!_TAG_FILE_FORMAT	2	/extended format; --format=1 will not append ;" to lines/
!_TAG_FILE_SORTED	1	/0=unsorted, 1=sorted/
!_TAG_PROGRAM_AUTHOR	Darren Hiebert	/darren@hiebert.com/
!_TAG_PROGRAM_NAME	Exuberant Ctags	//
!_TAG_PROGRAM_URL	http://ctags.sourceforge.net	/official site/
!_TAG_PROGRAM_VERSION	5.0.1	//
A	band.c	/^	double	A, B, C;$/;"	m	struct:bandstuff	file:
A	lowp.c	/^	double	A, B;$/;"	m	struct:lowpstuff	file:
A0	highp.c	/^	double	A0, A1, B1;$/;"	m	struct:highpstuff	file:
A1	highp.c	/^	double	A0, A1, B1;$/;"	m	struct:highpstuff	file:
ALSAOBJ_0	Makefile	/^ALSAOBJ_0   =$/;"	m
ALSAOBJ_1	Makefile	/^ALSAOBJ_1   = alsa.o$/;"	m
APCM_inverse_quantization	gsm/rpe.c	/^static void APCM_inverse_quantization ($/;"	f	file:
APCM_quantization	gsm/rpe.c	/^static void APCM_quantization ($/;"	f	file:
APCM_quantization_xmaxc_to_exp_mant	gsm/rpe.c	/^static void APCM_quantization_xmaxc_to_exp_mant ($/;"	f	file:
AR	Makefile	/^AR	= ar r$/;"	m
AR	gsm/Makefile	/^AR      = ar r$/;"	m
AUDIO_ENCODING_ALAW	g72x.h	37;"	d
AUDIO_ENCODING_LINEAR	g72x.h	38;"	d
AUDIO_ENCODING_ULAW	g72x.h	36;"	d
AVR_MAGIC	avr.c	27;"	d	file:
AdpcmBlockExpandI	adpcm.c	/^const char *AdpcmBlockExpandI($/;"	f
AdpcmBlockMashI	adpcm.c	/^void AdpcmBlockMashI($/;"	f
AdpcmBytesPerBlock	adpcm.c	/^st_size_t AdpcmBytesPerBlock($/;"	f
AdpcmDecode	adpcm.c	/^inline static st_sample_t AdpcmDecode(st_sample_t c, MsState_t *state, $/;"	f	file:
AdpcmMashChannel	adpcm.c	/^static void AdpcmMashChannel($/;"	f	file:
AdpcmMashS	adpcm.c	/^static int AdpcmMashS($/;"	f	file:
AdpcmReadBlock	wav.c	/^unsigned short  AdpcmReadBlock(ft_t ft)$/;"	f
AdpcmSamplesIn	adpcm.c	/^st_size_t AdpcmSamplesIn($/;"	f
Amask	resampl.h	27;"	d
Autocorrelation	gsm/lpc.c	/^static void Autocorrelation ($/;"	f	file:
B	band.c	/^	double	A, B, C;$/;"	m	struct:bandstuff	file:
B	lowp.c	/^	double	A, B;$/;"	m	struct:lowpstuff	file:
B1	highp.c	/^	double	A0, A1, B1;$/;"	m	struct:highpstuff	file:
BADCH	getopt.c	61;"	d	file:
BIAS	g711.c	161;"	d	file:
BLEN	test/corr.c	36;"	d	file:
BLOCKSIZE	gsm.c	43;"	d	file:
BROWNNOISE_FAC	synth.c	55;"	d	file:
BSIZ	test/ding.c	168;"	d	file:
BSIZ	test/model.c	73;"	d	file:
BUFFSIZE	filter.c	38;"	d	file:
BUFFSIZE	resample.c	68;"	d	file:
BUFINCR	hcom.c	271;"	d	file:
BUF_DATA	vorbis.c	35;"	d	file:
BUF_EOF	vorbis.c	34;"	d	file:
BUF_ERROR	vorbis.c	33;"	d	file:
C	band.c	/^	double	A, B, C;$/;"	m	struct:bandstuff	file:
CC	Makefile	/^CC	= gcc$/;"	m
CC	gsm/Makefile	/^CC	= gcc$/;"	m
CFLAGS	Makefile	/^CFLAGS	= -g -O2 -Wall -DOSS_PLAYER -DFAST_ULAW_CONVERSION -DFAST_ALAW_CONVERSION -DENABLE_GSM -I. -I$(srcdir)$/;"	m
CFLAGS	gsm/Makefile	/^CFLAGS	= -g -O2 -Wall -DOSS_PLAYER -DFAST_ULAW_CONVERSION -DFAST_ALAW_CONVERSION -DENABLE_GSM -DHAVE_CONFIG_H $(SASR) $(MULHAC) $(FAST) $(LTP_CUT) $(WAV49) -I$(top_srcdir)\/gsm$/;"	m
CFLAGS	test/Makefile	/^CFLAGS:=-O2 -Wall -L..\/$/;"	m
CLIP	g711.c	162;"	d	file:
CLIP_LEVEL	avg.c	45;"	d	file:
COMMENTLEN	smp.c	26;"	d	file:
Calculation_of_the_LTP_parameters	gsm/long_term.c	/^static void Calculation_of_the_LTP_parameters ($/;"	f	file:
Coefficients_0_12	gsm/short_term.c	/^static void Coefficients_0_12 ($/;"	f	file:
Coefficients_13_26	gsm/short_term.c	/^static void Coefficients_13_26 ($/;"	f	file:
Coefficients_27_39	gsm/short_term.c	/^static void Coefficients_27_39 ($/;"	f	file:
Coefficients_40_159	gsm/short_term.c	/^static void Coefficients_40_159 ($/;"	f	file:
ConvertFromIeeeExtended	aiff.c	/^static double ConvertFromIeeeExtended(unsigned char *bytes)$/;"	f	file:
ConvertToIeeeExtended	aiff.c	/^static void ConvertToIeeeExtended(double num, char *bytes)$/;"	f	file:
Crc	cvsd.c	/^	unsigned      Crc;$/;"	m	struct:dvms_header	file:
Custom1	cvsd.c	/^	unsigned      Custom1;$/;"	m	struct:dvms_header	file:
Custom2	cvsd.c	/^	unsigned      Custom2;$/;"	m	struct:dvms_header	file:
Cut_Calculation_of_the_LTP_parameters	gsm/long_term.c	/^static void Cut_Calculation_of_the_LTP_parameters ($/;"	f	file:
Cut_Fast_Calculation_of_the_LTP_parameters	gsm/long_term.c	/^static void Cut_Fast_Calculation_of_the_LTP_parameters ($/;"	f	file:
CycleSize	smp.c	/^	uint32_t CycleSize;		\/* sample count in one cycle of the *\/$/;"	m	struct:smptrailer	file:
DCSHIFT_FLOAT	dcshift.c	21;"	d	file:
DCSHIFT_FLOAT_SCAN	dcshift.c	22;"	d	file:
DCSHIFT_USAGE	dcshift.c	36;"	d	file:
DEBUG	cvsd.c	238;"	d	file:
DEC_FILTERLEN	cvsdfilt.h	31;"	d
DEC_INV_MAGIC	au.c	34;"	d	file:
DEC_MAGIC	au.c	33;"	d	file:
DEFAULT_FADING	stretch.c	60;"	d	file:
DEFAULT_FAST_SHIFT_RATIO	stretch.c	51;"	d	file:
DEFAULT_SLOW_SHIFT_RATIO	stretch.c	50;"	d	file:
DEFAULT_STRETCH_WINDOW	stretch.c	53;"	d	file:
DEF_BUF_LEN	vorbis.c	31;"	d	file:
DELAY_BUFSIZ	echo.c	62;"	d	file:
DELAY_BUFSIZ	echos.c	53;"	d	file:
DELAY_BUFSIZ	reverb.c	99;"	d	file:
DVMS_HEADER_LEN	cvsd.c	431;"	d	file:
Days	cvsd.c	/^	unsigned      Days;$/;"	m	struct:dvms_header	file:
Decoding_of_the_coded_Log_Area_Ratios	gsm/short_term.c	/^static void Decoding_of_the_coded_Log_Area_Ratios ($/;"	f	file:
EARWAX_NUMTAPS	earwax.c	70;"	d	file:
EARWAX_SCALE	earwax.c	30;"	d	file:
EMSG	getopt.c	62;"	d	file:
EMSGFMT	alsa.c	283;"	d	file:
ENC_FILTERLEN	cvsdfilt.h	30;"	d
EOBJ	Makefile	/^EOBJ	= avg.o band.o bandpass.o breject.o btrworth.o chorus.o compand.o \\$/;"	m
EXTRAOBJS	Makefile	/^EXTRAOBJS   = $(OSSOBJ_$(NEED_OSS)) $(SUNAUOBJ_$(NEED_SUNAU)) $(ALSAOBJ_$(NEED_ALSA))$/;"	m
Env	test/model.c	/^} Env = {0,0,0,0.5,1.0};$/;"	v	file:
Env0	test/ding.c	/^struct _Env * Env0 = NULL; \/* 1st  *\/$/;"	v
EnvL	test/ding.c	/^struct _Env * EnvL = NULL; \/* last *\/$/;"	v
EnvTemplate	test/ding.c	/^const struct _Env EnvTemplate = {NULL,0,0,0,0,0.0,0.0,0.5,1.0,0.0,1.0,1.0,0.0};$/;"	v
FADE_HALF	fade.c	15;"	d	file:
FADE_LOG	fade.c	18;"	d	file:
FADE_PAR	fade.c	21;"	d	file:
FADE_QUARTER	fade.c	14;"	d	file:
FADE_TRI	fade.c	20;"	d	file:
FADE_USAGE	fade.c	36;"	d	file:
FALSE	silence.c	24;"	d	file:
FAST	gsm/Makefile	/^FAST	= -DFAST$/;"	m
FFT	stat.c	/^int FFT(dir,m,re,im)$/;"	f
FILTER	gsm/short_term.c	358;"	d	file:
FILTER	gsm/short_term.c	360;"	d	file:
FILTER	gsm/short_term.c	365;"	d	file:
FILTER	gsm/short_term.c	401;"	d	file:
FILTER	gsm/short_term.c	404;"	d	file:
FILTER	gsm/short_term.c	408;"	d	file:
FLOAT	test/ding.c	33;"	d	file:
FLOAT	test/model.c	33;"	d	file:
FOBJ	Makefile	/^FOBJ	= 8svx.o adpcm.o aiff.o au.o auto.o avr.o cdr.o \\$/;"	m
FOUR	pitch.c	88;"	d	file:
FOUR	speed.c	28;"	d	file:
FRAC_BITS	rate.c	39;"	d	file:
FRAMESIZE	gsm.c	41;"	d	file:
Factor	polyphas.c	/^  double Factor;                 \/* out_rate\/in_rate               *\/$/;"	m	struct:polyphase	file:
Factor	resample.c	/^   double Factor;     \/* Factor = Fout\/Fin sample rates *\/$/;"	m	struct:resamplestuff	file:
Fast_Autocorrelation	gsm/lpc.c	/^static void Fast_Autocorrelation ($/;"	f	file:
Fast_Calculation_of_the_LTP_parameters	gsm/long_term.c	/^static void Fast_Calculation_of_the_LTP_parameters ($/;"	f	file:
Fast_Short_term_analysis_filtering	gsm/short_term.c	/^static void Fast_Short_term_analysis_filtering ($/;"	f	file:
Fast_Short_term_synthesis_filtering	gsm/short_term.c	/^static void Fast_Short_term_synthesis_filtering ($/;"	f	file:
Filename	cvsd.c	/^	char          Filename[14];$/;"	m	struct:dvms_header	file:
FiltWin	filter.c	/^static void FiltWin(filter_t f, long Nx)$/;"	f	file:
Float	filter.c	35;"	d	file:
Float	polyphas.c	37;"	d	file:
Float	resample.c	62;"	d	file:
FloatToUnsigned	aiff.c	900;"	d	file:
Fp	filter.c	/^	Float *Fp;\/* [Xh+1] Filter coefficients *\/$/;"	m	struct:filterstuff	file:
Frame	mp3.c	/^	struct mad_frame	*Frame;$/;"	m	struct:mp3priv	file:
FrameCount	mp3.c	/^	unsigned long		FrameCount;$/;"	m	struct:mp3priv	file:
GSM_0	Makefile	/^GSM_0     =$/;"	m
GSM_1	Makefile	/^GSM_1     = gsm\/libgsm.a$/;"	m
GSM_ABS	gsm/private.h	122;"	d
GSM_ADD	gsm/private.h	114;"	d
GSM_H	gsm/gsm.h	10;"	d
GSM_L_ADD	gsm/private.h	99;"	d
GSM_L_MULT	gsm/private.h	96;"	d
GSM_MAGIC	gsm/gsm.h	44;"	d
GSM_MAJOR	gsm/gsm.h	48;"	d
GSM_MINOR	gsm/gsm.h	47;"	d
GSM_MULT	gsm/private.h	93;"	d
GSM_MULT_R	gsm/private.h	90;"	d
GSM_OBJECTS	gsm/Makefile	/^GSM_OBJECTS =	add.o		\\$/;"	m
GSM_OPT_FAST	gsm/gsm.h	51;"	d
GSM_OPT_FRAME_CHAIN	gsm/gsm.h	55;"	d
GSM_OPT_FRAME_INDEX	gsm/gsm.h	54;"	d
GSM_OPT_LTP_CUT	gsm/gsm.h	52;"	d
GSM_OPT_VERBOSE	gsm/gsm.h	50;"	d
GSM_OPT_WAV49	gsm/gsm.h	53;"	d
GSM_P	gsm/gsm.h	28;"	d
GSM_P	gsm/gsm.h	30;"	d
GSM_P	gsm/gsm.h	32;"	d
GSM_P	gsm/gsm.h	65;"	d
GSM_PATCHLEVEL	gsm/gsm.h	46;"	d
GSM_SUB	gsm/private.h	118;"	d
GSM_SUPPORT	Makefile	/^GSM_SUPPORT  = 1$/;"	m
GSM_TABLE_C	gsm/table.c	18;"	d	file:
GeneratePinkNoise	synth.c	/^float GeneratePinkNoise( PinkNoise *pink )$/;"	f
GenerateRandomNumber	synth.c	/^static unsigned long GenerateRandomNumber( void )$/;"	f	file:
Gsm_Coder	gsm/code.c	/^void Gsm_Coder ($/;"	f
Gsm_Decoder	gsm/decode.c	/^void Gsm_Decoder ($/;"	f
Gsm_LPC_Analysis	gsm/lpc.c	/^void Gsm_LPC_Analysis ($/;"	f
Gsm_Long_Term_Predictor	gsm/long_term.c	/^void Gsm_Long_Term_Predictor ( 	\/* 4x for 160 samples *\/$/;"	f
Gsm_Long_Term_Synthesis_Filtering	gsm/long_term.c	/^void Gsm_Long_Term_Synthesis_Filtering ($/;"	f
Gsm_Preprocess	gsm/preprocess.c	/^void Gsm_Preprocess ($/;"	f
Gsm_RPE_Decoding	gsm/rpe.c	/^void Gsm_RPE_Decoding ($/;"	f
Gsm_RPE_Encoding	gsm/rpe.c	/^void Gsm_RPE_Encoding ($/;"	f
Gsm_Short_Term_Analysis_Filter	gsm/short_term.c	/^void Gsm_Short_Term_Analysis_Filter ($/;"	f
Gsm_Short_Term_Synthesis_Filter	gsm/short_term.c	/^void Gsm_Short_Term_Synthesis_Filter ($/;"	f
HALF	pan.c	37;"	d	file:
HALF	pitch.c	91;"	d	file:
HALF	speed.c	30;"	d	file:
HALF	stretch.c	45;"	d	file:
HALFABIT	mask.c	18;"	d	file:
HAM0	pitch.c	100;"	d	file:
HAM1	pitch.c	99;"	d	file:
HAVE_BYTESWAP_H	stconfig.h	5;"	d
HAVE_ERRNO_H	stconfig.h	8;"	d
HAVE_FCNTL_H	stconfig.h	11;"	d
HAVE_GETOPT	stconfig.h	14;"	d
HAVE_GETOPT_H	stconfig.h	17;"	d
HAVE_INTTYPES_H	stconfig.h	20;"	d
HAVE_LIBM	stconfig.h	23;"	d
HAVE_LIBVORBIS	stconfig.h	32;"	d
HAVE_LIMITS_H	stconfig.h	35;"	d
HAVE_MALLOC_H	stconfig.h	44;"	d
HAVE_MEMMOVE	stconfig.h	47;"	d
HAVE_MEMORY_H	stconfig.h	50;"	d
HAVE_RAND	stconfig.h	53;"	d
HAVE_STDINT_H	stconfig.h	56;"	d
HAVE_STDLIB_H	stconfig.h	59;"	d
HAVE_STRCASECMP	stconfig.h	62;"	d
HAVE_STRERROR	stconfig.h	65;"	d
HAVE_STRINGS_H	stconfig.h	68;"	d
HAVE_STRING_H	stconfig.h	71;"	d
HAVE_SYS_SOUNDCARD_H	stconfig.h	80;"	d
HAVE_SYS_STAT_H	stconfig.h	83;"	d
HAVE_SYS_TYPES_H	stconfig.h	86;"	d
HAVE_UNISTD_H	stconfig.h	89;"	d
HEADERSIZE	smp.c	36;"	d	file:
HEADER_ERROR	vorbis.c	37;"	d	file:
HEADER_OK	vorbis.c	38;"	d	file:
HLEN	test/corr.c	37;"	d	file:
HUGE_VAL	aiff.c	897;"	d	file:
HUGE_VAL	aiff.c	990;"	d	file:
HUNDRED	pitch.c	87;"	d	file:
ID3_TAG_FLAG_FOOTERPRESENT	mp3.c	54;"	d	file:
INPUT_BUFFER_SIZE	mp3.c	29;"	d	file:
INSTALL	Makefile	/^INSTALL	= \/usr\/bin\/install -c$/;"	m
INSTALL	gsm/Makefile	/^INSTALL = \/usr\/bin\/install -c$/;"	m
ISCALE	filter.c	37;"	d	file:
ISCALE	polyphas.c	38;"	d	file:
ISCALE	resample.c	63;"	d	file:
ISSTMAX	ima_rw.c	33;"	d	file:
Id	cvsd.c	/^	unsigned      Id;$/;"	m	struct:dvms_header	file:
Id	smp.c	/^	char Id[18];		\/* File identifier *\/$/;"	m	struct:smpheader	file:
ImaAdpcmReadBlock	wav.c	/^unsigned short  ImaAdpcmReadBlock(ft_t ft)$/;"	f
ImaBlockExpandI	ima_rw.c	/^void ImaBlockExpandI($/;"	f
ImaBlockExpandM	ima_rw.c	/^void ImaBlockExpandM($/;"	f
ImaBlockMashI	ima_rw.c	/^void ImaBlockMashI($/;"	f
ImaBytesPerBlock	ima_rw.c	/^st_size_t ImaBytesPerBlock($/;"	f
ImaExpandS	ima_rw.c	/^static void ImaExpandS($/;"	f	file:
ImaMashChannel	ima_rw.c	/^static void ImaMashChannel($/;"	f	file:
ImaMashS	ima_rw.c	/^static int ImaMashS($/;"	f	file:
ImaSamplesIn	ima_rw.c	/^st_size_t ImaSamplesIn($/;"	f
Imp	resample.c	/^   Float *Imp;        \/* impulse [Nwing+1] Filter coefficients *\/$/;"	m	struct:resamplestuff	file:
Info	cvsd.c	/^	char          Info[16];$/;"	m	struct:dvms_header	file:
InitializePinkNoise	synth.c	/^void InitializePinkNoise( PinkNoise *pink, int numRows )$/;"	f
InputBuffer	mp3.c	/^        unsigned char		*InputBuffer;$/;"	m	struct:mp3priv	file:
Izero	resample.c	/^static double Izero(double x)$/;"	f	file:
IzeroEPSILON	resample.c	671;"	d	file:
LARp_to_rp	gsm/short_term.c	/^static void LARp_to_rp ($/;"	f	file:
LARpp	gsm/private.h	/^	word		LARpp[2][8]; 	\/*                              *\/$/;"	m	struct:gsm_state
LASTCHAR	auto.c	21;"	d	file:
LASTCHAR	auto.c	23;"	d	file:
LASTCHAR	sox.c	345;"	d	file:
LASTCHAR	sox.c	347;"	d	file:
LDFLAGS	Makefile	/^LDFLAGS	= -L. -Lgsm $/;"	m
LDFLAGS	gsm/Makefile	/^LDFLAGS	= $/;"	m
LDFLAGS	test/Makefile	/^LDFLAGS:=-s$/;"	m
LIBOBJS	Makefile	/^LIBOBJS = $(FOBJ) $(EOBJ) handlers.o misc.o util.o getopt.o $(EXTRAOBJS)$/;"	m
LIBOBJS	gsm/Makefile	/^LIBOBJS = $(GSM_OBJECTS)$/;"	m
LIBS	Makefile	/^LIBS	= -lst -lm  -logg -lvorbis -lvorbisfile -lvorbisenc -lmp3lame -lgsm$/;"	m
LIBS	gsm/Makefile	/^LIBS	= -lm  -logg -lvorbis -lvorbisfile -lvorbisenc -lmp3lame -lgsm$/;"	m
LIBS	test/Makefile	/^LIBS:=-lm$/;"	m
LN_S	Makefile	/^LN_S    = ln -s$/;"	m
LOG_10_20	dcshift.c	28;"	d	file:
LOG_10_20	synth.c	57;"	d	file:
LOG_10_20	vol.c	25;"	d	file:
LTP_CUT	gsm/Makefile	/^LTP_CUT	=$/;"	m
L_z2	gsm/private.h	/^	longword	L_z2;		\/*                  Offset_com. *\/$/;"	m	struct:gsm_state
La	resampl.h	23;"	d
Lc	resampl.h	21;"	d
Length	cvsd.c	/^	st_size_t     Length;$/;"	m	struct:dvms_header	file:
Long_term_analysis_filtering	gsm/long_term.c	/^static void Long_term_analysis_filtering ($/;"	f	file:
Lp	resampl.h	25;"	d
LpFilter	resample.c	/^static void LpFilter(double *c, long N, double frq, double Beta, long Num)$/;"	f	file:
MAUDHEADERSIZE	maud.c	316;"	d	file:
MAXCHAN	synth.c	60;"	d	file:
MAXCHANS	gsm.c	38;"	d	file:
MAXCOMM	sfircam.h	9;"	d
MAXNWING	resampl.h	30;"	d
MAXREVERBS	reverb.c	100;"	d	file:
MAXSAMPL	test/ding.c	37;"	d	file:
MAXSAMPL	test/ding.c	41;"	d	file:
MAXSAMPL	test/model.c	37;"	d	file:
MAXSAMPL	test/model.c	41;"	d	file:
MAXWSPEED	raw.c	35;"	d	file:
MAX_CHORUS	chorus.c	72;"	d	file:
MAX_ECHOS	echo.c	63;"	d	file:
MAX_ECHOS	echos.c	54;"	d	file:
MAX_EFF	sox.c	112;"	d	file:
MAX_INPUT_FILES	sox.c	89;"	d	file:
MAX_INPUT_FILES	sox.c	92;"	d	file:
MAX_LONGWORD	gsm/private.h	48;"	d
MAX_USER_EFF	sox.c	113;"	d	file:
MAX_WORD	gsm/private.h	45;"	d
MF	polyphas.c	39;"	d	file:
MIDI_UNITY	smp.c	27;"	d	file:
MIDIhi	st.h	/^    char MIDIlow, MIDIhi;\/* MIDI pitch-bend range *\/$/;"	m	struct:st_instrinfo
MIDIlow	st.h	/^    char MIDIlow, MIDIhi;\/* MIDI pitch-bend range *\/$/;"	m	struct:st_instrinfo
MIDInote	smp.c	/^	char MIDInote;			\/* for unity pitch playback *\/$/;"	m	struct:smptrailer	file:
MIDInote	st.h	/^    char MIDInote;       \/* for unity pitch playback *\/$/;"	m	struct:st_instrinfo
MIN	dcshift.c	138;"	d	file:
MIN	mp3.c	26;"	d	file:
MIN	pan.c	117;"	d	file:
MIN	pitch.c	46;"	d	file:
MIN	raw.c	38;"	d	file:
MIN	speed.c	177;"	d	file:
MIN	stretch.c	28;"	d	file:
MIN	vol.c	157;"	d	file:
MINCOMM	sfircam.h	10;"	d
MINSAMPL	test/ding.c	38;"	d	file:
MINSAMPL	test/ding.c	42;"	d	file:
MINSAMPL	test/model.c	38;"	d	file:
MINSAMPL	test/model.c	42;"	d	file:
MIN_LONGWORD	gsm/private.h	47;"	d
MIN_WORD	gsm/private.h	44;"	d
MIX_BACK	avg.c	42;"	d	file:
MIX_CENTER	avg.c	38;"	d	file:
MIX_FRONT	avg.c	41;"	d	file:
MIX_LEFT	avg.c	39;"	d	file:
MIX_RIGHT	avg.c	40;"	d	file:
MIX_SPECIFIED	avg.c	43;"	d	file:
MMWAVE_PLAYER	mmwave.c	14;"	d	file:
MOD_SINE	chorus.c	70;"	d	file:
MOD_SINE	flanger.c	60;"	d	file:
MOD_SINE	phaser.c	62;"	d	file:
MOD_TRIANGLE	chorus.c	71;"	d	file:
MOD_TRIANGLE	flanger.c	61;"	d	file:
MOD_TRIANGLE	phaser.c	63;"	d	file:
MONE	pan.c	36;"	d	file:
MONE	stretch.c	47;"	d	file:
MULHACK	gsm/Makefile	/^MULHACK = -DUSE_FLOAT_MUL$/;"	m
M_PI	st_i.h	118;"	d
M_PI_2	st_i.h	121;"	d
MsState	adpcm.c	/^typedef struct MsState {$/;"	s	file:
MsState_t	adpcm.c	/^} MsState_t;$/;"	t	file:
NAMELEN	smp.c	25;"	d	file:
NEED_ALSA	Makefile	/^NEED_ALSA    = 0$/;"	m
NEED_OSS	Makefile	/^NEED_OSS     = 1$/;"	m
NEED_SUNAU	Makefile	/^NEED_SUNAU   = 0$/;"	m
NEXTI	gsm/lpc.c	103;"	d	file:
NORET	st_i.h	29;"	d
NORET	st_i.h	31;"	d
NQMAX	resample.c	66;"	d	file:
NSEGS	g711.c	49;"	d	file:
Na	resampl.h	24;"	d
Nc	resampl.h	22;"	d
NeedFunctionPrototypes	gsm/gsm.h	13;"	d
NeedFunctionPrototypes	gsm/gsm.h	17;"	d
NeedFunctionPrototypes	gsm/gsm.h	21;"	d
Nmult	resample.c	/^   long Nmult;$/;"	m	struct:resamplestuff	file:
NoOfSamps	smp.c	/^  uint32_t NoOfSamps;		\/* Sample data count in words *\/$/;"	m	struct:smpstuff	file:
Np	resampl.h	26;"	d
Nq	resample.c	/^   long Nq;$/;"	m	struct:resamplestuff	file:
Nwin	filter.c	/^	long Nwin;$/;"	m	struct:filterstuff	file:
Nwing	resample.c	/^   long Nwing;$/;"	m	struct:resamplestuff	file:
OCTAVA	pitch.c	85;"	d	file:
ONE	dcshift.c	29;"	d	file:
ONE	pan.c	35;"	d	file:
ONE	pitch.c	90;"	d	file:
ONE	speed.c	29;"	d	file:
ONE	stretch.c	46;"	d	file:
ONE	vol.c	26;"	d	file:
ONEHALF	pan.c	34;"	d	file:
ONESIXTH	pitch.c	93;"	d	file:
ONESIXTH	speed.c	31;"	d	file:
ONETHOUSANDS	stretch.c	48;"	d	file:
OSSOBJ_0	Makefile	/^OSSOBJ_0    =$/;"	m
OSSOBJ_1	Makefile	/^OSSOBJ_1    = oss.o$/;"	m
PAD_NSAMPS	wav.c	78;"	d	file:
PAN_FLOAT	pan.c	27;"	d	file:
PAN_FLOAT_SCAN	pan.c	28;"	d	file:
PAN_USAGE	pan.c	43;"	d	file:
PCOUNT	synth.c	35;"	d	file:
PI	polyphas.c	295;"	d	file:
PINKNOISE_FAC	synth.c	56;"	d	file:
PINK_MAX_RANDOM_ROWS	synth.c	78;"	d	file:
PINK_RANDOM_BITS	synth.c	79;"	d	file:
PINK_RANDOM_SHIFT	synth.c	80;"	d	file:
PITCH_DEFAULT_WIDTH	pitch.c	81;"	d	file:
PITCH_FADE_COS	pitch.c	65;"	d	file:
PITCH_FADE_DEFAULT	pitch.c	70;"	d	file:
PITCH_FADE_HAM	pitch.c	66;"	d	file:
PITCH_FADE_LIN	pitch.c	67;"	d	file:
PITCH_FADE_TRA	pitch.c	68;"	d	file:
PITCH_FLOAT	pitch.c	54;"	d	file:
PITCH_FLOAT_SCAN	pitch.c	55;"	d	file:
PITCH_INTERPOLE_CUB	pitch.c	74;"	d	file:
PITCH_INTERPOLE_DEFAULT	pitch.c	77;"	d	file:
PITCH_INTERPOLE_LIN	pitch.c	75;"	d	file:
PITCH_USAGE	pitch.c	58;"	d	file:
PLAY_0	Makefile	/^PLAY_0    =$/;"	m
PLAY_1	Makefile	/^PLAY_1    = play$/;"	m
PLAY_INSTALL_0	Makefile	/^PLAY_INSTALL_0    =$/;"	m
PLAY_INSTALL_1	Makefile	/^PLAY_INSTALL_1    = install-play$/;"	m
PLAY_SUPPORT	Makefile	/^PLAY_SUPPORT = 1$/;"	m
PLAY_UNINSTALL_0	Makefile	/^PLAY_UNINSTALL_0    =$/;"	m
PLAY_UNINSTALL_1	Makefile	/^PLAY_UNINSTALL_1    = uninstall-play$/;"	m
PRIVATE_H	gsm/private.h	10;"	d
PSION_HDRSIZE	wve.c	17;"	d	file:
PSION_INV_VERSION	wve.c	16;"	d	file:
PSION_MAGIC	wve.c	14;"	d	file:
PSION_VERSION	wve.c	15;"	d	file:
PinkNoise	synth.c	/^} PinkNoise;$/;"	t	file:
Pmask	resampl.h	28;"	d
Postprocessing	gsm/decode.c	/^static void Postprocessing ($/;"	f	file:
QUANT_MASK	g711.c	48;"	d	file:
QUARTER	pan.c	38;"	d	file:
QUARTER	pitch.c	92;"	d	file:
Quantization_and_coding	gsm/lpc.c	/^static void Quantization_and_coding ($/;"	f	file:
RANLIB	Makefile	/^RANLIB	= ranlib$/;"	m
RANLIB	gsm/Makefile	/^RANLIB  = ranlib$/;"	m
READING	reverse.c	31;"	d	file:
REGPARM	st_i.h	35;"	d
REGPARM	st_i.h	37;"	d
REQUIRED_INPUT_FILES	sox.c	90;"	d	file:
REQUIRED_INPUT_FILES	sox.c	93;"	d	file:
REVERB_FADE_THRESH	reverb.c	98;"	d	file:
RIBLEN	polyphas.c	382;"	d	file:
RM	Makefile	/^RM	= rm -f$/;"	m
RM	gsm/Makefile	/^RM	= rm -f$/;"	m
RPE_grid_positioning	gsm/rpe.c	/^static void RPE_grid_positioning ($/;"	f	file:
RPE_grid_selection	gsm/rpe.c	/^static void RPE_grid_selection ($/;"	f	file:
ReadN	test/ding.c	/^static int ReadN(int fd, SAMPL *v, int n)$/;"	f	file:
ReadN	test/model.c	/^static int ReadN(int fd, SAMPL *v, int n)$/;"	f	file:
Reflection_coefficients	gsm/lpc.c	/^static void Reflection_coefficients ($/;"	f	file:
SAMPL	adpcm.h	7;"	d
SAMPL	ima_rw.h	25;"	d
SAMPL	test/ding.c	36;"	d	file:
SAMPL	test/ding.c	40;"	d	file:
SAMPL	test/model.c	36;"	d	file:
SAMPL	test/model.c	40;"	d	file:
SASR	gsm/Makefile	/^SASR	= -DSASR$/;"	m
SASR	gsm/private.h	51;"	d
SASR	gsm/private.h	52;"	d
SASR	gsm/private.h	54;"	d
SCALE	gsm/lpc.c	64;"	d	file:
SCALE	gsm/lpc.c	70;"	d	file:
SCALE	gsm/lpc.c	82;"	d	file:
SECTORSIZE	cdr.c	27;"	d	file:
SED	Makefile	/^SED	= sed$/;"	m
SEEK_CUR	sndrtool.c	29;"	d	file:
SEG_MASK	g711.c	51;"	d	file:
SEG_SHIFT	g711.c	50;"	d	file:
SFAUDIOENCOD	sfircam.h	/^} SFAUDIOENCOD;$/;"	t
SFCODE	sfircam.h	/^} SFCODE;$/;"	t
SFCOMMENT	sfircam.h	/^} SFCOMMENT;$/;"	t
SFHEADER	sfircam.h	/^} SFHEADER;$/;"	t
SFMAXAMP	sfircam.h	/^} SFMAXAMP;$/;"	t
SFPVDATA	sfircam.h	/^} SFPVDATA;$/;"	t
SF_ALAW	sfircam.h	58;"	d
SF_AUDIOENCOD	sfircam.h	71;"	d
SF_BUFSIZE	sfircam.h	7;"	d
SF_CHAR	sfircam.h	57;"	d
SF_CODMAX	sfircam.h	72;"	d
SF_COMMENT	sfircam.h	69;"	d
SF_END	sfircam.h	67;"	d
SF_FLOAT	sfircam.h	62;"	d
SF_LONG	sfircam.h	61;"	d
SF_MACHINE	sfircam.h	26;"	d
SF_MACHINE	sfircam.h	30;"	d
SF_MACHINE	sfircam.h	34;"	d
SF_MACHINE	sfircam.h	38;"	d
SF_MAGIC	sfircam.h	27;"	d
SF_MAGIC	sfircam.h	31;"	d
SF_MAGIC	sfircam.h	35;"	d
SF_MAGIC	sfircam.h	39;"	d
SF_MAGIC1	sfircam.h	12;"	d
SF_MAGIC2	sfircam.h	13;"	d
SF_MAXAMP	sfircam.h	68;"	d
SF_MAXCHAN	sfircam.h	8;"	d
SF_MIPS	sfircam.h	23;"	d
SF_NEXT	sfircam.h	24;"	d
SF_PVDATA	sfircam.h	70;"	d
SF_SHORT	sfircam.h	60;"	d
SF_SUN	sfircam.h	22;"	d
SF_ULAW	sfircam.h	59;"	d
SF_VAX	sfircam.h	21;"	d
SIGN_BIT	g711.c	47;"	d	file:
SILENCE_COPY	silence.c	35;"	d	file:
SILENCE_COPY_FLUSH	silence.c	36;"	d	file:
SILENCE_STOP	silence.c	37;"	d	file:
SILENCE_TRIM	silence.c	33;"	d	file:
SILENCE_TRIM_FLUSH	silence.c	34;"	d	file:
SILENCE_USAGE	silence.c	75;"	d	file:
SIZEOF_BSD_HEADER	sf.c	20;"	d	file:
SIZEOF_HEADER	sfircam.h	6;"	d
SMPTEoffset	smp.c	/^	uint32_t SMPTEoffset;		\/* in subframes - huh? *\/$/;"	m	struct:smptrailer	file:
SPEED_FLOAT	speed.c	22;"	d	file:
SPEED_FLOAT_SCAN	speed.c	23;"	d	file:
SPEED_USAGE	speed.c	34;"	d	file:
STARTREAD	raw.c	/^STARTREAD(st_sbstartread,ST_SIZE_BYTE,ST_ENCODING_SIGN2)$/;"	f
STARTREAD	raw.c	748;"	d	file:
STARTWRITE	raw.c	757;"	d	file:
STDC_HEADERS	stconfig.h	107;"	d
STEP	gsm/long_term.c	204;"	d	file:
STEP	gsm/long_term.c	205;"	d	file:
STEP	gsm/long_term.c	368;"	d	file:
STEP	gsm/long_term.c	369;"	d	file:
STEP	gsm/long_term.c	534;"	d	file:
STEP	gsm/long_term.c	535;"	d	file:
STEP	gsm/long_term.c	747;"	d	file:
STEP	gsm/long_term.c	748;"	d	file:
STEP	gsm/long_term.c	850;"	d	file:
STEP	gsm/long_term.c	851;"	d	file:
STEP	gsm/lpc.c	100;"	d	file:
STEP	gsm/lpc.c	301;"	d	file:
STEP	gsm/lpc.c	302;"	d	file:
STEP	gsm/lpc.c	320;"	d	file:
STEP	gsm/lpc.c	95;"	d	file:
STEP	gsm/rpe.c	157;"	d	file:
STEP	gsm/rpe.c	158;"	d	file:
STEP	gsm/rpe.c	61;"	d	file:
STEP	gsm/rpe.c	62;"	d	file:
STEP	gsm/short_term.c	52;"	d	file:
STEP	gsm/short_term.c	53;"	d	file:
STEP_A	gsm/long_term.c	382;"	d	file:
STEP_A	gsm/long_term.c	548;"	d	file:
STEP_A	gsm/long_term.c	761;"	d	file:
STEP_B	gsm/long_term.c	383;"	d	file:
STEP_B	gsm/long_term.c	549;"	d	file:
STEP_B	gsm/long_term.c	762;"	d	file:
STEP_C	gsm/long_term.c	384;"	d	file:
STEP_C	gsm/long_term.c	550;"	d	file:
STEP_C	gsm/long_term.c	763;"	d	file:
STEP_D	gsm/long_term.c	385;"	d	file:
STEP_D	gsm/long_term.c	551;"	d	file:
STEP_D	gsm/long_term.c	764;"	d	file:
STEP_E	gsm/long_term.c	386;"	d	file:
STEP_E	gsm/long_term.c	552;"	d	file:
STEP_E	gsm/long_term.c	765;"	d	file:
STEP_F	gsm/long_term.c	387;"	d	file:
STEP_F	gsm/long_term.c	553;"	d	file:
STEP_F	gsm/long_term.c	766;"	d	file:
STEP_G	gsm/long_term.c	388;"	d	file:
STEP_G	gsm/long_term.c	554;"	d	file:
STEP_G	gsm/long_term.c	767;"	d	file:
STEP_H	gsm/long_term.c	389;"	d	file:
STEP_H	gsm/long_term.c	555;"	d	file:
STEP_H	gsm/long_term.c	768;"	d	file:
STRETCH_FLOAT	stretch.c	32;"	d	file:
STRETCH_FLOAT_SCAN	stretch.c	33;"	d	file:
STRETCH_USAGE	stretch.c	36;"	d	file:
STRICT_IMA	ima_rw.h	35;"	d
ST_ALAW_BYTE_TO_SAMPLE	raw.c	68;"	d	file:
ST_ALAW_BYTE_TO_SAMPLE	voc.c	208;"	d	file:
ST_BUFSIZ	st_i.h	133;"	d
ST_EFF_CHAN	st.h	202;"	d
ST_EFF_MCHAN	st.h	204;"	d
ST_EFF_RATE	st.h	203;"	d
ST_EFF_REPORT	st.h	205;"	d
ST_EFMT	st.h	275;"	d
ST_EHDR	st.h	274;"	d
ST_EINVAL	st.h	280;"	d
ST_ENCODING_ADPCM	st.h	190;"	d
ST_ENCODING_ALAW	st.h	188;"	d
ST_ENCODING_FLOAT	st.h	189;"	d
ST_ENCODING_GSM	st.h	192;"	d
ST_ENCODING_IMA_ADPCM	st.h	191;"	d
ST_ENCODING_INV_ALAW	st.h	194;"	d
ST_ENCODING_INV_ULAW	st.h	193;"	d
ST_ENCODING_MAX	st.h	196;"	d
ST_ENCODING_MP3	st.h	195;"	d
ST_ENCODING_SIGN2	st.h	186;"	d
ST_ENCODING_ULAW	st.h	187;"	d
ST_ENCODING_UNSIGNED	st.h	185;"	d
ST_ENOMEM	st.h	277;"	d
ST_ENOTSUP	st.h	279;"	d
ST_EOF	st.h	268;"	d
ST_EPERM	st.h	278;"	d
ST_ERATE	st.h	276;"	d
ST_FILE_INSTR	st.h	170;"	d
ST_FILE_LOOPS	st.h	169;"	d
ST_FILE_SEEK	st.h	171;"	d
ST_FILE_STEREO	st.h	168;"	d
ST_FLOAT_DDWORD_TO_SAMPLE	st.h	42;"	d
ST_FLOAT_DWORD_TO_SAMPLE	st.h	41;"	d
ST_H	st.h	2;"	d
ST_INFO_SIZE_MAX	st.h	182;"	d
ST_INT16_MAX	st_i.h	125;"	d
ST_INT32_MAX	st_i.h	126;"	d
ST_INT64_MAX	st_i.h	127;"	d
ST_INT8_MAX	st_i.h	124;"	d
ST_INVERT_ALAW_BYTE_TO_SAMPLE	raw.c	75;"	d	file:
ST_INVERT_ULAW_BYTE_TO_SAMPLE	raw.c	73;"	d	file:
ST_IS_BIGENDIAN	st_i.h	105;"	d
ST_IS_BIGENDIAN	st_i.h	108;"	d
ST_IS_LITTLEENDIAN	st_i.h	106;"	d
ST_IS_LITTLEENDIAN	st_i.h	109;"	d
ST_I_H	st_i.h	2;"	d
ST_LIB_VERSION	st.h	24;"	d
ST_LIB_VERSION_CODE	st.h	23;"	d
ST_LOOP_8	st.h	96;"	d
ST_LOOP_NONE	st.h	95;"	d
ST_LOOP_SUSTAIN_DECAY	st.h	97;"	d
ST_MAXRATE	st_i.h	115;"	d
ST_MAX_EFFECT_PRIVSIZE	st.h	118;"	d
ST_MAX_FILE_PRIVSIZE	st.h	117;"	d
ST_MAX_NLOOPS	st.h	120;"	d
ST_SAMPLE_MAX	st.h	32;"	d
ST_SAMPLE_MIN	st.h	33;"	d
ST_SAMPLE_TO_ALAW_BYTE	raw.c	70;"	d	file:
ST_SAMPLE_TO_FLOAT_DDWORD	st.h	51;"	d
ST_SAMPLE_TO_FLOAT_DWORD	st.h	50;"	d
ST_SAMPLE_TO_INVERT_ALAW_BYTE	raw.c	79;"	d	file:
ST_SAMPLE_TO_INVERT_ULAW_BYTE	raw.c	77;"	d	file:
ST_SAMPLE_TO_SIGNED_BYTE	st.h	45;"	d
ST_SAMPLE_TO_SIGNED_DWORD	st.h	49;"	d
ST_SAMPLE_TO_SIGNED_WORD	st.h	47;"	d
ST_SAMPLE_TO_ULAW_BYTE	raw.c	69;"	d	file:
ST_SAMPLE_TO_UNSIGNED_BYTE	st.h	44;"	d
ST_SAMPLE_TO_UNSIGNED_DWORD	st.h	48;"	d
ST_SAMPLE_TO_UNSIGNED_WORD	st.h	46;"	d
ST_SIGNED_BYTE_TO_SAMPLE	st.h	36;"	d
ST_SIGNED_DWORD_TO_SAMPLE	st.h	40;"	d
ST_SIGNED_WORD_TO_SAMPLE	st.h	38;"	d
ST_SIZE_16BIT	st.h	177;"	d
ST_SIZE_32BIT	st.h	179;"	d
ST_SIZE_64BIT	st.h	181;"	d
ST_SIZE_8BIT	st.h	175;"	d
ST_SIZE_BYTE	st.h	174;"	d
ST_SIZE_DDWORD	st.h	180;"	d
ST_SIZE_DWORD	st.h	178;"	d
ST_SIZE_MAX	st.h	55;"	d
ST_SIZE_WORD	st.h	176;"	d
ST_SSIZE_MAX	st.h	58;"	d
ST_SSIZE_MIN	st.h	59;"	d
ST_SUCCESS	st.h	269;"	d
ST_ULAW_BYTE_TO_SAMPLE	raw.c	67;"	d	file:
ST_ULAW_BYTE_TO_SAMPLE	voc.c	209;"	d	file:
ST_UNSIGNED_BYTE_TO_SAMPLE	st.h	35;"	d
ST_UNSIGNED_DWORD_TO_SAMPLE	st.h	39;"	d
ST_UNSIGNED_WORD_TO_SAMPLE	st.h	37;"	d
SUNAUOBJ_0	Makefile	/^SUNAUOBJ_0  =$/;"	m
SUNAUOBJ_1	Makefile	/^SUNAUOBJ_1  = sunaudio.o$/;"	m
SUN_ALAW	au.c	47;"	d	file:
SUN_DOUBLE	au.c	43;"	d	file:
SUN_FLOAT	au.c	42;"	d	file:
SUN_G721	au.c	44;"	d	file:
SUN_G723_3	au.c	45;"	d	file:
SUN_G723_5	au.c	46;"	d	file:
SUN_HDRSIZE	au.c	35;"	d	file:
SUN_INV_MAGIC	au.c	32;"	d	file:
SUN_LIN_16	au.c	39;"	d	file:
SUN_LIN_24	au.c	40;"	d	file:
SUN_LIN_32	au.c	41;"	d	file:
SUN_LIN_8	au.c	38;"	d	file:
SUN_MAGIC	au.c	31;"	d	file:
SUN_ULAW	au.c	37;"	d	file:
SUN_UNSPEC	au.c	36;"	d	file:
SVXHEADERSIZE	8svx.c	359;"	d	file:
SVmagic	smp.c	/^char *SVmagic = "SOUND SAMPLE DATA ", *SVvers = "2.1 ";$/;"	v
SVvers	smp.c	/^char *SVmagic = "SOUND SAMPLE DATA ", *SVvers = "2.1 ";$/;"	v
SYNTH_AMOD	synth.c	50;"	d	file:
SYNTH_BROWNNOISE	synth.c	44;"	d	file:
SYNTH_CREATE	synth.c	48;"	d	file:
SYNTH_EXP	synth.c	46;"	d	file:
SYNTH_FMOD	synth.c	51;"	d	file:
SYNTH_MIX	synth.c	49;"	d	file:
SYNTH_PINKNOISE	synth.c	43;"	d	file:
SYNTH_SAWTOOTH	synth.c	39;"	d	file:
SYNTH_SINE	synth.c	37;"	d	file:
SYNTH_SQUARE	synth.c	38;"	d	file:
SYNTH_TRAPETZ	synth.c	41;"	d	file:
SYNTH_TRIANGLE	synth.c	40;"	d	file:
SYNTH_VOICENOISE	synth.c	45;"	d	file:
SYNTH_WHITENOISE	synth.c	42;"	d	file:
Sfmaxamp	sfircam.h	/^typedef struct Sfmaxamp {$/;"	s
Short_term_analysis_filtering	gsm/short_term.c	/^static void Short_term_analysis_filtering ($/;"	f	file:
Short_term_synthesis_filtering	gsm/short_term.c	/^static void Short_term_synthesis_filtering ($/;"	f	file:
Srate	cvsd.c	/^	unsigned      Srate;$/;"	m	struct:dvms_header	file:
SrcEX	resample.c	/^static long SrcEX(resample_t r, long Nx)$/;"	f	file:
SrcUD	resample.c	/^static long SrcUD(resample_t r, long Nx)$/;"	f	file:
State	cvsd.c	/^	unsigned      State;$/;"	m	struct:dvms_header	file:
Stream	mp3.c	/^	struct mad_stream	*Stream;$/;"	m	struct:mp3priv	file:
StringToFreq	synth.c	/^static double StringToFreq(char *s, char **h){$/;"	f	file:
Synth	mp3.c	/^	struct mad_synth	*Synth;$/;"	m	struct:mp3priv	file:
TAR	Makefile	/^TAR	= tar$/;"	m
THOUSAND	pitch.c	86;"	d	file:
TIMERES	trim.c	18;"	d	file:
TRIM_USAGE	trim.c	20;"	d	file:
TRUE	silence.c	20;"	d	file:
TWENTY	dcshift.c	30;"	d	file:
TWENTY	vol.c	27;"	d	file:
TWO	pan.c	33;"	d	file:
TWO	pitch.c	89;"	d	file:
TXMAXLEN	tx16w.c	36;"	d	file:
Time	resample.c	/^   double Time;       \/* Current time\/pos in input sample *\/$/;"	m	struct:resamplestuff	file:
Timer	mp3.c	/^	mad_timer_t		*Timer;$/;"	m	struct:mp3priv	file:
Transformation_to_Log_Area_Ratios	gsm/lpc.c	/^static void Transformation_to_Log_Area_Ratios ($/;"	f	file:
UNEXPECTED_CHANNELS	pan.c	120;"	d	file:
USSTR	synth.c	19;"	d	file:
Unixtime	cvsd.c	/^	time_t        Unixtime;$/;"	m	struct:dvms_header	file:
UnsignedToFloat	aiff.c	993;"	d	file:
Ureceiver	cvsd.c	/^	unsigned      Ureceiver;$/;"	m	struct:dvms_header	file:
Usage	test/ding.c	/^static void Usage(void)$/;"	f	file:
Usage	test/model.c	/^static void Usage(void)$/;"	f	file:
Usender	cvsd.c	/^	unsigned      Usender;$/;"	m	struct:dvms_header	file:
VOC_CONT	voc.c	181;"	d	file:
VOC_DATA	voc.c	180;"	d	file:
VOC_DATA_16	voc.c	188;"	d	file:
VOC_EXTENDED	voc.c	187;"	d	file:
VOC_FMT_ALAW	voc.c	196;"	d	file:
VOC_FMT_CRLADPCM2	voc.c	194;"	d	file:
VOC_FMT_CRLADPCM3	voc.c	193;"	d	file:
VOC_FMT_CRLADPCM4	voc.c	192;"	d	file:
VOC_FMT_CRLADPCM4A	voc.c	198;"	d	file:
VOC_FMT_LIN16	voc.c	195;"	d	file:
VOC_FMT_LIN8U	voc.c	191;"	d	file:
VOC_FMT_MU255	voc.c	197;"	d	file:
VOC_LOOP	voc.c	185;"	d	file:
VOC_LOOPEND	voc.c	186;"	d	file:
VOC_MARKER	voc.c	183;"	d	file:
VOC_SILENCE	voc.c	182;"	d	file:
VOC_TERM	voc.c	179;"	d	file:
VOC_TEXT	voc.c	184;"	d	file:
VOL_FLOAT	vol.c	18;"	d	file:
VOL_FLOAT_SCAN	vol.c	19;"	d	file:
VOL_USAGE	vol.c	29;"	d	file:
WAV49	gsm/Makefile	/^WAV49	= -DWAV49$/;"	m
WAVE_FORMAT_ADPCM	wav.h	10;"	d
WAVE_FORMAT_ALAW	wav.h	12;"	d
WAVE_FORMAT_DIGIFIX	wav.h	17;"	d
WAVE_FORMAT_DIGISTD	wav.h	16;"	d
WAVE_FORMAT_DOLBY_AC2	wav.h	18;"	d
WAVE_FORMAT_G721_ADPCM	wav.h	22;"	d
WAVE_FORMAT_G722_ADPCM	wav.h	27;"	d
WAVE_FORMAT_G726_ADPCM	wav.h	26;"	d
WAVE_FORMAT_G728_CELP	wav.h	23;"	d
WAVE_FORMAT_GSM610	wav.h	19;"	d
WAVE_FORMAT_IEEE_FLOAT	wav.h	11;"	d
WAVE_FORMAT_IMA_ADPCM	wav.h	15;"	d
WAVE_FORMAT_MPEG	wav.h	24;"	d
WAVE_FORMAT_MPEGLAYER3	wav.h	25;"	d
WAVE_FORMAT_MULAW	wav.h	13;"	d
WAVE_FORMAT_OKI_ADPCM	wav.h	14;"	d
WAVE_FORMAT_PCM	wav.h	9;"	d
WAVE_FORMAT_ROCKWELL_ADPCM	wav.h	20;"	d
WAVE_FORMAT_ROCKWELL_DIGITALK	wav.h	21;"	d
WAVE_FORMAT_UNKNOWN	wav.h	8;"	d
WAV_H_INCLUDED	wav.h	4;"	d
WRITING	reverse.c	30;"	d	file:
WaveHeader_	tx16w.c	/^struct WaveHeader_ {$/;"	s	file:
Weighting_filter	gsm/rpe.c	/^static void Weighting_filter ($/;"	f	file:
X	filter.c	/^	Float *X, *Y;\/* I\/O buffers *\/$/;"	m	struct:filterstuff	file:
X	resample.c	/^   Float *X, *Y;      \/* I\/O buffers *\/$/;"	m	struct:resamplestuff	file:
Xh	filter.c	/^	long Xh;\/* number of past\/future samples needed by filter  *\/$/;"	m	struct:filterstuff	file:
Xh	resample.c	/^   long Xh;           \/* number of past\/future samples needed by filter  *\/$/;"	m	struct:resamplestuff	file:
Xoff	resample.c	/^   long Xoff;         \/* Xh plus some room for creep  *\/$/;"	m	struct:resamplestuff	file:
Xp	resample.c	/^   long Xp;           \/* X[Xp] is position to start filter application   *\/$/;"	m	struct:resamplestuff	file:
Xread	resample.c	/^   long Xread;        \/* X[Xread] is start-position to enter new samples *\/$/;"	m	struct:resamplestuff	file:
Xsize	resample.c	/^   long Xsize,Ysize;  \/* size (Floats) of X[],Y[]         *\/$/;"	m	struct:resamplestuff	file:
Xt	filter.c	/^	long Xt;\/* target to enter new data into X *\/$/;"	m	struct:filterstuff	file:
Y	filter.c	/^	Float *X, *Y;\/* I\/O buffers *\/$/;"	m	struct:filterstuff	file:
Y	resample.c	/^   Float *X, *Y;      \/* I\/O buffers *\/$/;"	m	struct:resamplestuff	file:
Ysize	resample.c	/^   long Xsize,Ysize;  \/* size (Floats) of X[],Y[]         *\/$/;"	m	struct:resamplestuff	file:
ZERO	dcshift.c	27;"	d	file:
ZERO	pan.c	39;"	d	file:
ZERO	pitch.c	94;"	d	file:
ZERO	speed.c	32;"	d	file:
ZERO	stretch.c	44;"	d	file:
ZERO	vol.c	24;"	d	file:
_Env	test/ding.c	/^struct _Env {$/;"	s	file:
_Env	test/model.c	/^static struct _Env {$/;"	s	file:
_G72X_H	g72x.h	34;"	d
_GENERATED_STDINT_H	ststdint.h	4;"	d
_HAVE_UINT64_T	ststdint.h	12;"	d
_STSTDINT_H	ststdint.h	2;"	d
_ascii	configure	/^ _ascii (); _ebcdic ();$/;"	f
_dqlntab	g721.c	/^static short	_dqlntab[16] = {-2048, 4, 135, 213, 273, 323, 373, 425,$/;"	v	file:
_dqlntab	g723_16.c	/^static short	_dqlntab[4] = { 116, 365, 365, 116}; $/;"	v	file:
_dqlntab	g723_24.c	/^static short	_dqlntab[8] = {-2048, 135, 273, 373, 373, 273, 135, -2048};$/;"	v	file:
_dqlntab	g723_40.c	/^static short	_dqlntab[32] = {-2048, -66, 28, 104, 169, 224, 274, 318,$/;"	v	file:
_fitab	g721.c	/^static short	_fitab[16] = {0, 0, 0, 0x200, 0x200, 0x200, 0x600, 0xE00,$/;"	v	file:
_fitab	g723_16.c	/^static short	_fitab[4] = {0, 0xE00, 0xE00, 0};$/;"	v	file:
_fitab	g723_24.c	/^static short	_fitab[8] = {0, 0x200, 0x400, 0xE00, 0xE00, 0x400, 0x200, 0};$/;"	v	file:
_fitab	g723_40.c	/^static short	_fitab[32] = {0, 0, 0, 0, 0, 0x200, 0x200, 0x200,$/;"	v	file:
_fseek64_wrap	vorbis.c	/^static int _fseek64_wrap(FILE *f,ogg_int64_t off,int whence){$/;"	f	file:
_magic_bytes	sfircam.h	/^				} _magic_bytes;$/;"	m	union:sfheader::sfinfo::magic_union
_st_13linear2alaw	g711.c	/^uint8_t _st_13linear2alaw[0x2000] = {$/;"	v
_st_14linear2ulaw	g711.c	/^uint8_t _st_14linear2ulaw[0x4000] = {$/;"	v
_st_alaw2linear16	g711.c	/^int16_t _st_alaw2linear16[256] = {$/;"	v
_st_ulaw2linear16	g711.c	/^int16_t _st_ulaw2linear16[256] = {$/;"	v
_witab	g721.c	/^static short	_witab[16] = {-12, 18, 41, 64, 112, 198, 355, 1122,$/;"	v	file:
_witab	g723_16.c	/^static short	_witab[4] = {-704, 14048, 14048, -704};$/;"	v	file:
_witab	g723_24.c	/^static short	_witab[8] = {-128, 960, 4384, 18624, 18624, 4384, 960, -128};$/;"	v	file:
_witab	g723_40.c	/^static short	_witab[32] = {448, 448, 768, 1248, 1280, 1312, 1856, 3200,$/;"	v	file:
a	btrworth.h	/^  double a [3];$/;"	m	struct:butterworth
a	g72x.h	/^	short a[2];	\/* Coefficients of pole portion of prediction filter. *\/$/;"	m	struct:g72x_state
a	resample.c	/^   long a,b;          \/* gcd-reduced input,output rates   *\/$/;"	m	struct:resamplestuff	file:
a1	deemphas.c	163;"	d	file:
aboveThreshold	silence.c	/^int aboveThreshold(eff_t effp, st_sample_t value, double threshold, char unit)$/;"	f
acc	pitch.c	/^    PITCH_FLOAT * acc;   \/* accumulation buffer *\/$/;"	m	struct:	file:
aiff_t	aiff.c	/^} *aiff_t;$/;"	t	file:
aiffnames	handlers.c	/^static char *aiffnames[] = {$/;"	v	file:
aiffpriv	aiff.c	/^typedef struct aiffpriv {$/;"	s	file:
aiffwriteheader	aiff.c	/^static int aiffwriteheader(ft_t ft, st_size_t nframes)$/;"	f	file:
alnames	handlers.c	/^static char *alnames[] = {$/;"	v	file:
alsanames	handlers.c	/^static char *alsanames[] = {$/;"	v	file:
ap	g72x.h	/^	short ap;	\/* Linear weighting coefficient of 'yl' and 'yu'. *\/$/;"	m	struct:g72x_state
asum	stat.c	/^        double  asum;$/;"	m	struct:statstuff	file:
atc_length	tx16w.c	/^    atc_length[3],   \/* I'll get to this... *\/$/;"	m	struct:WaveHeader_	file:
attackRate	compand.c	/^  double *attackRate;   \/* An array of attack rates *\/$/;"	m	struct:	file:
au_t	au.c	/^} *au_t;$/;"	t	file:
aunames	handlers.c	/^static char *aunames[] = {$/;"	v	file:
aupriv	au.c	/^typedef struct aupriv {$/;"	s	file:
autonames	handlers.c	/^static char *autonames[] = {$/;"	v	file:
auwriteheader	au.c	/^static void auwriteheader(ft_t ft, st_size_t data_size)$/;"	f	file:
avg_t	avg.c	/^} *avg_t;$/;"	t	file:
avgstuff	avg.c	/^typedef struct avgstuff {$/;"	s	file:
avr_t	avr.c	/^} *avr_t;$/;"	t	file:
avrnames	handlers.c	/^static char *avrnames[] = {$/;"	v	file:
avrstuff	avr.c	/^typedef struct avrstuff {$/;"	s	file:
b	btrworth.h	/^  double b [2];$/;"	m	struct:butterworth
b	g72x.h	/^	short b[6];	\/* Coefficients of zero portion of prediction filter. *\/$/;"	m	struct:g72x_state
b	resample.c	/^   long a,b;          \/* gcd-reduced input,output rates   *\/$/;"	m	struct:resamplestuff	file:
b	test/ding.c	/^	FLOAT b;	    \/* bend (not quite implemented) *\/$/;"	m	struct:_Env	file:
b0	deemphas.c	164;"	d	file:
b1	deemphas.c	165;"	d	file:
band_t	band.c	/^} *band_t;$/;"	t	file:
bandstuff	band.c	/^typedef struct bandstuff {$/;"	s	file:
bandwidth	btrworth.h	/^  double bandwidth;$/;"	m	struct:butterworth
bestfit	test/model.c	/^static double bestfit(double sx, double sy,$/;"	f	file:
beta	filter.c	/^	double beta;\/* >2 is kaiser window beta, <=2 selects nuttall window *\/$/;"	m	struct:filterstuff	file:
beta	resample.c	/^   double beta;       \/* passband\/stopband tuning magic *\/$/;"	m	struct:resamplestuff	file:
bigcalc	test/model.c	/^bigcalc(double Factor, double Freq1, const SAMPL *ibuff, int len)$/;"	f	file:
bin	stat.c	/^        unsigned long   bin[4];$/;"	m	struct:statstuff	file:
bindir	Makefile	/^bindir = ${exec_prefix}\/bin$/;"	m
bit	cvsd.c	/^	} bit;$/;"	m	struct:cvsdpriv	file:
bitoff	gsm/add.c	/^static unsigned char const bitoff[ 256 ] = {$/;"	v	file:
blockAlign	wav.c	/^    unsigned short blockAlign;$/;"	m	struct:wavstuff	file:
blockSamplesRemaining	wav.c	/^    unsigned short blockSamplesRemaining;\/* Samples remaining per channel *\/    $/;"	m	struct:wavstuff	file:
blockseek	voc.c	/^    long           blockseek;   \/* start of current output block *\/$/;"	m	struct:vocstuff	file:
blockstart	voc.c	/^static void blockstart(ft_t ft)$/;"	f	file:
blockstop	voc.c	/^static void blockstop(ft_t ft)$/;"	f	file:
bsize	sfircam.h	/^	short	bsize;$/;"	m	struct:sfcode
buf	pitch.c	/^    st_sample_t *buf;    \/* bufferize input *\/$/;"	m	struct:	file:
