Prototypes
void	get_input_args (InputParams inputParams, int argc, char argv[])

void	heterodyne_data (COMPLEX16TimeSeries data, REAL8Vector times, HeterodyneParams hetParams, REAL8 freqfactor, FilterResponse *filtResp)

void	set_filters (Filters *iirFilters, REAL8 filterKnee, REAL8 samplerate)

void	filter_data (COMPLEX16TimeSeries data, Filters iirFilters)

COMPLEX16TimeSeries *	resample_data (COMPLEX16TimeSeries data, REAL8Vector times, INT4Vector starts, INT4Vector stops, REAL8 sampleRate, REAL8 resampleRate, INT4 heterodyneflag)

void	get_frame_times (CHAR framefile, REAL8 gpstime, INT4 *duration)

REAL8TimeSeries *	get_frame_data (LALCache framecache, CHAR channel, REAL8 gpstime, REAL8 length, INT4 duration, REAL8 samplerate, REAL8 scalefac, REAL8 highpass)

INT4	get_segment_list (INT4Vector starts, INT4Vector stops, CHAR *seglistfile, INT4 heterodyneflag)

LALCache *	set_frame_files (INT4 starts, INT4 stops, LALCache cache, INT4 position, INT4 maxchunklength)

void	calibrate (COMPLEX16TimeSeries series, REAL8Vector datatimes, CalibrationFiles calfiles, REAL8 frequency, CHAR *channel)

void	get_calibration_values (REAL8 magnitude, REAL8 phase, CHAR *calibfilename, REAL8 frequency)

INT4	remove_outliers (COMPLEX16TimeSeries data, REAL8Vector times, REAL8 stddevthresh)

FilterResponse *	create_filter_response (REAL8 filterKnee)

void	destroy_filter_response (FilterResponse *filtresp)

Data Structures
struct	CalibrationFiles

struct	FrameCache

struct	InputParams

struct	HeterodyneParams

struct	Filters

struct	FilterResponse

Macros
#define	localtime_r(timep, result) memcpy((result), localtime(timep), sizeof(struct tm))

#define	USAGE

#define	MAXDATALENGTH 256 /* maximum length of data to be read from frames */

#define	MAXSTRLENGTH 1024 /* maximum number of characters in a frame filename */

#define	MAXLISTLENGTH 25000 /* maximum length of a list of frames files */

#define	ALPHAMIN 0.0 /* minimum acceptable value of alpha calib coefficient */

#define	ALPHAMAX 2.0 /* maximum acceptable value of alpha calib coefficient */

#define	FILTERFFTTIME 200

#define	HEADERSIZE 2048 /* number of bytes in header for output files */

Macro Definition Documentation

◆ localtime_r

#define localtime_r	(	timep,
		result
	)	memcpy((result), localtime(timep), sizeof(struct tm))

Definition at line 42 of file heterodyne_pulsar.h.

◆ USAGE

#define USAGE

Definition at line 78 of file heterodyne_pulsar.h.

◆ MAXDATALENGTH

#define MAXDATALENGTH 256 /* maximum length of data to be read from frames */

Definition at line 136 of file heterodyne_pulsar.h.

◆ MAXSTRLENGTH

#define MAXSTRLENGTH 1024 /* maximum number of characters in a frame filename */

Definition at line 137 of file heterodyne_pulsar.h.

◆ MAXLISTLENGTH

#define MAXLISTLENGTH 25000 /* maximum length of a list of frames files */

Definition at line 138 of file heterodyne_pulsar.h.

◆ ALPHAMIN

#define ALPHAMIN 0.0 /* minimum acceptable value of alpha calib coefficient */

Definition at line 140 of file heterodyne_pulsar.h.

◆ ALPHAMAX

#define ALPHAMAX 2.0 /* maximum acceptable value of alpha calib coefficient */

Definition at line 141 of file heterodyne_pulsar.h.

◆ FILTERFFTTIME

#define FILTERFFTTIME 200

Definition at line 143 of file heterodyne_pulsar.h.

◆ HEADERSIZE

#define HEADERSIZE 2048 /* number of bytes in header for output files */

Definition at line 145 of file heterodyne_pulsar.h.

Function Documentation

◆ get_input_args()

void get_input_args	(	InputParams *	inputParams,
		int	argc,
		char *	argv[]
	)

Definition at line 812 of file heterodyne_pulsar.c.

◆ heterodyne_data()

void heterodyne_data	(	COMPLEX16TimeSeries *	data,
		REAL8Vector *	times,
		HeterodyneParams	hetParams,
		REAL8	freqfactor,
		FilterResponse *	filtResp
	)

Definition at line 1127 of file heterodyne_pulsar.c.

◆ set_filters()

void set_filters	(	Filters *	iirFilters,
		REAL8	filterKnee,
		REAL8	samplerate
	)

Definition at line 1741 of file heterodyne_pulsar.c.

◆ filter_data()

void filter_data	(	COMPLEX16TimeSeries *	data,
		Filters *	iirFilters
	)

Definition at line 1776 of file heterodyne_pulsar.c.

◆ resample_data()

COMPLEX16TimeSeries * resample_data	(	COMPLEX16TimeSeries *	data,
		REAL8Vector *	times,
		INT4Vector *	starts,
		INT4Vector *	stops,
		REAL8	sampleRate,
		REAL8	resampleRate,
		INT4	heterodyneflag
	)

Definition at line 1797 of file heterodyne_pulsar.c.

◆ get_frame_times()

void get_frame_times	(	CHAR *	framefile,
		REAL8 *	gpstime,
		INT4 *	duration
	)

Definition at line 1626 of file heterodyne_pulsar.c.

◆ get_frame_data()

REAL8TimeSeries * get_frame_data	(	LALCache *	framecache,
		CHAR *	channel,
		REAL8	gpstime,
		REAL8	length,
		INT4	duration,
		REAL8	samplerate,
		REAL8	scalefac,
		REAL8	highpass
	)

Definition at line 1650 of file heterodyne_pulsar.c.

◆ get_segment_list()

INT4 get_segment_list	(	INT4Vector *	starts,
		INT4Vector *	stops,
		CHAR *	seglistfile,
		INT4	heterodyneflag
	)

Definition at line 1973 of file heterodyne_pulsar.c.

◆ set_frame_files()

LALCache * set_frame_files	(	INT4 *	starts,
		INT4 *	stops,
		LALCache *	cache,
		INT4 *	position,
		INT4	maxchunklength
	)

Definition at line 2058 of file heterodyne_pulsar.c.

◆ calibrate()

void calibrate	(	COMPLEX16TimeSeries *	series,
		REAL8Vector *	datatimes,
		CalibrationFiles	calfiles,
		REAL8	frequency,
		CHAR *	channel
	)

Definition at line 2101 of file heterodyne_pulsar.c.

◆ get_calibration_values()

void get_calibration_values	(	REAL8 *	magnitude,
		REAL8 *	phase,
		CHAR *	calibfilename,
		REAL8	frequency
	)

Definition at line 2269 of file heterodyne_pulsar.c.

◆ remove_outliers()

INT4 remove_outliers	(	COMPLEX16TimeSeries *	data,
		REAL8Vector *	times,
		REAL8	stddevthresh
	)

Definition at line 2316 of file heterodyne_pulsar.c.

◆ create_filter_response()

FilterResponse * create_filter_response ( REAL8 filterKnee )

Definition at line 2368 of file heterodyne_pulsar.c.

◆ destroy_filter_response()

void destroy_filter_response ( FilterResponse * filtresp )

Definition at line 2489 of file heterodyne_pulsar.c.

Prototypes

Data Structures

Macros