#include <draw_pass.hh>

Inherits blender::draw::detail::Pass< command::DrawMultiBuf >.

Public Member Functions
	PassSortable (const char *name_)
void	init ()
PassMain::Sub &	sub (const char *name, float sorting_value)
std::string	serialize (std::string line_prefix="") const
Public Member Functions inherited from blender::draw::detail::Pass< command::DrawMultiBuf >
	Pass (const char *name)
void	init ()
Public Member Functions inherited from blender::draw::detail::PassBase< DrawCommandBufType >
	PassBase (const char name, DrawCommandBufType &draw_command_buf, SubPassVector< PassBase< DrawCommandBufType > > &sub_passes, gpu::Shader shader=nullptr)
void	init ()
template<class U>
void	bind_resources (U &resources)
void	state_set (DRWState state, int clip_plane_count=0)
void	state_stencil (uint8_t write_mask, uint8_t reference, uint8_t compare_mask)
void	shader_set (gpu::Shader *shader)
void	framebuffer_set (gpu::FrameBuffer **framebuffer)
void	subpass_transition (GPUAttachmentState depth_attachment, Span< GPUAttachmentState > color_attachments)
void	material_set (Manager &manager, GPUMaterial *material, bool deferred_texture_loading=false)
void	clear_color (float4 color)
void	clear_depth (float depth)
void	clear_stencil (uint8_t stencil)
void	clear_depth_stencil (float depth, uint8_t stencil)
void	clear_color_depth_stencil (float4 color, float depth, uint8_t stencil)
void	draw (gpu::Batch *batch, uint instance_len=-1, uint vertex_len=-1, uint vertex_first=-1, ResourceIndexRange res_index={}, uint custom_id=0)
void	draw (gpu::Batch *batch, ResourceIndexRange res_index, uint custom_id=0)
void	draw_procedural (GPUPrimType primitive, uint instance_len, uint vertex_len, uint vertex_first=-1, ResourceIndexRange res_index={}, uint custom_id=0)
void	draw_expand (gpu::Batch *batch, GPUPrimType primitive_type, uint primitive_len, uint instance_len, uint vertex_len, uint vertex_first, ResourceIndexRange res_index={}, uint custom_id=0)
void	draw_expand (gpu::Batch *batch, GPUPrimType primitive_type, uint primitive_len, uint instance_len, ResourceIndexRange res_index={}, uint custom_id=0)
void	draw_indirect (gpu::Batch *batch, StorageBuffer< DrawCommand, true > &indirect_buffer, ResourceIndex res_index={0})
void	draw_procedural_indirect (GPUPrimType primitive, StorageBuffer< DrawCommand, true > &indirect_buffer, ResourceIndex res_index={0})
void	dispatch (int group_len)
void	dispatch (int2 group_len)
void	dispatch (int3 group_len)
void	dispatch (int3 *group_len)
void	dispatch (StorageBuffer< DispatchCommand > &indirect_buffer)
void	barrier (GPUBarrier type)
void	push_constant (const char *name, const float &data)
void	push_constant (const char *name, const float2 &data)
void	push_constant (const char *name, const float3 &data)
void	push_constant (const char *name, const float4 &data)
void	push_constant (const char *name, const int &data)
void	push_constant (const char *name, const int2 &data)
void	push_constant (const char *name, const int3 &data)
void	push_constant (const char *name, const int4 &data)
void	push_constant (const char *name, const bool &data)
void	push_constant (const char *name, const float4x4 &data)
void	push_constant (const char name, const float data, int array_len=1)
void	push_constant (const char name, const float2 data, int array_len=1)
void	push_constant (const char name, const float3 data, int array_len=1)
void	push_constant (const char name, const float4 data, int array_len=1)
void	push_constant (const char name, const int data, int array_len=1)
void	push_constant (const char name, const int2 data, int array_len=1)
void	push_constant (const char name, const int3 data, int array_len=1)
void	push_constant (const char name, const int4 data, int array_len=1)
void	push_constant (const char name, const float4x4 data)
bool	is_empty () const
PassBase< DrawCommandBufType > &	sub (const char *name)
void	clear_multi (Span< float4 > colors)
std::string	serialize (std::string line_prefix="") const
void	bind_image (const char name, gpu::Texture image)
void	bind_image (const char name, gpu::Texture *image)
void	bind_image (int slot, gpu::Texture *image)
void	bind_image (int slot, gpu::Texture **image)
void	bind_texture (const char name, gpu::Texture texture, GPUSamplerState state=sampler_auto)
void	bind_texture (const char name, gpu::Texture *texture, GPUSamplerState state=sampler_auto)
void	bind_texture (const char name, gpu::VertBuf buffer)
void	bind_texture (const char name, gpu::VertBuf *buffer)
void	bind_texture (const char *name, gpu::VertBufPtr &buffer)
void	bind_texture (int slot, gpu::Texture *texture, GPUSamplerState state=sampler_auto)
void	bind_texture (int slot, gpu::Texture **texture, GPUSamplerState state=sampler_auto)
void	bind_texture (int slot, gpu::VertBuf *buffer)
void	bind_texture (int slot, gpu::VertBuf **buffer)
void	bind_texture (int slot, gpu::VertBufPtr &buffer)
void	bind_ssbo (const char name, gpu::StorageBuf buffer)
void	bind_ssbo (const char name, gpu::StorageBuf *buffer)
void	bind_ssbo (int slot, gpu::StorageBuf *buffer)
void	bind_ssbo (int slot, gpu::StorageBuf **buffer)
void	bind_ssbo (const char name, gpu::UniformBuf buffer)
void	bind_ssbo (const char name, gpu::UniformBuf *buffer)
void	bind_ssbo (int slot, gpu::UniformBuf *buffer)
void	bind_ssbo (int slot, gpu::UniformBuf **buffer)
void	bind_ssbo (const char name, gpu::VertBuf buffer)
void	bind_ssbo (const char name, gpu::VertBuf *buffer)
void	bind_ssbo (const char *name, gpu::VertBufPtr &buffer)
void	bind_ssbo (int slot, gpu::VertBuf *buffer)
void	bind_ssbo (int slot, gpu::VertBuf **buffer)
void	bind_ssbo (int slot, gpu::VertBufPtr &buffer)
void	bind_ssbo (const char name, gpu::IndexBuf buffer)
void	bind_ssbo (const char name, gpu::IndexBuf *buffer)
void	bind_ssbo (int slot, gpu::IndexBuf *buffer)
void	bind_ssbo (int slot, gpu::IndexBuf **buffer)
void	bind_ubo (const char name, gpu::UniformBuf buffer)
void	bind_ubo (const char name, gpu::UniformBuf *buffer)
void	bind_ubo (int slot, gpu::UniformBuf *buffer)
void	bind_ubo (int slot, gpu::UniformBuf **buffer)
void	specialize_constant (gpu::Shader shader, const char name, const float &data)
void	specialize_constant (gpu::Shader shader, const char name, const int &data)
void	specialize_constant (gpu::Shader shader, const char name, const uint &data)
void	specialize_constant (gpu::Shader shader, const char name, const bool &data)
void	specialize_constant (gpu::Shader shader, const char name, const float *data)
void	specialize_constant (gpu::Shader shader, const char name, const int *data)
void	specialize_constant (gpu::Shader shader, const char name, const uint *data)
void	specialize_constant (gpu::Shader shader, const char name, const bool *data)

