Core package to analyze gravitational-wave data, find signals, and study their parameters. This package was used in the first direct detection of gravitational waves (GW150914), and is used in the ongoing analysis of LIGO/Virgo data.
This PR simply uses radians for right ascension and declination throughout PyGRB. Displaying them in degrees in the summary table on the results webpage is preserved. This cleanup fixes the single IFO vs coherent IFO diagnostic plots.
Standard information about the request
This is a: bug fix
This change affects: PyGRB
This change changes: result presentation / plotting
Motivation
The injections in plots such as
with 2 IFOs or
with 3 IFOs look wrong, but otherwise the behaviour of injections looks good. The PR ensures that R.A. and declination are handled consistently throughout the workflow, so that the resulting plots are now correspondingly
and
Testing performed
The updated plots were produced rerunning the entire workflow from injection production onwards (injection filtering, post-processing).
[ ] The author of this pull request confirms they will adhere to the code of conduct
This PR simply uses radians for right ascension and declination throughout PyGRB. Displaying them in degrees in the summary table on the results webpage is preserved. This cleanup fixes the single IFO vs coherent IFO diagnostic plots.
Standard information about the request
This is a: bug fix
This change affects: PyGRB
This change changes: result presentation / plotting
Motivation
The injections in plots such as
with 2 IFOs or
with 3 IFOs look wrong, but otherwise the behaviour of injections looks good. The PR ensures that R.A. and declination are handled consistently throughout the workflow, so that the resulting plots are now correspondingly
and
Testing performed
The updated plots were produced rerunning the entire workflow from injection production onwards (injection filtering, post-processing).