#include <rast_soft.h>

Collaboration diagram for GF_EVGSurface:

Data Fields
char *	pixels

u32	pixelFormat

u32	BPP

u32	width

u32	height

s32	pitch_x

s32	pitch_y

Bool	center_coords

Bool	is_transparent

int	aa_level

GF_RasterQuality	qlevel

u32	useClipper

GF_IRect	clipper

GF_Rect	path_bounds

GF_Matrix2D	mat

GF_EVGStencil *	sten

GF_EVGStencil *	sten2

GF_EVGStencil *	sten3

void(*	yuv_flush_uv )(GF_EVGSurface surf, EVGRasterCtx rctx, u8 *surf_uv_alpha, s32 cu, s32 cv, s32 y)

u32	uv_alpha_alloc

GF_EVGCompositeMode	comp_mode

u32	fill_col

u64	fill_col_wide

u32	grey_type

EVG_Outline	ftoutline

GF_Matrix2D *	mx

EVG_SpanFunc	fill_spans

void(*	fill_single )(s32 y, s32 x, u32 col, GF_EVGSurface *surf)

void(*	fill_single_a )(s32 y, s32 x, u8 coverage, u32 col, GF_EVGSurface *surf)

s32	clip_xMin

s32	clip_yMin

s32	clip_xMax

s32	clip_yMax

Bool	swap_uv

Bool	not_8bits

Bool	is_422

EVG_YUVType	yuv_type

u32	yuv_prof

u32	idx_y1

u32	idx_u

u32	idx_v

u32	idx_a

u32	idx_g

u32	idx_r

u32	idx_b

u8(*	get_alpha )(void *udta, u8 src_alpha, s32 x, s32 y)

void *	get_alpha_udta

Bool	is_3d_matrix

GF_Matrix	mx3d

EVG_Surface3DExt *	ext3d

EVGRasterCtx	raster_ctx

EVGRasterCtx *	th_raster_ctx

u32	nb_threads

GF_Mutex *	raster_mutex

GF_Semaphore *	raster_sem

u32	last_dispatch_line

u32	pending_threads

u32	max_line_y

AAScanline *	scanlines

u32	max_lines

TPos	min_ex

TPos	max_ex

TPos	min_ey

TPos	max_ey

TCoord	ex

TCoord	ey

TPos	x

TPos	y

TPos	last_ey

TArea	area

int	cover

u32	idx1

u32	idx2

u32	first_scanline

u32	max_gray_spans

Bool	direct_yuv_3d

Bool	is_shader

EVG_SpanFunc	render_span

u32	first_patch

u32	last_patch

gf_evg_fragment_shader	frag_shader

gf_evg_fragment_shader_init	frag_shader_init

void *	frag_shader_udta

struct __evg_texture	shader_sten

GF_Matrix2D	shader_mx

void(*	update_run )(EVGRasterCtx *rctx, u32 count)

u32	odd_fill

u32	mix_val

u32	run_size

void (	fill_run )(GF_EVGStencil p, EVGRasterCtx rctx, EVG_Span *span, s32 y)