buf	st.h	/^    char          *buf;                 \/* Pointer to data buffer *\/$/;"	m	struct:st_fileinfo
buf	vorbis.c	/^	char *buf;$/;"	m	struct:vorbisstuff	file:
buf_len	vorbis.c	/^	int buf_len;$/;"	m	struct:vorbisstuff	file:
buff1	test/corr.c	/^static short buff1[BLEN];$/;"	v	file:
buff2	test/corr.c	/^static short buff2[BLEN];$/;"	v	file:
buffer_state_t	speed.c	/^typedef enum { sp_input, sp_transfer, sp_compute } buffer_state_t;$/;"	t	file:
butterworth	btrworth.h	/^typedef struct butterworth {$/;"	s
butterworth_t	btrworth.h	/^} *butterworth_t;$/;"	t
bytes_written	cvsd.c	/^	unsigned bytes_written;$/;"	m	struct:cvsdpriv	file:
c	cvsd.c	/^	} c;$/;"	m	struct:cvsdpriv	file:
c	test/model.c	/^	int c;    \/* center *\/$/;"	m	struct:_Env	file:
calc_note_freq	synth.c	/^static double calc_note_freq(double note){$/;"	f	file:
cbuf	speed.c	/^    SPEED_FLOAT cbuf[4];  \/* computation buffer for interpolation *\/$/;"	m	struct:	file:
cdr_t	cdr.c	/^} *cdr_t;$/;"	t	file:
cdrnames	handlers.c	/^static char *cdrnames[] = {$/;"	v	file:
cdrstuff	cdr.c	/^typedef struct cdrstuff {$/;"	s	file:
center	band.c	/^	float	center;$/;"	m	struct:bandstuff	file:
ch	8svx.c	/^	FILE *ch[4];$/;"	m	struct:svxpriv	file:
channels	gsm.c	/^	int		channels;$/;"	m	struct:gsmpriv	file:
channels	st.h	/^    char channels;       \/* number of sound channels *\/$/;"	m	struct:st_signalinfo
channels	voc.c	/^    unsigned char  channels;    \/* number of sound channels *\/$/;"	m	struct:vocstuff	file:
checkeffect	sox.c	/^checkeffect()$/;"	f	file:
checksum	hcom.c	/^	int32_t checksum;$/;"	m	struct:readpriv	file:
checksum	hcom.c	/^static int32_t checksum;$/;"	v	file:
chorus_t	chorus.c	/^} *chorus_t;$/;"	t	file:
chorusbuf	chorus.c	/^	float	*chorusbuf;$/;"	m	struct:chorusstuff	file:
chorusstuff	chorus.c	/^typedef struct chorusstuff {$/;"	s	file:
cksum	hcom.c	/^	long cksum;$/;"	m	struct:readpriv	file:
cleanup	sox.c	/^void cleanup(void) {$/;"	f
clip	dcshift.c	/^static st_sample_t clip(dcs_t dcs, const DCSHIFT_FLOAT v)$/;"	f	file:
clip	pan.c	/^static st_sample_t clip(pan_t pan, PAN_FLOAT value)$/;"	f	file:
clip	pitch.c	/^static st_sample_t clip(pitch_t pitch, PITCH_FLOAT v)$/;"	f	file:
clip	speed.c	/^static st_sample_t clip(speed_t speed, SPEED_FLOAT v)$/;"	f	file:
clip	stretch.c	/^static st_sample_t clip(stretch_t stretch, STRETCH_FLOAT v)$/;"	f	file:
clip	vol.c	/^static st_sample_t clip(vol_t vol, const VOL_FLOAT v)$/;"	f	file:
clipfloat	polyphas.c	/^static st_sample_t clipfloat(Float sample)$/;"	f	file:
clipped	dcshift.c	/^    int clipped;    \/* number of clipped values to report. *\/$/;"	m	struct:	file:
clipped	pan.c	/^    int clipped;   \/* number of clipped values *\/$/;"	m	struct:	file:
clipped	pitch.c	/^    int clipped;         \/* number of clipped values (i.e. overflows) *\/$/;"	m	struct:	file:
clipped	sox.c	/^static int clipped = 0;         \/* Volume change clipping errors *\/$/;"	v	file:
clipped	speed.c	/^    int clipped;          \/* number of clipped values to report *\/$/;"	m	struct:	file:
clipped	stretch.c	/^    int clipped;            \/* number of clipped values. *\/$/;"	m	struct:	file:
clipped	vol.c	/^    int clipped;    \/* number of clipped values to report. *\/$/;"	m	struct:	file:
cnt	cvsd.c	/^		unsigned cnt;$/;"	m	struct:cvsdpriv::<anonymous>	file:
code	sfircam.h	/^	short	code;$/;"	m	struct:sfcode
codes	hcom.c	/^static long codes[256];$/;"	v	file:
codesize	hcom.c	/^static long codesize[256];$/;"	v	file:
coef	pitch.c	/^    PITCH_FLOAT coef;    \/* coefficient used by trapezoid *\/$/;"	m	struct:	file:
com	cvsd.c	/^	struct cvsd_common_state com;$/;"	m	struct:cvsdpriv	file:
combine	stretch.c	/^static void combine(stretch_t stretch)$/;"	f	file:
comment	sfircam.h	/^        char    comment[MAXCOMM];$/;"	m	struct:sfcomment
comment	smp.c	/^  char comment[COMMENTLEN + NAMELEN + 3];$/;"	m	struct:smpstuff	file:
comment	st.h	/^    char            *comment;             \/* comment string *\/$/;"	m	struct:st_soundstream
commentChunk	aiff.c	/^static int commentChunk(char **text, char *chunkDescription, ft_t ft)$/;"	f	file:
comments	smp.c	/^	char comments[COMMENTLEN];	\/* User comments *\/$/;"	m	struct:smpheader	file:
compand_t	compand.c	/^} *compand_t;$/;"	t	file:
compare_input	sox.c	/^static int compare_input(ft_t ft1, ft_t ft2)$/;"	f	file:
compress	hcom.c	/^static int compress(unsigned char **df, int32_t *dl, float fr)$/;"	f	file:
compression	speed.c	/^    int compression;      \/* integer compression of the signal. *\/$/;"	m	struct:	file:
compute	speed.c	/^static st_size_t compute(speed_t speed, st_sample_t *obuf, st_size_t olen)$/;"	f	file:
compute_rms	silence.c	/^st_sample_t compute_rms(eff_t effp, st_sample_t sample)$/;"	f
copy_input	sox.c	/^static void copy_input(ft_t ft)$/;"	f	file:
copy_output	sox.c	/^static void copy_output(ft_t ft)$/;"	f	file:
count	smp.c	/^	short count;	     \/* No of times to loop *\/$/;"	m	struct:loop	file:
count	st.h	/^    size_t        count;                \/* Count read in to buffer *\/$/;"	m	struct:st_fileinfo
count	st.h	/^    unsigned int count;          \/* number of repeats, 0=forever *\/$/;"	m	struct:st_loopinfo
counter	chorus.c	/^	int	counter;			$/;"	m	struct:chorusstuff	file:
counter	echo.c	/^	int	counter;			$/;"	m	struct:echostuff	file:
counter	echos.c	/^	int	counter[MAX_ECHOS];			$/;"	m	struct:echosstuff	file:
counter	flanger.c	/^	int	counter;			$/;"	m	struct:flangerstuff	file:
counter	phaser.c	/^	int	counter;			$/;"	m	struct:phaserstuff	file:
counter	reverb.c	/^	int	counter;			$/;"	m	struct:reverbstuff	file:
counter	vibro.c	/^	int		counter;		\/* current counter *\/$/;"	m	struct:vibrostuff	file:
cswap	raw.c	/^unsigned char cswap[256] = {$/;"	v
cub	pitch.c	/^static PITCH_FLOAT cub($/;"	f	file:
cub	speed.c	/^static SPEED_FLOAT cub($/;"	f	file:
current	hcom.c	/^	uint32_t current;$/;"	m	struct:readpriv	file:
current_buffer	mmwave.c	/^    int current_buffer;$/;"	m	struct:mmwavestuff	file:
current_section	vorbis.c	/^	int current_section;$/;"	m	struct:vorbisstuff	file:
cursamp	mp3.c	/^        st_ssize_t              cursamp;$/;"	m	struct:mp3priv	file:
curword	hcom.c	/^static int32_t curword;$/;"	v	file:
cutoff	highp.c	/^	float	cutoff;$/;"	m	struct:highpstuff	file:
cutoff	lowp.c	/^	float	cutoff;$/;"	m	struct:lowpstuff	file:
cutoff	polyphas.c	/^static Float cutoff = 0.95;$/;"	v	file:
cvsd_common_state	cvsd.c	/^struct cvsd_common_state {$/;"	s	file:
cvsd_decode_state	cvsd.c	/^struct cvsd_decode_state {$/;"	s	file:
cvsd_encode_state	cvsd.c	/^struct cvsd_encode_state {$/;"	s	file:
cvsd_rate	cvsd.c	/^	unsigned cvsd_rate;$/;"	m	struct:cvsdpriv	file:
cvsdnames	handlers.c	/^static char *cvsdnames[] = {$/;"	v	file:
cvsdpriv	cvsd.c	/^struct cvsdpriv {$/;"	s	file:
cvsdstartcommon	cvsd.c	/^static void cvsdstartcommon(ft_t ft)$/;"	f	file:
d	test/ding.c	/^	FLOAT d;	    \/* decay  *\/$/;"	m	struct:_Env	file:
d	test/model.c	/^	double d; \/* decay *\/$/;"	m	struct:_Env	file:
dat	dat.c	/^typedef struct dat {$/;"	s	file:
dat_t	dat.c	/^} *dat_t;$/;"	t	file:
data	hcom.c	/^	unsigned char *data;	\/* Buffer allocated with malloc *\/$/;"	m	struct:writepriv	file:
dataLength	wav.c	/^    st_size_t	   dataLength;     \/* needed for ADPCM writing *\/$/;"	m	struct:wavstuff	file:
dataStart	aiff.c	/^    st_size_t dataStart; \/* need to for seeking *\/$/;"	m	struct:aiffpriv	file:
dataStart	au.c	/^	st_size_t dataStart;$/;"	m	struct:aupriv	file:
dataStart	sf.c	/^        st_size_t dataStart;$/;"	m	struct:sfstuff	file:
dataStart	smp.c	/^  st_size_t dataStart;$/;"	m	struct:smpstuff	file:
dataStart	sndrtool.c	/^	st_size_t dataStart;$/;"	m	struct:sndpriv	file:
dataStart	wav.c	/^    st_size_t dataStart;  \/* need to for seeking *\/$/;"	m	struct:wavstuff	file:
dataStart	wve.c	/^        st_size_t dataStart;$/;"	m	struct:wvepriv	file:
data_size	au.c	/^	st_size_t data_size;$/;"	m	struct:aupriv	file:
datnames	handlers.c	/^static char *datnames[] = {$/;"	v	file:
dbg	cvsd.c	/^} dbg = { NULL, NULL, 0 };$/;"	v	file:
dcs_t	dcshift.c	/^} * dcs_t;$/;"	t	file:
dcshift	dcshift.c	/^    DCSHIFT_FLOAT dcshift; \/* DC shift. *\/$/;"	m	struct:	file:
dcshift_usage	dcshift.c	/^char *dcshift_usage = "Usage: dcshift shift [ limitergain ]\\n"$/;"	v
de	hcom.c	/^static dictent *de;$/;"	v	file:
dec	cvsd.c	/^		struct cvsd_decode_state dec;$/;"	m	union:cvsdpriv::<anonymous>	file:
dec_bits	au.c	/^	int dec_bits;$/;"	m	struct:aupriv	file:
dec_filter_16	cvsdfilt.h	/^static float dec_filter_16[48] = {$/;"	v
dec_filter_32	cvsdfilt.h	/^static float dec_filter_32[48] = {$/;"	v
dec_routine	au.c	/^	int (*dec_routine)();$/;"	m	struct:aupriv	file:
decay	chorus.c	/^	float	delay[MAX_CHORUS], decay[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
decay	echo.c	/^	float	delay[MAX_ECHOS], decay[MAX_ECHOS];$/;"	m	struct:echostuff	file:
decay	echos.c	/^	float	delay[MAX_ECHOS], decay[MAX_ECHOS];$/;"	m	struct:echosstuff	file:
decay	flanger.c	/^	float	delay, decay;$/;"	m	struct:flangerstuff	file:
decay	phaser.c	/^	float	delay, decay;$/;"	m	struct:phaserstuff	file:
decay	reverb.c	/^	float	delay[MAXREVERBS], decay[MAXREVERBS];$/;"	m	struct:reverbstuff	file:
decayRate	compand.c	/^  double *decayRate;    \/*    ... and of decay rates *\/$/;"	m	struct:	file:
deemph_t	deemphas.c	/^} *deemph_t;$/;"	t	file:
deemphstuff	deemphas.c	/^typedef struct deemphstuff {$/;"	s	file:
delay	chorus.c	/^	float	delay[MAX_CHORUS], decay[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
delay	compand.c	/^  double delay;		\/* Delay to apply before companding *\/$/;"	m	struct:	file:
delay	echo.c	/^	float	delay[MAX_ECHOS], decay[MAX_ECHOS];$/;"	m	struct:echostuff	file:
delay	echos.c	/^	float	delay[MAX_ECHOS], decay[MAX_ECHOS];$/;"	m	struct:echosstuff	file:
delay	flanger.c	/^	float	delay, decay;$/;"	m	struct:flangerstuff	file:
delay	phaser.c	/^	float	delay, decay;$/;"	m	struct:phaserstuff	file:
delay	reverb.c	/^	float	delay[MAXREVERBS], decay[MAXREVERBS];$/;"	m	struct:reverbstuff	file:
delay_buf	compand.c	/^  st_sample_t *delay_buf;   \/* Old samples, used for delay processing *\/$/;"	m	struct:	file:
delay_buf	echo.c	/^	double	*delay_buf;$/;"	m	struct:echostuff	file:
delay_buf	echos.c	/^	double	*delay_buf;$/;"	m	struct:echosstuff	file:
delay_buf_cnt	compand.c	/^  st_ssize_t delay_buf_cnt; \/* No. of active entries in delay_buf *\/$/;"	m	struct:	file:
delay_buf_full	compand.c	/^  short int delay_buf_full; \/* Shows buffer situation (important for st_compand_drain) *\/$/;"	m	struct:	file:
delay_buf_ptr	compand.c	/^  st_ssize_t delay_buf_ptr; \/* Index into delay_buf *\/$/;"	m	struct:	file:
delay_buf_size	compand.c	/^  st_ssize_t delay_buf_size;\/* Size of delay_buf in samples *\/$/;"	m	struct:	file:
deltacompression	hcom.c	/^	int deltacompression;$/;"	m	struct:readpriv	file:
deltat	dat.c	/^	double timevalue, deltat;$/;"	m	struct:dat	file:
depth	chorus.c	/^	float	speed[MAX_CHORUS], depth[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
depth	vibro.c	/^	float 		depth;$/;"	m	struct:vibrostuff	file:
depth_samples	chorus.c	/^	int	depth_samples[MAX_CHORUS], samples[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
dev	mmwave.c	/^    HWAVEOUT dev;$/;"	m	struct:mmwavestuff	file:
dhb	resample.c	/^   long dhb;$/;"	m	struct:resamplestuff	file:
dict_leftson	hcom.c	/^	short dict_leftson;$/;"	m	struct:	file:
dict_rightson	hcom.c	/^	short dict_rightson;$/;"	m	struct:	file:
dictent	hcom.c	/^} dictent;$/;"	t	file:
dictentry	hcom.c	/^	int dictentry;$/;"	m	struct:readpriv	file:
dictionary	hcom.c	/^	dictent *dictionary;$/;"	m	struct:readpriv	file:
dictionary	hcom.c	/^static dictent dictionary[511];$/;"	v	file:
dir	pan.c	/^    PAN_FLOAT dir; \/* direction, from left (-1.0) to right (1.0) *\/$/;"	m	struct:	file:
dis0	test/corr.c	40;"	d	file:
dist	test/corr.c	/^static u_int32_t dist[0x10000];$/;"	v	file:
dmax	stat.c	/^        double  dmin, dmax;$/;"	m	struct:statstuff	file:
dmin	stat.c	/^        double  dmin, dmax;$/;"	m	struct:statstuff	file:
dml	g72x.h	/^	short dml;	\/* Long term energy estimate. *\/$/;"	m	struct:g72x_state
dms	g72x.h	/^	short dms;	\/* Short term energy estimate. *\/$/;"	m	struct:g72x_state
doVolume	compand.c	/^static void doVolume(double *v, double samp, compand_t l, int chan)$/;"	f	file:
do_synth	synth.c	/^static st_sample_t do_synth(st_sample_t iv, synth_t synth, int c){$/;"	f	file:
doopts	sox.c	/^static void doopts(ft_t ft, int argc, char **argv)$/;"	f	file:
dovolume	sox.c	/^static int dovolume = 0;        \/* User wants volume change *\/$/;"	v	file:
down	polyphas.c	/^  int up,down;    \/* up\/down conversion factors for this stage      *\/$/;"	m	struct:	file:
dp0	gsm/private.h	/^	word		dp0[ 280 ];$/;"	m	struct:gsm_state
dq	g72x.h	/^	short dq[6];	\/*$/;"	m	struct:g72x_state
drain	st.h	/^    int (*drain)(eff_t effp, st_sample_t *obuf, st_size_t *osamp);$/;"	m	struct:
drain_effect	sox.c	/^static int drain_effect(e)$/;"	f	file:
dsum1	stat.c	/^        double  dsum1, dsum2;   \/* deltas *\/$/;"	m	struct:statstuff	file:
dsum2	stat.c	/^        double  dsum1, dsum2;   \/* deltas *\/$/;"	m	struct:statstuff	file:
dummy_aeg	tx16w.c	/^    dummy_aeg[6],    \/* space for the AEG (never mind this) *\/$/;"	m	struct:WaveHeader_	file:
dvms_header	cvsd.c	/^struct dvms_header {$/;"	s	file:
dvms_read_header	cvsd.c	/^static int dvms_read_header(FILE *f, struct dvms_header *hdr)$/;"	f	file:
dvms_write_header	cvsd.c	/^static int dvms_write_header(FILE *f, struct dvms_header *hdr)$/;"	f	file:
dvmsnames	handlers.c	/^static char *dvmsnames[] = {$/;"	v	file:
e	test/ding.c	/^	int e;        \/* end    *\/$/;"	m	struct:_Env	file:
eCenter	test/model.c	/^static double eCenter(const SAMPL *ibuff, int len)$/;"	f	file:
earwax_t	earwax.c	/^} *earwax_t;$/;"	t	file:
earwaxstuff	earwax.c	/^typedef struct earwaxstuff {$/;"	s	file:
echo_t	echo.c	/^} *echo_t;$/;"	t	file:
echos_t	echos.c	/^} *echos_t;$/;"	t	file:
echosstuff	echos.c	/^typedef struct echosstuff {$/;"	s	file:
echostuff	echo.c	/^typedef struct echostuff {$/;"	s	file:
eff_t	st.h	/^typedef struct st_effect *eff_t;$/;"	t
efftab	sox.c	/^static struct st_effect efftab[MAX_EFF]; \/* left\/mono channel effects *\/$/;"	v	file:
efftabR	sox.c	/^static struct st_effect efftabR[MAX_EFF];\/* right channel effects *\/$/;"	v	file:
enc	cvsd.c	/^		struct cvsd_encode_state enc;$/;"	m	union:cvsdpriv::<anonymous>	file:
enc_filter_16	cvsdfilt.h	/^static float *enc_filter_16[2] = {$/;"	v
enc_filter_16_0	cvsdfilt.h	/^static float enc_filter_16_0[16] = {$/;"	v
enc_filter_16_1	cvsdfilt.h	/^static float enc_filter_16_1[16] = {$/;"	v
enc_filter_32	cvsdfilt.h	/^static float *enc_filter_32[4] = {$/;"	v
enc_filter_32_0	cvsdfilt.h	/^static float enc_filter_32_0[16] = {$/;"	v
enc_filter_32_1	cvsdfilt.h	/^static float enc_filter_32_1[16] = {$/;"	v
enc_filter_32_2	cvsdfilt.h	/^static float enc_filter_32_2[16] = {$/;"	v
enc_filter_32_3	cvsdfilt.h	/^static float enc_filter_32_3[16] = {$/;"	v
encoding	sfircam.h	/^        short   encoding;$/;"	m	struct:
encoding	st.h	/^    char encoding;       \/* format of sample numbers *\/$/;"	m	struct:st_signalinfo
end	smp.c	/^	uint32_t end;   \/* end point *\/$/;"	m	struct:loop	file:
end	vorbis.c	/^	int end;  \/* Unsent data samples in buf[start] through buf[end-1] *\/$/;"	m	struct:vorbisstuff	file:
endpadwarned	fade.c	/^    int endpadwarned;$/;"	m	struct:fadestuff	file:
env	test/ding.c	/^static double env(struct _Env *Env, int k)$/;"	f	file:
env_init	test/ding.c	/^static void env_init(struct _Env *E)$/;"	f	file:
env_new	test/ding.c	/^struct _Env *env_new(struct _Env *L)$/;"	f
env_post	test/ding.c	/^static void env_post(struct _Env *E, int k)$/;"	f	file:
eof	mp3.c	/^        int                     eof;$/;"	m	struct:mp3priv	file:
eof	st.h	/^    unsigned char eof;                  \/* Marker that EOF has been reached *\/$/;"	m	struct:st_fileinfo
eof	vorbis.c	/^	int eof;$/;"	m	struct:vorbisstuff	file:
exec_prefix	Makefile	/^exec_prefix = ${prefix}$/;"	m
exec_prefix	gsm/Makefile	/^exec_prefix = ${prefix}$/;"	m
expectedChannels	compand.c	/^  int expectedChannels; \/* Also flags that channels aren't to be treated$/;"	m	struct:	file:
ext	avr.c	/^  char ext[20];	       \/* Additional filename space, used$/;"	m	struct:avrstuff	file:
extend	cvsd.c	/^	char          extend[64];$/;"	m	struct:dvms_header	file:
extended	voc.c	/^    int            extended;    \/* Has an extended block been read? *\/$/;"	m	struct:vocstuff	file:
f	test/ding.c	/^	int f;        \/* fall   *\/$/;"	m	struct:_Env	file:
f	test/model.c	/^	int f;    \/* fall   *\/$/;"	m	struct:_Env	file:
f1	cvsd.c	/^	FILE *f1;$/;"	m	struct:	file:
f2	cvsd.c	/^	FILE *f2;$/;"	m	struct:	file:
factor	speed.c	/^    SPEED_FLOAT factor;   \/* speed factor. *\/$/;"	m	struct:	file:
factor	stretch.c	/^    STRETCH_FLOAT factor;   \/* strech factor. 1.0 means copy. *\/$/;"	m	struct:	file:
fade	pitch.c	/^    PITCH_FLOAT * fade;  \/* fading factors table lookup, ~ 1.0 -> ~ 0.0 *\/$/;"	m	struct:	file:
fade	stretch.c	/^    st_fading_t fade;       \/* type of fading *\/$/;"	m	struct:	file:
fade_gain	fade.c	/^static double fade_gain(st_size_t index, st_size_t range, char type)$/;"	f	file:
fade_out	chorus.c	/^	int	maxsamples, fade_out;$/;"	m	struct:chorusstuff	file:
fade_out	echo.c	/^	st_ssize_t samples[MAX_ECHOS], maxsamples, fade_out;$/;"	m	struct:echostuff	file:
fade_out	flanger.c	/^	st_size_t maxsamples, fade_out;$/;"	m	struct:flangerstuff	file:
fade_out	phaser.c	/^	st_size_t maxsamples, fade_out;$/;"	m	struct:phaserstuff	file:
fade_t	fade.c	/^} *fade_t;$/;"	t	file:
fadeopt	pitch.c	/^    int fadeopt;         \/* fade option *\/$/;"	m	struct:	file:
fadestuff	fade.c	/^typedef struct fadestuff$/;"	s	file:
fading	stretch.c	/^    STRETCH_FLOAT fading;   \/* fading ratio wrt window. <0.5 *\/$/;"	m	struct:	file:
fast	gsm/private.h	/^	char		fast;		\/* only used if FAST		*\/$/;"	m	struct:gsm_state
fbuf	stretch.c	/^    STRETCH_FLOAT * fbuf;   \/* fading, 1.0 -> 0.0 *\/$/;"	m	struct:	file:
fft	stat.c	/^        int     fft;$/;"	m	struct:statstuff	file:
fft_bits	stat.c	/^        unsigned long   fft_bits;$/;"	m	struct:statstuff	file:
fft_offset	stat.c	/^        unsigned long   fft_offset;$/;"	m	struct:statstuff	file:
fft_size	stat.c	/^        unsigned long   fft_size;$/;"	m	struct:statstuff	file:
file	st.h	/^    st_fileinfo_t   file;                 \/* File data block *\/$/;"	m	struct:st_soundstream
filename	st.h	/^    char            *filename;            \/* file name *\/$/;"	m	struct:st_soundstream
filetype	sox.c	/^static int filetype(fd)$/;"	f	file:
filetype	st.h	/^    char            *filetype;            \/* type of file *\/$/;"	m	struct:st_soundstream
filetype	tx16w.c	/^  char filetype[6]; \/* = "LM8953", *\/$/;"	m	struct:WaveHeader_	file:
filler	sfircam.h	/^	char	filler[SIZEOF_HEADER];$/;"	m	union:sfheader
filt	earwax.c	/^static const st_sample_t filt[]    =$/;"	v	file:
filt_array	polyphas.c	/^  Float *filt_array; \/* filter coefficients                         *\/$/;"	m	struct:	file:
filt_len	polyphas.c	/^  int filt_len;   \/* # coefficients in filter_array                 *\/$/;"	m	struct:	file:
filter_t	filter.c	/^} *filter_t;$/;"	t	file:
filterstuff	filter.c	/^typedef struct filterstuff {$/;"	s	file:
findChunk	wav.c	/^static uint32_t findChunk(ft_t ft, const char *Label)$/;"	f	file:
fir_design	polyphas.c	/^static void fir_design(Float *buffer, int length, Float cutoff)$/;"	f	file:
flags	st.h	/^    unsigned int flags;$/;"	m	struct:
flags	st.h	/^    unsigned int flags;$/;"	m	struct:st_format
flanger_t	flanger.c	/^} *flanger_t;$/;"	t	file:
flangerbuf	flanger.c	/^	double	*flangerbuf;$/;"	m	struct:flangerstuff	file:
flangerstuff	flanger.c	/^typedef struct flangerstuff {$/;"	s	file:
float_conv	cvsd.c	/^static float float_conv(float *fp1, float *fp2,int n)$/;"	f	file:
flow	st.h	/^    int (*flow)(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf,$/;"	m	struct:
flow_effect	sox.c	/^static int flow_effect(e)$/;"	f	file:
flow_effect_out	sox.c	/^static int flow_effect_out(void)$/;"	f	file:
fmult	g72x.c	/^fmult(an, srn)$/;"	f	file:
format	tx16w.c	/^    format,          \/* 0x49 = looped, 0xC9 = non-looped *\/$/;"	m	struct:WaveHeader_	file:
format	voc.c	/^    uint16_t       format;      \/* VOC audio format *\/$/;"	m	struct:vocstuff	file:
formatTag	wav.c	/^    unsigned short formatTag;	   \/* What type of encoding file is using *\/$/;"	m	struct:wavstuff	file:
fp	reverse.c	/^	FILE *fp;$/;"	m	struct:reversestuff	file:
fp	st.h	/^    FILE            *fp;                  \/* File stream pointer *\/$/;"	m	struct:st_soundstream
frac	speed.c	/^    SPEED_FLOAT frac;     \/* current index position in cbuf *\/$/;"	m	struct:	file:
frameIncr	sfircam.h	/^	short   frameIncr;$/;"	m	struct:
frameSize	sfircam.h	/^        short   frameSize;$/;"	m	struct:
frame_chain	gsm/private.h	/^	unsigned char	frame_chain;	\/*   half-byte to carry forward	*\/$/;"	m	struct:gsm_state
frame_index	gsm/private.h	/^	unsigned char	frame_index;	\/*            odd\/even chaining	*\/$/;"	m	struct:gsm_state
frames	gsm.c	/^	gsm_byte *frames;$/;"	m	struct:gsmpriv	file:
freadopensf	sfircam.h	196;"	d
freq	synth.c	/^    double freq[MAXCHAN];$/;"	m	struct:synthstuff	file:
freq0	filter.c	/^	st_sample_t freq0;\/* low  corner freq *\/$/;"	m	struct:filterstuff	file:
freq1	filter.c	/^	st_sample_t freq1;\/* high corner freq *\/$/;"	m	struct:filterstuff	file:
freq2	synth.c	/^    double freq2[MAXCHAN];$/;"	m	struct:synthstuff	file:
frequ	hcom.c	/^	long frequ;$/;"	m	struct:	file:
frequency	btrworth.h	/^  double frequency;$/;"	m	struct:butterworth
frq	test/ding.c	/^	FLOAT frq;    \/* frequency  *\/$/;"	m	struct:_Env	file:
fsize	stretch.c	/^    int fsize;              \/* fading size *\/$/;"	m	struct:	file:
ft_queue	util.c	/^static ft_t ft_queue[2] = {0, 0};$/;"	v	file:
ft_t	st.h	/^typedef struct st_soundstream *ft_t;$/;"	t
full	mmwave.c	/^    int full;$/;"	m	struct:mmwavestuff	file:
g721_decoder	g721.c	/^int g721_decoder(int i, int out_coding, struct g72x_state *state_ptr)$/;"	f
g721_encoder	g721.c	/^int g721_encoder(int sl, int in_coding, struct g72x_state *state_ptr)$/;"	f
g723_16_decoder	g723_16.c	/^g723_16_decoder($/;"	f
g723_16_encoder	g723_16.c	/^g723_16_encoder($/;"	f
g723_24_decoder	g723_24.c	/^int g723_24_decoder(int i, int out_coding, struct g72x_state *state_ptr)$/;"	f
g723_24_encoder	g723_24.c	/^int g723_24_encoder(int sl, int in_coding, struct g72x_state *state_ptr)$/;"	f
g723_40_decoder	g723_40.c	/^int g723_40_decoder(int i, int out_coding, struct g72x_state *state_ptr)$/;"	f
g723_40_encoder	g723_40.c	/^int g723_40_encoder(int sl, int in_coding, struct g72x_state *state_ptr)$/;"	f
g72x_init_state	g72x.c	/^g72x_init_state(state_ptr)$/;"	f
g72x_state	g72x.h	/^struct g72x_state {$/;"	s
gain	vol.c	/^    VOL_FLOAT gain; \/* amplitude gain. *\/$/;"	m	struct:	file:
get16	cvsd.c	/^static uint16_t get16(unsigned char **p)$/;"	f	file:
get32	cvsd.c	/^static uint32_t get32(unsigned char **p)$/;"	f	file:
get_format	alsa.c	/^static int get_format(ft, formats, fmt)$/;"	f	file:
getblock	voc.c	/^static int getblock(ft_t ft)$/;"	f	file:
getopt	getopt.c	/^int getopt(int nargc, char **nargv, char *ostr)$/;"	f
getopts	st.h	/^    int (*getopts)(eff_t effp, int argc, char **argv);$/;"	m	struct:
getoptstr	sox.c	/^static char *getoptstr = "+r:v:t:c:phsuUAaigbwlfdxV";$/;"	v	file:
getoptstr	sox.c	/^static char *getoptstr = "r:v:t:c:phsuUAaigbwlfdxV";$/;"	v	file:
gfp	mp3.c	/^        lame_global_flags       *gfp;$/;"	m	struct:mp3priv	file:
grouping	sfircam.h	/^	short   grouping;$/;"	m	struct:
gsm	gsm/gsm.h	/^typedef struct gsm_state * 	gsm;$/;"	t
gsm_A	gsm/table.c	/^word gsm_A[8]   = {20480, 20480, 20480,  20480,  13964,  15360,   8534,  9036};$/;"	v
gsm_B	gsm/table.c	/^word gsm_B[8]   = {    0,     0,  2048,  -2560,     94,  -1792,   -341, -1144};$/;"	v
gsm_DLB	gsm/table.c	/^word gsm_DLB[4] = {  6554,    16384,	26214,	   32767	};$/;"	v
gsm_FAC	gsm/table.c	/^word gsm_FAC[8]	= { 18431, 20479, 22527, 24575, 26623, 28671, 30719, 32767 };$/;"	v
gsm_H	gsm/table.c	/^word gsm_H[11] = {-134, -374, 0, 2054, 5741, 8192, 5741, 2054, 0, -374, -134 };$/;"	v
gsm_INVA	gsm/table.c	/^word gsm_INVA[8]={ 13107, 13107,  13107, 13107,  19223, 17476,  31454, 29708 };$/;"	v
gsm_L_add	gsm/add.c	/^longword gsm_L_add (longword a, longword b)$/;"	f
gsm_L_asl	gsm/add.c	/^longword gsm_L_asl (longword a, int n)$/;"	f
gsm_L_asr	gsm/add.c	/^longword gsm_L_asr (longword a, int n)$/;"	f
gsm_L_mult	gsm/add.c	/^longword gsm_L_mult (word a, word b)$/;"	f
gsm_L_sub	gsm/add.c	/^longword gsm_L_sub (longword a, longword b)$/;"	f
gsm_MAC	gsm/table.c	/^word gsm_MAC[8] = {  31,    31,    15,     15,      7,      7,      3,     3 };$/;"	v
gsm_MIC	gsm/table.c	/^word gsm_MIC[8] = { -32,   -32,   -16,    -16,     -8,     -8,     -4,    -4 };$/;"	v
gsm_NRFAC	gsm/table.c	/^word gsm_NRFAC[8] = { 29128, 26215, 23832, 21846, 20165, 18725, 17476, 16384 };$/;"	v
gsm_QLB	gsm/table.c	/^word gsm_QLB[4] = {  3277,    11469,	21299,	   32767	};$/;"	v
gsm_abs	gsm/add.c	/^word gsm_abs (word a)$/;"	f
gsm_add	gsm/add.c	/^word gsm_add (word a, word b)$/;"	f
gsm_asl	gsm/add.c	/^word gsm_asl (word a, int n)$/;"	f
gsm_asr	gsm/add.c	/^word gsm_asr (word a, int n)$/;"	f
gsm_byte	gsm/gsm.h	/^typedef unsigned char		gsm_byte;$/;"	t
gsm_create	gsm/gsm_create.c	/^gsm gsm_create ()$/;"	f
gsm_debug_longword	gsm/private.h	253;"	d
gsm_debug_longwords	gsm/private.h	251;"	d
gsm_debug_word	gsm/private.h	252;"	d
gsm_debug_words	gsm/private.h	250;"	d
gsm_decode	gsm/gsm_decode.c	/^int gsm_decode (gsm s, gsm_byte * c, gsm_signal * target)$/;"	f
gsm_destroy	gsm/gsm_destroy.c	/^void gsm_destroy (gsm S)$/;"	f
gsm_div	gsm/add.c	/^word gsm_div (word num, word denum)$/;"	f
gsm_encode	gsm/gsm_encode.c	/^void gsm_encode (gsm s, gsm_signal * source, gsm_byte * c)$/;"	f
gsm_frame	gsm/gsm.h	/^typedef gsm_byte 		gsm_frame[33];		\/* 33 * 8 bits	 *\/$/;"	t
gsm_mult	gsm/add.c	/^word gsm_mult (word a, word b)$/;"	f
gsm_mult_r	gsm/add.c	/^word gsm_mult_r (word a, word b)$/;"	f
gsm_norm	gsm/add.c	/^word gsm_norm (longword a )$/;"	f
gsm_option	gsm/gsm_option.c	/^int gsm_option (gsm r, int opt, int * val)$/;"	f
gsm_signal	gsm/gsm.h	/^typedef short		   	gsm_signal;		\/* signed 16 bit *\/$/;"	t
gsm_state	gsm/private.h	/^struct gsm_state {$/;"	s
gsm_sub	gsm/add.c	/^word gsm_sub (word a, word b)$/;"	f
gsmbytecount	wav.c	/^    int		   gsmbytecount;    \/* counts bytes written to data block *\/$/;"	m	struct:wavstuff	file:
gsmflush	gsm.c	/^static int gsmflush(ft_t ft)$/;"	f	file:
gsmhandle	wav.c	/^    gsm		   gsmhandle;$/;"	m	struct:wavstuff	file:
gsmindex	wav.c	/^    int		   gsmindex;$/;"	m	struct:wavstuff	file:
gsmnames	handlers.c	/^static char *gsmnames[] = {$/;"	v	file:
gsmpriv	gsm.c	/^struct gsmpriv {$/;"	s	file:
gsmsample	wav.c	/^    gsm_signal	   *gsmsample;$/;"	m	struct:wavstuff	file:
gsmstart_rw	gsm.c	/^static int gsmstart_rw(ft_t ft, int w) $/;"	f	file:
h	st.h	/^    st_effect_t     *h;             \/* effects driver *\/$/;"	m	struct:st_effect
h	st.h	/^    st_format_t     *h;                   \/* format struct for this file *\/$/;"	m	struct:st_soundstream
h	synth.c	/^    double h[MAXCHAN]; \/* store values necessary for  creation *\/$/;"	m	struct:synthstuff	file:
hamming	polyphas.c	/^static void hamming(Float *buffer, int length)$/;"	f	file:
handle	gsm.c	/^	gsm		handle[MAXCHANS];$/;"	m	struct:gsmpriv	file:
hcomnames	handlers.c	/^static char *hcomnames[] = {$/;"	v	file:
held	polyphas.c	/^  int held;       \/* # samples held in input but not yet processed  *\/$/;"	m	struct:	file:
help	play.in	/^help()$/;"	f
help	soxeffect	/^help()$/;"	f
highp_t	highp.c	/^} *highp_t;$/;"	t	file:
highpstuff	highp.c	/^typedef struct highpstuff {$/;"	s	file:
hist	test/corr.c	/^static short hist[HLEN];$/;"	v	file:
hsize	polyphas.c	/^  int hsize;      \/* # samples of past-history kept in lower window *\/$/;"	m	struct:	file:
huffcount	hcom.c	/^	long huffcount;$/;"	m	struct:readpriv	file:
iCoef	adpcm.c	/^	short iCoef[2];$/;"	m	struct:MsState	file:
iCoef	adpcm.c	/^const short iCoef[7][2] = {$/;"	v
iCoefs	wav.c	/^    short	  *iCoefs;	    \/* ADPCM: coef sets           *\/$/;"	m	struct:wavstuff	file:
iacc	pitch.c	/^    int iacc;            \/* part of acc already output *\/$/;"	m	struct:	file:
ibuf	speed.c	/^    st_sample_t *ibuf;    \/* small internal input buffer for compression *\/$/;"	m	struct:	file:
ibuf	stretch.c	/^    st_sample_t *ibuf;      \/* input buffer *\/$/;"	m	struct:	file:
ibufl	sox.c	/^static st_sample_t ibufl[ST_BUFSIZ\/2];    \/* Left\/right interleave buffers *\/$/;"	v	file:
ibufr	sox.c	/^static st_sample_t ibufr[ST_BUFSIZ\/2];$/;"	v	file:
icbuf	speed.c	/^    int icbuf;            \/* available position in cbuf *\/$/;"	m	struct:	file:
ident	gsm/gsm_create.c	/^static char const	ident[] = "$Header: \/cvsroot\/sox\/sox\/gsm\/gsm_create.c,v 1.1 2001\/11\/14 03:31:26 cbagwell Exp $";$/;"	v	file:
ilast	rate.c	/^        st_sample_t ilast; \/* last sample in the input stream *\/$/;"	m	struct:ratestuff	file:
im	stat.c	/^        double  *im;$/;"	m	struct:statstuff	file:
imaStateAdjust	ima_rw.c	46;"	d	file:
imaStateAdjustTable	ima_rw.c	/^static unsigned char imaStateAdjustTable[ISSTMAX+1][8];$/;"	v	file:
imaStepSizeTable	ima_rw.c	/^static const int imaStepSizeTable[ISSTMAX + 1] = {$/;"	v	file:
in_bits	au.c	/^	int in_bits;$/;"	m	struct:aupriv	file:
in_buffer	au.c	/^	unsigned int in_buffer;$/;"	m	struct:aupriv	file:
in_fadetype	fade.c	/^    char in_fadetype, out_fadetype;$/;"	m	struct:fadestuff	file:
in_gain	chorus.c	/^	float	in_gain, out_gain;$/;"	m	struct:chorusstuff	file:
in_gain	echo.c	/^	float	in_gain, out_gain;$/;"	m	struct:echostuff	file:
in_gain	echos.c	/^	float	in_gain, out_gain;$/;"	m	struct:echosstuff	file:
in_gain	flanger.c	/^	float	in_gain, out_gain;$/;"	m	struct:flangerstuff	file:
in_gain	phaser.c	/^	float	in_gain, out_gain;$/;"	m	struct:phaserstuff	file:
in_gain	reverb.c	/^	float	in_gain, out_gain, time;$/;"	m	struct:reverbstuff	file:
in_start	fade.c	/^    st_size_t in_start,  in_stop, out_start, out_stop, samplesdone;$/;"	m	struct:fadestuff	file:
in_stop	fade.c	/^    st_size_t in_start,  in_stop, out_start, out_stop, samplesdone;$/;"	m	struct:fadestuff	file:
in_stop_str	fade.c	/^    char *in_stop_str, *out_start_str, *out_stop_str;$/;"	m	struct:fadestuff	file:
includedir	Makefile	/^includedir = ${prefix}\/include$/;"	m
index	pitch.c	/^    int index;           \/* index of next empty input item. *\/$/;"	m	struct:	file:
index	speed.c	/^    int index;            \/* how much of the input buffer is filled *\/$/;"	m	struct:	file:
index	stretch.c	/^    int index;              \/* next available element *\/$/;"	m	struct:	file:
index	trim.c	/^    st_size_t index;$/;"	m	struct:	file:
info	sf.c	/^        struct sfinfo info;$/;"	m	struct:sfstuff	file:
info	st.h	/^    st_signalinfo_t info;                 \/* signal specifications *\/$/;"	m	struct:st_soundstream
informat	sox.c	/^static ft_t informat[MAX_INPUT_FILES];$/;"	v	file:
ininfo	st.h	/^    struct st_signalinfo ininfo;    \/* input signal specifications *\/$/;"	m	struct:st_effect
initImaTable	ima_rw.c	/^void initImaTable(void)$/;"	f
inm1	highp.c	/^	double	inm1, outm1;$/;"	m	struct:highpstuff	file:
inpipe	polyphas.c	/^  double inpipe;                 \/* output samples 'in the pipe'   *\/$/;"	m	struct:polyphase	file:
input_count	sox.c	/^static int input_count = 0;$/;"	v	file:
input_filter	cvsd.c	/^	float input_filter[ENC_FILTERLEN];$/;"	m	struct:cvsd_encode_state	file:
input_state	stretch.c	/^typedef enum { input_state, output_state } stretch_status_t;$/;"	e	file:
inskip	polyphas.c	/^  st_rate_t inskip, outskip;     \/* LCM increments for I & O rates *\/$/;"	m	struct:polyphase	file:
inskip	rate.c	/^	unsigned long inskip, outskip;	\/* LCM increments for I & O rates *\/$/;"	m	struct:ratestuff	file:
instr	st.h	/^    st_instrinfo_t  instr;                \/* instrument specification *\/$/;"	m	struct:st_soundstream
instr	st.h	/^    struct st_instrinfo  instr;     \/* input instrument  specifications *\/$/;"	m	struct:st_effect
interopt	pitch.c	/^    int interopt;        \/* interpole option *\/$/;"	m	struct:	file:
interpolation	pitch.c	/^static void interpolation($/;"	f	file:
intot	rate.c	/^	unsigned long intot, outtot;	\/* total samples in LCM basis *\/$/;"	m	struct:ratestuff	file:
ipos	rate.c	/^        unsigned long ipos;      \/* position in the input stream (integer) *\/$/;"	m	struct:ratestuff	file:
iprodUD	resample.c	/^static double iprodUD(const Float Imp[], const Float *Xp, long Inc, $/;"	f	file:
isforeign	sfircam.h	185;"	d
isforeignmagic	sfircam.h	172;"	d
isforeignsoundfile	sfircam.h	180;"	d
ishift	stretch.c	/^    int ishift;             \/* input shift *\/$/;"	m	struct:	file:
ismagic	sfircam.h	167;"	d
ismaxampgood	sfircam.h	216;"	d
issoundfile	sfircam.h	176;"	d
j	gsm/private.h	/^	word		j;		\/*                              *\/$/;"	m	struct:gsm_state
jprod	filter.c	/^static double jprod(const Float *Fp, const Float *Xp, long ct)$/;"	f	file:
lame_init	configure	/^lame_init ();$/;"	f
lanames	handlers.c	/^static char *lanames[] = {$/;"	v	file:
last	stat.c	/^        double  last;           \/* previous sample *\/$/;"	m	struct:statstuff	file:
lastin	deemphas.c	/^     st_sample_t lastin;$/;"	m	struct:deemphstuff	file:
lastout	deemphas.c	/^     double      lastout;$/;"	m	struct:deemphstuff	file:
lastsamp	rate.c	/^	st_sample_t lastsamp;		\/* history *\/$/;"	m	struct:ratestuff	file:
lbeg	avr.c	/^  uint32_t lbeg;       \/* offset to start of loop in bytes or words.$/;"	m	struct:avrstuff	file:
lcmrate	polyphas.c	/^  st_rate_t lcmrate;             \/* least common multiple of rates *\/$/;"	m	struct:polyphase	file:
lcmrate	rate.c	/^	st_rate_t lcmrate;		\/* least common multiple of rates *\/$/;"	m	struct:ratestuff	file:
lend	avr.c	/^  uint32_t lend;       \/* offset to end of loop in bytes or words.$/;"	m	struct:avrstuff	file:
length	chorus.c	/^	long	length[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
length	flanger.c	/^	st_size_t length;$/;"	m	struct:flangerstuff	file:
length	phaser.c	/^	st_size_t length;$/;"	m	struct:phaserstuff	file:
length	st.h	/^    st_size_t       length; \/* estimate of total samples in file - for seeking*\/$/;"	m	struct:st_soundstream
length	st.h	/^    st_size_t    length;         \/* length *\/$/;"	m	struct:st_loopinfo
length	synth.c	/^    st_size_t length; \/* length in number of samples *\/$/;"	m	struct:synthstuff	file:
length	trim.c	/^    st_size_t length;$/;"	m	struct:	file:
length	vibro.c	/^	unsigned	length;			\/* length of table *\/$/;"	m	struct:vibrostuff	file:
length	wve.c	/^    uint32_t length;$/;"	m	struct:wvepriv	file:
length_str	synth.c	/^    char *length_str;$/;"	m	struct:synthstuff	file:
length_str	trim.c	/^    char *length_str;$/;"	m	struct:	file:
libdir	Makefile	/^libdir = ${exec_prefix}\/lib$/;"	m
libdir	gsm/Makefile	/^libdir = ${exec_prefix}\/lib$/;"	m
limited	dcshift.c	/^    int limited; \/* number of limited values to report. *\/$/;"	m	struct:	file:
limited	vol.c	/^    int limited; \/* number of limited values to report. *\/$/;"	m	struct:	file:
limitergain	dcshift.c	/^    DCSHIFT_FLOAT limitergain; \/* limiter gain. *\/$/;"	m	struct:	file:
limitergain	vol.c	/^    VOL_FLOAT limitergain; \/* limiter gain. *\/$/;"	m	struct:	file:
limiterthreshhold	dcshift.c	/^    DCSHIFT_FLOAT limiterthreshhold;$/;"	m	struct:	file:
limiterthreshhold	vol.c	/^    VOL_FLOAT limiterthreshhold;$/;"	m	struct:	file:
lin	pitch.c	/^static PITCH_FLOAT lin($/;"	f	file:
localdata	skeleff.c	/^	int  localdata;$/;"	m	struct:skelleffstuff	file:
longword	gsm/private.h	/^typedef long			longword;	\/* 32 bit signed int	*\/$/;"	t
lookup_tab	chorus.c	/^	int	*lookup_tab[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
lookup_tab	flanger.c	/^	int	*lookup_tab;$/;"	m	struct:flangerstuff	file:
lookup_tab	phaser.c	/^	int	*lookup_tab;$/;"	m	struct:phaserstuff	file:
loop	avr.c	/^  unsigned short loop; \/* 0 = no loop, 0xffff = looping sample *\/$/;"	m	struct:avrstuff	file:
loop	smp.c	/^struct loop {$/;"	s	file:
loopmode	st.h	/^    char loopmode;       \/* semantics of loop data *\/$/;"	m	struct:st_instrinfo
loops	smp.c	/^	struct loop loops[8];		\/* loops *\/$/;"	m	struct:smptrailer	file:
loops	st.h	/^    st_loopinfo_t   loops[ST_MAX_NLOOPS]; \/* Looping specification *\/$/;"	m	struct:st_soundstream
loops	st.h	/^    struct st_loopinfo   loops[8];  \/* input loops  specifications *\/$/;"	m	struct:st_effect
lowp_t	lowp.c	/^} *lowp_t;$/;"	t	file:
lowpstuff	lowp.c	/^typedef struct lowpstuff {$/;"	s	file:
lsbshortldi	adpcm.c	45;"	d	file:
ltp_cut	gsm/private.h	/^	word            ltp_cut;        \/* long_term.c, LTP crosscorr.  *\/$/;"	m	struct:gsm_state
lunames	handlers.c	/^static char *lunames[] = {$/;"	v	file:
m	test/ding.c	/^	int m;        \/* middle *\/$/;"	m	struct:_Env	file:
mad_stream_buffer	configure	/^mad_stream_buffer ();$/;"	f
magic	avr.c	/^  char magic [5];      \/* 2BIT *\/$/;"	m	struct:avrstuff	file:
magic1	tx16w.c	/^static const unsigned char magic1[4] = {0, 0x06, 0x10, 0xF6};$/;"	v	file:
magic2	tx16w.c	/^static const unsigned char magic2[4] = {0, 0x52, 0x00, 0x52};$/;"	v	file:
magic_union	sfircam.h	/^			} magic_union;$/;"	m	struct:sfheader::sfinfo
magic_union	sfircam.h	/^		union magic_union {$/;"	u	struct:sfheader::sfinfo
main	config.guess	/^		main()$/;"	f
main	config.guess	/^	main ()$/;"	f
main	config.guess	/^main ()$/;"	f
main	sox.c	/^int main(argc, argv)$/;"	f
main	test/corr.c	/^int main(int argct, char **argv)$/;"	f
main	test/ding.c	/^int main(int argct, char **argv)$/;"	f
main	test/model.c	/^int main(int argct, char **argv)$/;"	f
