astro.setupMR
- nucleardatapy.astro.setup_mr.mr_obss(source)[source]
Return a list of observations for a given source and print them all on the prompt.
- Parameters:
source (str.) – The source for which there are different observations.
- Returns:
The list of observations. If source == ‘J1614–2230’: 1, 2, 3, 4, 5.
- Return type:
list[str].
- nucleardatapy.astro.setup_mr.mr_sources()[source]
Return a list of the astrophysical sources for which a mass is given
- Returns:
The list of sources.
- Return type:
list[str].
- class nucleardatapy.astro.setup_mr.setupMR(source='J0030+0451', obs=1)[source]
Instantiate the observational mass for a given source and obs.
This choice is defined in the variables source and obs.
source can chosen among the following ones: ‘J1614–2230’.
obs depends on the chosen source.
- Parameters:
source (str, optional.) – Fix the name of source. Default value: ‘J1614–2230’.
obs (str, optional.) – Fix the obs. Default value: 1.
Attributes:
- label
Attribute providing the label the data is references for figures.
- latexCite
Attribute latexCite.
- mass
Attribute the observational mass of the source.
- mass_sig_lo
Attribute the negative uncertainty.
- mass_sig_up
Attribute the positive uncertainty.
- note
Attribute providing additional notes about the observation.
- rad
Attribute the observational mass of the source.
- rad_sig_lo
Attribute the negative uncertainty.
- rad_sig_up
Attribute the positive uncertainty.
- ref
Attribute providing the full reference to the paper to be citted.
- class nucleardatapy.astro.setup_mr.setupMRAverage(source='J1614–2230', obss=[1, 2])[source]
Instantiate the observational mass for a given source and averaged over obs.
This choice is defined in the variable source.
source can chosen among the following ones: ‘J1614–2230’.
- Parameters:
source (str, optional.) – Fix the name of source. Default value: ‘J1614–2230’.
Attributes:
Here is a figure which is produced with the Python sample: /nucleardatapy_sample/astro_setupMR_plot.py
The masses and radii measured by NICER. The different colors correspond to the different sources.