#include <math.h>
#include <stdio.h>
#include <stdlib.h>
#include <lal/LALStdlib.h>
#include <lal/LALStdio.h>
#include <lal/LIGOMetadataTables.h>
#include <lal/LIGOMetadataUtils.h>
#include <lal/Date.h>
#include <lal/SkyCoordinates.h>
#include <lal/GeneratePPNInspiral.h>
#include <lal/DetectorSite.h>
#include <lal/DetResponse.h>
#include <lal/TimeDelay.h>
#include <lal/InspiralInjectionParams.h>
Include dependency graph for InspiralInjectionParams.c:
Go to the source code of this file.
Functions | |
| NRCSID (INSPIRALINJECTIONPARAMSC,"$Id: InspiralInjectionParams.c,v 1.13 2008/07/03 23:59:53 dfazi Exp $") | |
| SimInspiralTable * | XLALRandomInspiralTime (SimInspiralTable *inj, RandomParams *randParams, LIGOTimeGPS startTime, REAL4 timeWindow) |
| Generates the geocent_end_time for an inspiral injection, based on the given startTime and timeWindow. | |
| SimInspiralTable * | XLALRandomInspiralDistance (SimInspiralTable *inj, RandomParams *randParams, DistanceDistribution dDist, REAL4 distMin, REAL4 distMax) |
| Generates the distance for an inspiral injection, based on the requested distribution and max/min distances. | |
| SimInspiralTable * | XLALRandomInspiralSkyLocation (SimInspiralTable *inj, RandomParams *randParams) |
| Generates a random sky location (right ascension=longitude, delta=latitude) for an inspiral injection. | |
| void | XLALRandomInspiralMilkywayLocation (REAL8 *rightAscension, REAL8 *declination, REAL8 *distance, RandomParams *randParams) |
| Generates a location within the Milky Way for an inspiral injection. | |
| SimInspiralTable * | XLALRandomInspiralOrientation (SimInspiralTable *inj, RandomParams *randParams, InclDistribution iDist, REAL4 inclinationPeak) |
| Generates a random orientation (polarization, inclination, coa_phase) for an inspiral injection. | |
| SimInspiralTable * | XLALRandomInspiralMasses (SimInspiralTable *inj, RandomParams *randParams, MassDistribution mDist, REAL4 mass1Min, REAL4 mass1Max, REAL4 mass2Min, REAL4 mass2Max, REAL4 minTotalMass, REAL4 maxTotalMass) |
| Generates random masses for an inspiral injection. | |
| SimInspiralTable * | XLALGaussianInspiralMasses (SimInspiralTable *inj, RandomParams *randParams, REAL4 mass1Min, REAL4 mass1Max, REAL4 mass1Mean, REAL4 mass1Std, REAL4 mass2Min, REAL4 mass2Max, REAL4 mass2Mean, REAL4 mass2Std) |
| Generates masses for an inspiral injection. | |
| SimInspiralTable * | XLALRandomInspiralTotalMassRatio (SimInspiralTable *inj, RandomParams *randParams, REAL4 minTotalMass, REAL4 maxTotalMass, REAL4 minMassRatio, REAL4 maxMassRatio) |
| SimInspiralTable * | XLALRandomInspiralSpins (SimInspiralTable *inj, RandomParams *randParams, REAL4 spin1Min, REAL4 spin1Max, REAL4 spin2Min, REAL4 spin2Max, REAL4 kappa1Min, REAL4 kappa1Max, REAL4 abskappa1Min, REAL4 abskappa1Max) |
| Generates spins for an inspiral injection. | |
| SimInspiralTable * | XLALRandomNRInjectTotalMass (SimInspiralTable *inj, RandomParams *randParams, REAL4 minTotalMass, REAL4 maxTotalMass, SimInspiralTable *nrInjParams) |
| Generates random masses for an inspiral injection. | |
| SimInspiralTable * | XLALInspiralSiteTimeAndDist (SimInspiralTable *inj, LALDetector *detector, LIGOTimeGPS *endTime, REAL4 *effDist) |
| Set end time and effective distance of an injection for a detector. | |
| SimInspiralTable * | XLALPopulateSimInspiralSiteInfo (SimInspiralTable *inj) |
| Set the end time and effective distance for all detectors for this injection. | |
| COMPLEX8FrequencySeries * | generateActuation (COMPLEX8FrequencySeries *resp, REAL4 ETMcal, REAL4 pendF, REAL4 pendQ) |
| Populate a frequency series with the actuation response. | |
Brown, J. Creighton, S. Fairhurst, G. Jones, E. Messaritaki
Definition in file InspiralInjectionParams.c.
