy, in int<1> o, in float clamp, out uint_only status) : tex1d_t_dd_array_o_cl_s;
} namespace

namespace Texture2DMethods {

float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<2> x) : tex2d_t_calc_lod;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<2> x) : tex2d_t_calc_lod_unclamped;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<2> x) : tex2d_t_gather;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<2> x, in int<2> o) : tex2d_t_gather_o;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<2> x) : tex2d_t_gather_alpha;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<2> x, in int<2> o) : tex2d_t_gather_alpha_o;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_alpha_o4;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<2> x) : tex2d_t_gather_blue;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<2> x, in int<2> o) : tex2d_t_gather_blue_o;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_blue_o4;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_gather_comp;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_o;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_gather_comp_alpha;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_alpha_o;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_alpha_o4;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_gather_comp_blue;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_blue_o;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_blue_o4;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_gather_comp_green;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_green_o;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_green_o4;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_gather_comp_red;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_red_o;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_red_o4;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<2> x) : tex2d_t_gather_green;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<2> x, in int<2> o) : tex2d_t_gather_green_o;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_green_o4;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<2> x) : tex2d_t_gather_red;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<2> x, in int<2> o) : tex2d_t_gather_red_o;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_red_o4;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 height, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 height, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 height) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height) : resinfo_o;
$classT [[ro]] Load(in int<3> x) : tex2d_t_load;
$classT [[ro]] Load(in int<3> x, in int<2> o) : tex2d_t_load_o;
$classT [[]] Load(in int<3> x, in int<2> o, out uint_only status) : tex2d_t_load_o_s;
$classT [[ro]] Sample(in sampler s, in float<2> x) : tex2d_t;
$classT [[ro]] Sample(in sampler s, in float<2> x, in int<2> o) : tex2d_t_o;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias) : tex2d_t_bias;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias, in int<2> o) : tex2d_t_bias_o;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_comp;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_comp_o;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias) : tex2d_t_comp_bias;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<2> o) : tex2d_t_comp_bias_o;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $type2 ddx, in $type2 ddy) : tex2d_t_comp_dd;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<2> o) : tex2d_t_comp_dd_o;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod);
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod, in int<2> o);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue) : tex2d_t_comp_lz;
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o) : tex2d_t_comp_lz_o;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $type2 ddx, in $type2 ddy) : tex2d_t_dd;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $type2 ddx, in $type2 ddy, in int<2> o) : tex2d_t_dd_o;
$classT [[ro]] SampleLevel(in sampler s, in float<2> x, in float lod) : tex2d_t_lod;
$classT [[ro]] SampleLevel(in sampler s, in float<2> x, in float lod, in int<2> o) : tex2d_t_lod_o;
$classT [[ro]] Sample(in sampler s, in float<2> x, in int<2> o, in float clamp) : tex2d_t_o_cl;
$classT [[]] Sample(in sampler s, in float<2> x, in int<2> o, in float clamp, out uint_only status) : tex2d_t_o_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, in float clamp) : tex2d_t_comp_o_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_o_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<2> o, in float clamp) : tex2d_t_comp_bias_o_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<2> x, in float compareValue, in float bias, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_bias_o_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<2> o, in float clamp) : tex2d_t_comp_dd_o_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<2> x, in float compareValue, in $type2 ddx, in $type2 ddy, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_dd_o_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<2> x, in float compareValue, in float lod, in int<2> o, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_comp_o_s;
$classT [[]] SampleLevel(in sampler s, in float<2> x, in float lod, in int<2> o, out uint_only status) : tex2d_t_lod_o_s;
$classT [[ro]] SampleBias(in sampler s, in float<2> x, in float bias, in int<2> o, in float clamp) : tex2d_t_bias_o_cl;
$classT [[]] SampleBias(in sampler s, in float<2> x, in float bias, in int<2> o, in float clamp, out uint_only status) : tex2d_t_bias_o_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<2> x, in $type2 ddx, in $type2 ddy, in int<2> o, in float clamp) : tex2d_t_dd_o_cl;
$classT [[]] SampleGrad(in sampler s, in float<2> x, in $type2 ddx, in $type2 ddy, in int<2> o, in float clamp, out uint_only status) : tex2d_t_dd_o_cl_s;
$match<0, -1> void<4> [[]] Gather(in sampler s, in float<2> x, in int<2> o, out uint_only status) : tex2d_t_gather_o_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<2> x, in int<2> o, out uint_only status) : tex2d_t_gather_red_o_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_red_o4_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<2> x, in int<2> o, out uint_only status) : tex2d_t_gather_green_o_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_green_o4_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<2> x, in int<2> o, out uint_only status) : tex2d_t_gather_blue_o_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_blue_o4_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<2> x, in int<2> o, out uint_only status) : tex2d_t_gather_alpha_o_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<2> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_alpha_o4_s;

$match<0, -1> void<4> [[]] GatherCmp(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_o_s;
$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_red_o_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_green_o_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_blue_o_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_alpha_o_s;

$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_red_o4_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_green_o4_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_blue_o4_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<2> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_alpha_o4_s;
$match<0, -1> void<4> [[ro]] GatherRaw(in sampler s, in float<2> x);
$match<0, -1> void<4> [[ro]] GatherRaw(in sampler s, in float<2> x, in int<2> o);
$match<0, -1> void<4> [[]] GatherRaw(in sampler s, in float<2> x, in int<2> o, out uint_only status);
} namespace

namespace Texture2DMSMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type2 samples) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type2 samples) : resinfo_o;
float_like<2> [[ro]] GetSamplePosition(in int s) : samplepos;
$classT [[]] Load(in int<2> x, in int s) : texture2d_ms;
$classT [[]] Load(in int<2> x, in int s, in int<2> o) : texture2d_ms_o;
$classT [[]] Load(in int<2> x, in int s, in int<2> o, out uint_only status) : texture2d_ms_o_s;