makeFilter	resample.c	/^int makeFilter(Float Imp[], long Nwing, double Froll, double Beta, $/;"	f
make_dvms_hdr	cvsd.c	/^static void make_dvms_hdr(ft_t ft, struct dvms_header *hdr)$/;"	f	file:
makecodes	hcom.c	/^static void makecodes(int e, int c, int s, int b)$/;"	f	file:
mandir	Makefile	/^mandir = ${prefix}\/man$/;"	m
mandir	gsm/Makefile	/^mandir = ${prefix}\/man$/;"	m
marker	smp.c	/^struct marker {$/;"	s	file:
markers	smp.c	/^	struct marker markers[8];	\/* markers *\/$/;"	m	struct:smptrailer	file:
mask	cvsd.c	/^		unsigned mask;$/;"	m	struct:cvsdpriv::<anonymous>	file:
maudnames	handlers.c	/^static char *maudnames[] = {$/;"	v	file:
maudstuff	maud.c	/^struct maudstuff { \/* max. 100 bytes!!!! *\/$/;"	s	file:
maudwriteheader	maud.c	/^static void maudwriteheader(ft_t ft)$/;"	f	file:
max	polyphas.c	160;"	d	file:
max	stat.c	/^        double  min, max, mid;$/;"	m	struct:statstuff	file:
max	synth.c	/^    st_sample_t max;$/;"	m	struct:synthstuff	file:
max_buffers	mmwave.c	/^    int max_buffers;$/;"	m	struct:mmwavestuff	file:
maxsamples	chorus.c	/^	int	maxsamples, fade_out;$/;"	m	struct:chorusstuff	file:
maxsamples	echo.c	/^	st_ssize_t samples[MAX_ECHOS], maxsamples, fade_out;$/;"	m	struct:echostuff	file:
maxsamples	flanger.c	/^	st_size_t maxsamples, fade_out;$/;"	m	struct:flangerstuff	file:
maxsamples	phaser.c	/^	st_size_t maxsamples, fade_out;$/;"	m	struct:phaserstuff	file:
maxsamples	reverb.c	/^	long	samples[MAXREVERBS], maxsamples;$/;"	m	struct:reverbstuff	file:
memmove	cvsd.c	55;"	d	file:
memmove	filter.c	31;"	d	file:
memmove	raw.c	32;"	d	file:
mid	stat.c	/^        double  min, max, mid;$/;"	m	struct:statstuff	file:
midi	avr.c	/^  unsigned short midi; \/* 0xffff = no MIDI note assigned,$/;"	m	struct:avrstuff	file:
min	polyphas.c	164;"	d	file:
min	silence.c	28;"	d	file:
min	stat.c	/^        double  min, max, mid;$/;"	m	struct:statstuff	file:
min	voc.c	200;"	d	file:
mix	avg.c	/^	int	mix;			\/* How are we mixing it? *\/$/;"	m	struct:avgstuff	file:
mix	synth.c	/^    int mix[MAXCHAN];$/;"	m	struct:synthstuff	file:
mla_int	cvsd.c	/^	float mla_int;$/;"	m	struct:cvsd_common_state	file:
mla_tc0	cvsd.c	/^	float mla_tc0;$/;"	m	struct:cvsd_common_state	file:
mla_tc1	cvsd.c	/^	float mla_tc1;$/;"	m	struct:cvsd_common_state	file:
mmwave_callback	mmwave.c	/^static void CALLBACK mmwave_callback(HWAVEOUT devt, UINT msg, DWORD instance,$/;"	f	file:
mmwave_t	mmwave.c	/^} *mmwave_t;$/;"	t	file:
mmwavestuff	mmwave.c	/^typedef struct mmwavestuff$/;"	s	file:
mode	silence.c	/^    char	mode;$/;"	m	struct:silencestuff	file:
modulation	chorus.c	/^	int	modulation[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
modulation	flanger.c	/^	int	modulation;$/;"	m	struct:flangerstuff	file:
modulation	phaser.c	/^	int	modulation;$/;"	m	struct:phaserstuff	file:
mono	avr.c	/^  unsigned short mono; \/* 0 = mono, 0xffff = stereo *\/$/;"	m	struct:avrstuff	file:
mp	gsm/private.h	/^	int		mp;		\/*                  Preemphasis	*\/$/;"	m	struct:gsm_state
mp3names	handlers.c	/^static char *mp3names[] = {$/;"	v	file:
mp3priv	mp3.c	/^struct mp3priv {$/;"	s	file:
msr	gsm/private.h	/^	word		msr;		\/* decoder.c,	Postprocessing	*\/$/;"	m	struct:gsm_state
mult	vibro.c	/^	int		mult;			\/* multiplier *\/$/;"	m	struct:vibrostuff	file:
myclose	vorbis.c	/^int myclose (void *datasource)$/;"	f
myname	util.c	/^char *myname = 0;$/;"	v
nCoefs	wav.c	/^    unsigned short nCoefs;	    \/* ADPCM: number of coef sets *\/$/;"	m	struct:wavstuff	file:
name	avr.c	/^  char name [8];       \/* null-padded sample name *\/$/;"	m	struct:avrstuff	file:
name	smp.c	/^	char name[10];		\/* Ascii Marker name *\/$/;"	m	struct:marker	file:
name	smp.c	/^	char name[NAMELEN + 1];	\/* Sample Name, left justified *\/$/;"	m	struct:smpheader	file:
name	st.h	/^    char            *name;          \/* effect name *\/$/;"	m	struct:st_effect
name	st.h	/^    char    *name;                  \/* effect name *\/$/;"	m	struct:
names	st.h	/^    char         **names;$/;"	m	struct:st_format
nbits	hcom.c	/^static int nbits;$/;"	v	file:
neffects	sox.c	/^static int neffects;                     \/* # of effects to run on data *\/$/;"	v	file:
newname	testcd.sh	/^newname()$/;"	f
next	test/ding.c	/^	struct _Env *next;$/;"	m	struct:_Env	file:
next_empty	mmwave.c	/^    int next_empty;$/;"	m	struct:mmwavestuff	file:
nloops	st.h	/^    char nloops;         \/* number of active loops (max ST_MAX_NLOOPS) *\/$/;"	m	struct:st_instrinfo
noise	band.c	/^	short	noise;$/;"	m	struct:bandstuff	file:
nrbits	hcom.c	/^	int nrbits;$/;"	m	struct:readpriv	file:
nrp	gsm/private.h	/^	word		nrp; \/* 40 *\/	\/* long_term.c, synthesis	*\/$/;"	m	struct:gsm_state
nsamples	8svx.c	/^	uint32_t nsamples;$/;"	m	struct:svxpriv	file:
nsamples	aiff.c	/^    st_size_t nsamples;  \/* number of 1-channel samples read or written *\/$/;"	m	struct:aiffpriv	file:
nsamples	maud.c	/^	uint32_t nsamples;$/;"	m	struct:maudstuff	file:
nsamples	sndrtool.c	/^        st_size_t nsamples;$/;"	m	struct:sndpriv	file:
nul_t	nulfile.c	/^} *nul_t;$/;"	t	file:
null_error_func	mp3.c	/^void null_error_func(const char* string, va_list va){$/;"	f
nulls	tx16w.c	/^    nulls[10],$/;"	m	struct:WaveHeader_	file:
nulnames	handlers.c	/^static char *nulnames[] = {$/;"	v	file:
nulstuff	nulfile.c	/^typedef struct nulstuff {$/;"	s	file:
numSamples	sphere.c	/^	st_size_t numSamples;$/;"	m	struct:spherestuff	file:
numSamples	wav.c	/^    st_size_t	   numSamples;     \/* samples\/channel reading: starts at total count and decremented  *\/$/;"	m	struct:wavstuff	file:
num_chorus	chorus.c	/^	int	num_chorus;$/;"	m	struct:chorusstuff	file:
num_delays	echo.c	/^	int	num_delays;$/;"	m	struct:echostuff	file:
num_delays	echos.c	/^	int	num_delays;$/;"	m	struct:echosstuff	file:
num_pans	avg.c	/^	int	num_pans;$/;"	m	struct:avgstuff	file:
numdelays	reverb.c	/^	int	numdelays;$/;"	m	struct:reverbstuff	file:
nuser_effects	sox.c	/^static int nuser_effects;$/;"	v	file:
nuttall	polyphas.c	/^static void nuttall(Float *buffer, int length)$/;"	f	file:
obuf	st.h	/^    st_sample_t     *obuf;          \/* output buffer *\/$/;"	m	struct:st_effect
obuf	stretch.c	/^    STRETCH_FLOAT * obuf;   \/* output buffer *\/$/;"	m	struct:	file:
obufl	sox.c	/^static st_sample_t obufl[ST_BUFSIZ\/2];$/;"	v	file:
obufr	sox.c	/^static st_sample_t obufr[ST_BUFSIZ\/2];$/;"	v	file:
odone	st.h	/^    st_size_t       odone, olen;    \/* consumed, total length *\/$/;"	m	struct:st_effect
oe_write_page	vorbis.c	/^int oe_write_page(ogg_page *page, FILE *fp)$/;"	f
og	vorbis.c	/^	ogg_page         og;$/;"	m	struct:vorbis_enc	file:
oindex	stretch.c	/^    int oindex;             \/* next evailable element *\/$/;"	m	struct:	file:
olen	st.h	/^    st_size_t       odone, olen;    \/* consumed, total length *\/$/;"	m	struct:st_effect
op	vorbis.c	/^	ogg_packet       op;$/;"	m	struct:vorbis_enc	file:
open_input	sox.c	/^static void open_input(ft_t ft)$/;"	f	file:
open_output	sox.c	/^static void open_output(ft_t ft)$/;"	f	file:
opos	rate.c	/^        unsigned long opos;$/;"	m	struct:ratestuff	file:
opos_frac	rate.c	/^        unsigned long opos_frac;  \/* fractional position of the output stream in input stream unit *\/$/;"	m	struct:ratestuff	file:
opos_inc	rate.c	/^        unsigned long opos_inc; $/;"	m	struct:ratestuff	file:
opos_inc_frac	rate.c	/^        unsigned long opos_inc_frac;  \/* fractional position increment in the output stream *\/$/;"	m	struct:ratestuff	file:
optarg	getopt.c	/^char	*optarg;		\/* argument associated with option *\/$/;"	v
optimize_factors	polyphas.c	/^static int optimize_factors(int numer, int denom, int *l1, int *l2)$/;"	f	file:
optind	getopt.c	/^int	optind = 1,		\/* index into parent argv vector *\/$/;"	v
optopt	getopt.c	/^	optopt;			\/* character checked for validity *\/$/;"	v
order	swap.c	/^    int		order[4];$/;"	m	struct:swapstuff	file:
os	vorbis.c	/^	ogg_stream_state os;$/;"	m	struct:vorbis_enc	file:
oshift	stretch.c	/^    int oshift;             \/* output shift *\/$/;"	m	struct:	file:
oskip	polyphas.c	/^  st_size_t oskip;               \/* output samples to skip at start*\/$/;"	m	struct:polyphase	file:
ossdspinit	oss.c	/^static int ossdspinit(ft_t ft)$/;"	f	file:
ossdspnames	handlers.c	/^static char *ossdspnames[] = {$/;"	v	file:
out1	band.c	/^	double	out1, out2;$/;"	m	struct:bandstuff	file:
out2	band.c	/^	double	out1, out2;$/;"	m	struct:bandstuff	file:
out_fadetype	fade.c	/^    char in_fadetype, out_fadetype;$/;"	m	struct:fadestuff	file:
out_gain	chorus.c	/^	float	in_gain, out_gain;$/;"	m	struct:chorusstuff	file:
out_gain	echo.c	/^	float	in_gain, out_gain;$/;"	m	struct:echostuff	file:
out_gain	echos.c	/^	float	in_gain, out_gain;$/;"	m	struct:echosstuff	file:
out_gain	flanger.c	/^	float	in_gain, out_gain;$/;"	m	struct:flangerstuff	file:
out_gain	phaser.c	/^	float	in_gain, out_gain;$/;"	m	struct:phaserstuff	file:
out_gain	reverb.c	/^	float	in_gain, out_gain, time;$/;"	m	struct:reverbstuff	file:
out_start	fade.c	/^    st_size_t in_start,  in_stop, out_start, out_stop, samplesdone;$/;"	m	struct:fadestuff	file:
out_start_str	fade.c	/^    char *in_stop_str, *out_start_str, *out_stop_str;$/;"	m	struct:fadestuff	file:
out_stop	fade.c	/^    st_size_t in_start,  in_stop, out_start, out_stop, samplesdone;$/;"	m	struct:fadestuff	file:
out_stop_str	fade.c	/^    char *in_stop_str, *out_start_str, *out_stop_str;$/;"	m	struct:fadestuff	file:
outformat	sox.c	/^static ft_t outformat;$/;"	v	file:
outgain	compand.c	/^  double outgain;       \/* Post processor gain *\/$/;"	m	struct:	file:
outinfo	st.h	/^    struct st_signalinfo outinfo;   \/* output signal specifications *\/$/;"	m	struct:st_effect
outm1	highp.c	/^	double	inm1, outm1;$/;"	m	struct:highpstuff	file:
outm1	lowp.c	/^	double	outm1;$/;"	m	struct:lowpstuff	file:
output_count	sox.c	/^static int output_count = 0;$/;"	v	file:
output_filter	cvsd.c	/^	float output_filter[DEC_FILTERLEN];$/;"	m	struct:cvsd_decode_state	file:
output_state	stretch.c	/^typedef enum { input_state, output_state } stretch_status_t;$/;"	e	file:
outskip	polyphas.c	/^  st_rate_t inskip, outskip;     \/* LCM increments for I & O rates *\/$/;"	m	struct:polyphase	file:
outskip	rate.c	/^	unsigned long inskip, outskip;	\/* LCM increments for I & O rates *\/$/;"	m	struct:ratestuff	file:
outtot	rate.c	/^	unsigned long intot, outtot;	\/* total samples in LCM basis *\/$/;"	m	struct:ratestuff	file:
overlap	pitch.c	/^    int overlap;         \/* needed overlap *\/$/;"	m	struct:	file:
overload	cvsd.c	/^	unsigned overload;$/;"	m	struct:cvsd_common_state	file:
packet	wav.c	/^    unsigned char *packet;	    \/* Temporary buffer for packets *\/$/;"	m	struct:wavstuff	file:
padbytes	hcom.c	/^static void padbytes(ft_t ft, int n)$/;"	f	file:
padding	wve.c	/^    short padding;$/;"	m	struct:wvepriv	file:
pan_t	pan.c	/^} * pan_t;$/;"	t	file:
par	synth.c	/^    double par[MAXCHAN][5];$/;"	m	struct:synthstuff	file:
parmcopy	synth.c	/^static void parmcopy(synth_t sy, int s, int d){$/;"	f	file:
permute	polyphas.c	/^static int permute(int *m, int *l, int ct, int ct1, int amalg)$/;"	f	file:
phase	chorus.c	/^	long	phase[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
phase	cvsd.c	/^	unsigned phase;$/;"	m	struct:cvsd_common_state	file:
phase	flanger.c	/^	int	phase;$/;"	m	struct:flangerstuff	file:
phase	phaser.c	/^	int	phase;$/;"	m	struct:phaserstuff	file:
phase	reverse.c	/^	int phase;$/;"	m	struct:reversestuff	file:
phase_inc	cvsd.c	/^	unsigned phase_inc;$/;"	m	struct:cvsd_common_state	file:
phaser_t	phaser.c	/^} *phaser_t;$/;"	t	file:
phaserbuf	phaser.c	/^	double	*phaserbuf;$/;"	m	struct:phaserstuff	file:
phaserstuff	phaser.c	/^typedef struct phaserstuff {$/;"	s	file:
phx	test/ding.c	/^	FLOAT phx,phy;\/* per-sample phase multiplier cos(PI*frq),sin(PI*frq) *\/$/;"	m	struct:_Env	file:
phy	test/ding.c	/^	FLOAT phx,phy;\/* per-sample phase multiplier cos(PI*frq),sin(PI*frq) *\/$/;"	m	struct:_Env	file:
pi_compute	pitch.c	/^typedef enum { pi_input, pi_compute, pi_output } pitch_state_t;$/;"	e	file:
pi_input	pitch.c	/^typedef enum { pi_input, pi_compute, pi_output } pitch_state_t;$/;"	e	file:
pi_output	pitch.c	/^typedef enum { pi_input, pi_compute, pi_output } pitch_state_t;$/;"	e	file:
pink_Index	synth.c	/^    int       pink_Index;        \/* Incremented each sample. *\/$/;"	m	struct:	file:
pink_IndexMask	synth.c	/^    int       pink_IndexMask;    \/* Index wrapped by ANDing with this mask. *\/$/;"	m	struct:	file:
pink_Rows	synth.c	/^    long      pink_Rows[PINK_MAX_RANDOM_ROWS];$/;"	m	struct:	file:
pink_RunningSum	synth.c	/^    long      pink_RunningSum;   \/* Used to optimize summing of generators. *\/$/;"	m	struct:	file:
pink_Scalar	synth.c	/^    float     pink_Scalar;       \/* Used to scale within range of -1.0 to +1.0 *\/$/;"	m	struct:	file:
pinkn	synth.c	/^    PinkNoise pinkn[MAXCHAN];$/;"	m	struct:synthstuff	file:
pitch_state_t	pitch.c	/^typedef enum { pi_input, pi_compute, pi_output } pitch_state_t;$/;"	t	file:
pitch_t	pitch.c	/^} * pitch_t;$/;"	t	file:
pk	g72x.h	/^	short pk[2];	\/*$/;"	m	struct:g72x_state
pl	reverb.c	/^	st_sample_t pl, ppl, pppl;$/;"	m	struct:reverbstuff	file:
pointer	echos.c	/^	st_ssize_t samples[MAX_ECHOS], pointer[MAX_ECHOS], sumsamples;$/;"	m	struct:echosstuff	file:
poly_t	polyphas.c	/^} *poly_t;$/;"	t	file:
polyphase	polyphas.c	/^static void polyphase(Float *output, polystage *s)$/;"	f	file:
polyphase	polyphas.c	/^typedef struct polyphase {$/;"	s	file:
polystage	polyphas.c	/^} polystage;$/;"	t	file:
pos	hcom.c	/^	unsigned int pos;	\/* Where next byte goes *\/$/;"	m	struct:writepriv	file:
pos	reverse.c	/^	st_size_t pos;$/;"	m	struct:reversestuff	file:
pos	st.h	/^    size_t        pos;                  \/* Position in buffer *\/$/;"	m	struct:st_fileinfo
position	smp.c	/^	uint32_t position;	\/* Sample Number, not byte number *\/$/;"	m	struct:marker	file:
pow	configure	/^pow ();$/;"	f
power2	g72x.c	/^static short power2[15] = {1, 2, 4, 8, 0x10, 0x20, 0x40, 0x80,$/;"	v	file:
ppl	reverb.c	/^	st_sample_t pl, ppl, pppl;$/;"	m	struct:reverbstuff	file:
pppl	reverb.c	/^	st_sample_t pl, ppl, pppl;$/;"	m	struct:reverbstuff	file:
predictor_pole	g72x.c	/^predictor_pole(state_ptr)$/;"	f
predictor_zero	g72x.c	/^predictor_zero(state_ptr)$/;"	f
prefix	Makefile	/^prefix = \/usr\/local$/;"	m
prefix	gsm/Makefile	/^prefix = \/usr\/local$/;"	m
prime	polyphas.c	/^static int prime(int n, int *q0)$/;"	f	file:
primes	polyphas.c	/^static const unsigned short primes[] = {$/;"	v	file:
priv	st.h	/^    char   priv[ST_MAX_FILE_PRIVSIZE]; \/* format's private data area *\/$/;"	m	struct:st_soundstream
priv	st.h	/^    char priv[ST_MAX_EFFECT_PRIVSIZE]; \/* private area for effect *\/$/;"	m	struct:st_effect
priv1	st.h	/^    double priv1;$/;"	m	struct:st_effect
priv1	st.h	/^    double priv1;$/;"	m	struct:st_soundstream
process	sox.c	/^static void process(void) {$/;"	f	file:
process_intput_buffer	pitch.c	/^static void process_intput_buffer(pitch_t pitch)$/;"	f	file:
prodEX	resample.c	/^static double prodEX(const Float Imp[], const Float *Xp, $/;"	f	file:
put16	cvsd.c	/^static void put16(unsigned char **p, int16_t val)$/;"	f	file:
put32	cvsd.c	/^static void put32(unsigned char **p, uint32_t val)$/;"	f	file:
putcode	hcom.c	/^static void putcode(unsigned char c, unsigned char **df)$/;"	f	file:
putlong	hcom.c	/^static void putlong(unsigned char *c, int32_t v)$/;"	f	file:
putshort	hcom.c	/^static void putshort(unsigned char *c, short v)$/;"	f	file:
qprodUD	resample.c	/^static double qprodUD(const Float Imp[], const Float *Xp, long Inc, double T0, $/;"	f	file:
qtab_721	g721.c	/^static short qtab_721[7] = {-124, 80, 178, 246, 300, 349, 400};$/;"	v	file:
qtab_723_16	g723_16.c	/^static short qtab_723_16[1] = {261};$/;"	v	file:
qtab_723_24	g723_24.c	/^static short qtab_723_24[3] = {8, 218, 331};$/;"	v	file:
qtab_723_40	g723_40.c	/^static short qtab_723_40[15] = {-122, -16, 68, 139, 198, 250, 298, 339,$/;"	v	file:
quadr	resample.c	/^   int quadr;         \/* non-zero to use qprodUD quadratic interpolation *\/$/;"	m	struct:resamplestuff	file:
quan	g72x.c	/^quan(val,table,size)$/;"	f	file:
quantize	g72x.c	/^quantize(d, y,table,size)$/;"	f
r	test/ding.c	/^	int r;        \/* rise   *\/$/;"	m	struct:_Env	file:
r	test/model.c	/^	int r;    \/* rise   *\/$/;"	m	struct:_Env	file:
ramp	test/ding.c	/^static inline double ramp(double s)$/;"	f	file:
rand	misc.c	/^int rand(void) {$/;"	f
rand_seed	misc.c	/^static long rand_seed = 1;$/;"	v	file:
rate	avr.c	/^  uint32_t rate;       \/* sample frequency in hertz *\/$/;"	m	struct:avrstuff	file:
rate	filter.c	/^	st_rate_t rate;$/;"	m	struct:filterstuff	file:
rate	pitch.c	/^    PITCH_FLOAT rate;    \/* sweep rate, around 1.0 *\/$/;"	m	struct:	file:
rate	smp.c	/^	uint32_t rate;			\/* in hertz *\/$/;"	m	struct:smptrailer	file:
rate	speed.c	/^    SPEED_FLOAT rate;     \/* rate of buffer sweep *\/$/;"	m	struct:	file:
rate	st.h	/^    st_rate_t rate;      \/* sampling rate *\/$/;"	m	struct:st_signalinfo
rate	synth.c	/^    int rate;$/;"	m	struct:synthstuff	file:
rate	voc.c	/^    long           rate;        \/* rate code (byte) of this chunk *\/$/;"	m	struct:vocstuff	file:
rate_t	rate.c	/^} *rate_t;$/;"	t	file:
ratestuff	rate.c	/^typedef struct ratestuff {$/;"	s	file:
rawnames	handlers.c	/^static char *rawnames[] = {$/;"	v	file:
rdwropensf	sfircam.h	202;"	d
re	stat.c	/^        double  *re;$/;"	m	struct:statstuff	file:
read	st.h	/^    st_ssize_t   (*read)(ft_t ft, st_sample_t *buf, st_ssize_t len);$/;"	m	struct:st_format
read	stat.c	/^        st_size_t read;         \/* samples processed *\/$/;"	m	struct:statstuff	file:
read_ieee_extended	aiff.c	/^static double read_ieee_extended(ft_t ft)$/;"	f	file:
readcodes	sf.c	/^static void readcodes(ft_t ft, SFHEADER *sfhead)$/;"	f	file:
readerr	misc.c	/^static const char readerr[] = "Premature EOF while reading sample file.";$/;"	v	file:
readin	test/corr.c	/^static void readin(int fd, short *p, int bs)$/;"	f	file:
readopensf	sfircam.h	193;"	d
readpriv	hcom.c	/^struct readpriv {$/;"	s	file:
readsamples	nulfile.c	/^    unsigned long readsamples;$/;"	m	struct:nulstuff	file:
readtrailer	smp.c	/^static int readtrailer(ft_t ft, struct smptrailer *trailer)$/;"	f	file:
recon_int	cvsd.c	/^	float recon_int;$/;"	m	struct:cvsd_encode_state	file:
reconstruct	g72x.c	/^reconstruct(sign, dqln, y)$/;"	f
refill_buffer	vorbis.c	/^int refill_buffer (vorbis_t vb)$/;"	f
repeats	wve.c	/^    short repeats;$/;"	m	struct:wvepriv	file:
reportInstrument	aiff.c	/^static void reportInstrument(ft_t ft)$/;"	f	file:
res1	avr.c	/^  unsigned short res1; \/* Reserved, MIDI keyboard split *\/$/;"	m	struct:avrstuff	file:
res2	avr.c	/^  unsigned short res2; \/* Reserved, sample compression *\/$/;"	m	struct:avrstuff	file:
res3	avr.c	/^  unsigned short res3; \/* Reserved *\/$/;"	m	struct:avrstuff	file:
resample_t	resample.c	/^} *resample_t;$/;"	t	file:
resamplestuff	resample.c	/^typedef struct resamplestuff {$/;"	s	file:
rest	nulfile.c	/^	int	rest;			\/* bytes remaining in current block *\/$/;"	m	struct:nulstuff	file:
rest	skel.c	/^	int	rest;			\/* bytes remaining in current block *\/$/;"	m	struct:skelstuff	file:
rest	tx16w.c	/^	st_size_t rest;			\/* bytes remaining in sample file *\/$/;"	m	struct:txwstuff	file:
rest	voc.c	/^    long           rest;        \/* bytes remaining in current block *\/$/;"	m	struct:vocstuff	file:
reverb_t	reverb.c	/^} *reverb_t;$/;"	t	file:
reverbbuf	reverb.c	/^	float	*reverbbuf;$/;"	m	struct:reverbstuff	file:
reverbstuff	reverb.c	/^typedef struct reverbstuff {$/;"	s	file:
reverse_t	reverse.c	/^} *reverse_t;$/;"	t	file:
reversestuff	reverse.c	/^typedef struct reversestuff {$/;"	s	file:
rez	avr.c	/^  unsigned short rez;  \/* 8 = 8 bit, 16 = 16 bit *\/$/;"	m	struct:avrstuff	file:
rms_sum	silence.c	/^    double      rms_sum;$/;"	m	struct:silencestuff	file:
rolloff	resample.c	/^   double rolloff;    \/* roll-off frequency *\/$/;"	m	struct:resamplestuff	file:
roundoff	dat.c	/^static st_sample_t roundoff(double x)$/;"	f	file:
rpt_length	tx16w.c	/^    rpt_length[3],$/;"	m	struct:WaveHeader_	file:
sample	hcom.c	/^	short sample;$/;"	m	struct:readpriv	file:
samplePtr	gsm.c	/^	gsm_signal	*samplePtr;$/;"	m	struct:gsmpriv	file:
samplePtr	wav.c	/^    short	  *samplePtr;       \/* Pointer to current sample  *\/$/;"	m	struct:wavstuff	file:
sampleTop	gsm.c	/^	gsm_signal	*sampleTop;$/;"	m	struct:gsmpriv	file:
sampleTop	wav.c	/^    short	  *sampleTop;       \/* End of samples-buffer      *\/$/;"	m	struct:wavstuff	file:
sample_rate	tx16w.c	/^    sample_rate,     \/* 1 = 33 kHz, 2 = 50 kHz, 3 = 16 kHz *\/$/;"	m	struct:WaveHeader_	file:
samples	cdr.c	/^	st_size_t samples;	\/* number of samples written *\/$/;"	m	struct:cdrstuff	file:
samples	chorus.c	/^	int	depth_samples[MAX_CHORUS], samples[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
samples	echo.c	/^	st_ssize_t samples[MAX_ECHOS], maxsamples, fade_out;$/;"	m	struct:echostuff	file:
samples	echos.c	/^	st_ssize_t samples[MAX_ECHOS], pointer[MAX_ECHOS], sumsamples;$/;"	m	struct:echosstuff	file:
samples	gsm.c	/^	gsm_signal	*samples;$/;"	m	struct:gsmpriv	file:
samples	reverb.c	/^	long	samples[MAXREVERBS], maxsamples;$/;"	m	struct:reverbstuff	file:
samples	voc.c	/^    long           samples;     \/* number of samples output *\/$/;"	m	struct:vocstuff	file:
samples	wav.c	/^    short	  *samples;	    \/* interleaved samples buffer *\/$/;"	m	struct:wavstuff	file:
samplesPerBlock	wav.c	/^    unsigned short samplesPerBlock;$/;"	m	struct:wavstuff	file:
samples_done	synth.c	/^    st_size_t samples_done;$/;"	m	struct:synthstuff	file:
samplesdone	fade.c	/^    st_size_t in_start,  in_stop, out_start, out_stop, samplesdone;$/;"	m	struct:fadestuff	file:
samploc	sfircam.h	/^	uint32_t samploc[SF_MAXCHAN];$/;"	m	struct:Sfmaxamp
saturate	gsm/add.c	19;"	d	file:
sbnames	handlers.c	/^static char *sbnames[] = {$/;"	v	file:
scale	stat.c	/^        double  scale;          \/* scale-factor    *\/$/;"	m	struct:statstuff	file:
search	g711.c	/^static int16_t search($/;"	f	file:
seek	st.h	/^    int          (*seek)(ft_t ft, st_size_t offset);$/;"	m	struct:st_format
seekable	st.h	/^    char            seekable;             \/* can seek on this file *\/$/;"	m	struct:st_soundstream
seg_aend	g711.c	/^static int16_t seg_aend[8] = {0x1F, 0x3F, 0x7F, 0xFF,$/;"	v	file:
seg_uend	g711.c	/^static int16_t seg_uend[8] = {0x3F, 0x7F, 0xFF, 0x1FF,$/;"	v	file:
settrailer	smp.c	/^static void settrailer(ft_t ft, struct smptrailer *trailer, st_rate_t rate)$/;"	f	file:
sf_chans	sfircam.h	/^		uint32_t	  sf_chans;$/;"	m	struct:sfheader::sfinfo
sf_codes	sfircam.h	/^		char	  sf_codes;$/;"	m	struct:sfheader::sfinfo
sf_machine	sfircam.h	/^				unsigned char sf_machine; \/* 3 *\/$/;"	m	struct:sfheader::sfinfo::magic_union::<anonymous>
sf_magic	sfircam.h	/^			uint32_t sf_magic;			  \/* magic as a 4-byte long *\/$/;"	m	union:sfheader::sfinfo::magic_union
sf_magic1	sfircam.h	/^				unsigned char sf_magic1;  \/* byte 1 of magic *\/$/;"	m	struct:sfheader::sfinfo::magic_union::<anonymous>
sf_magic2	sfircam.h	/^				unsigned char sf_magic2;  \/* 2 *\/$/;"	m	struct:sfheader::sfinfo::magic_union::<anonymous>
sf_packmode	sfircam.h	/^		uint32_t	  sf_packmode;$/;"	m	struct:sfheader::sfinfo
sf_param	sfircam.h	/^				unsigned char sf_param;	  \/* 4 *\/$/;"	m	struct:sfheader::sfinfo::magic_union::<anonymous>
sf_srate	sfircam.h	/^		float	  sf_srate;$/;"	m	struct:sfheader::sfinfo
sf_t	sf.c	/^} *sf_t;$/;"	t	file:
sfbsize	sfircam.h	160;"	d
sfchans	sfircam.h	157;"	d
sfclass	sfircam.h	158;"	d
sfcode	sfircam.h	/^typedef struct sfcode {$/;"	s
sfcodes	sfircam.h	161;"	d
sfcomm	sfircam.h	217;"	d
sfcomment	sfircam.h	/^typedef struct sfcomment {$/;"	s
sfheader	sfircam.h	/^typedef union sfheader {$/;"	u
sfinfo	sfircam.h	/^	struct sfinfo {$/;"	s	union:sfheader
sfinfo	sfircam.h	/^	} sfinfo;$/;"	m	union:sfheader
sfmachine	sfircam.h	154;"	d
sfmagic	sfircam.h	151;"	d
sfmagic1	sfircam.h	152;"	d
sfmagic2	sfircam.h	153;"	d
sfmaxamp	sfircam.h	213;"	d
sfmaxamploc	sfircam.h	214;"	d
sfmaxamptime	sfircam.h	215;"	d
sfnames	handlers.c	/^static char *sfnames[] = {$/;"	v	file:
sfparam	sfircam.h	155;"	d
sfsamplesize	sfircam.h	159;"	d
sfsrate	sfircam.h	156;"	d
sfstuff	sf.c	/^typedef struct sfstuff {$/;"	s	file:
shift	pitch.c	/^    PITCH_FLOAT shift;   \/* shift in cents, >0 to treble, <0 to bass *\/$/;"	m	struct:	file:
shift	stretch.c	/^    STRETCH_FLOAT shift;    \/* shift ratio wrt window. <1.0 *\/$/;"	m	struct:	file:
shorten_check	sphere.c	/^	char	  shorten_check[4];$/;"	m	struct:spherestuff	file:
shreg	cvsd.c	/^		unsigned char shreg;$/;"	m	struct:cvsdpriv::<anonymous>	file:
sigint	util.c	/^static void sigint(int s)$/;"	f	file:
sigintreg	util.c	/^void sigintreg(ft_t ft)$/;"	f
sign	avr.c	/^  unsigned short sign; \/* 0 = unsigned, 0xffff = signed *\/$/;"	m	struct:avrstuff	file:
silence_t	silence.c	/^} *silence_t;$/;"	t	file:
silencestuff	silence.c	/^typedef struct silencestuff$/;"	s	file:
silent	voc.c	/^    int            silent;      \/* sound or silence? *\/$/;"	m	struct:vocstuff	file:
sinc	polyphas.c	/^static Float sinc(Float value)$/;"	f	file:
sine	vibro.c	/^static void sine(short *buf, int len, float depth)$/;"	f	file:
sinetab	vibro.c	/^	short		*sinetab;		\/* sine wave to apply *\/$/;"	m	struct:vibrostuff	file:
size	avr.c	/^  uint32_t size;       \/* sample length in bytes or words (see rez) *\/$/;"	m	struct:avrstuff	file:
size	hcom.c	/^	unsigned int size;	\/* Size of allocated buffer *\/$/;"	m	struct:writepriv	file:
size	pitch.c	/^    st_size_t size;      \/* size of buffer for processing chunks. *\/$/;"	m	struct:	file:
size	polyphas.c	/^  int size;       \/* # samples current data which window can accept *\/$/;"	m	struct:	file:
size	st.h	/^    char size;           \/* word length of data *\/$/;"	m	struct:st_signalinfo
size	st.h	/^    size_t        size;                 \/* Size of buffer *\/$/;"	m	struct:st_fileinfo
size	stretch.c	/^    int size;               \/* buffer size *\/$/;"	m	struct:	file:
size	voc.c	/^    int            size;        \/* word length of data *\/$/;"	m	struct:vocstuff	file:
skel_t	skel.c	/^} *skel_t;$/;"	t	file:
skeleff_t	skeleff.c	/^} *skeleff_t;$/;"	t	file:
skelleffstuff	skeleff.c	/^typedef struct skelleffstuff {$/;"	s	file:
skelstopread	skel.c	/^int skelstopread(ft_t ft) $/;"	f
skelstuff	skel.c	/^typedef struct skelstuff {$/;"	s	file:
skipbytes	hcom.c	/^static int skipbytes(ft_t ft, int n)$/;"	f	file:
slnames	handlers.c	/^static char *slnames[] = {$/;"	v	file:
smp_t	smp.c	/^} *smp_t;$/;"	t	file:
smpheader	smp.c	/^struct smpheader {$/;"	s	file:
smpnames	handlers.c	/^static char *smpnames[] = {$/;"	v	file:
smpstuff	smp.c	/^typedef struct smpstuff {$/;"	s	file:
smptrailer	smp.c	/^struct smptrailer {$/;"	s	file:
snd_t	sndrtool.c	/^} *snd_t;$/;"	t	file:
sndpriv	sndrtool.c	/^typedef struct sndpriv {$/;"	s	file:
sndtnames	handlers.c	/^static char *sndtnames[] = {$/;"	v	file:
sndtwriteheader	sndrtool.c	/^static void sndtwriteheader(ft_t ft, st_size_t nsamples)$/;"	f	file:
sources	avg.c	/^	double	sources[4][4];$/;"	m	struct:avgstuff	file:
soxpreview	sox.c	/^static int soxpreview = 0;      \/* preview mode *\/$/;"	v	file:
sp_compute	speed.c	/^typedef enum { sp_input, sp_transfer, sp_compute } buffer_state_t;$/;"	e	file:
sp_input	speed.c	/^typedef enum { sp_input, sp_transfer, sp_compute } buffer_state_t;$/;"	e	file:
sp_transfer	speed.c	/^typedef enum { sp_input, sp_transfer, sp_compute } buffer_state_t;$/;"	e	file:
speed	chorus.c	/^	float	speed[MAX_CHORUS], depth[MAX_CHORUS];$/;"	m	struct:chorusstuff	file:
speed	flanger.c	/^	float	speed;$/;"	m	struct:flangerstuff	file:
speed	phaser.c	/^	float	speed;$/;"	m	struct:phaserstuff	file:
speed	vibro.c	/^	float 		speed;$/;"	m	struct:vibrostuff	file:
speed_t	speed.c	/^} * speed_t;$/;"	t	file:
sphere_t	sphere.c	/^} *sphere_t;$/;"	t	file:
spherenames	handlers.c	/^static char *spherenames[] = {$/;"	v	file:
spherestuff	sphere.c	/^typedef struct spherestuff {$/;"	s	file:
square	test/corr.c	/^inline static double square(double x) {return (x*x);}$/;"	f	file:
sr	g72x.h	/^	short sr[2];	\/*$/;"	m	struct:g72x_state
srand	misc.c	/^void srand(unsigned int seed)$/;"	f
srate	voc.c	/^    long           srate;       \/* rate code (byte) of silence *\/$/;"	m	struct:vocstuff	file:
srcdir	Makefile	/^srcdir = .$/;"	m
srcdir	gsm/Makefile	/^srcdir = .$/;"	m
srms	stat.c	/^        int     srms;$/;"	m	struct:statstuff	file:
st_13linear2alaw	g711.c	/^unsigned char st_13linear2alaw($/;"	f
st_13linear2alaw	g711.h	16;"	d
st_14linear2ulaw	g711.c	/^unsigned char st_14linear2ulaw($/;"	f
st_14linear2ulaw	g711.h	26;"	d
st_aiffread	aiff.c	/^st_ssize_t st_aiffread(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_aiffseek	aiff.c	/^int st_aiffseek(ft_t ft, st_size_t offset) $/;"	f
st_aiffstartread	aiff.c	/^int st_aiffstartread(ft_t ft) $/;"	f
st_aiffstartwrite	aiff.c	/^int st_aiffstartwrite(ft_t ft)$/;"	f
st_aiffstopread	aiff.c	/^int st_aiffstopread(ft_t ft) $/;"	f
st_aiffstopwrite	aiff.c	/^int st_aiffstopwrite(ft_t ft)$/;"	f
st_aiffwrite	aiff.c	/^st_ssize_t st_aiffwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_alaw2linear16	g711.c	/^int16_t st_alaw2linear16($/;"	f
st_alaw2linear16	g711.h	17;"	d
st_alaw_read_buf	raw.c	/^void st_alaw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len,$/;"	f
st_alaw_write_buf	raw.c	/^void st_alaw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len,$/;"	f
st_alsastartread	alsa.c	/^int st_alsastartread(ft)$/;"	f
st_alsastartwrite	alsa.c	/^int st_alsastartwrite(ft)$/;"	f
st_auencodingandsize	au.c	/^static int st_auencodingandsize(int sun_encoding, char *encoding, char *size)$/;"	f	file:
st_auread	au.c	/^st_ssize_t st_auread(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_auseek	au.c	/^int st_auseek(ft_t ft, st_size_t offset) $/;"	f
st_austartread	au.c	/^int st_austartread(ft_t ft) $/;"	f
st_austartwrite	au.c	/^int st_austartwrite(ft_t ft) $/;"	f
st_austopwrite	au.c	/^int st_austopwrite(ft_t ft)$/;"	f
st_ausunencoding	au.c	/^static int st_ausunencoding(int size, int encoding)$/;"	f	file:
st_autostartread	auto.c	/^int st_autostartread(ft_t ft)$/;"	f
st_autostartwrite	auto.c	/^int st_autostartwrite(ft_t ft) $/;"	f
st_auwrite	au.c	/^st_ssize_t st_auwrite(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_avg_flow	avg.c	/^int st_avg_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_avg_getopts	avg.c	/^int st_avg_getopts(eff_t effp, int n, char **argv) $/;"	f
st_avg_start	avg.c	/^int st_avg_start(eff_t effp)$/;"	f
st_avg_stop	avg.c	/^int st_avg_stop(eff_t effp)$/;"	f
st_avrstartread	avr.c	/^int st_avrstartread(ft) $/;"	f
st_avrstartwrite	avr.c	/^int st_avrstartwrite(ft) $/;"	f
st_avrstopwrite	avr.c	/^int st_avrstopwrite(ft_t ft) $/;"	f
st_avrwrite	avr.c	/^st_ssize_t st_avrwrite(ft_t ft, st_sample_t *buf, st_ssize_t nsamp) $/;"	f
st_band_flow	band.c	/^int st_band_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_band_getopts	band.c	/^int st_band_getopts(eff_t effp, int n, char **argv) $/;"	f
st_band_start	band.c	/^int st_band_start(eff_t effp)$/;"	f
st_band_stop	band.c	/^int st_band_stop(eff_t effp)$/;"	f
st_bandpass_getopts	bandpass.c	/^int st_bandpass_getopts (eff_t effp, int n, char **argv)$/;"	f
st_bandpass_start	bandpass.c	/^int st_bandpass_start (eff_t effp)$/;"	f
st_bandreject_getopts	breject.c	/^int st_bandreject_getopts (effp, n, argv)$/;"	f
st_bandreject_start	breject.c	/^int st_bandreject_start (effp)$/;"	f
st_butterworth_flow	btrworth.c	/^int st_butterworth_flow (eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_butterworth_start	btrworth.c	/^int st_butterworth_start (eff_t effp)$/;"	f
st_cdrread	cdr.c	/^st_ssize_t st_cdrread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_cdrstartread	cdr.c	/^int st_cdrstartread(ft_t ft) $/;"	f
st_cdrstartwrite	cdr.c	/^int st_cdrstartwrite(ft_t ft) $/;"	f
st_cdrstopread	cdr.c	/^int st_cdrstopread(ft_t ft) $/;"	f
st_cdrstopwrite	cdr.c	/^int st_cdrstopwrite(ft_t ft) $/;"	f
st_cdrwrite	cdr.c	/^st_ssize_t st_cdrwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_checkeffect	util.c	/^int st_checkeffect(char *effect_name)$/;"	f
st_checkformat	util.c	/^int st_checkformat(ft_t ft)$/;"	f
st_chorus_drain	chorus.c	/^int st_chorus_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_chorus_flow	chorus.c	/^int st_chorus_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_chorus_getopts	chorus.c	/^int st_chorus_getopts(eff_t effp, int n, char **argv) $/;"	f
st_chorus_start	chorus.c	/^int st_chorus_start(eff_t effp)$/;"	f
st_chorus_stop	chorus.c	/^int st_chorus_stop(eff_t effp)$/;"	f
st_clip24	misc.c	/^st_sample_t st_clip24(st_sample_t l)$/;"	f
st_compand_drain	compand.c	/^int st_compand_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_compand_flow	compand.c	/^int st_compand_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_compand_getopts	compand.c	/^int st_compand_getopts(eff_t effp, int n, char **argv) $/;"	f
st_compand_start	compand.c	/^int st_compand_start(eff_t effp)$/;"	f
st_compand_stop	compand.c	/^int st_compand_stop(eff_t effp)$/;"	f
st_copy_flow	copy.c	/^int st_copy_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_copy_getopts	copy.c	/^int st_copy_getopts(eff_t effp, int n, char **argv) $/;"	f
st_copy_start	copy.c	/^int st_copy_start(eff_t effp)$/;"	f
st_copy_stop	copy.c	/^int st_copy_stop(eff_t effp)$/;"	f
st_copyformat	util.c	/^void st_copyformat(ft_t ft, ft_t ft2)$/;"	f
st_cvsdread	cvsd.c	/^st_ssize_t st_cvsdread(ft_t ft, st_sample_t *buf, st_ssize_t nsamp) $/;"	f
st_cvsdstartread	cvsd.c	/^int st_cvsdstartread(ft_t ft) $/;"	f
st_cvsdstartwrite	cvsd.c	/^int st_cvsdstartwrite(ft_t ft) $/;"	f
st_cvsdstopread	cvsd.c	/^int st_cvsdstopread(ft_t ft)$/;"	f
st_cvsdstopwrite	cvsd.c	/^int st_cvsdstopwrite(ft_t ft)$/;"	f
st_cvsdwrite	cvsd.c	/^st_ssize_t st_cvsdwrite(ft_t ft, st_sample_t *buf, st_ssize_t nsamp) $/;"	f
st_datread	dat.c	/^st_ssize_t st_datread(ft_t ft, st_sample_t *buf, st_ssize_t nsamp)$/;"	f
st_datstartread	dat.c	/^int st_datstartread(ft_t ft)$/;"	f
st_datstartwrite	dat.c	/^int st_datstartwrite(ft_t ft)$/;"	f
st_datwrite	dat.c	/^st_ssize_t st_datwrite(ft_t ft, st_sample_t *buf, st_ssize_t nsamp)$/;"	f
st_dcshift_flow	dcshift.c	/^int st_dcshift_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_dcshift_getopts	dcshift.c	/^int st_dcshift_getopts(eff_t effp, int n, char **argv)$/;"	f
st_dcshift_start	dcshift.c	/^int st_dcshift_start(eff_t effp)$/;"	f
st_dcshift_stop	dcshift.c	/^int st_dcshift_stop(eff_t effp)$/;"	f
st_deemph_drain	deemphas.c	/^int st_deemph_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_deemph_flow	deemphas.c	/^int st_deemph_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_deemph_getopts	deemphas.c	/^int st_deemph_getopts(eff_t effp, int n, char **argv)$/;"	f
st_deemph_start	deemphas.c	/^int st_deemph_start(eff_t effp)$/;"	f
st_deemph_stop	deemphas.c	/^int st_deemph_stop(eff_t effp)$/;"	f
st_dvmsstartread	cvsd.c	/^int st_dvmsstartread(ft_t ft) $/;"	f
st_dvmsstartwrite	cvsd.c	/^int st_dvmsstartwrite(ft_t ft) $/;"	f
st_dvmsstopwrite	cvsd.c	/^int st_dvmsstopwrite(ft_t ft)$/;"	f
st_dw_read_buf	raw.c	/^void st_dw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_dw_write_buf	raw.c	/^void st_dw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_earwax_drain	earwax.c	/^int st_earwax_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_earwax_flow	earwax.c	/^int st_earwax_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_earwax_getopts	earwax.c	/^int st_earwax_getopts(eff_t effp, int n, char **argv) $/;"	f
st_earwax_start	earwax.c	/^int st_earwax_start(eff_t effp)$/;"	f
st_earwax_stop	earwax.c	/^int st_earwax_stop(eff_t effp)$/;"	f
st_echo_drain	echo.c	/^int st_echo_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_echo_flow	echo.c	/^int st_echo_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_echo_getopts	echo.c	/^int st_echo_getopts(eff_t effp, int n, char **argv) $/;"	f
st_echo_start	echo.c	/^int st_echo_start(eff_t effp)$/;"	f
st_echo_stop	echo.c	/^int st_echo_stop(eff_t effp)$/;"	f
st_echos_drain	echos.c	/^int st_echos_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_echos_flow	echos.c	/^int st_echos_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_echos_getopts	echos.c	/^int st_echos_getopts(eff_t effp, int n, char **argv) $/;"	f
st_echos_start	echos.c	/^int st_echos_start(eff_t effp)$/;"	f
st_echos_stop	echos.c	/^int st_echos_stop(eff_t effp)$/;"	f
st_effect	st.h	/^struct st_effect$/;"	s
st_effect_nothing	misc.c	/^int st_effect_nothing(eff_t effp) { return(ST_SUCCESS); }$/;"	f
st_effect_nothing_drain	misc.c	/^int st_effect_nothing_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp) { *osamp = 0; return(ST_SUCCESS); }$/;"	f
st_effect_t	st.h	/^} st_effect_t;$/;"	t
st_effects	handlers.c	/^st_effect_t st_effects[] = {$/;"	v
st_encodings_str	misc.c	/^const char *st_encodings_str[] = {$/;"	v
st_errno	st.h	/^    int             st_errno;             \/* Failure error codes *\/$/;"	m	struct:st_soundstream
st_errstr	st.h	/^    char            st_errstr[256];       \/* Extend Failure text *\/$/;"	m	struct:st_soundstream
st_f32_read_buf	raw.c	/^void st_f32_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_f32_write_buf	raw.c	/^void st_f32_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_f64_read_buf	raw.c	/^void st_f64_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_f64_write_buf	raw.c	/^void st_f64_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_fade_drain	fade.c	/^int st_fade_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_fade_flow	fade.c	/^int st_fade_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_fade_getopts	fade.c	/^int st_fade_getopts(eff_t effp, int n, char **argv)$/;"	f