Protected Member Functions
void	sort ()
Protected Member Functions inherited from blender::draw::detail::PassBase< DrawCommandBufType >
bool	has_generated_commands () const
void	clear (GPUFrameBufferBits planes, float4 color, float depth, uint8_t stencil)
gpu::Batch *	procedural_batch_get (GPUPrimType primitive)
command::Undetermined &	create_command (command::Type type)
void	warm_shader_specialization (command::RecordingState &state) const
void	submit (command::RecordingState &state) const
int	push_constant_offset (const char *name)

Additional Inherited Members
Public Types inherited from blender::draw::detail::Pass< command::DrawMultiBuf >
using	Sub
Public Attributes inherited from blender::draw::detail::PassBase< DrawCommandBufType >
const char *	debug_name
bool	use_custom_ids
Protected Attributes inherited from blender::draw::detail::PassBase< DrawCommandBufType >
Vector< command::Header, 0 >	headers_
Vector< command::Undetermined, 0 >	commands_
DrawCommandBufType &	draw_commands_buf_
SubPassVector< PassBase< DrawCommandBufType > > &	sub_passes_
gpu::Shader *	shader_
uint64_t	manager_fingerprint_ = 0
uint64_t	view_fingerprint_ = 0
bool	is_empty_ = true

Detailed Description

Normal pass type. No visibility or draw-call optimization. Main pass type. Optimized for many draw calls and sub-pass.

IMPORTANT: To be used only for passes containing lots of draw calls since it has a potentially high overhead due to batching and culling optimizations. Special pass type for rendering transparent objects. The base level can only be composed of sub passes that will be ordered by a sorting value.

Definition at line 549 of file draw_pass.hh.