} namespace

namespace Texture2DArrayMethods {

float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<2> x) : tex2d_t_calc_lod_array;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<2> x) : tex2d_t_calc_lod_unclamped_array;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<3> x) : tex2d_t_gather_array;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<3> x, in int<2> o) : tex2d_t_gather_array_o;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<3> x) : tex2d_t_gather_alpha_array;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<3> x, in int<2> o) : tex2d_t_gather_alpha_array_o;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_alpha_array_o4;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<3> x) : tex2d_t_gather_blue_array;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<3> x, in int<2> o) : tex2d_t_gather_blue_array_o;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_blue_array_o4;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_gather_comp_array;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_array_o;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_gather_comp_alpha_array;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_alpha_array_o;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_alpha_array_o4;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_gather_comp_blue_array;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_blue_array_o;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_blue_array_o4;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_gather_comp_green_array;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_green_array_o;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_green_array_o4;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_gather_comp_red_array;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_gather_comp_red_array_o;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_comp_red_array_o4;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<3> x) : tex2d_t_gather_green_array;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<3> x, in int<2> o) : tex2d_t_gather_green_array_o;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_green_array_o4;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<3> x) : tex2d_t_gather_red_array;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<3> x, in int<2> o) : tex2d_t_gather_red_array_o;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4) : tex2d_t_gather_red_array_o4;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 height, out $type2 elements, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 height, out $type2 elements, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 elements) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 elements) : resinfo_o;
$classT [[ro]] Load(in int<4> x) : tex2d_t_load_array;
$classT [[ro]] Load(in int<4> x, in int<2> o) : tex2d_t_load_array_o;
$classT [[]] Load(in int<4> x, in int<2> o, out uint_only status) : tex2d_t_load_array_o_s;
$classT [[ro]] Sample(in sampler s, in float<3> x) : tex2d_t_array;
$classT [[ro]] Sample(in sampler s, in float<3> x, in int<2> o) : tex2d_t_array_o;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias) : tex2d_t_bias_array;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias, in int<2> o) : tex2d_t_bias_array_o;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_comp_array;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_comp_array_o;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias) : tex2d_t_comp_bias_array;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias, in int<2> o) : tex2d_t_comp_bias_array_o;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy) : tex2d_t_comp_dd_array;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o) : tex2d_t_comp_dd_array_o;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<3> x, in float compareValue, in float lod);
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<3> x, in float compareValue, in float lod, in int<2> o);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<3> x, in float compareValue) : tex2d_t_comp_lz_array;
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o) : tex2d_t_comp_lz_array_o;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy) : tex2d_t_dd_array;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o) : tex2d_t_dd_array_o;
$classT [[ro]] SampleLevel(in sampler s, in float<3> x, in float lod) : tex2d_t_lod_array;
$classT [[ro]] SampleLevel(in sampler s, in float<3> x, in float lod, in int<2> o) : tex2d_t_lod_array_o;
$classT [[ro]] Sample(in sampler s, in float<3> x, in int<2> o, in float clamp) : tex2d_t_array_o_cl;
$classT [[]] Sample(in sampler s, in float<3> x, in int<2> o, in float clamp, out uint_only status) : tex2d_t_array_o_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, in float clamp) : tex2d_t_comp_array_o_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_array_o_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias, in int<2> o, in float clamp) : tex2d_t_comp_bias_array_o_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_bias_array_o_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o, in float clamp) : tex2d_t_comp_dd_array_o_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o, in float clamp, out uint_only status) : tex2d_t_comp_dd_array_o_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<3> x, in float compareValue, in float lod, in int<2> o, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_comp_array_o_s;
$classT [[]] SampleLevel(in sampler s, in float<3> x, in float lod, in int<2> o, out uint_only status) : tex2d_t_lod_array_o_s;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias, in int<2> o, in float clamp) : tex2d_t_bias_array_o_cl;
$classT [[]] SampleBias(in sampler s, in float<3> x, in float bias, in int<2> o, in float clamp, out uint_only status) : tex2d_t_bias_array_o_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o, in float clamp) : tex2d_t_dd_array_o_cl;
$classT [[]] SampleGrad(in sampler s, in float<3> x, in $match<2, 2> float<2> ddx, in $match<2, 2> float<2> ddy, in int<2> o, in float clamp, out uint_only status) : tex2d_t_dd_array_o_cl_s;
$match<0, -1> void<4> [[]] Gather(in sampler s, in float<3> x, in int<2> o, out uint_only status) : tex2d_t_gather_array_o_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<3> x, in int<2> o, out uint_only status) : tex2d_t_gather_red_array_o_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_red_array_o4_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<3> x, in int<2> o, out uint_only status) : tex2d_t_gather_green_array_o_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_green_array_o4_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<3> x, in int<2> o, out uint_only status) : tex2d_t_gather_blue_array_o_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_blue_array_o4_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<3> x, in int<2> o, out uint_only status) : tex2d_t_gather_alpha_array_o_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<3> x, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_alpha_array_o4_s;
$match<0, -1> void<4> [[]] GatherCmp(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_array_o_s;
$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_red_array_o_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_green_array_o_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_blue_array_o_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o, out uint_only status) : tex2d_t_gather_comp_alpha_array_o_s;
$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_red_array_o4_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_green_array_o4_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_blue_array_o4_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue, in int<2> o1, in int<2> o2, in int<2> o3, in int<2> o4, out uint_only status) : tex2d_t_gather_comp_alpha_array_o4_s;
$match<0, -1> void<4> [[ro]] GatherRaw(in sampler s, in float<3> x);
$match<0, -1> void<4> [[ro]] GatherRaw(in sampler s, in float<3> x, in int<2> o);
$match<0, -1> void<4> [[]] GatherRaw(in sampler s, in float<3> x, in int<2> o, out uint_only status);
} namespace

