#include "gpu_shader_cxx_vector.hh"

Classes
struct	ImageBase< T, Dimensions, Array, Atomic >

Macros
#define	RET

Image Types
#define	IMG_TEMPLATE
#define	imageLoadFast imageLoad
#define	imageStoreFast imageStore
using	image1D = ImageBase<float, 1>
using	image2D = ImageBase<float, 2>
using	image3D = ImageBase<float, 3>
using	iimage1D = ImageBase<int, 1>
using	iimage2D = ImageBase<int, 2>
using	iimage3D = ImageBase<int, 3>
using	uimage1D = ImageBase<uint, 1>
using	uimage2D = ImageBase<uint, 2>
using	uimage3D = ImageBase<uint, 3>
using	image1DArray = ImageBase<float, 1, true>
using	image2DArray = ImageBase<float, 2, true>
using	iimage1DArray = ImageBase<int, 1, true>
using	iimage2DArray = ImageBase<int, 2, true>
using	uimage1DArray = ImageBase<uint, 1, true>
using	uimage2DArray = ImageBase<uint, 2, true>
using	iimage2DAtomic = ImageBase<int, 2, false, true>
using	iimage3DAtomic = ImageBase<int, 3, false, true>
using	uimage2DAtomic = ImageBase<uint, 2, false, true>
using	uimage3DAtomic = ImageBase<uint, 3, false, true>
using	iimage2DArrayAtomic = ImageBase<int, 2, true, true>
using	uimage2DArrayAtomic = ImageBase<uint, 2, true, true>
IMG_TEMPLATE SizeVec	imageSize (const T &) RET
IMG_TEMPLATE DataVec	imageLoad (const T &, IntCoord) RET
IMG_TEMPLATE void	imageStore (T &, IntCoord, DataVec)
IMG_TEMPLATE void	imageFence (T &)
IMG_TEMPLATE void	imageStore (const T &, IntCoord, DataVec)=delete
IMG_TEMPLATE void	imageFence (const T &)=delete
IMG_TEMPLATE uint	imageAtomicAdd (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicMin (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicMax (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicAnd (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicXor (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicOr (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicExchange (T &, IntCoord, uint) RET
IMG_TEMPLATE uint	imageAtomicCompSwap (T &, IntCoord, uint, uint) RET
IMG_TEMPLATE uint	imageAtomicAdd (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicMin (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicMax (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicAnd (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicXor (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicOr (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicExchange (const T &, IntCoord, uint)=delete
IMG_TEMPLATE uint	imageAtomicCompSwap (const T &, IntCoord, uint, uint)=delete

Macro Definition Documentation

◆ imageLoadFast

#define imageLoadFast imageLoad

Definition at line 47 of file gpu_shader_cxx_image.hh.

◆ imageStoreFast

#define imageStoreFast imageStore

Definition at line 48 of file gpu_shader_cxx_image.hh.

◆ IMG_TEMPLATE

#define IMG_TEMPLATE

Value:

template<typename T, \
         typename IntCoord = typename T::int_coord_type, \
         typename DataVec = typename T::data_vec_type, \
         typename SizeVec = typename T::size_vec_type>

Definition at line 33 of file gpu_shader_cxx_image.hh.

Referenced by imageAtomicAdd(), imageAtomicAdd(), imageAtomicAnd(), imageAtomicAnd(), imageAtomicCompSwap(), imageAtomicCompSwap(), imageAtomicExchange(), imageAtomicExchange(), imageAtomicMax(), imageAtomicMax(), imageAtomicMin(), imageAtomicMin(), imageAtomicOr(), imageAtomicOr(), imageAtomicXor(), imageAtomicXor(), imageFence(), imageFence(), imageLoad(), imageSize(), imageStore(), and imageStore().

◆ RET

#define RET

Value:

{ \
  return {}; \
}

C++ stubs for shading language.

IMPORTANT: Please ask the module team if you need some feature that are not listed in this file.