st_fade_start	fade.c	/^int st_fade_start(eff_t effp)$/;"	f
st_fade_stop	fade.c	/^int st_fade_stop(eff_t effp)$/;"	f
st_fading_t	stretch.c	/^typedef enum { st_linear_fading } st_fading_t;$/;"	t	file:
st_fail	util.c	/^void st_fail(const char *fmt, ...)$/;"	f
st_fail_errno	util.c	/^void st_fail_errno(ft_t ft, int st_errno, const char *fmt, ...)$/;"	f
st_fileinfo	st.h	/^typedef struct st_fileinfo$/;"	s
st_fileinfo_t	st.h	/^} st_fileinfo_t;$/;"	t
st_filelength	misc.c	/^st_size_t st_filelength(ft_t ft)$/;"	f
st_filter_drain	filter.c	/^int st_filter_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_filter_flow	filter.c	/^int st_filter_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_filter_getopts	filter.c	/^int st_filter_getopts(eff_t effp, int n, char **argv)$/;"	f
st_filter_start	filter.c	/^int st_filter_start(eff_t effp)$/;"	f
st_filter_stop	filter.c	/^int st_filter_stop(eff_t effp)$/;"	f
st_flanger_drain	flanger.c	/^int st_flanger_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_flanger_flow	flanger.c	/^int st_flanger_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_flanger_getopts	flanger.c	/^int st_flanger_getopts(eff_t effp, int n, char **argv) $/;"	f
st_flanger_start	flanger.c	/^int st_flanger_start(eff_t effp)$/;"	f
st_flanger_stop	flanger.c	/^int st_flanger_stop(eff_t effp)$/;"	f
st_format	st.h	/^typedef struct st_format {$/;"	s
st_format_nothing	misc.c	/^int st_format_nothing(ft_t ft) { return(ST_SUCCESS); }$/;"	f
st_format_nothing_io	misc.c	/^st_ssize_t st_format_nothing_io(ft_t ft, st_sample_t *buf, st_ssize_t len) { return(0); }$/;"	f
st_format_nothing_seek	misc.c	/^int st_format_nothing_seek(ft_t ft, st_size_t offset) { return(ST_SUCCESS); }$/;"	f
st_format_t	st.h	/^} st_format_t;$/;"	t
st_formats	handlers.c	/^st_format_t st_formats[] = {$/;"	v
st_gcd	misc.c	/^st_sample_t st_gcd(st_sample_t a, st_sample_t b)$/;"	f
st_geteffect	util.c	/^int st_geteffect(eff_t effp, char *effect_name)$/;"	f
st_geteffect_opt	util.c	/^int st_geteffect_opt(eff_t effp, int argc, char **argv)$/;"	f
st_gettype	util.c	/^int st_gettype(ft_t formp)$/;"	f
st_gsmread	gsm.c	/^st_ssize_t st_gsmread(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_gsmstartread	gsm.c	/^int st_gsmstartread(ft_t ft) $/;"	f
st_gsmstartwrite	gsm.c	/^int st_gsmstartwrite(ft_t ft)$/;"	f
st_gsmstopread	gsm.c	/^int st_gsmstopread(ft_t ft)$/;"	f
st_gsmstopwrite	gsm.c	/^int st_gsmstopwrite(ft_t ft)$/;"	f
st_gsmwrite	gsm.c	/^st_ssize_t st_gsmwrite(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_hcomread	hcom.c	/^st_ssize_t st_hcomread(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_hcomstartread	hcom.c	/^int st_hcomstartread(ft_t ft)$/;"	f
st_hcomstartwrite	hcom.c	/^int st_hcomstartwrite(ft_t ft) $/;"	f
st_hcomstopread	hcom.c	/^int st_hcomstopread(ft_t ft) $/;"	f
st_hcomstopwrite	hcom.c	/^int st_hcomstopwrite(ft_t ft) $/;"	f
st_hcomwrite	hcom.c	/^st_ssize_t st_hcomwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_highp_flow	highp.c	/^int st_highp_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_highp_getopts	highp.c	/^int st_highp_getopts(eff_t effp, int n, char **argv) $/;"	f
st_highp_start	highp.c	/^int st_highp_start(eff_t effp)$/;"	f
st_highp_stop	highp.c	/^int st_highp_stop(eff_t effp)$/;"	f
st_highpass_getopts	highpass.c	/^int st_highpass_getopts (effp, n, argv) $/;"	f
st_highpass_start	highpass.c	/^int st_highpass_start (effp)$/;"	f
st_initformat	util.c	/^void st_initformat(ft_t ft)$/;"	f
st_initrand	misc.c	/^void st_initrand(void) {$/;"	f
st_instrinfo	st.h	/^typedef struct  st_instrinfo$/;"	s
st_instrinfo_t	st.h	/^} st_instrinfo_t;$/;"	t
st_inv_alaw_read_buf	raw.c	/^void st_inv_alaw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len,$/;"	f
st_inv_alaw_write_buf	raw.c	/^void st_inv_alaw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len,$/;"	f
st_inv_ulaw_read_buf	raw.c	/^void st_inv_ulaw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len,$/;"	f
st_inv_ulaw_write_buf	raw.c	/^void st_inv_ulaw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len,$/;"	f
st_is_bigendian	util.c	/^int st_is_bigendian(void)$/;"	f
st_is_littleendian	util.c	/^int st_is_littleendian(void)$/;"	f
st_lcm	misc.c	/^st_sample_t st_lcm(st_sample_t a, st_sample_t b)$/;"	f
st_linear_fading	stretch.c	/^typedef enum { st_linear_fading } st_fading_t;$/;"	e	file:
st_loopinfo	st.h	/^typedef struct  st_loopinfo$/;"	s
st_loopinfo_t	st.h	/^} st_loopinfo_t;$/;"	t
st_lowp_flow	lowp.c	/^int st_lowp_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_lowp_getopts	lowp.c	/^int st_lowp_getopts(eff_t effp, int n, char **argv) $/;"	f
st_lowp_start	lowp.c	/^int st_lowp_start(eff_t effp)$/;"	f
st_lowp_stop	lowp.c	/^int st_lowp_stop(eff_t effp)$/;"	f
st_lowpass_getopts	lowpass.c	/^int st_lowpass_getopts (effp, n, argv)$/;"	f
st_lowpass_start	lowpass.c	/^int st_lowpass_start (effp)$/;"	f
st_map_flow	map.c	/^int st_map_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_map_getopts	map.c	/^int st_map_getopts(eff_t effp, int n, char **argv) $/;"	f
st_map_start	map.c	/^int st_map_start(eff_t effp)$/;"	f
st_mask_flow	mask.c	/^int st_mask_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_mask_getopts	mask.c	/^int st_mask_getopts(eff_t effp, int n, char **argv) $/;"	f
st_maudread	maud.c	/^st_ssize_t st_maudread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_maudstartread	maud.c	/^int st_maudstartread(ft_t ft) $/;"	f
st_maudstartwrite	maud.c	/^int st_maudstartwrite(ft_t ft) $/;"	f
st_maudstopread	maud.c	/^int st_maudstopread(ft_t ft) $/;"	f
st_maudstopwrite	maud.c	/^int st_maudstopwrite(ft_t ft) $/;"	f
st_maudwrite	maud.c	/^st_ssize_t st_maudwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_mmwavestartwrite	mmwave.c	/^int st_mmwavestartwrite(ft_t ft)$/;"	f
st_mmwavestopwrite	mmwave.c	/^int st_mmwavestopwrite(ft_t ft)$/;"	f
st_mmwavewrite	mmwave.c	/^st_ssize_t st_mmwavewrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_mp3read	mp3.c	/^st_ssize_t st_mp3read(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_mp3read	mp3.c	/^st_ssize_t st_mp3read(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_mp3startread	mp3.c	/^int st_mp3startread(ft_t ft) $/;"	f
st_mp3startread	mp3.c	/^int st_mp3startread(ft_t ft)$/;"	f
st_mp3startwrite	mp3.c	/^int st_mp3startwrite(ft_t ft)$/;"	f
st_mp3stopread	mp3.c	/^int st_mp3stopread(ft_t ft)$/;"	f
st_mp3stopwrite	mp3.c	/^int st_mp3stopwrite(ft_t ft)$/;"	f
st_mp3write	mp3.c	/^st_ssize_t st_mp3write(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_nulread	nulfile.c	/^st_ssize_t st_nulread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_nulstartread	nulfile.c	/^int st_nulstartread(ft_t ft) $/;"	f
st_nulstartwrite	nulfile.c	/^int st_nulstartwrite(ft_t ft) $/;"	f
st_nulstopread	nulfile.c	/^int st_nulstopread(ft_t ft) $/;"	f
st_nulstopwrite	nulfile.c	/^int st_nulstopwrite(ft_t ft) $/;"	f
st_nulwrite	nulfile.c	/^st_ssize_t st_nulwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_ossdspstartread	oss.c	/^int st_ossdspstartread(ft_t ft)$/;"	f
st_ossdspstartwrite	oss.c	/^int st_ossdspstartwrite(ft_t ft)$/;"	f
st_pan_flow	pan.c	/^int st_pan_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_pan_getopts	pan.c	/^int st_pan_getopts(eff_t effp, int n, char **argv) $/;"	f
st_pan_start	pan.c	/^int st_pan_start(eff_t effp)$/;"	f
st_pan_stop	pan.c	/^int st_pan_stop(eff_t effp)$/;"	f
st_parsesamples	util.c	/^int st_parsesamples(st_rate_t rate, char *str, st_size_t *samples, char def)$/;"	f
st_phaser_drain	phaser.c	/^int st_phaser_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_phaser_flow	phaser.c	/^int st_phaser_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_phaser_getopts	phaser.c	/^int st_phaser_getopts(eff_t effp, int n, char **argv) $/;"	f
st_phaser_start	phaser.c	/^int st_phaser_start(eff_t effp)$/;"	f
st_phaser_stop	phaser.c	/^int st_phaser_stop(eff_t effp)$/;"	f
st_pitch_drain	pitch.c	/^int st_pitch_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_pitch_flow	pitch.c	/^int st_pitch_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_pitch_getopts	pitch.c	/^int st_pitch_getopts(eff_t effp, int n, char **argv) $/;"	f
st_pitch_start	pitch.c	/^int st_pitch_start(eff_t effp)$/;"	f
st_pitch_stop	pitch.c	/^int st_pitch_stop(eff_t effp)$/;"	f
st_poly_drain	polyphas.c	/^int st_poly_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_poly_flow	polyphas.c	/^int st_poly_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf,$/;"	f
st_poly_getopts	polyphas.c	/^int st_poly_getopts(eff_t effp, int n, char **argv)$/;"	f
st_poly_start	polyphas.c	/^int st_poly_start(eff_t effp)$/;"	f
st_poly_stop	polyphas.c	/^int st_poly_stop(eff_t effp)$/;"	f
st_prod	polyphas.c	/^static double st_prod(const Float *q, int qstep, const Float *p, int n)$/;"	f	file:
st_rate_flow	rate.c	/^int st_rate_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_rate_getopts	rate.c	/^int st_rate_getopts(eff_t effp, int n, char **argv) $/;"	f
st_rate_start	rate.c	/^int st_rate_start(eff_t effp)$/;"	f
st_rate_stop	rate.c	/^int st_rate_stop(eff_t effp)$/;"	f
st_rate_t	st.h	/^typedef uint32_t st_rate_t;$/;"	t
st_rawread	raw.c	/^st_ssize_t st_rawread(ft_t ft, st_sample_t *buf, st_ssize_t nsamp)$/;"	f
st_rawseek	raw.c	/^int st_rawseek(ft_t ft, st_size_t offset)$/;"	f
st_rawstartread	raw.c	/^int st_rawstartread(ft_t ft)$/;"	f
st_rawstartwrite	raw.c	/^int st_rawstartwrite(ft_t ft)$/;"	f
st_rawstopread	raw.c	/^int st_rawstopread(ft_t ft)$/;"	f
st_rawstopwrite	raw.c	/^int st_rawstopwrite(ft_t ft)$/;"	f
st_rawwrite	raw.c	/^st_ssize_t st_rawwrite(ft_t ft, st_sample_t *buf, st_ssize_t nsamp)$/;"	f
st_read	misc.c	/^st_ssize_t st_read(ft_t ft, void *buf, size_t size, st_ssize_t len)$/;"	f
st_readb	misc.c	/^int st_readb(ft_t ft, uint8_t *ub)$/;"	f
st_readdf	misc.c	/^int st_readdf(ft_t ft, double *d)$/;"	f
st_readdw	misc.c	/^int st_readdw(ft_t ft, uint32_t *udw)$/;"	f
st_readf	misc.c	/^int st_readf(ft_t ft, float *f)$/;"	f
st_reads	misc.c	/^int st_reads(ft_t ft, char *c, st_ssize_t len)$/;"	f
st_readw	misc.c	/^int st_readw(ft_t ft, uint16_t *uw)$/;"	f
st_report	util.c	/^void st_report(const char *fmt, ...)$/;"	f
st_resample_drain	resample.c	/^int st_resample_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_resample_flow	resample.c	/^int st_resample_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_resample_getopts	resample.c	/^int st_resample_getopts(eff_t effp, int n, char **argv) $/;"	f
st_resample_start	resample.c	/^int st_resample_start(eff_t effp)$/;"	f
st_resample_stop	resample.c	/^int st_resample_stop(eff_t effp)$/;"	f
st_reverb_drain	reverb.c	/^int st_reverb_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_reverb_flow	reverb.c	/^int st_reverb_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_reverb_getopts	reverb.c	/^int st_reverb_getopts(eff_t effp, int n, char **argv) $/;"	f
st_reverb_start	reverb.c	/^int st_reverb_start(eff_t effp)$/;"	f
st_reverb_stop	reverb.c	/^int st_reverb_stop(eff_t effp)$/;"	f
st_reverse_drain	reverse.c	/^int st_reverse_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_reverse_flow	reverse.c	/^int st_reverse_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_reverse_getopts	reverse.c	/^int st_reverse_getopts(eff_t effp, int n, char **argv) $/;"	f
st_reverse_start	reverse.c	/^int st_reverse_start(eff_t effp)$/;"	f
st_reverse_stop	reverse.c	/^int st_reverse_stop(eff_t effp)$/;"	f
st_sample_t	st.h	/^typedef int32_t st_sample_t;$/;"	t
st_sb_read_buf	raw.c	/^void st_sb_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_sb_write_buf	raw.c	/^void st_sb_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_seek	misc.c	/^int st_seek(ft_t ft, st_size_t offset, int whence)$/;"	f
st_sfseek	sf.c	/^int st_sfseek(ft_t ft, st_size_t offset)$/;"	f
st_sfstartread	sf.c	/^int st_sfstartread(ft_t ft)$/;"	f
st_sfstartwrite	sf.c	/^int st_sfstartwrite(ft_t ft)$/;"	f
st_signalinfo	st.h	/^typedef struct  st_signalinfo$/;"	s
st_signalinfo_t	st.h	/^} st_signalinfo_t;$/;"	t
st_silence_drain	silence.c	/^int st_silence_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_silence_flow	silence.c	/^int st_silence_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_silence_getopts	silence.c	/^int st_silence_getopts(eff_t effp, int n, char **argv)$/;"	f
st_silence_start	silence.c	/^int st_silence_start(eff_t effp)$/;"	f
st_silence_stop	silence.c	/^int st_silence_stop(eff_t effp)$/;"	f
st_sine	misc.c	/^void st_sine(int *buf, st_ssize_t len, int max, int depth)$/;"	f
st_sine	st_i.h	/^void st_sine(int *buf, st_ssize_t len, int max, int depth);$/;"	v
st_size_t	st.h	/^typedef uint32_t st_size_t;$/;"	t
st_sizes_str	misc.c	/^const char *st_sizes_str[] = {$/;"	v
st_skeleff_drain	skeleff.c	/^int st_skeleff_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_skeleff_flow	skeleff.c	/^int st_skeleff_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_skeleff_getopts	skeleff.c	/^int st_skeleff_getopts(eff_t effp, int n, char **argv) $/;"	f
st_skeleff_start	skeleff.c	/^int st_skeleff_start(eff_t effp)$/;"	f
st_skeleff_stop	skeleff.c	/^int st_skeleff_stop(eff_t effp)$/;"	f
st_skelread	skel.c	/^st_ssize_t st_skelread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_skelstartread	skel.c	/^int st_skelstartread(ft_t ft) $/;"	f
st_skelstartwrite	skel.c	/^int st_skelstartwrite(ft_t ft) $/;"	f
st_skelstopwrite	skel.c	/^int st_skelstopwrite(ft_t ft) $/;"	f
st_skelwrite	skel.c	/^st_ssize_t st_skelwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_smpread	smp.c	/^st_ssize_t st_smpread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_smpseek	smp.c	/^int st_smpseek(ft_t ft, st_size_t offset) $/;"	f
st_smpstartread	smp.c	/^int st_smpstartread(ft_t ft) $/;"	f
st_smpstartwrite	smp.c	/^int st_smpstartwrite(ft_t ft) $/;"	f
st_smpstopread	smp.c	/^int st_smpstopread(ft_t ft) $/;"	f
st_smpstopwrite	smp.c	/^int st_smpstopwrite(ft_t ft) $/;"	f
st_smpwrite	smp.c	/^st_ssize_t st_smpwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_sndrstartwrite	sndrtool.c	/^int st_sndrstartwrite(ft_t ft)$/;"	f
st_sndseek	sndrtool.c	/^int st_sndseek(ft_t ft, st_size_t offset) $/;"	f
st_sndtstartread	sndrtool.c	/^int st_sndtstartread(ft_t ft)$/;"	f
st_sndtstartwrite	sndrtool.c	/^int st_sndtstartwrite(ft_t ft)$/;"	f
st_sndtstopwrite	sndrtool.c	/^int st_sndtstopwrite(ft_t ft)$/;"	f
st_sndtwrite	sndrtool.c	/^st_ssize_t st_sndtwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_soundstream	st.h	/^struct st_soundstream {$/;"	s
st_speed_drain	speed.c	/^int st_speed_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_speed_flow	speed.c	/^int st_speed_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_speed_getopts	speed.c	/^int st_speed_getopts(eff_t effp, int n, char **argv)$/;"	f
st_speed_start	speed.c	/^int st_speed_start(eff_t effp)$/;"	f
st_speed_stop	speed.c	/^int st_speed_stop(eff_t effp)$/;"	f
st_sphereread	sphere.c	/^st_ssize_t st_sphereread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_spherestartread	sphere.c	/^int st_spherestartread(ft_t ft) $/;"	f
st_spherestartwrite	sphere.c	/^int st_spherestartwrite(ft_t ft) $/;"	f
st_spherestopwrite	sphere.c	/^int st_spherestopwrite(ft_t ft) $/;"	f
st_spherewrite	sphere.c	/^st_ssize_t st_spherewrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_ssize_t	st.h	/^typedef int32_t st_ssize_t;$/;"	t
st_stat_drain	stat.c	/^int st_stat_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_stat_flow	stat.c	/^int st_stat_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf,$/;"	f
st_stat_getopts	stat.c	/^int st_stat_getopts(eff_t effp, int n, char **argv)$/;"	f
st_stat_start	stat.c	/^int st_stat_start(eff_t effp)$/;"	f
st_stat_stop	stat.c	/^int st_stat_stop(eff_t effp)$/;"	f
st_stretch_drain	stretch.c	/^int st_stretch_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_stretch_flow	stretch.c	/^int st_stretch_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_stretch_getopts	stretch.c	/^int st_stretch_getopts(eff_t effp, int n, char **argv) $/;"	f
st_stretch_start	stretch.c	/^int st_stretch_start(eff_t effp)$/;"	f
st_stretch_stop	stretch.c	/^int st_stretch_stop(eff_t effp)$/;"	f
st_sunstartread	sunaudio.c	/^int st_sunstartread(ft_t ft)$/;"	f
st_sunstartwrite	sunaudio.c	/^int st_sunstartwrite(ft_t ft)$/;"	f
st_svxread	8svx.c	/^st_ssize_t st_svxread(ft_t ft, st_sample_t *buf, st_ssize_t nsamp) $/;"	f
st_svxstartread	8svx.c	/^int st_svxstartread(ft_t ft)$/;"	f
st_svxstartwrite	8svx.c	/^int st_svxstartwrite(ft_t ft)$/;"	f
st_svxstopread	8svx.c	/^int st_svxstopread(ft_t ft)$/;"	f
st_svxstopwrite	8svx.c	/^int st_svxstopwrite(ft_t ft)$/;"	f
st_svxwrite	8svx.c	/^st_ssize_t st_svxwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_sw_read_buf	raw.c	/^void st_sw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_sw_write_buf	raw.c	/^void st_sw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_swap_drain	swap.c	/^int st_swap_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_swap_flow	swap.c	/^int st_swap_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_swap_getopts	swap.c	/^int st_swap_getopts(eff_t effp, int n, char **argv) $/;"	f
st_swap_start	swap.c	/^int st_swap_start(eff_t effp)$/;"	f
st_swap_stop	swap.c	/^int st_swap_stop(eff_t effp)$/;"	f
st_swapb	misc.c	/^void st_swapb(char *l, char *f, int n)$/;"	f
st_swapd	misc.c	/^double st_swapd(double df)$/;"	f
st_swapdw	misc.c	/^uint32_t st_swapdw(uint32_t udw)$/;"	f
st_swapdw	st_i.h	86;"	d
st_swapf	misc.c	/^float st_swapf(float f)$/;"	f
st_swapf	st_i.h	87;"	d
st_swapw	misc.c	/^uint16_t st_swapw(uint16_t uw)$/;"	f
st_swapw	st_i.h	85;"	d
st_synth_drain	synth.c	/^int st_synth_drain(eff_t effp, st_sample_t *obuf, st_size_t *osamp)$/;"	f
st_synth_flow	synth.c	/^int st_synth_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_synth_getopts	synth.c	/^int st_synth_getopts(eff_t effp, int n, char **argv) $/;"	f
st_synth_start	synth.c	/^int st_synth_start(eff_t effp)$/;"	f
st_synth_stop	synth.c	/^int st_synth_stop(eff_t effp)$/;"	f
st_triangle	misc.c	/^void st_triangle(int *buf, st_ssize_t len, int max, int depth)$/;"	f
st_trim_flow	trim.c	/^int st_trim_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_trim_getopts	trim.c	/^int st_trim_getopts(eff_t effp, int n, char **argv) $/;"	f
st_trim_start	trim.c	/^int st_trim_start(eff_t effp)$/;"	f
st_trim_stop	trim.c	/^int st_trim_stop(eff_t effp)$/;"	f
st_txwread	tx16w.c	/^st_ssize_t st_txwread(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_txwstartread	tx16w.c	/^int st_txwstartread(ft_t ft)$/;"	f
st_txwstartwrite	tx16w.c	/^int st_txwstartwrite(ft_t ft)$/;"	f
st_txwstopread	tx16w.c	/^int st_txwstopread(ft_t ft)$/;"	f
st_txwstopwrite	tx16w.c	/^int st_txwstopwrite(ft_t ft)$/;"	f