namespace Texture2DArrayMSMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 elements, out $type1 samples) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 elements, out $type1 samples) : resinfo_o;
float_like<2> [[ro]] GetSamplePosition(in int s) : samplepos;
$classT [[ro]] Load(in int<3> x, in int s) : texture2darray_ms;
$classT [[ro]] Load(in int<3> x, in int s, in int<2> o) : texture2darray_ms_o;
$classT [[]] Load(in int<3> x, in int s, in int<2> o, out uint_only status) : texture2darray_ms_o_s;

} namespace

namespace Texture3DMethods {

float [[ro]] CalculateLevelOfDetail(in sampler s, in float<3> x) : tex3d_t_calc_lod;
float [[ro]] CalculateLevelOfDetailUnclamped(in sampler s, in float<3> x) : tex3d_t_calc_lod_unclamped;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 height, out $type2 depth, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 height, out $type2 depth, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 depth) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 depth) : resinfo_o;
$classT [[ro]] Load(in int<4> x) : tex3d_t_load;
$classT [[ro]] Load(in int<4> x, in int<3> o) : tex3d_t_load_o;
$classT [[]] Load(in int<4> x, in int<3> o, out uint_only status) : tex3d_t_load_o_s;
$classT [[ro]] Sample(in sampler s, in float<3> x) : tex3d_t;
$classT [[ro]] Sample(in sampler s, in float<3> x, in int<3> o) : tex3d_t_o;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias) : tex3d_t_bias;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias, in int<3> o) : tex3d_t_bias_o;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy) : tex3d_t_dd;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy, in int<3> o) : tex3d_t_dd_o;
$classT [[ro]] SampleLevel(in sampler s, in float<3> x, in float lod) : tex3d_t_lod;
$classT [[ro]] SampleLevel(in sampler s, in float<3> x, in float lod, in int<3> o) : tex3d_t_lod_o;
$classT [[ro]] Sample(in sampler s, in float<3> x, in int<3> o, in float clamp) : tex3d_t_o_cl;
$classT [[]] Sample(in sampler s, in float<3> x, in int<3> o, in float clamp, out uint_only status) : tex3d_t_o_cl_s;
$classT [[]] SampleLevel(in sampler s, in float<3> x, in float lod, in int<3> o, out uint_only status) : tex3d_t_lod_o_s;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias, in int<3> o, in float clamp) : tex3d_t_bias_o_cl;
$classT [[]] SampleBias(in sampler s, in float<3> x, in float bias, in int<3> o, in float clamp, out uint_only status) : tex3d_t_bias_o_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy, in int<3> o, in float clamp) : tex3d_t_dd_o_cl;
$classT [[]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy, in int<3> o, in float clamp, out uint_only status) : tex3d_t_dd_o_cl_s;
} namespace

namespace TextureCUBEMethods {

float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<3> x) : texcube_t_calc_lod;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<3> x) : texcube_t_calc_lod_unclamped;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<3> x) : texcube_t_gather;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<3> x) : texcube_t_gather_alpha;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<3> x) : texcube_t_gather_blue;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<3> x, in float compareValue) : texcube_t_gather_comp;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue) : texcube_t_gather_comp_alpha;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue) : texcube_t_gather_comp_blue;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue) : texcube_t_gather_comp_green;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue) : texcube_t_gather_comp_red;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<3> x) : texcube_t_gather_green;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<3> x) : texcube_t_gather_red;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 height, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 height, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 height) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height) : resinfo_o;
$classT [[ro]] Sample(in sampler s, in float<3> x) : texcube_t;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias) : texcube_t_bias;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<3> x, in float c) : texcube_t_comp;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias) : texcube_t_comp_bias;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $type2 ddx, in $type2 ddy) : texcube_t_comp_dd;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<3> x, in float c, in float lod);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<3> x, in float c) : texcube_t_comp_lz;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy) : texcube_t_dd;
$classT [[ro]] SampleLevel(in sampler s, in float<3> x, in float lod) : texcube_t_lod;
$classT [[ro]] Sample(in sampler s, in float<3> x, in float clamp) : texcube_t_cl;
$classT [[]] Sample(in sampler s, in float<3> x, in float clamp, out uint_only status) : texcube_t_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue, in float clamp) : texcube_t_comp_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<3> x, in float compareValue, in float clamp, out uint_only status) : texcube_t_comp_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias, in float clamp) : texcube_t_comp_bias_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<3> x, in float compareValue, in float bias, in float clamp, out uint_only status) : texcube_t_comp_bias_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $type2 ddx, in $type2 ddy, in float clamp) : texcube_t_comp_dd_o_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<3> x, in float compareValue, in $type2 ddx, in $type2 ddy, in float clamp, out uint_only status) : texcube_t_comp_dd_o_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<3> x, in float compareValue, in float lod, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_comp_s;
$classT [[]] SampleLevel(in sampler s, in float<3> x, in float lod, out uint_only status) : texcube_t_lod_s;
$classT [[ro]] SampleBias(in sampler s, in float<3> x, in float bias, in float clamp) : texcube_t_bias_cl;
$classT [[]] SampleBias(in sampler s, in float<3> x, in float bias, in float clamp, out uint_only status) : texcube_t_bias_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy, in float clamp) : texcube_t_dd_cl;
$classT [[]] SampleGrad(in sampler s, in float<3> x, in $type2 ddx, in $type2 ddy, in float clamp, out uint_only status) : texcube_t_dd_cl_s;
$match<0, -1> void<4> [[]] Gather(in sampler s, in float<3> x, out uint_only status) : texcube_t_gather_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<3> x, out uint_only status) : texcube_t_gather_red_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<3> x, out uint_only status) : texcube_t_gather_green_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<3> x, out uint_only status) : texcube_t_gather_blue_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<3> x, out uint_only status) : texcube_t_gather_alpha_s;
$match<0, -1> void<4> [[]] GatherCmp(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_s;
$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_red_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_green_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_blue_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<3> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_alpha_s;
} namespace