Definition at line 16 of file gpu_shader_cxx_image.hh.

Typedef Documentation

◆ iimage1D

using iimage1D = ImageBase<int, 1>

Definition at line 73 of file gpu_shader_cxx_image.hh.

◆ iimage1DArray

using iimage1DArray = ImageBase<int, 1, true>

Definition at line 82 of file gpu_shader_cxx_image.hh.

◆ iimage2D

using iimage2D = ImageBase<int, 2>

Definition at line 74 of file gpu_shader_cxx_image.hh.

◆ iimage2DArray

using iimage2DArray = ImageBase<int, 2, true>

Definition at line 83 of file gpu_shader_cxx_image.hh.

◆ iimage2DArrayAtomic

using iimage2DArrayAtomic = ImageBase<int, 2, true, true>

Definition at line 92 of file gpu_shader_cxx_image.hh.

◆ iimage2DAtomic

using iimage2DAtomic = ImageBase<int, 2, false, true>

Definition at line 87 of file gpu_shader_cxx_image.hh.

◆ iimage3D

using iimage3D = ImageBase<int, 3>

Definition at line 75 of file gpu_shader_cxx_image.hh.

◆ iimage3DAtomic

using iimage3DAtomic = ImageBase<int, 3, false, true>

Definition at line 88 of file gpu_shader_cxx_image.hh.

◆ image1D

using image1D = ImageBase<float, 1>

Definition at line 70 of file gpu_shader_cxx_image.hh.

◆ image1DArray

using image1DArray = ImageBase<float, 1, true>

Definition at line 80 of file gpu_shader_cxx_image.hh.

◆ image2D

using image2D = ImageBase<float, 2>

Definition at line 71 of file gpu_shader_cxx_image.hh.

◆ image2DArray

using image2DArray = ImageBase<float, 2, true>

Definition at line 81 of file gpu_shader_cxx_image.hh.

◆ image3D

using image3D = ImageBase<float, 3>

Definition at line 72 of file gpu_shader_cxx_image.hh.

◆ uimage1D

using uimage1D = ImageBase<uint, 1>

Definition at line 76 of file gpu_shader_cxx_image.hh.

◆ uimage1DArray

using uimage1DArray = ImageBase<uint, 1, true>

Definition at line 84 of file gpu_shader_cxx_image.hh.

◆ uimage2D

using uimage2D = ImageBase<uint, 2>

Definition at line 77 of file gpu_shader_cxx_image.hh.

◆ uimage2DArray

using uimage2DArray = ImageBase<uint, 2, true>

Definition at line 85 of file gpu_shader_cxx_image.hh.

◆ uimage2DArrayAtomic

using uimage2DArrayAtomic = ImageBase<uint, 2, true, true>

Definition at line 93 of file gpu_shader_cxx_image.hh.

◆ uimage2DAtomic

using uimage2DAtomic = ImageBase<uint, 2, false, true>

Definition at line 89 of file gpu_shader_cxx_image.hh.

◆ uimage3D

using uimage3D = ImageBase<uint, 3>

Definition at line 78 of file gpu_shader_cxx_image.hh.

◆ uimage3DAtomic

using uimage3DAtomic = ImageBase<uint, 3, false, true>

Definition at line 90 of file gpu_shader_cxx_image.hh.

Function Documentation

◆ imageAtomicAdd() [1/2]

IMG_TEMPLATE uint imageAtomicAdd	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicAdd() [2/2]

IMG_TEMPLATE uint imageAtomicAdd	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicAnd() [1/2]

IMG_TEMPLATE uint imageAtomicAnd	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicAnd() [2/2]

IMG_TEMPLATE uint imageAtomicAnd	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicCompSwap() [1/2]

IMG_TEMPLATE uint imageAtomicCompSwap	(	const T &	,
		IntCoord	,
		uint	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicCompSwap() [2/2]

IMG_TEMPLATE uint imageAtomicCompSwap	(	T &	,
		IntCoord	,
		uint	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicExchange() [1/2]

