Data Fields
float	base [128]

float	factors [128]

float	imdct_in [128]

float	imdct_out [128]

float	imdct_prev [128]

int8_t	scale_factors [128]

uint8_t	scale [128]

int8_t	intensity [8]

int8_t *	hfr_scale

unsigned	count

int	chan_type

unsigned	last_step

int64_t	new_pred

int64_t	pred

int64_t	weights_tab [6]

int32_t	diffs_tab [6]

double	fa_double [3]

double	fm_double [3]

double	dstate_double [2]

double	fstate_double [2]

double	tstate_double [2]

double	lin_gain_double

double	detect_double

double	threshold_log_double

double	new_threshold_log_double

double	log_sum_double

double	sum_double

float	fa_float [3]

float	fm_float [3]

float	dstate_float [2]

float	fstate_float [2]

float	tstate_float [2]

float	lin_gain_float

float	detect_float

float	threshold_log_float

float	new_threshold_log_float

float	log_sum_float

float	sum_float

void *	dqueue

void *	queue

int	position

int	size

int	front

int	back

int	detection

int	init

int	state

int	bypass

PeriodItem	pi [MAX_ITEMS]

double	gain_state

double	pi_max_peak

double	pi_rms_sum

int	pi_start

int	pi_end

int	pi_size

Detailed Description

Definition at line 34 of file hcadec.c.

Field Documentation

◆ base

float ChannelContext::base[128]

Definition at line 35 of file hcadec.c.

Referenced by dequantize_coefficients(), and unpack().

◆ factors

float ChannelContext::factors[128]

Definition at line 36 of file hcadec.c.

Referenced by dequantize_coefficients().

◆ imdct_in

float ChannelContext::imdct_in[128]

Definition at line 37 of file hcadec.c.

Referenced by apply_intensity_stereo(), dequantize_coefficients(), reconstruct_hfr(), and run_imdct().

◆ imdct_out

float ChannelContext::imdct_out[128]

Definition at line 38 of file hcadec.c.

Referenced by run_imdct().

◆ imdct_prev

float ChannelContext::imdct_prev[128]

Definition at line 39 of file hcadec.c.

Referenced by run_imdct().

◆ scale_factors

int8_t ChannelContext::scale_factors[128]

Definition at line 40 of file hcadec.c.

Referenced by reconstruct_hfr(), and unpack().

◆ scale

uint8_t ChannelContext::scale[128]

Definition at line 41 of file hcadec.c.

Referenced by dequantize_coefficients(), and unpack().

◆ intensity

int8_t ChannelContext::intensity[8]

Definition at line 42 of file hcadec.c.

Referenced by apply_intensity_stereo(), and unpack().

◆ hfr_scale

int8_t* ChannelContext::hfr_scale

Definition at line 43 of file hcadec.c.

Referenced by reconstruct_hfr(), and unpack().

◆ count

unsigned ChannelContext::count

Definition at line 44 of file hcadec.c.

Referenced by dequantize_coefficients(), and unpack().

◆ chan_type

int ChannelContext::chan_type

Definition at line 45 of file hcadec.c.

Referenced by apply_intensity_stereo(), reconstruct_hfr(), and unpack().

◆ last_step

unsigned ChannelContext::last_step

Definition at line 41 of file misc4.c.

◆ new_pred

int64_t ChannelContext::new_pred

Definition at line 42 of file misc4.c.

◆ pred

int64_t ChannelContext::pred

Definition at line 43 of file misc4.c.

◆ weights_tab

int64_t ChannelContext::weights_tab[6]

Definition at line 44 of file misc4.c.

◆ diffs_tab

int32_t ChannelContext::diffs_tab[6]

Definition at line 45 of file misc4.c.

◆ fa_double

double ChannelContext::fa_double[3]

Definition at line 46 of file af_adynamicequalizer.c.

◆ fm_double

double ChannelContext::fm_double[3]

Definition at line 46 of file af_adynamicequalizer.c.

◆ dstate_double

double ChannelContext::dstate_double[2]

Definition at line 47 of file af_adynamicequalizer.c.

◆ fstate_double

double ChannelContext::fstate_double[2]

Definition at line 48 of file af_adynamicequalizer.c.

◆ tstate_double

double ChannelContext::tstate_double[2]

Definition at line 49 of file af_adynamicequalizer.c.

◆ lin_gain_double

double ChannelContext::lin_gain_double

Definition at line 50 of file af_adynamicequalizer.c.

◆ detect_double

double ChannelContext::detect_double

Definition at line 51 of file af_adynamicequalizer.c.

◆ threshold_log_double

double ChannelContext::threshold_log_double

Definition at line 52 of file af_adynamicequalizer.c.

◆ new_threshold_log_double

double ChannelContext::new_threshold_log_double

Definition at line 53 of file af_adynamicequalizer.c.

◆ log_sum_double

double ChannelContext::log_sum_double

Definition at line 54 of file af_adynamicequalizer.c.

◆ sum_double

double ChannelContext::sum_double

Definition at line 55 of file af_adynamicequalizer.c.