namespace TextureCUBEArrayMethods {

float [[ro]] CalculateLevelOfDetail(in any_sampler s, in float<3> x) : texcube_t_calc_lod_array;
float [[ro]] CalculateLevelOfDetailUnclamped(in any_sampler s, in float<3> x) : texcube_t_calc_lod_unclamped_array;
$match<0, -1> void<4> [[ro]] Gather(in sampler s, in float<4> x) : texcube_t_gather_array;
$match<0, -1> void<4> [[ro]] GatherAlpha(in sampler s, in float<4> x) : texcube_t_gather_alpha_array;
$match<0, -1> void<4> [[ro]] GatherBlue(in sampler s, in float<4> x) : texcube_t_gather_blue_array;
$match<0, -1> void<4> [[ro]] GatherCmp(in sampler_cmp s, in float<4> x, in float compareValue) : texcube_t_gather_comp_array;
$match<0, -1> void<4> [[ro]] GatherCmpAlpha(in sampler_cmp s, in float<4> x, in float compareValue) : texcube_t_gather_comp_alpha_array;
$match<0, -1> void<4> [[ro]] GatherCmpBlue(in sampler_cmp s, in float<4> x, in float compareValue) : texcube_t_gather_comp_blue_array;
$match<0, -1> void<4> [[ro]] GatherCmpGreen(in sampler_cmp s, in float<4> x, in float compareValue) : texcube_t_gather_comp_green_array;
$match<0, -1> void<4> [[ro]] GatherCmpRed(in sampler_cmp s, in float<4> x, in float compareValue) : texcube_t_gather_comp_red_array;
$match<0, -1> void<4> [[ro]] GatherGreen(in sampler s, in float<4> x) : texcube_t_gather_green_array;
$match<0, -1> void<4> [[ro]] GatherRed(in sampler s, in float<4> x) : texcube_t_gather_red_array;
void [[]] GetDimensions(in uint x, out uint_only width, out $type2 height, out $type2 elements, out $type2 levels) : resinfo_uint;
void [[]] GetDimensions(in uint x, out float_like width, out $type2 height, out $type2 elements, out $type2 levels) : resinfo;
void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 elements) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 elements) : resinfo_o;
$classT [[ro]] Sample(in sampler s, in float<4> x) : texcube_t_array;
$classT [[ro]] SampleBias(in sampler s, in float<4> x, in float bias) : texcube_t_bias_array;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<4> x, in float c) : texcube_t_comp_array;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<4> x, in float compareValue, in float bias) : texcube_t_comp_bias_array;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<4> x, in float compareValue, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy) : texcube_t_comp_dd_array;
float_like [[ro]] SampleCmpLevel(in sampler_cmp s, in float<4> x, in float c, in float lod);
float_like [[ro]] SampleCmpLevelZero(in sampler_cmp s, in float<4> x, in float c) : texcube_t_comp_lz_array;
$classT [[ro]] SampleGrad(in sampler s, in float<4> x, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy) : texcube_t_dd_array;
$classT [[ro]] SampleLevel(in sampler s, in float<4> x, in float lod) : texcube_t_lod_array;
$classT [[ro]] Sample(in sampler s, in float<4> x, in float clamp) : texcube_t_array_cl;
$classT [[]] Sample(in sampler s, in float<4> x, in float clamp, out uint_only status) : texcube_t_array_cl_s;
float_like [[ro]] SampleCmp(in sampler_cmp s, in float<4> x, in float compareValue, in float clamp) : texcube_t_comp_array_cl;
float_like [[]] SampleCmp(in sampler_cmp s, in float<4> x, in float compareValue, in float clamp, out uint_only status) : texcube_t_comp_array_cl_s;
float_like [[ro]] SampleCmpBias(in sampler_cmp s, in float<4> x, in float compareValue, in float bias, in float clamp) : texcube_t_comp_bias_array_cl;
float_like [[]] SampleCmpBias(in sampler_cmp s, in float<4> x, in float compareValue, in float bias, in float clamp, out uint_only status) : texcube_t_comp_bias_array_cl_s;
float_like [[ro]] SampleCmpGrad(in sampler_cmp s, in float<4> x, in float compareValue, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy, in float clamp) : texcube_t_comp_dd_array_cl;
float_like [[]] SampleCmpGrad(in sampler_cmp s, in float<4> x, in float compareValue, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy, in float clamp, out uint_only status) : texcube_t_comp_dd_array_cl_s;
float_like [[]] SampleCmpLevel(in sampler_cmp s, in float<4> x, in float compareValue, in float lod, out uint_only status);
float_like [[]] SampleCmpLevelZero(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_comp_array_s;
$classT [[]] SampleLevel(in sampler s, in float<4> x, in float lod, out uint_only status) : texcube_t_lod_array_s;
$classT [[ro]] SampleBias(in sampler s, in float<4> x, in float bias, in float clamp) : texcube_t_bias_array_cl;
$classT [[]] SampleBias(in sampler s, in float<4> x, in float bias, in float clamp, out uint_only status) : texcube_t_bias_array_cl_s;
$classT [[ro]] SampleGrad(in sampler s, in float<4> x, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy, in float clamp) : texcube_t_dd_array_cl;
$classT [[]] SampleGrad(in sampler s, in float<4> x, in $match<2, 2> float<3> ddx, in $match<2, 2> float<3> ddy, in float clamp, out uint_only status) : texcube_t_dd_array_cl_s;
$match<0, -1> void<4> [[]] Gather(in sampler s, in float<4> x, out uint_only status) : texcube_t_gather_array_s;
$match<0, -1> void<4> [[]] GatherRed(in sampler s, in float<4> x, out uint_only status) : texcube_t_gather_red_array_s;
$match<0, -1> void<4> [[]] GatherGreen(in sampler s, in float<4> x, out uint_only status) : texcube_t_gather_green_array_s;
$match<0, -1> void<4> [[]] GatherBlue(in sampler s, in float<4> x, out uint_only status) : texcube_t_gather_blue_array_s;
$match<0, -1> void<4> [[]] GatherAlpha(in sampler s, in float<4> x, out uint_only status) : texcube_t_gather_alpha_array_s;
$match<0, -1> void<4> [[]] GatherCmp(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_array_s;
$match<0, -1> void<4> [[]] GatherCmpRed(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_red_array_s;
$match<0, -1> void<4> [[]] GatherCmpGreen(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_green_array_s;
$match<0, -1> void<4> [[]] GatherCmpBlue(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_blue_array_s;
$match<0, -1> void<4> [[]] GatherCmpAlpha(in sampler_cmp s, in float<4> x, in float compareValue, out uint_only status) : texcube_t_gather_comp_alpha_array_s;
} namespace

