GPU_common_types.hh File Reference

#include "BLI_string_ref.hh"
#include "BLI_vector.hh"

Go to the source code of this file.

Classes
struct	blender::gpu::shader::SpecializationConstant
struct	blender::gpu::shader::SpecializationConstant::Value
struct	blender::gpu::shader::SpecializationConstants
struct	blender::gpu::shader::CompilationConstant

Namespaces
namespace	blender
namespace	blender::gpu
namespace	blender::gpu::shader

Enumerations
enum	eGPULoadOp { GPU_LOADACTION_CLEAR = 0 , GPU_LOADACTION_LOAD , GPU_LOADACTION_DONT_CARE }
enum	eGPUStoreOp { GPU_STOREACTION_STORE = 0 , GPU_STOREACTION_DONT_CARE }
enum	GPUAttachmentState { GPU_ATTACHMENT_IGNORE = 0 , GPU_ATTACHMENT_WRITE , GPU_ATTACHMENT_READ }
enum	eGPUFrontFace { GPU_CLOCKWISE , GPU_COUNTERCLOCKWISE }
enum class	blender::gpu::shader::Type {   blender::gpu::shader::float_t = 0 , blender::gpu::shader::float2_t , blender::gpu::shader::float3_t , blender::gpu::shader::float4_t ,   blender::gpu::shader::float3x3_t , blender::gpu::shader::float4x4_t , blender::gpu::shader::uint_t , blender::gpu::shader::uint2_t ,   blender::gpu::shader::uint3_t , blender::gpu::shader::uint4_t , blender::gpu::shader::int_t , blender::gpu::shader::int2_t ,   blender::gpu::shader::int3_t , blender::gpu::shader::int4_t , blender::gpu::shader::bool_t , blender::gpu::shader::float3_10_10_10_2_t ,   blender::gpu::shader::uchar_t , blender::gpu::shader::uchar2_t , blender::gpu::shader::uchar3_t , blender::gpu::shader::uchar4_t ,   blender::gpu::shader::char_t , blender::gpu::shader::char2_t , blender::gpu::shader::char3_t , blender::gpu::shader::char4_t ,   blender::gpu::shader::ushort_t , blender::gpu::shader::ushort2_t , blender::gpu::shader::ushort3_t , blender::gpu::shader::ushort4_t ,   blender::gpu::shader::short_t , blender::gpu::shader::short2_t , blender::gpu::shader::short3_t , blender::gpu::shader::short4_t }

Functions
BLI_INLINE int	blender::gpu::shader::to_component_count (const Type &type)

Enumeration Type Documentation

eGPUFrontFace

enum eGPUFrontFace

Enumerator
GPU_CLOCKWISE
GPU_COUNTERCLOCKWISE

Definition at line 72 of file GPU_common_types.hh.

eGPULoadOp

enum eGPULoadOp

Describes the load operation of a frame-buffer attachment at the start of a render pass.

Enumerator
GPU_LOADACTION_CLEAR	Clear the frame-buffer attachment using the clear value.
GPU_LOADACTION_LOAD	Load the value from the attached texture. Cannot be used with memoryless attachments. Slower than GPU_LOADACTION_CLEAR or GPU_LOADACTION_DONT_CARE.
GPU_LOADACTION_DONT_CARE	Do not care about the content of the attachment when the render pass starts. Useful if only the values being written are important. Faster than GPU_LOADACTION_CLEAR.

Definition at line 17 of file GPU_common_types.hh.

eGPUStoreOp

enum eGPUStoreOp

Describes the store operation of a frame-buffer attachment at the end of a render pass.

Enumerator
GPU_STOREACTION_STORE	Do not care about the content of the attachment when the render pass ends. Useful if only the values being written are important. Cannot be used with memoryless attachments.
GPU_STOREACTION_DONT_CARE	The result of the rendering for this attachment will be discarded. No writes to the texture memory will be done which makes it faster than GPU_STOREACTION_STORE. IMPORTANT: The actual values of the attachment is to be considered undefined. Only to be used on transient attachment that are only used within the boundaries of a render pass (ex.: Unneeded depth buffer result).

Definition at line 39 of file GPU_common_types.hh.

GPUAttachmentState

enum GPUAttachmentState

Describes the state of a frame-buffer attachment during a sub-pass.

NOTE: Until this is correctly implemented in all backend, reading and writing from the same attachment will not work. Although there is no case where it would currently be useful.

Enumerator
GPU_ATTACHMENT_IGNORE	Attachment will not be written during rendering.
GPU_ATTACHMENT_WRITE	Attachment will be written during render sub-pass. This also works with blending.
GPU_ATTACHMENT_READ	Attachment is used as input in the fragment shader. Incompatible with depth on Metal.

Definition at line 63 of file GPU_common_types.hh.