u8 *	internal_mask

u32	mask_mode

u32	vp_x

u32	vp_y

u32	vp_w

u32	vp_h

Float	tri_area

GF_Vec4	s_v1

GF_Vec4	s_v2

GF_Vec4	s_v3

Float	s3_m_s2_x

Float	s3_m_s2_y

Float	s1_m_s3_x

Float	s1_m_s3_y

Float	s2_m_s1_x

Float	s2_m_s1_y

Detailed Description

surface type

Field Documentation

◆ pixels

char* GF_EVGSurface::pixels

◆ pixelFormat

u32 GF_EVGSurface::pixelFormat

◆ BPP

u32 GF_EVGSurface::BPP

◆ width

u32 GF_EVGSurface::width

◆ height

u32 GF_EVGSurface::height

◆ pitch_x

s32 GF_EVGSurface::pitch_x

◆ pitch_y

s32 GF_EVGSurface::pitch_y

◆ center_coords

Bool GF_EVGSurface::center_coords

◆ is_transparent

Bool GF_EVGSurface::is_transparent

◆ aa_level

int GF_EVGSurface::aa_level

◆ qlevel

GF_RasterQuality GF_EVGSurface::qlevel

◆ useClipper

u32 GF_EVGSurface::useClipper

◆ clipper

GF_IRect GF_EVGSurface::clipper

◆ path_bounds

GF_Rect GF_EVGSurface::path_bounds

◆ mat

GF_Matrix2D GF_EVGSurface::mat

◆ sten

GF_EVGStencil* GF_EVGSurface::sten

◆ sten2

GF_EVGStencil* GF_EVGSurface::sten2

◆ sten3

GF_EVGStencil * GF_EVGSurface::sten3

◆ yuv_flush_uv

void(* GF_EVGSurface::yuv_flush_uv) (GF_EVGSurface *surf, EVGRasterCtx *rctx, u8 *surf_uv_alpha, s32 cu, s32 cv, s32 y)

◆ uv_alpha_alloc

u32 GF_EVGSurface::uv_alpha_alloc

◆ comp_mode

GF_EVGCompositeMode GF_EVGSurface::comp_mode

◆ fill_col

u32 GF_EVGSurface::fill_col

◆ fill_col_wide

u64 GF_EVGSurface::fill_col_wide

◆ grey_type

u32 GF_EVGSurface::grey_type

◆ ftoutline

EVG_Outline GF_EVGSurface::ftoutline

◆ mx

GF_Matrix2D* GF_EVGSurface::mx

◆ fill_spans

EVG_SpanFunc GF_EVGSurface::fill_spans

◆ fill_single

void(* GF_EVGSurface::fill_single) (s32 y, s32 x, u32 col, GF_EVGSurface *surf)

◆ fill_single_a

void(* GF_EVGSurface::fill_single_a) (s32 y, s32 x, u8 coverage, u32 col, GF_EVGSurface *surf)

◆ clip_xMin

s32 GF_EVGSurface::clip_xMin

◆ clip_yMin

s32 GF_EVGSurface::clip_yMin

◆ clip_xMax

s32 GF_EVGSurface::clip_xMax

◆ clip_yMax

s32 GF_EVGSurface::clip_yMax

◆ swap_uv

Bool GF_EVGSurface::swap_uv

◆ not_8bits

Bool GF_EVGSurface::not_8bits

◆ is_422

Bool GF_EVGSurface::is_422

◆ yuv_type

EVG_YUVType GF_EVGSurface::yuv_type

◆ yuv_prof

u32 GF_EVGSurface::yuv_prof

◆ idx_y1

u32 GF_EVGSurface::idx_y1

◆ idx_u

u32 GF_EVGSurface::idx_u

◆ idx_v

u32 GF_EVGSurface::idx_v

◆ idx_a

u32 GF_EVGSurface::idx_a

◆ idx_g

u32 GF_EVGSurface::idx_g

◆ idx_r

u32 GF_EVGSurface::idx_r

◆ idx_b

u32 GF_EVGSurface::idx_b

◆ get_alpha

u8(* GF_EVGSurface::get_alpha) (void *udta, u8 src_alpha, s32 x, s32 y)