namespace BufferMethods {

void [[]] GetDimensions(out uint_only width) : bufinfo;
$classT [[ro]] Load(in int<1> x) : buffer_load;
$classT [[]] Load(in int<1> x, out uint_only status) : buffer_load_s;

} namespace

namespace RWTexture1DMethods {

void [[]] GetDimensions(out uint_only width) : resinfo_o;
void [[]] GetDimensions(out float_like width) : resinfo_o;
$classT [[ro]] Load(in int<1> x) : rwtex1d_load;
$classT [[]] Load(in int<1> x, out uint_only status) : rwtex1d_load_s;
} namespace

namespace RWTexture1DArrayMethods {

void [[]] GetDimensions(out uint_only width, out $type1 elements) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 elements) : resinfo_o;
$classT [[ro]] Load(in int<2> x) : rwtex1d_load_array;
$classT [[]] Load(in int<2> x, out uint_only status) : rwtex1d_load_array_s;
} namespace

namespace RWTexture2DMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height) : resinfo_o;
$classT [[ro]] Load(in int<2> x) : rwtex2d_load;
$classT [[]] Load(in int<2> x, out uint_only status) : rwtex2d_load_s;
} namespace

namespace RWTexture2DArrayMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 elements) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 elements) : resinfo_o;
$classT [[ro]] Load(in int<3> x) : rwtex2d_load_array;
$classT [[]] Load(in int<3> x, out uint_only status) : rwtex2d_load_array_s;
} namespace

namespace RWTexture2DMSMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type2 samples);
void [[]] GetDimensions(out float_like width, out $type1 height, out $type2 samples);
float_like<2> [[ro]] GetSamplePosition(in int s);
$classT [[ro]] Load(in int<2> x, in int s);
$classT [[]] Load(in int<2> x, in int s, out uint_only status);
} namespace

namespace RWTexture2DMSArrayMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 elements, out $type1 samples);
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 elements, out $type1 samples);
float_like<2> [[ro]] GetSamplePosition(in int s);
$classT [[ro]] Load(in int<3> x, in int s);
$classT [[]] Load(in int<3> x, in int s, out uint_only status);
} namespace

namespace RWTexture3DMethods {

void [[]] GetDimensions(out uint_only width, out $type1 height, out $type1 depth) : resinfo_uint_o;
void [[]] GetDimensions(out float_like width, out $type1 height, out $type1 depth) : resinfo_o;
$classT [[ro]] Load(in int<3> x) : rwtex3d_load;
$classT [[]] Load(in int<3> x, out uint_only status) : rwtex3d_load_s;
} namespace

namespace RWBufferMethods {

void [[]] GetDimensions(out uint_only width) : bufinfo;
$classT [[ro]] Load(in int x) : rwbuffer_load;
$classT [[]] Load(in int x, out uint_only status) : rwbuffer_load_s;

} namespace

namespace ByteAddressBufferMethods {

void [[]] GetDimensions(out uint_only width) : bufinfo;
$funcT [[ro]] Load(in uint byteOffset) : byteaddress_load;
uint<2> [[ro]] Load2(in uint byteOffset) : byteaddress_load;
uint<3> [[ro]] Load3(in uint byteOffset) : byteaddress_load;
uint<4> [[ro]] Load4(in uint byteOffset) : byteaddress_load;
$funcT [[]] Load(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<2> [[]] Load2(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<3> [[]] Load3(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<4> [[]] Load4(in uint byteOffset, out uint_only status) : byteaddress_load_s;