| NRCSID | ( | INSPIRALINJECTIONPARAMSC | , | |
| "$Id: InspiralInjectionParams. | c, | |||
| v 1.13 2008/07/03 23:59:53 dfazi Exp $" | ||||
| ) |
| SimInspiralTable* XLALRandomInspiralTime | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| LIGOTimeGPS | startTime, | |||
| REAL4 | timeWindow | |||
| ) |
Generates the geocent_end_time for an inspiral injection, based on the given startTime and timeWindow.
| inj | injection for which time will be set |
| randParams | random parameter details |
| startTime | the first time that the injection could be |
| timeWindow | the time window within which inj must occur |
Definition at line 50 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralDistance | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| DistanceDistribution | dDist, | |||
| REAL4 | distMin, | |||
| REAL4 | distMax | |||
| ) |
Generates the distance for an inspiral injection, based on the requested distribution and max/min distances.
| inj | injection for which distance will be set |
| randParams | random parameter details |
| dDist | requested distance distribution |
| distMin | minimum distance (Mpc) |
| distMax | maximum distance (Mpc) |
Definition at line 68 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralSkyLocation | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams | |||
| ) |
Generates a random sky location (right ascension=longitude, delta=latitude) for an inspiral injection.
| inj | injection for which sky location will be set |
| randParams | random parameter details |
Definition at line 108 of file InspiralInjectionParams.c.
| void XLALRandomInspiralMilkywayLocation | ( | REAL8 * | rightAscension, | |
| REAL8 * | declination, | |||
| REAL8 * | distance, | |||
| RandomParams * | randParams | |||
| ) |
Generates a location within the Milky Way for an inspiral injection.
| rightAscension | right ascension of the milky-way source |
| declination | declination of the milky-way source |
| distance | distance to the milky-way source |
| randParams | random parameter details |
Definition at line 120 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralOrientation | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| InclDistribution | iDist, | |||
| REAL4 | inclinationPeak | |||
| ) |
Generates a random orientation (polarization, inclination, coa_phase) for an inspiral injection.
If inclinationPeak is non-zero, then peak the inclination around o with width inclinationPeak
| inj | injection for which orientation will be set |
| randParams | random parameter details |
| iDist | requested inclination distribution |
| inclinationPeak | width of the peak of the inclination |
Definition at line 171 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralMasses | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| MassDistribution | mDist, | |||
| REAL4 | mass1Min, | |||
| REAL4 | mass1Max, | |||
| REAL4 | mass2Min, | |||
| REAL4 | mass2Max, | |||
| REAL4 | minTotalMass, | |||
| REAL4 | maxTotalMass | |||
| ) |
Generates random masses for an inspiral injection.
| inj | injection for which masses will be set |
| randParams | random parameter details |
| mDist | the mass distribution to use |
| mass1Min | minimum mass for first component |
| mass1Max | maximum mass for first component |
| mass2Min | minimum mass for second component |
| mass2Max | maximum mass for second component |
| minTotalMass | minimum total mass of binaty |
| maxTotalMass | maximum total mass of binary |
Definition at line 195 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALGaussianInspiralMasses | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| REAL4 | mass1Min, | |||
| REAL4 | mass1Max, | |||
| REAL4 | mass1Mean, | |||
| REAL4 | mass1Std, | |||
| REAL4 | mass2Min, | |||
| REAL4 | mass2Max, | |||
| REAL4 | mass2Mean, | |||
| REAL4 | mass2Std | |||
| ) |
Generates masses for an inspiral injection.
