NAME¶

lalsim-inspiral - manual page for lalsim-inspiral 5.3.1

DESCRIPTION¶

usage: /home/abuild/rpmbuild/BUILD/python3.11/bin/.libs/lalsim-inspiral [options] options [default values in brackets]:

-h, --help

print this message and exit

-v, --verbose

verbose output

-C, --radians

use radians rather than decimal degrees

-F, --frequency-domain

output data in frequency domain

-c, --condition-waveform

apply waveform conditioning

-P, --amp-phase

output data as amplitude and phase

-a APPROX, --approximant=APPROX

approximant [TaylorT1]

-w WAVEFORM, --waveform=WAVEFORM

waveform string giving both approximant and order

-D domain, --domain=DOMAIN

domain for waveform generation when both are available {"time", "freq"} [use natural domain for output]

-O PHASEO, --phase-order=PHASEO

twice pN order of phase (-1 == highest) [-1]

-o AMPO, --amp-order=AMPO

twice pN order of amplitude (-1 == highest) [-1]

-u PHIREF, --phiRef=PHIREF

reference phase in degrees [0]

-U PERIANOM, --periastron-anomaly=PERIANOM

mean periastron anomaly in degrees [0]

-W LONGASC, --longitude-ascending-node=LONGASC

longitude of ascending node in degrees [0]

-e ECC, --eccentricity=ECC

orbital eccentricity [0]

-R SRATE, --sample-rate=SRATE

sample rate in Hertz [16384]

-M M1, --m1=M1

mass of primary in solar masses [1.4]

-m M2, --m2=M2

mass of secondary in solar masses [1.4]

-d D, --distance=D

distance in Mpc [1]

-i IOTA, --inclination=IOTA

inclination in degrees [0]

-X S1X, --spin1x=S1X

x-component of dimensionless spin of primary [0]

-Y S1Y, --spin1y=S1Y

y-component of dimensionless spin of primary [0]

-Z S1Z, --spin1z=S1Z

z-component of dimensionless spin of primary [0]

-x S2X, --spin2x=S2X

x-component of dimensionless spin of secondary [0]

-y S2Y, --spin2y=S2Y

y-component of dimensionless spin of secondary [0]

-z S2Z, --spin2z=S2Z

z-component of dimensionless spin of secondary [0]

-L LAM1, --tidal-lambda1=LAM1

dimensionless tidal deformability of primary [0]

-l LAM2, --tidal-lambda2=LAM2

dimensionless tidal deformability of secondary [0]

-q DQM1, --delta-quad-mon1=DQM1

difference in quadrupole-monopole term of primary [0]

-Q DQM2, --delta-quad-mon2=DQM2

difference in quadrupole-monopole term of secondary [0]

-s SPINO, --spin-order=SPINO

twice pN order of spin effects (-1 == all) [-1]

-t TIDEO, --tidal-order=TIDEO

twice pN order of tidal effects (-1 == all) [-1]

-f FMIN, --f-min=FMIN

frequency to start waveform in Hertz [40]

-r FREF, --fRef=FREF

reference frequency in Hertz [0]

-A AXIS, --axis=AXIS

axis for PhenSpin {View, TotalJ, OrbitalL} [OrbitalL]

-n MODES, --modes=MODES

allowed l modes {L2, L23, ..., ALL} [L2]

-p KEY1=VAL1,KEY2=VAL2,..., --params=KEY1=VAL1,KEY2=VAL2,...

extra parameters as a key-value pair