} namespace

namespace RWByteAddressBufferMethods {

void [[]] GetDimensions(out uint_only width) : bufinfo;
$funcT [[ro]] Load(in uint byteOffset) : byteaddress_load;
uint<2> [[ro]] Load2(in uint byteOffset) : byteaddress_load;
uint<3> [[ro]] Load3(in uint byteOffset) : byteaddress_load;
uint<4> [[ro]] Load4(in uint byteOffset) : byteaddress_load;
$funcT [[]] Load(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<2> [[]] Load2(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<3> [[]] Load3(in uint byteOffset, out uint_only status) : byteaddress_load_s;
uint<4> [[]] Load4(in uint byteOffset, out uint_only status) : byteaddress_load_s;
void [[]] Store(in uint byteOffset, in $funcT value) : byteaddress_store;
void [[]] Store2(in uint byteOffset, in uint<2> value) : byteaddress_store;
void [[]] Store3(in uint byteOffset, in uint<3> value) : byteaddress_store;
void [[]] Store4(in uint byteOffset, in uint<4> value) : byteaddress_store;
// 64-bit integer interlocks
void [[]] InterlockedAdd64(in uint byteOffset, in u64 value);
void [[]] InterlockedAdd64(in uint byteOffset, in u64 value, out any_int64 original) : interlockedadd_immediate;
void [[unsigned_op=InterlockedUMin,overload=1]] InterlockedMin64(in uint byteOffset, in any_int64 value) : interlockedmin;
void [[unsigned_op=InterlockedUMin,overload=1]] InterlockedMin64(in uint byteOffset, in any_int64 value, out any_int64 original) : interlockedmin_immediate;
void [[unsigned_op=InterlockedUMax,overload=1]] InterlockedMax64(in uint byteOffset, in any_int64 value) : interlockedmax;
void [[unsigned_op=InterlockedUMax,overload=1]] InterlockedMax64(in uint byteOffset, in any_int64 value, out any_int64 original) : interlockedmax_immediate;
void [[]] InterlockedAnd64(in uint byteOffset, in u64 value);
void [[]] InterlockedAnd64(in uint byteOffset, in u64 value, out any_int64 original) : interlockedand_immediate;
void [[]] InterlockedOr64(in uint byteOffset, in u64 value);
void [[]] InterlockedOr64(in uint byteOffset, in u64 value, out any_int64 original) : interlockedor_immediate;
void [[]] InterlockedXor64(in uint byteOffset, in u64 value);
void [[]] InterlockedXor64(in uint byteOffset, in u64 value, out any_int64 original) : interlockedxor_immediate;
void [[]] InterlockedCompareStore64(in uint byteOffset, in u64 compare, in u64 value);
void [[]] InterlockedExchange64(in uint byteOffset, in any_int64 value, out any_int64 original);
void [[]] InterlockedCompareExchange64(in uint byteOffset, in u64 compare, in u64 value, out any_int64 original);
// floating point interlocks
void [[]] InterlockedExchangeFloat(in uint byteOffest, in float value, out float original);
void [[]] InterlockedCompareStoreFloatBitwise(in uint byteOffest, in float compare, in float value);
void [[]] InterlockedCompareExchangeFloatBitwise(in uint byteOffest, in float compare, in float value, out float original);
// 32-bit integer interlocks
void [[]] InterlockedAdd(in uint byteOffset, in uint value);
void [[]] InterlockedAdd(in uint byteOffset, in uint value, out uint original) : interlockedadd_immediate;
void [[unsigned_op=InterlockedUMin,overload=1]] InterlockedMin(in uint byteOffset, in any_int32 value) : interlockedmin;
void [[unsigned_op=InterlockedUMin,overload=1]] InterlockedMin(in uint byteOffset, in any_int32 value, out uint original) : interlockedmin_immediate;
void [[unsigned_op=InterlockedUMax,overload=1]] InterlockedMax(in uint byteOffset, in any_int32 value) : interlockedmax;
void [[unsigned_op=InterlockedUMax,overload=1]] InterlockedMax(in uint byteOffset, in any_int32 value, out uint original) : interlockedmax_immediate;
void [[]] InterlockedAnd(in uint byteOffset, in uint value);
void [[]] InterlockedAnd(in uint byteOffset, in uint value, out uint original) : interlockedand_immediate;
void [[]] InterlockedOr(in uint byteOffset, in uint value);
void [[]] InterlockedOr(in uint byteOffset, in uint value, out uint original) : interlockedor_immediate;
void [[]] InterlockedXor(in uint byteOffset, in uint value);
void [[]] InterlockedXor(in uint byteOffset, in uint value, out uint original) : interlockedxor_immediate;
void [[]] InterlockedCompareStore(in uint byteOffset, in uint compare, in uint value);
void [[]] InterlockedExchange(in uint byteOffset, in uint value, out uint original);
void [[]] InterlockedCompareExchange(in uint byteOffset, in uint compare, in uint value, out uint original);

} namespace

namespace StructuredBufferMethods {

void [[]] GetDimensions(out uint_only count, out uint_only stride) : bufinfo;
$classT [[ro]] Load(in int x) : structured_buffer_load;
$classT [[]] Load(in int x, out uint_only status) : structured_buffer_load_s;