Masses are Gaussian distributed with the requested mean and standard deviation.
| inj | injection for which masses will be set |
| randParams | random parameter details |
| mass1Min | minimum mass for first component |
| mass1Max | maximum mass for first component |
| mass1Mean | mean value for mass1 |
| mass1Std | standard deviation of mass1 |
| mass2Min | minimum mass for second component |
| mass2Max | maximum mass for second component |
| mass2Mean | mean value of mass2 |
| mass2Std | standard deviation of mass2 |
Definition at line 254 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralTotalMassRatio | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| REAL4 | minTotalMass, | |||
| REAL4 | maxTotalMass, | |||
| REAL4 | minMassRatio, | |||
| REAL4 | maxMassRatio | |||
| ) |
| inj | injection for which masses will be set |
| randParams | random parameter details |
| minTotalMass | minimum total mass of binary |
| maxTotalMass | maximum total mass of binary |
| minMassRatio | minimum mass ratio |
| maxMassRatio | maximum mass ratio |
Definition at line 291 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomInspiralSpins | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| REAL4 | spin1Min, | |||
| REAL4 | spin1Max, | |||
| REAL4 | spin2Min, | |||
| REAL4 | spin2Max, | |||
| REAL4 | kappa1Min, | |||
| REAL4 | kappa1Max, | |||
| REAL4 | abskappa1Min, | |||
| REAL4 | abskappa1Max | |||
| ) |
Generates spins for an inspiral injection.
Spin magnitudes lie between the specified max and min values. Orientation for spin1 can be constrained by the specified values of kappa1, otherwise are random. Orientation for spin2 are random
| inj | injection for which spins will be set |
| randParams | random parameter details |
| spin1Min | minimum magnitude of spin1 |
| spin1Max | maximum magnitude of spin1 |
| spin2Min | minimum magnitude of spin2 |
| spin2Max | maximum magnitude of spin2 |
Definition at line 319 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALRandomNRInjectTotalMass | ( | SimInspiralTable * | inj, | |
| RandomParams * | randParams, | |||
| REAL4 | minTotalMass, | |||
| REAL4 | maxTotalMass, | |||
| SimInspiralTable * | nrInjParams | |||
| ) |
Generates random masses for an inspiral injection.
| inj | injection for which masses will be set |
| randParams | random parameter details |
| minTotalMass | minimum total mass of binaty |
| maxTotalMass | maximum total mass of binary |
| nrInjParams | parameters of NR injection |
Definition at line 415 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALInspiralSiteTimeAndDist | ( | SimInspiralTable * | inj, | |
| LALDetector * | detector, | |||
| LIGOTimeGPS * | endTime, | |||
| REAL4 * | effDist | |||
| ) |
Set end time and effective distance of an injection for a detector.
| inj | the injection details |
| detector | the detector of interest |
| endTime | the end time to populate |
| effDist | the effective distance to populate |
Definition at line 453 of file InspiralInjectionParams.c.
| SimInspiralTable* XLALPopulateSimInspiralSiteInfo | ( | SimInspiralTable * | inj | ) |
Set the end time and effective distance for all detectors for this injection.
| inj | the injection |
Definition at line 490 of file InspiralInjectionParams.c.
| COMPLEX8FrequencySeries* generateActuation | ( | COMPLEX8FrequencySeries * | resp, | |
| REAL4 | ETMcal, | |||
| REAL4 | pendF, | |||
| REAL4 | pendQ | |||
| ) |
Populate a frequency series with the actuation response.
Here, we just use the pendulum part of the actuation function
Definition at line 534 of file InspiralInjectionParams.c.
1.5.2