Detailed Description

Provides structures and functions to condition interferometer data and generate binary inspiral chirps using the stationary phase approximation.

Author: Brown, D. A.

Synopsis

#include <lal/FindChirpSP.h>

Prototypes
void	LALFindChirpSPTemplate (LALStatus status, FindChirpTemplate fcTmplt, InspiralTemplate tmplt, FindChirpTmpltParams params)

Files
file	FindChirpSPTemplate.c
	Provides functions to create stationary phase inspiral templates in a form that can be used by the `FindChirpFilter()` function.

Error Codes
#define	FINDCHIRPSPH_ENULL 1
	Null pointer. More...

#define	FINDCHIRPSPH_ENNUL 2
	Non-null pointer. More...

#define	FINDCHIRPSPH_EALOC 3
	Memory allocation error. More...

#define	FINDCHIRPSPH_ENUMZ 4
	Invalid number of segments. More...

#define	FINDCHIRPSPH_ESEGZ 5
	Invalid number of points in segments. More...

#define	FINDCHIRPSPH_EMISM 6
	Mismatch between number of points in segments. More...

#define	FINDCHIRPSPH_EDELT 7
	deltaT is zero or negative More...

#define	FINDCHIRPSPH_EFLOW 8
	Low frequency cutoff is negative. More...

#define	FINDCHIRPSPH_EDYNR 9
	Dynamic range scaling is zero or negative. More...

#define	FINDCHIRPSPH_EISTN 10
	Truncation of inverse power spectrum is negative. More...

#define	FINDCHIRPSPH_EDIVZ 11
	Attempting to divide by zero. More...

#define	FINDCHIRPSPH_EMAPX 12
	Mismatch in waveform approximant. More...

#define	FINDCHIRPSPH_EUAPX 13
	Unknown approximant. More...

#define	FINDCHIRPSPH_EORDR 14
	Invalid post-Newtonian order. More...

Function Documentation

◆ LALFindChirpSPTemplate()

void LALFindChirpSPTemplate	(	LALStatus *	status,
		FindChirpTemplate *	fcTmplt,
		InspiralTemplate *	tmplt,
		FindChirpTmpltParams *	params
	)

Definition at line 138 of file FindChirpSPTemplate.c.

Macro Definition Documentation

◆ FINDCHIRPSPH_ENULL

#define FINDCHIRPSPH_ENULL 1

Null pointer.

Definition at line 62 of file FindChirpSP.h.

◆ FINDCHIRPSPH_ENNUL

#define FINDCHIRPSPH_ENNUL 2

Non-null pointer.

Definition at line 63 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EALOC

#define FINDCHIRPSPH_EALOC 3

Memory allocation error.

Definition at line 64 of file FindChirpSP.h.

◆ FINDCHIRPSPH_ENUMZ

#define FINDCHIRPSPH_ENUMZ 4

Invalid number of segments.

Definition at line 65 of file FindChirpSP.h.

◆ FINDCHIRPSPH_ESEGZ

#define FINDCHIRPSPH_ESEGZ 5

Invalid number of points in segments.

Definition at line 66 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EMISM

#define FINDCHIRPSPH_EMISM 6

Mismatch between number of points in segments.

Definition at line 67 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EDELT

#define FINDCHIRPSPH_EDELT 7

deltaT is zero or negative

Definition at line 68 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EFLOW

#define FINDCHIRPSPH_EFLOW 8

Low frequency cutoff is negative.

Definition at line 69 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EDYNR

#define FINDCHIRPSPH_EDYNR 9

Dynamic range scaling is zero or negative.

Definition at line 70 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EISTN

#define FINDCHIRPSPH_EISTN 10

Truncation of inverse power spectrum is negative.

Definition at line 71 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EDIVZ

#define FINDCHIRPSPH_EDIVZ 11

Attempting to divide by zero.

Definition at line 72 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EMAPX

#define FINDCHIRPSPH_EMAPX 12

Mismatch in waveform approximant.

Definition at line 73 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EUAPX

#define FINDCHIRPSPH_EUAPX 13

Unknown approximant.

Definition at line 74 of file FindChirpSP.h.

◆ FINDCHIRPSPH_EORDR

#define FINDCHIRPSPH_EORDR 14

Invalid post-Newtonian order.

Definition at line 75 of file FindChirpSP.h.