} namespace

namespace RWStructuredBufferMethods {

void [[]] GetDimensions(out uint_only count, out uint_only stride) : bufinfo;
uint [[]] IncrementCounter() : structuredbuffer_inc;
uint [[]] DecrementCounter() : structuredbuffer_dec;
$classT [[ro]] Load(in int x) : rwstructured_buffer_load;
$classT [[]] Load(in int x, out uint_only status) : rwstructured_buffer_load_s;

} namespace

namespace AppendStructuredBufferMethods {

void [[]] GetDimensions(out uint_only count, out uint_only stride) : bufinfo;
void [[]] Append(in $match<-1,0> void value ) : structuredbuffer_append;

} namespace

namespace ConsumeStructuredBufferMethods {

void [[]] GetDimensions(out uint_only count, out uint_only stride) : bufinfo;
$classT [[]] Consume() : structuredbuffer_consume;

} namespace

namespace FeedbackTexture2DMethods {

void [[]] WriteSamplerFeedback(in Texture2D t, in sampler s, in float<2> x);
void [[]] WriteSamplerFeedback(in Texture2D t, in sampler s, in float<2> x, in float clamp);
void [[]] WriteSamplerFeedbackBias(in Texture2D t, in sampler s, in float<2> x, in float bias);
void [[]] WriteSamplerFeedbackBias(in Texture2D t, in sampler s, in float<2> x, in float bias, in float clamp);
void [[]] WriteSamplerFeedbackGrad(in Texture2D t, in sampler s, in float<2> x, in float<2> ddx, in float<2> ddy);
void [[]] WriteSamplerFeedbackGrad(in Texture2D t, in sampler s, in float<2> x, in float<2> ddx, in float<2> ddy, in float clamp);
void [[]] WriteSamplerFeedbackLevel(in Texture2D t, in sampler s, in float<2> x, in float lod);

} namespace

namespace FeedbackTexture2DArrayMethods {

void [[]] WriteSamplerFeedback(in Texture2DArray t, in sampler s, in float<3> x);
void [[]] WriteSamplerFeedback(in Texture2DArray t, in sampler s, in float<3> x, in float clamp);
void [[]] WriteSamplerFeedbackBias(in Texture2DArray t, in sampler s, in float<3> x, in float bias);
void [[]] WriteSamplerFeedbackBias(in Texture2DArray t, in sampler s, in float<3> x, in float bias, in float clamp);
void [[]] WriteSamplerFeedbackGrad(in Texture2DArray t, in sampler s, in float<3> x, in float<2> ddx, in float<2> ddy);
void [[]] WriteSamplerFeedbackGrad(in Texture2DArray t, in sampler s, in float<3> x, in float<2> ddx, in float<2> ddy, in float clamp);
void [[]] WriteSamplerFeedbackLevel(in Texture2DArray t, in sampler s, in float<3> x, in float lod);

} namespace

namespace RayQueryMethods {

void [[]] TraceRayInline(in acceleration_struct AccelerationStructure, in uint RayFlags, in uint InstanceInclusionMask, in ray_desc Ray);
bool [[]] Proceed();
void [[]] Abort();
void [[]] CommitNonOpaqueTriangleHit();
void [[]] CommitProceduralPrimitiveHit(in float t);
uint [[ro]] CommittedStatus();
uint [[ro]] CandidateType();
float<3,4> [[ro]] CandidateObjectToWorld3x4();
float<4,3> [[ro]] CandidateObjectToWorld4x3();
float<3,4> [[ro]] CandidateWorldToObject3x4();
float<4,3> [[ro]] CandidateWorldToObject4x3();
float<3,4> [[ro]] CommittedObjectToWorld3x4();
float<4,3> [[ro]] CommittedObjectToWorld4x3();
float<3,4> [[ro]] CommittedWorldToObject3x4();
float<4,3> [[ro]] CommittedWorldToObject4x3();
bool [[ro]] CandidateProceduralPrimitiveNonOpaque();
bool [[ro]] CandidateTriangleFrontFace();
bool [[ro]] CommittedTriangleFrontFace();
float<2> [[ro]] CandidateTriangleBarycentrics();
float<2> [[ro]] CommittedTriangleBarycentrics();
uint [[ro]] RayFlags();
float<3> [[ro]] WorldRayOrigin();
float<3> [[ro]] WorldRayDirection();
float [[ro]] RayTMin();
float [[ro]] CandidateTriangleRayT();
float [[ro]] CommittedRayT();
uint [[ro]] CandidateInstanceIndex();
uint [[ro]] CandidateInstanceID();
uint [[ro]] CandidateGeometryIndex();
uint [[ro]] CandidatePrimitiveIndex();
float<3> [[ro]] CandidateObjectRayOrigin();
float<3> [[ro]] CandidateObjectRayDirection();
uint [[ro]] CommittedInstanceIndex();
uint [[ro]] CommittedInstanceID();
uint [[ro]] CommittedGeometryIndex();
uint [[ro]] CommittedPrimitiveIndex();
float<3> [[ro]] CommittedObjectRayOrigin();
float<3> [[ro]] CommittedObjectRayDirection();
uint [[ro]] CandidateInstanceContributionToHitGroupIndex();
uint [[ro]] CommittedInstanceContributionToHitGroupIndex();
uint [[ro,min_sm=6.10]] CandidateClusterID();
uint [[ro,min_sm=6.10]] CommittedClusterID();
// TODO: Update return type for *TriangleObjectPosition():
void [[ro,min_sm=6.10]] CandidateTriangleObjectPosition();
void [[ro,min_sm=6.10]] CommittedTriangleObjectPosition();

