Tests for XLALAdd[Multi]BinaryTimes() More...

Prototypes
static void	LALGetBinarytimes (LALStatus status, SSBtimes tBinary, const SSBtimes tSSB, const DetectorStateSeries DetectorStates, const BinaryOrbitParams *binaryparams, LIGOTimeGPS refTime)
	For a given OrbitalParams, calculate the time-differences \( \Delta T_\alpha\equiv T(t_\alpha) - T_0 \) , and their derivatives \( Tdot_\alpha \equiv d T / d t (t_\alpha) \) . More...

static void	LALGetMultiBinarytimes (LALStatus status, MultiSSBtimes multiBinary, const MultiSSBtimes multiSSB, const MultiDetectorStateSeries multiDetStates, const BinaryOrbitParams binaryparams, LIGOTimeGPS refTime)
	Multi-IFO version of LALGetBinarytimes(). More...

static void	EccentricAnomoly (LALStatus status, REAL8 tr, REAL8 lE, void *x0)
	For a given set of binary parameters we solve the following function for the eccentric anomoly E. More...

int	XLALCompareSSBtimes (REAL8 err_DeltaT, REAL8 err_Tdot, const SSBtimes t1, const SSBtimes t2)
	Compare 2 SSBtimes vectors and return the maximal difference in DeltaT in s, and in Tdot (dimensionless) More...

int	XLALCompareMultiSSBtimes (REAL8 err_DeltaT, REAL8 err_Tdot, const MultiSSBtimes m1, const MultiSSBtimes m2)
	Compare 2 MultiSSBtimes vectors and return the maximal difference in DeltaT in s, and in Tdot (dimensionless) More...

int	main (int argc, char *argv[])

Detailed Description

Tests for XLALAdd[Multi]BinaryTimes()

Author: Reinhard Prix

We simply compare the results to the old+obsolete LAL functions LALGet[Multi]Binarytimes(), which have been moved here, and only serve for this comparison.

Sky-location is picked at random each time, which allows a minimal Monte-Carlo validation by simply running this script repeatedly.

Definition in file BinarySSBTimesTest.c.

Go to the source code of this file.

Data Structures
struct	UserInput_t
	User-variables: can be set from config-file or command-line.

struct	BinaryOrbitParams

Macros
#define	EA_ACC 1E-9 /* the timing accuracy of LALGetBinaryTimes in seconds */

#define	GPS2REAL8(gps) (1.0 * (gps).gpsSeconds + 1.e-9 * (gps).gpsNanoSeconds )

#define	COMPUTEFSTATC_ENULL 1

#define	COMPUTEFSTATC_ENONULL 2

#define	COMPUTEFSTATC_EINPUT 3

#define	COMPUTEFSTATC_EMEM 4

#define	COMPUTEFSTATC_EXLAL 5

#define	COMPUTEFSTATC_EIEEE 6

#define	COMPUTEFSTATC_MSGENULL "Arguments contained an unexpected null pointer"

#define	COMPUTEFSTATC_MSGENONULL "Output pointer is non-NULL"

#define	COMPUTEFSTATC_MSGEINPUT "Invalid input"

#define	COMPUTEFSTATC_MSGEMEM "Out of memory. Bad."

#define	COMPUTEFSTATC_MSGEXLAL "XLAL function call failed"

#define	COMPUTEFSTATC_MSGEIEEE "Floating point failure"

Variables
static REAL8	A

static REAL8	B

Macro Definition Documentation

◆ EA_ACC

#define EA_ACC 1E-9 /* the timing accuracy of LALGetBinaryTimes in seconds */

Definition at line 46 of file BinarySSBTimesTest.c.

◆ GPS2REAL8

#define GPS2REAL8 ( gps ) (1.0 * (gps).gpsSeconds + 1.e-9 * (gps).gpsNanoSeconds )

Definition at line 49 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_ENULL

#define COMPUTEFSTATC_ENULL 1

Definition at line 285 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_ENONULL

#define COMPUTEFSTATC_ENONULL 2

Definition at line 286 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_EINPUT

#define COMPUTEFSTATC_EINPUT 3

Definition at line 287 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_EMEM

#define COMPUTEFSTATC_EMEM 4

Definition at line 288 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_EXLAL

#define COMPUTEFSTATC_EXLAL 5

Definition at line 289 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_EIEEE

#define COMPUTEFSTATC_EIEEE 6

Definition at line 290 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGENULL

#define COMPUTEFSTATC_MSGENULL "Arguments contained an unexpected null pointer"

Definition at line 292 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGENONULL

#define COMPUTEFSTATC_MSGENONULL "Output pointer is non-NULL"

Definition at line 293 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGEINPUT

#define COMPUTEFSTATC_MSGEINPUT "Invalid input"

Definition at line 294 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGEMEM

#define COMPUTEFSTATC_MSGEMEM "Out of memory. Bad."

Definition at line 295 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGEXLAL

#define COMPUTEFSTATC_MSGEXLAL "XLAL function call failed"

Definition at line 296 of file BinarySSBTimesTest.c.

