inspiralrange(f,
S,
snr=8,
m1=1.4,
m2=1.4,
fmin=10,
fmax=None,
horizon=False)
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Calculate the sensitivity distance to an inspiral with the given
masses, for the given signal-to-noise ratio. See the following reference
for information on the integral performed:
https://dcc.ligo.org/cgi-bin/private/DocDB/ShowDocument?docid=27267
- Parameters:
f (numpy.array ) - frequency array
S (numpy.array ) - power spectral density array
snr (float ) - signal-to-noise ratio at which to calculate range
m1 (float ) - mass (in solar masses) of first binary component, default: 1.4
m2 (float ) - mass (in solar masses) of second binary component, default: 1.4
fmin (float ) - minimum frequency limit of integral, default: 10 Hz
fmax (float ) - maximum frequency limit of integral, default: ISCO
horizon (bool ) - return horizon distance in stead of angle-averaged, default:
False
- Returns:
float
- sensitive distance to an inspiral (in solar masses) for the given
PSD and parameters
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