} namespace

// Shader Execution Reordering
namespace DxHitObjectMethods {
    DxHitObject [[static,class_prefix,min_sm=6.9]] MakeNop();
    DxHitObject [[static,class_prefix,min_sm=6.9]] MakeMiss(in uint RayFlags, in uint MissShaderIndex, in ray_desc Ray);
    DxHitObject [[static,class_prefix,min_sm=6.9]] FromRayQuery(in RayQuery rq);
    DxHitObject [[static,class_prefix,min_sm=6.9]] FromRayQuery(in RayQuery rq, in uint HitKind, in udt Attributes);
    DxHitObject [[static,class_prefix,min_sm=6.9]] TraceRay(in acceleration_struct AccelerationStructure, in uint RayFlags, in uint InstanceInclusionMask, in uint RayContributionToHitGroupIndex, in uint MultiplierForGeometryContributionToHitGroupIndex, in uint MissShaderIndex, in ray_desc Ray, inout udt Payload);
    void [[static,class_prefix,min_sm=6.9]] Invoke(in DxHitObject ho, inout udt Payload);
    bool [[rn,class_prefix,min_sm=6.9]] IsMiss();
    bool [[rn,class_prefix,min_sm=6.9]] IsHit();
    bool [[rn,class_prefix,min_sm=6.9]] IsNop();
    uint [[rn,class_prefix,min_sm=6.9]] GetRayFlags();
    float [[rn,class_prefix,min_sm=6.9]] GetRayTMin();
    float [[rn,class_prefix,min_sm=6.9]] GetRayTCurrent();
    float<3> [[rn,class_prefix,min_sm=6.9]] GetWorldRayOrigin();
    float<3> [[rn,class_prefix,min_sm=6.9]] GetWorldRayDirection();
    float<3> [[rn,class_prefix,min_sm=6.9]] GetObjectRayOrigin();
    float<3> [[rn,class_prefix,min_sm=6.9]] GetObjectRayDirection();
    float<3,4> [[rn,class_prefix,min_sm=6.9]] GetObjectToWorld3x4();
    float<4,3> [[rn,class_prefix,min_sm=6.9]] GetObjectToWorld4x3();
    float<3,4> [[rn,class_prefix,min_sm=6.9]] GetWorldToObject3x4();
    float<4,3> [[rn,class_prefix,min_sm=6.9]] GetWorldToObject4x3();
    uint [[rn,class_prefix,min_sm=6.9]] GetGeometryIndex();
    uint [[rn,class_prefix,min_sm=6.9]] GetInstanceIndex();
    uint [[rn,class_prefix,min_sm=6.9]] GetInstanceID();
    uint [[rn,class_prefix,min_sm=6.9]] GetPrimitiveIndex();
    uint [[rn,class_prefix,min_sm=6.9]] GetHitKind();
    uint [[rn,class_prefix,min_sm=6.9]] GetShaderTableIndex();
    void [[class_prefix,min_sm=6.9]] GetAttributes(out udt Attributes);
    void [[class_prefix,min_sm=6.9]] SetShaderTableIndex(in uint RecordIndex);
    uint [[ro,class_prefix,min_sm=6.9]] LoadLocalRootTableConstant(in uint RootConstantOffsetInBytes);
    uint [[ro,class_prefix,min_sm=6.10]] ClusterID();
    // TODO: Update return type for TriangleObjectPosition():
    void [[ro,class_prefix,min_sm=6.10]] TriangleObjectPosition();
} namespace

namespace DxIntrinsics {
void [[min_sm=6.9]] MaybeReorderThread(in DxHitObject HitObject);
void [[min_sm=6.9]] MaybeReorderThread(in uint CoherenceHint, in uint NumCoherenceHintBitsFromLSB);
void [[min_sm=6.9]] MaybeReorderThread(in DxHitObject HitObject, in uint CoherenceHint, in uint NumCoherenceHintBitsFromLSB);
} namespace

// Work Graphs objects and methods

// EmptyNodeInput
namespace EmptyNodeInputMethods {
    uint [[ro]] Count();
} namespace

// RWDispatchNodeInputRecord methods (in addition to Get)
namespace RWDispatchNodeInputRecordMethods {
    bool [[]] FinishedCrossGroupSharing();
} namespace

// GroupNodeInputRecords methods (in addition to Get and array access subscript)
namespace GroupNodeInputRecordsMethods {
  uint [[ro]] Count();
} namespace

// NodeOutput
namespace NodeOutputMethods {
    $match<0,-2> ThreadNodeOutputRecords [[]] GetThreadNodeOutputRecords(in uint numRecords);
    $match<0,-2> GroupNodeOutputRecords [[]] GetGroupNodeOutputRecords(in uint numRecords);
    bool [[]] IsValid();
} namespace

// EmptyNodeOutput
namespace EmptyNodeOutputMethods {
    void [[]] GroupIncrementOutputCount(in uint count);
    void [[]] ThreadIncrementOutputCount(in uint count);
    bool [[]] IsValid();
} namespace

// ThreadNodeOutputRecords, GroupNodeOutputRecords
namespace GroupOrThreadNodeOutputRecordsMethods {
    void [[]] OutputComplete();
} namespace

// SPIRV Change Starts

namespace VkSubpassInputMethods {
$classT [[]] SubpassLoad() : subpassinput_load;
} namespace

namespace VkSubpassInputMSMethods {
$classT [[]] SubpassLoad(in int sample) : subpassinputms_load;
} namespace

// SPIRV Change Ends