◆ get_alpha_udta

void* GF_EVGSurface::get_alpha_udta

◆ is_3d_matrix

Bool GF_EVGSurface::is_3d_matrix

◆ mx3d

GF_Matrix GF_EVGSurface::mx3d

◆ ext3d

EVG_Surface3DExt* GF_EVGSurface::ext3d

◆ raster_ctx

EVGRasterCtx GF_EVGSurface::raster_ctx

◆ th_raster_ctx

EVGRasterCtx* GF_EVGSurface::th_raster_ctx

◆ nb_threads

u32 GF_EVGSurface::nb_threads

◆ raster_mutex

GF_Mutex* GF_EVGSurface::raster_mutex

◆ raster_sem

GF_Semaphore* GF_EVGSurface::raster_sem

◆ last_dispatch_line

u32 GF_EVGSurface::last_dispatch_line

◆ pending_threads

u32 GF_EVGSurface::pending_threads

◆ max_line_y

u32 GF_EVGSurface::max_line_y

◆ scanlines

AAScanline* GF_EVGSurface::scanlines

◆ max_lines

u32 GF_EVGSurface::max_lines

◆ min_ex

TPos GF_EVGSurface::min_ex

◆ max_ex

TPos GF_EVGSurface::max_ex

◆ min_ey

TPos GF_EVGSurface::min_ey

◆ max_ey

TPos GF_EVGSurface::max_ey

◆ ex

TCoord GF_EVGSurface::ex

◆ ey

TCoord GF_EVGSurface::ey

◆ x

TPos GF_EVGSurface::x

◆ y

TPos GF_EVGSurface::y

◆ last_ey

TPos GF_EVGSurface::last_ey

◆ area

TArea GF_EVGSurface::area

◆ cover

int GF_EVGSurface::cover

◆ idx1

u32 GF_EVGSurface::idx1

◆ idx2

u32 GF_EVGSurface::idx2

◆ first_scanline

u32 GF_EVGSurface::first_scanline

◆ max_gray_spans

u32 GF_EVGSurface::max_gray_spans

◆ direct_yuv_3d

Bool GF_EVGSurface::direct_yuv_3d

◆ is_shader

Bool GF_EVGSurface::is_shader

◆ render_span

EVG_SpanFunc GF_EVGSurface::render_span

◆ first_patch

u32 GF_EVGSurface::first_patch

◆ last_patch

u32 GF_EVGSurface::last_patch

◆ frag_shader

gf_evg_fragment_shader GF_EVGSurface::frag_shader

◆ frag_shader_init

gf_evg_fragment_shader_init GF_EVGSurface::frag_shader_init

◆ frag_shader_udta

void* GF_EVGSurface::frag_shader_udta

◆ shader_sten

struct __evg_texture GF_EVGSurface::shader_sten

◆ shader_mx

GF_Matrix2D GF_EVGSurface::shader_mx

◆ update_run

void(* GF_EVGSurface::update_run) (EVGRasterCtx *rctx, u32 count)

◆ odd_fill

u32 GF_EVGSurface::odd_fill

◆ mix_val

u32 GF_EVGSurface::mix_val

◆ run_size

u32 GF_EVGSurface::run_size

◆ fill_run

void*(* GF_EVGSurface::fill_run) (GF_EVGStencil *p, EVGRasterCtx *rctx, EVG_Span *span, s32 y)

◆ internal_mask

u8* GF_EVGSurface::internal_mask

◆ mask_mode

u32 GF_EVGSurface::mask_mode

◆ vp_x

u32 GF_EVGSurface::vp_x

◆ vp_y

u32 GF_EVGSurface::vp_y

◆ vp_w

u32 GF_EVGSurface::vp_w

◆ vp_h

u32 GF_EVGSurface::vp_h

◆ tri_area

Float GF_EVGSurface::tri_area

◆ s_v1

GF_Vec4 GF_EVGSurface::s_v1

◆ s_v2

GF_Vec4 GF_EVGSurface::s_v2

◆ s_v3

GF_Vec4 GF_EVGSurface::s_v3

◆ s3_m_s2_x

Float GF_EVGSurface::s3_m_s2_x

◆ s3_m_s2_y

Float GF_EVGSurface::s3_m_s2_y

◆ s1_m_s3_x

Float GF_EVGSurface::s1_m_s3_x

◆ s1_m_s3_y

Float GF_EVGSurface::s1_m_s3_y

◆ s2_m_s1_x

Float GF_EVGSurface::s2_m_s1_x

◆ s2_m_s1_y

Float GF_EVGSurface::s2_m_s1_y

Data Fields