IMG_TEMPLATE uint imageAtomicExchange	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicExchange() [2/2]

IMG_TEMPLATE uint imageAtomicExchange	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicMax() [1/2]

IMG_TEMPLATE uint imageAtomicMax	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicMax() [2/2]

IMG_TEMPLATE uint imageAtomicMax	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicMin() [1/2]

IMG_TEMPLATE uint imageAtomicMin	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicMin() [2/2]

IMG_TEMPLATE uint imageAtomicMin	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicOr() [1/2]

IMG_TEMPLATE uint imageAtomicOr	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicOr() [2/2]

IMG_TEMPLATE uint imageAtomicOr	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageAtomicXor() [1/2]

IMG_TEMPLATE uint imageAtomicXor	(	const T &	,
		IntCoord	,
		uint	)

delete

References IMG_TEMPLATE, and T.

◆ imageAtomicXor() [2/2]

IMG_TEMPLATE uint imageAtomicXor	(	T &	,
		IntCoord	,
		uint	)

References IMG_TEMPLATE, RET, and T.

◆ imageFence() [1/2]

IMG_TEMPLATE void imageFence ( const T & )

delete

References IMG_TEMPLATE, and T.

◆ imageFence() [2/2]

IMG_TEMPLATE void imageFence ( T & )

Definition at line 42 of file gpu_shader_cxx_image.hh.

References IMG_TEMPLATE, and T.

◆ imageLoad()

IMG_TEMPLATE DataVec imageLoad	(	const T &	,
		IntCoord	)

References IMG_TEMPLATE, RET, and T.

◆ imageSize()

IMG_TEMPLATE SizeVec imageSize ( const T & )

References IMG_TEMPLATE, RET, and T.

Referenced by NSImageToImBuf().

◆ imageStore() [1/2]

IMG_TEMPLATE void imageStore	(	const T &	,
		IntCoord	,
		DataVec	)

delete

References IMG_TEMPLATE, and T.

◆ imageStore() [2/2]

IMG_TEMPLATE void imageStore	(	T &	,
		IntCoord	,
		DataVec	)

Definition at line 41 of file gpu_shader_cxx_image.hh.

References IMG_TEMPLATE, and T.

Classes

Macros

Image Types

Macro Definition Documentation

◆ imageLoadFast

◆ imageStoreFast

◆ IMG_TEMPLATE

◆ RET

Typedef Documentation

◆ iimage1D

◆ iimage1DArray

◆ iimage2D

◆ iimage2DArray

◆ iimage2DArrayAtomic

◆ iimage2DAtomic

◆ iimage3D

◆ iimage3DAtomic

◆ image1D

◆ image1DArray

◆ image2D

◆ image2DArray

◆ image3D

◆ uimage1D

◆ uimage1DArray

◆ uimage2D

◆ uimage2DArray

◆ uimage2DArrayAtomic

◆ uimage2DAtomic

◆ uimage3D

◆ uimage3DAtomic

Function Documentation

◆ imageAtomicAdd() [1/2]

◆ imageAtomicAdd() [2/2]

◆ imageAtomicAnd() [1/2]

◆ imageAtomicAnd() [2/2]

◆ imageAtomicCompSwap() [1/2]

◆ imageAtomicCompSwap() [2/2]

◆ imageAtomicExchange() [1/2]

◆ imageAtomicExchange() [2/2]

◆ imageAtomicMax() [1/2]

◆ imageAtomicMax() [2/2]

◆ imageAtomicMin() [1/2]

◆ imageAtomicMin() [2/2]

◆ imageAtomicOr() [1/2]

◆ imageAtomicOr() [2/2]

◆ imageAtomicXor() [1/2]

◆ imageAtomicXor() [2/2]

◆ imageFence() [1/2]

◆ imageFence() [2/2]

◆ imageLoad()

◆ imageSize()

◆ imageStore() [1/2]

◆ imageStore() [2/2]