st_txwwrite	tx16w.c	/^st_ssize_t st_txwwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_ub_read_buf	raw.c	/^void st_ub_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_ub_write_buf	raw.c	/^void st_ub_write_buf(char* buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_udw_read_buf	raw.c	/^void st_udw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_udw_write_buf	raw.c	/^void st_udw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_ulaw2linear16	g711.c	/^int16_t st_ulaw2linear16($/;"	f
st_ulaw2linear16	g711.h	27;"	d
st_ulaw_read_buf	raw.c	/^void st_ulaw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len,$/;"	f
st_ulaw_write_buf	raw.c	/^void st_ulaw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len,$/;"	f
st_updateeffect	util.c	/^int st_updateeffect(eff_t effp, ft_t in, ft_t out, int effect_mask)$/;"	f
st_uw_read_buf	raw.c	/^void st_uw_read_buf(st_sample_t *buf1, char *buf2, st_ssize_t len, char swap)$/;"	f
st_uw_write_buf	raw.c	/^void st_uw_write_buf(char *buf1, st_sample_t *buf2, st_ssize_t len, char swap)$/;"	f
st_version	misc.c	/^const char *st_version()$/;"	f
st_vibro_flow	vibro.c	/^int st_vibro_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_vibro_getopts	vibro.c	/^int st_vibro_getopts(eff_t effp, int n, char **argv) $/;"	f
st_vibro_start	vibro.c	/^int st_vibro_start(eff_t effp)$/;"	f
st_vibro_stop	vibro.c	/^int st_vibro_stop(eff_t effp)$/;"	f
st_vocread	voc.c	/^st_ssize_t st_vocread(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_vocstartread	voc.c	/^int st_vocstartread(ft_t ft)$/;"	f
st_vocstartwrite	voc.c	/^int st_vocstartwrite(ft_t ft)$/;"	f
st_vocstopread	voc.c	/^int st_vocstopread(ft_t ft)$/;"	f
st_vocstopwrite	voc.c	/^int st_vocstopwrite(ft_t ft)$/;"	f
st_vocwrite	voc.c	/^st_ssize_t st_vocwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
st_vol_flow	vol.c	/^int st_vol_flow(eff_t effp, st_sample_t *ibuf, st_sample_t *obuf, $/;"	f
st_vol_getopts	vol.c	/^int st_vol_getopts(eff_t effp, int n, char **argv) $/;"	f
st_vol_start	vol.c	/^int st_vol_start(eff_t effp)$/;"	f
st_vol_stop	vol.c	/^int st_vol_stop(eff_t effp)$/;"	f
st_vorbisread	vorbis.c	/^st_ssize_t st_vorbisread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_vorbisstartread	vorbis.c	/^int st_vorbisstartread(ft_t ft) $/;"	f
st_vorbisstartwrite	vorbis.c	/^int st_vorbisstartwrite(ft_t ft) $/;"	f
st_vorbisstopread	vorbis.c	/^int st_vorbisstopread(ft_t ft) $/;"	f
st_vorbisstopwrite	vorbis.c	/^int st_vorbisstopwrite(ft_t ft) $/;"	f
st_vorbiswrite	vorbis.c	/^st_ssize_t st_vorbiswrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_warn	util.c	/^void st_warn(const char *fmt, ...)$/;"	f
st_wavread	wav.c	/^st_ssize_t st_wavread(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_wavseek	wav.c	/^int st_wavseek(ft_t ft, st_size_t offset) $/;"	f
st_wavstartread	wav.c	/^int st_wavstartread(ft_t ft) $/;"	f
st_wavstartwrite	wav.c	/^int st_wavstartwrite(ft_t ft) $/;"	f
st_wavstopread	wav.c	/^int st_wavstopread(ft_t ft) $/;"	f
st_wavstopwrite	wav.c	/^int st_wavstopwrite(ft_t ft) $/;"	f
st_wavwrite	wav.c	/^st_ssize_t st_wavwrite(ft_t ft, st_sample_t *buf, st_ssize_t len) $/;"	f
st_write	misc.c	/^st_ssize_t st_write(ft_t ft, void *buf, size_t size, st_ssize_t len)$/;"	f
st_writeb	misc.c	/^int st_writeb(ft_t ft, uint8_t ub)$/;"	f
st_writedf	misc.c	/^int st_writedf(ft_t ft, double d)$/;"	f
st_writedw	misc.c	/^int st_writedw(ft_t ft, uint32_t udw)$/;"	f
st_writef	misc.c	/^int st_writef(ft_t ft, float f)$/;"	f
st_writes	misc.c	/^int st_writes(ft_t ft, char *c)$/;"	f
st_writew	misc.c	/^int st_writew(ft_t ft, uint16_t uw)$/;"	f
st_wveread	wve.c	/^st_ssize_t st_wveread(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
st_wveseek	wve.c	/^int st_wveseek(ft_t ft, st_size_t offset)$/;"	f
st_wvestartread	wve.c	/^int st_wvestartread(ft_t ft)$/;"	f
st_wvestartwrite	wve.c	/^int st_wvestartwrite(ft_t ft)$/;"	f
st_wvestopwrite	wve.c	/^int st_wvestopwrite(ft_t ft)$/;"	f
st_wvewrite	wve.c	/^st_ssize_t st_wvewrite(ft_t ft, st_sample_t *buf, st_ssize_t samp)$/;"	f
stage	polyphas.c	/^  polystage *stage[MF];          \/* array of pointers to polystage structs *\/$/;"	m	struct:polyphase	file:
start	silence.c	/^    char	start;$/;"	m	struct:silencestuff	file:
start	smp.c	/^	uint32_t start; \/* Sample count into sample data, not byte count *\/$/;"	m	struct:loop	file:
start	st.h	/^    int (*start)(eff_t effp);$/;"	m	struct:
start	st.h	/^    st_size_t    start;          \/* first sample *\/$/;"	m	struct:st_loopinfo
start	trim.c	/^    st_size_t start;$/;"	m	struct:	file:
start	vorbis.c	/^	int start;$/;"	m	struct:vorbisstuff	file:
start_duration	silence.c	/^    st_size_t	start_duration;$/;"	m	struct:silencestuff	file:
start_duration_str	silence.c	/^    char	*start_duration_str;$/;"	m	struct:silencestuff	file:
start_found_periods	silence.c	/^    int		start_found_periods;$/;"	m	struct:silencestuff	file:
start_holdoff	silence.c	/^    st_sample_t	*start_holdoff;$/;"	m	struct:silencestuff	file:
start_holdoff_end	silence.c	/^    st_size_t	start_holdoff_end;$/;"	m	struct:silencestuff	file:
start_holdoff_offset	silence.c	/^    st_size_t	start_holdoff_offset;$/;"	m	struct:silencestuff	file:
start_periods	silence.c	/^    int		start_periods;$/;"	m	struct:silencestuff	file:
start_str	trim.c	/^    char *start_str;$/;"	m	struct:	file:
start_threshold	silence.c	/^    double	start_threshold;$/;"	m	struct:silencestuff	file:
start_unit	silence.c	/^    char	start_unit; \/* "d" for decibels or "%" for percent. *\/$/;"	m	struct:silencestuff	file:
startread	st.h	/^    int          (*startread)(ft_t ft);$/;"	m	struct:st_format
startwrite	st.h	/^    int          (*startwrite)(ft_t ft);$/;"	m	struct:st_format
stat_t	stat.c	/^} *stat_t;$/;"	t	file:
state	au.c	/^	struct g72x_state state;$/;"	m	struct:aupriv	file:
state	pitch.c	/^    pitch_state_t state; \/* buffer management status. *\/$/;"	m	struct:	file:
state	speed.c	/^    buffer_state_t state; \/* automaton status *\/$/;"	m	struct:	file:
state	stretch.c	/^    stretch_status_t state; \/* automaton status *\/$/;"	m	struct:	file:
state	wav.c	/^    int 	   state[16];       \/* step-size info for *ADPCM writes *\/$/;"	m	struct:wavstuff	file:
statistics	sox.c	/^static void statistics(void) {$/;"	f	file:
statstuff	stat.c	/^typedef struct statstuff {$/;"	s	file:
step	adpcm.c	/^	st_sample_t  step;	\/* step size *\/$/;"	m	struct:MsState	file:
step	pitch.c	/^    int step;            \/* size of half a sweep, rounded to integer... *\/$/;"	m	struct:	file:
stepAdjustTable	adpcm.c	/^st_sample_t stepAdjustTable[] = {$/;"	v	file:
step_size	g72x.c	/^step_size(state_ptr)$/;"	f
stop	silence.c	/^    char	stop;$/;"	m	struct:silencestuff	file:
stop	st.h	/^    int (*stop)(eff_t effp);$/;"	m	struct:
stop_duration	silence.c	/^    st_size_t	stop_duration;$/;"	m	struct:silencestuff	file:
stop_duration_str	silence.c	/^    char	*stop_duration_str;$/;"	m	struct:silencestuff	file:
stop_found_periods	silence.c	/^    int		stop_found_periods;$/;"	m	struct:silencestuff	file:
stop_holdoff	silence.c	/^    st_sample_t	*stop_holdoff;$/;"	m	struct:silencestuff	file:
stop_holdoff_end	silence.c	/^    st_size_t	stop_holdoff_end;$/;"	m	struct:silencestuff	file:
stop_holdoff_offset	silence.c	/^    st_size_t	stop_holdoff_offset;$/;"	m	struct:silencestuff	file:
stop_periods	silence.c	/^    int		stop_periods;$/;"	m	struct:silencestuff	file:
stop_threshold	silence.c	/^    double	stop_threshold;$/;"	m	struct:silencestuff	file:
stop_unit	silence.c	/^    char	stop_unit;$/;"	m	struct:silencestuff	file:
stopread	st.h	/^    int          (*stopread)(ft_t ft);$/;"	m	struct:st_format
stopwrite	st.h	/^    int          (*stopwrite)(ft_t ft);$/;"	m	struct:st_format
strcasecmp	misc.c	/^int strcasecmp(const char *s1, const char *s2)$/;"	f
strcmpcase	util.c	/^int strcmpcase(char *s1, char *s2)$/;"	f
strerror	misc.c	/^char *strerror(int errcode)$/;"	f
stretch_status_t	stretch.c	/^typedef enum { input_state, output_state } stretch_status_t;$/;"	t	file:
stretch_t	stretch.c	/^} * stretch_t;$/;"	t	file:
sum1	stat.c	/^        double  sum1, sum2;     \/* amplitudes *\/$/;"	m	struct:statstuff	file:
sum2	stat.c	/^        double  sum1, sum2;     \/* amplitudes *\/$/;"	m	struct:statstuff	file:
sumsamples	echos.c	/^	st_ssize_t samples[MAX_ECHOS], pointer[MAX_ECHOS], sumsamples;$/;"	m	struct:echosstuff	file:
sunnames	handlers.c	/^static char *sunnames[] = {$/;"	v	file:
svx_t	8svx.c	/^}*svx_t;$/;"	t	file:
svxnames	handlers.c	/^static char *svxnames[] = {$/;"	v	file:
svxpriv	8svx.c	/^typedef struct svxpriv {$/;"	s	file:
svxwriteheader	8svx.c	/^static void svxwriteheader(ft_t ft, st_ssize_t nsamples)$/;"	f	file:
swap	st.h	/^    char            swap;                 \/* do byte- or word-swap *\/$/;"	m	struct:st_soundstream
swap_t	swap.c	/^} *swap_t;$/;"	t	file:
swapbits	cvsd.c	/^	char swapbits;$/;"	m	struct:cvsdpriv	file:
swapstuff	swap.c	/^typedef struct swapstuff {$/;"	s	file:
swnames	handlers.c	/^static char *swnames[] = {$/;"	v	file:
synth_t	synth.c	/^} *synth_t;$/;"	t	file:
synthstuff	synth.c	/^typedef struct synthstuff {$/;"	s	file:
t	resample.c	/^   long t;            \/* Current time\/pos for exact-coeff's method *\/$/;"	m	struct:resamplestuff	file:
t	testall.sh	/^t() {$/;"	f
tagtype	mp3.c	/^int tagtype(const unsigned char *data, int length)$/;"	f
tandem_adjust_alaw	g72x.c	/^tandem_adjust_alaw(sr, se, y, i, sign, qtab)$/;"	f
tandem_adjust_ulaw	g72x.c	/^tandem_adjust_ulaw(sr, se, y, i, sign, qtab)$/;"	f
tap	earwax.c	/^  st_sample_t *tap; \/* taps are z^-1 delays for the FIR filter *\/$/;"	m	struct:earwaxstuff	file:
td	g72x.h	/^	char td;	\/* delayed tone detect, new in 1988 version *\/$/;"	m	struct:g72x_state
tell	getopt.c	63;"	d	file:
textChunk	aiff.c	/^static int textChunk(char **text, char *chunkDescription, ft_t ft) $/;"	f	file:
time	reverb.c	/^	float	in_gain, out_gain, time;$/;"	m	struct:reverbstuff	file:
timetag	sfircam.h	/^	uint32_t timetag;$/;"	m	struct:Sfmaxamp
timevalue	dat.c	/^	double timevalue, deltat;$/;"	m	struct:dat	file:
tmp	pitch.c	/^    PITCH_FLOAT * tmp;   \/* temporary buffer *\/$/;"	m	struct:	file:
top_srcdir	gsm/Makefile	/^top_srcdir = ..$/;"	m
total	polyphas.c	/^  unsigned long total;           \/* number of filter stages        *\/$/;"	m	struct:polyphase	file:
total	rate.c	/^	unsigned long total;$/;"	m	struct:ratestuff	file:
total_size	voc.c	/^    long           total_size;  \/* total size of all audio in file *\/$/;"	m	struct:vocstuff	file:
totalprocessed	dcshift.c	/^    int totalprocessed;$/;"	m	struct:	file:
totalprocessed	vol.c	/^    int totalprocessed;$/;"	m	struct:	file:
transfer	speed.c	/^static void transfer(speed_t speed)$/;"	f	file:
transferIns	compand.c	/^  double *transferIns;  \/*    ... and points on the transfer function *\/$/;"	m	struct:	file:
transferOuts	compand.c	/^  double *transferOuts;$/;"	m	struct:	file:
transferPoints	compand.c	/^  int transferPoints;   \/* Number of points specified on the transfer$/;"	m	struct:	file:
trim_t	trim.c	/^} * trim_t;$/;"	t	file:
trimmed	trim.c	/^    st_size_t trimmed;$/;"	m	struct:	file:
tx16w_len	tx16w.c	/^static st_size_t tx16w_len=0;$/;"	v	file:
txw_t	tx16w.c	/^} *txw_t;$/;"	t	file:
txwnames	handlers.c	/^static char *txwnames[] = {$/;"	v	file:
txwstuff	tx16w.c	/^typedef struct txwstuff {$/;"	s	file:
type	smp.c	/^	char type;   \/* 0 = loop off, 1 = forward, 2 = forw\/back *\/$/;"	m	struct:loop	file:
type	st.h	/^    char         type;           \/* 0=no, 1=forward, 2=forward\/back *\/$/;"	m	struct:st_loopinfo
type	synth.c	/^    int type[MAXCHAN];$/;"	m	struct:synthstuff	file:
u	gsm/private.h	/^	word		u[8];		\/* short_term_aly_filter.c	*\/$/;"	m	struct:gsm_state
ubnames	handlers.c	/^static char *ubnames[] = {$/;"	v	file:
ulnames	handlers.c	/^static char *ulnames[] = {$/;"	v	file:
ulongword	gsm/private.h	/^typedef unsigned long		ulongword;	\/* unsigned longword	*\/$/;"	t
unpack_input	au.c	/^static int unpack_input(ft_t ft, unsigned char *code)$/;"	f	file:
unused	tx16w.c	/^    unused[2];       \/* set these to null, to be on the safe side *\/$/;"	m	struct:WaveHeader_	file:
up	polyphas.c	/^  int up,down;    \/* up\/down conversion factors for this stage      *\/$/;"	m	struct:	file:
update	g72x.c	/^update(code_size, y, wi, fi, dq, sr, dqsez, state_ptr)$/;"	f
update_hist	polyphas.c	/^static void update_hist(Float *hist, int hist_size, int in_size)$/;"	f	file:
update_rms	silence.c	/^void update_rms(eff_t effp, st_sample_t sample)$/;"	f
usage	sox.c	/^static void usage(opt)$/;"	f	file:
usagestr	sox.c	/^static char *usagestr =$/;"	v	file:
uselimiter	dcshift.c	/^    int uselimiter; \/* boolean: are we using the limiter? *\/$/;"	m	struct:	file:
uselimiter	vol.c	/^    int uselimiter; \/* boolean: are we using the limiter? *\/$/;"	m	struct:	file:
user	avr.c	/^  char user[64];       \/* User defined. Typically ASCII message. *\/$/;"	m	struct:avrstuff	file:
user_efftab	sox.c	/^static struct st_effect user_efftab[MAX_USER_EFF];$/;"	v	file:
uwnames	handlers.c	/^static char *uwnames[] = {$/;"	v	file:
uword	gsm/private.h	/^typedef unsigned short		uword;		\/* unsigned word	*\/$/;"	t
v	gsm/private.h	/^	word		v[9];		\/* short_term.c, synthesis	*\/$/;"	m	struct:gsm_state
v	test/ding.c	/^	FLOAT v;	    \/* volume *\/$/;"	m	struct:_Env	file:
v	test/model.c	/^	double v; \/* volume *\/$/;"	m	struct:_Env	file:
v_max	cvsd.c	/^	float v_min, v_max;$/;"	m	struct:cvsd_common_state	file:
v_min	cvsd.c	/^	float v_min, v_max;$/;"	m	struct:cvsd_common_state	file:
value	sfircam.h	/^	float	value[SF_MAXCHAN];$/;"	m	struct:Sfmaxamp
vb	vorbis.c	/^	vorbis_block     vb;$/;"	m	struct:vorbis_enc	file:
vd	vorbis.c	/^	vorbis_dsp_state vd;$/;"	m	struct:vorbis_enc	file:
verbose	gsm/private.h	/^	char		verbose;	\/* only used if !NDEBUG		*\/$/;"	m	struct:gsm_state
verbose	util.c	/^int verbose = 0;        \/* be noisy on stderr *\/$/;"	v
version	play.in	/^version()$/;"	f
version	smp.c	/^	char version[4];	\/* File version *\/$/;"	m	struct:smpheader	file:
vf	vorbis.c	/^	OggVorbis_File *vf;$/;"	m	struct:vorbisstuff	file:
vi	vorbis.c	/^        vorbis_info      vi;$/;"	m	struct:vorbis_enc	file:
vibro_t	vibro.c	/^} *vibro_t;$/;"	t	file:
vibrostuff	vibro.c	/^typedef struct vibrostuff {$/;"	s	file:
vocnames	handlers.c	/^static char *vocnames[] = {$/;"	v	file:
vocstuff	voc.c	/^typedef struct vocstuff {$/;"	s	file:
vol_t	vol.c	/^} * vol_t;$/;"	t	file:
volume	compand.c	/^  double *volume;       \/* Current "volume" of each channel *\/$/;"	m	struct:	file:
volume	sox.c	/^static double volume = 1.0;     \/* Linear volume change *\/$/;"	v	file:
volume	stat.c	/^        int     volume;$/;"	m	struct:statstuff	file:
volumechange	sox.c	/^static st_sample_t volumechange(st_sample_t *buf, st_ssize_t ct, $/;"	f	file:
vorbis_analysis_init	configure	/^vorbis_analysis_init ();$/;"	f
vorbis_enc	vorbis.c	/^typedef struct vorbis_enc {$/;"	s	file:
vorbis_enc_data	vorbis.c	/^	vorbis_enc_t *vorbis_enc_data;$/;"	m	struct:vorbisstuff	file:
vorbis_enc_t	vorbis.c	/^} vorbis_enc_t;$/;"	t	file:
vorbis_t	vorbis.c	/^} *vorbis_t;$/;"	t	file:
vorbisnames	handlers.c	/^static char *vorbisnames[] = {$/;"	v	file:
vorbisstuff	vorbis.c	/^typedef struct vorbisstuff {$/;"	s	file:
vs_t	voc.c	/^} *vs_t;$/;"	t	file:
wav_fmt	gsm/private.h	/^	char		wav_fmt;	\/* only used if WAV49 defined	*\/$/;"	m	struct:gsm_state
wav_format_str	wav.c	/^static char *wav_format_str(unsigned wFormatTag) $/;"	f	file:
wav_t	wav.c	/^} *wav_t;$/;"	t	file:
wavehdr	mmwave.c	/^    WAVEHDR *wavehdr[2];$/;"	m	struct:mmwavestuff	file:
wavgsmdestroy	wav.c	/^void wavgsmdestroy(ft_t ft)$/;"	f
wavgsmflush	wav.c	/^static int wavgsmflush(ft_t ft, int pad)$/;"	f	file:
wavgsminit	wav.c	/^int wavgsminit(ft_t ft)$/;"	f
wavgsmread	wav.c	/^st_ssize_t wavgsmread(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
wavgsmstopwrite	wav.c	/^void wavgsmstopwrite(ft_t ft)$/;"	f
wavgsmwrite	wav.c	/^st_ssize_t wavgsmwrite(ft_t ft, st_sample_t *buf, st_ssize_t len)$/;"	f
wavnames	handlers.c	/^static char *wavnames[] = {$/;"	v	file:
wavstuff	wav.c	/^typedef struct wavstuff {$/;"	s	file:
wavwritehdr	wav.c	/^static int wavwritehdr(ft_t ft, int second_header) $/;"	f	file:
width	band.c	/^	float	width;$/;"	m	struct:bandstuff	file:
width	pitch.c	/^    PITCH_FLOAT width;   \/* sweep size in ms *\/$/;"	m	struct:	file:
win_type	polyphas.c	/^static int win_type  = 0;$/;"	v	file:
win_width	polyphas.c	/^static int win_width = 1024;$/;"	v	file:
window	polyphas.c	/^  Float *window;  \/* this is past_hist[hsize], then input[size]     *\/$/;"	m	struct:	file:
window	silence.c	/^    double      *window;$/;"	m	struct:silencestuff	file:
window	stretch.c	/^    STRETCH_FLOAT window;   \/* window in ms *\/$/;"	m	struct:	file:
window_current	silence.c	/^    double      *window_current;$/;"	m	struct:silencestuff	file:
window_end	silence.c	/^    double      *window_end;$/;"	m	struct:silencestuff	file:
window_size	silence.c	/^    st_size_t   window_size;$/;"	m	struct:silencestuff	file:
word	gsm/private.h	/^typedef short			word;		\/* 16 bit signed int	*\/$/;"	t
write	st.h	/^    st_ssize_t   (*write)(ft_t ft, st_sample_t *buf, st_ssize_t len);$/;"	m	struct:st_format
write_ieee_extended	aiff.c	/^static void write_ieee_extended(ft_t ft, double x)$/;"	f	file:
write_vorbis_header	vorbis.c	/^int write_vorbis_header(ft_t ft, vorbis_enc_t *ve)$/;"	f
writedone	tx16w.c	/^static st_size_t writedone=0;$/;"	v	file:
writeflush	raw.c	/^static void writeflush(ft_t ft)$/;"	f	file:
writepriv	hcom.c	/^struct writepriv {$/;"	s	file:
writerr	misc.c	/^static const char writerr[] = "Error writing sample file.  You are probably out of disk space.";$/;"	v	file:
writesamples	nulfile.c	/^    unsigned long writesamples;$/;"	m	struct:nulstuff	file:
writetrailer	smp.c	/^static int writetrailer(ft_t ft, struct smptrailer *trailer)$/;"	f	file:
writing	sox.c	/^static int writing = 0;         \/* are we writing to a file? *\/$/;"	v	file:
wropensf	sfircam.h	199;"	d
wve_t	wve.c	/^    } *wve_t;$/;"	t	file:
wvenames	handlers.c	/^static char *wvenames[] = {$/;"	v	file:
wvepriv	wve.c	/^typedef struct wvepriv$/;"	s	file:
wvewriteheader	wve.c	/^static void wvewriteheader(ft_t ft)$/;"	f	file:
x	btrworth.h	/^  double x [2];$/;"	m	struct:butterworth
x	test/ding.c	/^	FLOAT x,y;	  \/* current x,y *\/$/;"	m	struct:_Env	file:
xxxAdpcmWriteBlock	wav.c	/^static int xxxAdpcmWriteBlock(ft_t ft)$/;"	f	file:
y	btrworth.h	/^  double y [2];$/;"	m	struct:butterworth
y	test/ding.c	/^	FLOAT x,y;	  \/* current x,y *\/$/;"	m	struct:_Env	file:
yl	g72x.h	/^	long yl;	\/* Locked or steady state step size multiplier. *\/$/;"	m	struct:g72x_state
yu	g72x.h	/^	short yu;	\/* Unlocked or non-steady state step size multiplier. *\/$/;"	m	struct:g72x_state
z1	gsm/private.h	/^	word		z1;		\/* preprocessing.c, Offset_com. *\/$/;"	m	struct:gsm_state
