encoder_control_t Struct Reference

#include <encoder.h>

Collaboration diagram for encoder_control_t:

Data Fields
kvz_config	cfg
	Configuration.
struct {
int32_t   width
int32_t   height
int32_t   width_in_lcu
int32_t   height_in_lcu
int32_t   real_width
	real input picture width More...
int32_t   real_height
	real input picture height More...
int64_t   pixels_per_pic
int8_t   source_scan_type
}	in
struct {
void(*   IME )()
void(*   FME )()
int   range
}	me
int8_t	bitdepth
enum kvz_chroma_format	chroma_format
struct {
int32_t   num_units_in_tick
	Timing scale numerator. More...
int32_t   time_scale
	Timing scale denominator. More...
int8_t   field_seq_flag
int8_t   frame_field_info_present_flag
int8_t   timing_info_present_flag
}	vui
scaling_list_t	scaling_list
int8_t	tiles_enable
int8_t	tiles_uniform_spacing_flag
const int32_t *	tiles_col_width
const int32_t *	tiles_row_height
const int32_t *	tiles_col_bd
const int32_t *	tiles_row_bd
const int32_t *	tiles_ctb_addr_rs_to_ts
const int32_t *	tiles_ctb_addr_ts_to_rs
const int32_t *	tiles_tile_id
int	slice_count
const int *	slice_addresses_in_ts
threadqueue_queue_t *	threadqueue
double	target_avg_bppic
	Target average bits per picture.
double	target_avg_bpp
	Target average bits per pixel.
double	gop_layer_weights [6]
	Picture weights when GOP is used.
FILE *	roi_file
int	tr_depth_inter
struct {
uint8_t   dependent_slice_segments_enabled_flag
}	pps
	pic_parameter_set
struct {
int   right
int   down
}	max_inter_ref_lcu
	Maximum motion vector distance as number of LCUs.
int32_t	poc_lsb_bits
fast_coeff_table_t	fast_coeff_table
struct kvz_rc_data *	rc_data

Field Documentation

bitdepth

int8_t encoder_control_t::bitdepth

cfg

kvz_config encoder_control_t::cfg

NOTE: The following fields are not copied from the config passed to kvz_encoder_control_init and must not be accessed:

• cqmfile
• tiles_width_split
• tiles_height_split
• slice_addresses_in_ts Use appropriate fields in encoder_control_t instead.

chroma_format

enum kvz_chroma_format encoder_control_t::chroma_format

dependent_slice_segments_enabled_flag

uint8_t encoder_control_t::dependent_slice_segments_enabled_flag

down

int encoder_control_t::down

fast_coeff_table

fast_coeff_table_t encoder_control_t::fast_coeff_table

field_seq_flag

int8_t encoder_control_t::field_seq_flag

FME

void(* encoder_control_t::FME) ()

frame_field_info_present_flag

int8_t encoder_control_t::frame_field_info_present_flag

gop_layer_weights

double encoder_control_t::gop_layer_weights[6]

height

int32_t encoder_control_t::height

height_in_lcu

int32_t encoder_control_t::height_in_lcu

IME

void(* encoder_control_t::IME) ()

[struct]

struct { ... } encoder_control_t::in

[struct]

struct { ... } encoder_control_t::max_inter_ref_lcu

[struct]

struct { ... } encoder_control_t::me

num_units_in_tick

int32_t encoder_control_t::num_units_in_tick

pixels_per_pic

int64_t encoder_control_t::pixels_per_pic

poc_lsb_bits

int32_t encoder_control_t::poc_lsb_bits

[struct]

struct { ... } encoder_control_t::pps

range

int encoder_control_t::range

rc_data

struct kvz_rc_data* encoder_control_t::rc_data

real_height

int32_t encoder_control_t::real_height

real_width

int32_t encoder_control_t::real_width

right

int encoder_control_t::right

roi_file

FILE* encoder_control_t::roi_file

scaling_list

scaling_list_t encoder_control_t::scaling_list

slice_addresses_in_ts

const int* encoder_control_t::slice_addresses_in_ts

slice_count

int encoder_control_t::slice_count

source_scan_type

int8_t encoder_control_t::source_scan_type

target_avg_bpp

double encoder_control_t::target_avg_bpp

target_avg_bppic

double encoder_control_t::target_avg_bppic

threadqueue

threadqueue_queue_t* encoder_control_t::threadqueue

tiles_col_bd

const int32_t* encoder_control_t::tiles_col_bd

spec: colBd (6.5.1); dimension: tiles_num_tile_columns + 1

tiles_col_width

const int32_t* encoder_control_t::tiles_col_width

spec: colWidth (6.5.1); dimension: tiles_num_tile_columns

tiles_ctb_addr_rs_to_ts

const int32_t* encoder_control_t::tiles_ctb_addr_rs_to_ts

spec: CtbAddrRsToTs (6.5.1); dimension: PicSizeInCtbsY

tiles_ctb_addr_ts_to_rs

const int32_t* encoder_control_t::tiles_ctb_addr_ts_to_rs

spec: CtbAddrTsToRs (6.5.1); dimension: PicSizeInCtbsY

tiles_enable

int8_t encoder_control_t::tiles_enable

spec: tiles_enabled

tiles_row_bd

const int32_t* encoder_control_t::tiles_row_bd

spec: rowBd (6.5.1); dimension: tiles_num_tile_rows + 1

tiles_row_height

const int32_t* encoder_control_t::tiles_row_height

spec: rowHeight (6.5.1); dimension: tiles_num_tile_rows

tiles_tile_id

const int32_t* encoder_control_t::tiles_tile_id

spec: TileId (6.5.1); dimension: PicSizeInCtbsY

tiles_uniform_spacing_flag

int8_t encoder_control_t::tiles_uniform_spacing_flag

spec: uniform_spacing_flag

time_scale

int32_t encoder_control_t::time_scale

timing_info_present_flag

int8_t encoder_control_t::timing_info_present_flag

tr_depth_inter

int encoder_control_t::tr_depth_inter

[struct]

struct { ... } encoder_control_t::vui

width

int32_t encoder_control_t::width

width_in_lcu

int32_t encoder_control_t::width_in_lcu

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The documentation for this struct was generated from the following file:

• src/encoder.h