◆ fa_float

float ChannelContext::fa_float[3]

Definition at line 56 of file af_adynamicequalizer.c.

◆ fm_float

float ChannelContext::fm_float[3]

Definition at line 56 of file af_adynamicequalizer.c.

◆ dstate_float

float ChannelContext::dstate_float[2]

Definition at line 57 of file af_adynamicequalizer.c.

◆ fstate_float

float ChannelContext::fstate_float[2]

Definition at line 58 of file af_adynamicequalizer.c.

◆ tstate_float

float ChannelContext::tstate_float[2]

Definition at line 59 of file af_adynamicequalizer.c.

◆ lin_gain_float

float ChannelContext::lin_gain_float

Definition at line 60 of file af_adynamicequalizer.c.

◆ detect_float

float ChannelContext::detect_float

Definition at line 61 of file af_adynamicequalizer.c.

◆ threshold_log_float

float ChannelContext::threshold_log_float

Definition at line 62 of file af_adynamicequalizer.c.

◆ new_threshold_log_float

float ChannelContext::new_threshold_log_float

Definition at line 63 of file af_adynamicequalizer.c.

◆ log_sum_float

float ChannelContext::log_sum_float

Definition at line 64 of file af_adynamicequalizer.c.

◆ sum_float

float ChannelContext::sum_float

Definition at line 65 of file af_adynamicequalizer.c.

◆ dqueue

void* ChannelContext::dqueue

Definition at line 66 of file af_adynamicequalizer.c.

Referenced by config_input(), and uninit().

◆ queue

void* ChannelContext::queue

Definition at line 67 of file af_adynamicequalizer.c.

Referenced by config_input(), and uninit().

◆ position

int ChannelContext::position

Definition at line 68 of file af_adynamicequalizer.c.

◆ size

int ChannelContext::size

Definition at line 69 of file af_adynamicequalizer.c.

◆ front

int ChannelContext::front

Definition at line 70 of file af_adynamicequalizer.c.

◆ back

int ChannelContext::back

Definition at line 71 of file af_adynamicequalizer.c.

◆ detection

int ChannelContext::detection

Definition at line 72 of file af_adynamicequalizer.c.

Referenced by filter_channels().

◆ init

int ChannelContext::init

Definition at line 73 of file af_adynamicequalizer.c.

Referenced by filter_channels().

◆ state

int ChannelContext::state

Definition at line 53 of file af_speechnorm.c.

Referenced by config_input().

◆ bypass

int ChannelContext::bypass

Definition at line 54 of file af_speechnorm.c.

◆ pi

PeriodItem ChannelContext::pi[MAX_ITEMS]

Definition at line 55 of file af_speechnorm.c.

Referenced by available_samples(), min_gain(), and next_pi().

◆ gain_state

double ChannelContext::gain_state

Definition at line 56 of file af_speechnorm.c.

Referenced by config_input(), min_gain(), and next_pi().

◆ pi_max_peak

double ChannelContext::pi_max_peak

Definition at line 57 of file af_speechnorm.c.

Referenced by next_pi().

◆ pi_rms_sum

double ChannelContext::pi_rms_sum

Definition at line 58 of file af_speechnorm.c.

Referenced by next_pi().

◆ pi_start

int ChannelContext::pi_start

Definition at line 59 of file af_speechnorm.c.

Referenced by available_samples(), min_gain(), and next_pi().

◆ pi_end

int ChannelContext::pi_end

Definition at line 60 of file af_speechnorm.c.

Referenced by available_samples(), min_gain(), and next_pi().

◆ pi_size

int ChannelContext::pi_size

Definition at line 61 of file af_speechnorm.c.

Referenced by available_samples(), consume_pi(), min_gain(), and next_pi().

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

libavcodec/hcadec.c
libavcodec/misc4.c
libavfilter/af_adynamicequalizer.c
libavfilter/af_speechnorm.c

Data Fields

Detailed Description

Field Documentation

◆ base

◆ factors

◆ imdct_in

◆ imdct_out

◆ imdct_prev

◆ scale_factors

◆ scale

◆ intensity

◆ hfr_scale

◆ count

◆ chan_type

◆ last_step

◆ new_pred

◆ pred

◆ weights_tab

◆ diffs_tab

◆ fa_double

◆ fm_double

◆ dstate_double

◆ fstate_double

◆ tstate_double

◆ lin_gain_double

◆ detect_double

◆ threshold_log_double

◆ new_threshold_log_double

◆ log_sum_double

◆ sum_double

◆ fa_float

◆ fm_float

◆ dstate_float

◆ fstate_float

◆ tstate_float

◆ lin_gain_float

◆ detect_float

◆ threshold_log_float

◆ new_threshold_log_float

◆ log_sum_float

◆ sum_float

◆ dqueue

◆ queue

◆ position

◆ size

◆ front

◆ back

◆ detection

◆ init

◆ state

◆ bypass

◆ pi

◆ gain_state

◆ pi_max_peak

◆ pi_rms_sum

◆ pi_start

◆ pi_end

◆ pi_size