◆ COMPUTEFSTATC_MSGEIEEE

#define COMPUTEFSTATC_MSGEIEEE "Floating point failure"

Definition at line 297 of file BinarySSBTimesTest.c.

Function Documentation

◆ LALGetBinarytimes()

void LALGetBinarytimes	(	LALStatus *	status,
		SSBtimes *	tBinary,
		const SSBtimes *	tSSB,
		const DetectorStateSeries *	DetectorStates,
		const BinaryOrbitParams *	binaryparams,
		LIGOTimeGPS	refTime
	)

static

For a given OrbitalParams, calculate the time-differences \( \Delta T_\alpha\equiv T(t_\alpha) - T_0 \) , and their derivatives \( Tdot_\alpha \equiv d T / d t (t_\alpha) \) .

Note: The return-vectors DeltaT and Tdot must be allocated already and have the same length as the input time-series DetStates.

Parameters

	status	pointer to LALStatus structure
[out]	tBinary	DeltaT_alpha = T(t_alpha) - T_0; and Tdot(t_alpha)
[in]	tSSB	DeltaT_alpha = T(t_alpha) - T_0; and Tdot(t_alpha)
[in]	DetectorStates	detector-states at timestamps t_i
[in]	binaryparams	source binary orbit parameters
	refTime	SSB reference-time T_0 of pulsar-parameters

Definition at line 309 of file BinarySSBTimesTest.c.

◆ LALGetMultiBinarytimes()

void LALGetMultiBinarytimes	(	LALStatus *	status,
		MultiSSBtimes **	multiBinary,
		const MultiSSBtimes *	multiSSB,
		const MultiDetectorStateSeries *	multiDetStates,
		const BinaryOrbitParams *	binaryparams,
		LIGOTimeGPS	refTime
	)

static

Multi-IFO version of LALGetBinarytimes().

Get all binary-timings for all input detector-series.

Parameters

	status	pointer to LALStatus structure
[out]	multiBinary	SSB-timings for all input detector-state series
[in]	multiSSB	SSB-timings for all input detector-state series
[in]	multiDetStates	detector-states at timestamps t_i
[in]	binaryparams	source binary orbit parameters
	refTime	SSB reference-time T_0 for SSB-timing

Definition at line 428 of file BinarySSBTimesTest.c.

◆ EccentricAnomoly()

static void EccentricAnomoly	(	LALStatus *	status,
		REAL8 *	tr,
		REAL8	lE,
		void *	x0
	)

static

For a given set of binary parameters we solve the following function for the eccentric anomoly E.

Definition at line 407 of file BinarySSBTimesTest.c.

◆ XLALCompareSSBtimes()

int XLALCompareSSBtimes	(	REAL8 *	err_DeltaT,
		REAL8 *	err_Tdot,
		const SSBtimes *	t1,
		const SSBtimes *	t2
	)

Compare 2 SSBtimes vectors and return the maximal difference in DeltaT in s, and in Tdot (dimensionless)

Definition at line 247 of file BinarySSBTimesTest.c.

◆ XLALCompareMultiSSBtimes()

int XLALCompareMultiSSBtimes	(	REAL8 *	err_DeltaT,
		REAL8 *	err_Tdot,
		const MultiSSBtimes *	m1,
		const MultiSSBtimes *	m2
	)

Compare 2 MultiSSBtimes vectors and return the maximal difference in DeltaT in s, and in Tdot (dimensionless)

Definition at line 215 of file BinarySSBTimesTest.c.

◆ main()

int main	(	int	argc,
		char *	argv[]
	)

Definition at line 79 of file BinarySSBTimesTest.c.

Variable Documentation

◆ A

REAL8 A

static

Definition at line 52 of file BinarySSBTimesTest.c.

◆ B

REAL8 B

static

Definition at line 52 of file BinarySSBTimesTest.c.

Prototypes

Detailed Description

Data Structures

Macros

Variables

Macro Definition Documentation

◆ EA_ACC

◆ GPS2REAL8

◆ COMPUTEFSTATC_ENULL

◆ COMPUTEFSTATC_ENONULL

◆ COMPUTEFSTATC_EINPUT

◆ COMPUTEFSTATC_EMEM

◆ COMPUTEFSTATC_EXLAL

◆ COMPUTEFSTATC_EIEEE

◆ COMPUTEFSTATC_MSGENULL

◆ COMPUTEFSTATC_MSGENONULL

◆ COMPUTEFSTATC_MSGEINPUT

◆ COMPUTEFSTATC_MSGEMEM

◆ COMPUTEFSTATC_MSGEXLAL

◆ COMPUTEFSTATC_MSGEIEEE

Function Documentation

◆ LALGetBinarytimes()

◆ LALGetMultiBinarytimes()

◆ EccentricAnomoly()

◆ XLALCompareSSBtimes()

◆ XLALCompareMultiSSBtimes()

◆ main()

Variable Documentation

◆ A

◆ B