inspiral_range_psd¶
-
gwpy.astro.inspiral_range_psd(psd, snr=
8
, mass1=1.4
, mass2=1.4
, horizon=False
, **kwargs)[source]¶ Calculate the cosmology-corrected inspiral sensitive distance PSD
This method returns the power spectral density (in
Mpc**2 / Hz
) to which a compact binary inspiral with the given component masses would be detectable given the instrumental PSD. The calculation is defined in Belczynski et. al (2014):https://dx.doi.org/10.1088/0004-637x/789/2/120
- Parameters:¶
- psd
FrequencySeries
the instrumental power-spectral-density data
- snr
float
, optional the signal-to-noise ratio for which to calculate range, default:
8
- mass1
float
,Quantity
, optional the mass (
float
assumed in solar masses) of the first binary component, default:1.4
- mass2
float
,Quantity
, optional the mass (
float
assumed in solar masses) of the second binary component, default:1.4
- horizon
bool
, optional if
True
, return the maximal ‘horizon’ luminosity distance, otherwise return the angle-averaged comoving distance, default:False
- **kwargs
dict
, optional additional keyword arguments to
CBCWaveform
- psd
- Returns:¶
- rspec
FrequencySeries
the calculated inspiral sensitivity PSD [Mpc^2 / Hz]
- rspec
See also
sensemon_range_psd
for the method based on LIGO-T030276, also known as LIGO SenseMonitor
inspiral-range
the package which does heavy lifting for waveform simulation and cosmology calculations