pint.pintk.pulsar.Pulsar

class pint.pintk.pulsar.Pulsar(parfile=None, timfile=None, ephem=None, fitter='GLSFitter')[source]

Wrapper class for a pulsar.

Contains the toas, model, residuals, and fitter

Methods

`add_jump`(selected)	jump the toas selected or un-jump them if already jumped
`add_model_params`()	This automatically adds the next available unfit prefix parameters to the model so they show up on the GUI
`add_phase_wrap`(selected, phase)	Add a phase wrap to selected points in the TOAs object
`dayofyear`()	Return the day of the year for all the TOAs of this pulsar
`delete_TOAs`(indices, selected)
`fit`(selected[, iters, compute_random])	Run a fit using the specified fitter
`getDefaultFitter`([downhill])
`orbitalphase`()	For a binary pulsar, calculate the orbital phase.
`print_chi2`(selected)
`random_models`(selected)	Compute and plot random models
`resetAll`()
`reset_TOAs`()
`reset_model`()
`update_resids`()
`write_fit_summary`()	Summarize fitting results
`year`()	Return the decimal year for all the TOAs of this pulsar

Attributes

name

orbitalphase()[source]: For a binary pulsar, calculate the orbital phase. Otherwise, return an array of unitless quantities of zeros

dayofyear()[source]: Return the day of the year for all the TOAs of this pulsar

add_model_params()[source]: This automatically adds the next available unfit prefix parameters to the model so they show up on the GUI

add_phase_wrap(selected, phase)[source]

Add a phase wrap to selected points in the TOAs object

Turn on pulse number tracking in the model, if it isn’t already

Parameters:

add_jump(selected)[source]

jump the toas selected or un-jump them if already jumped

Parameters:: selected – boolean array to apply to toas, True = selected toa

fit(selected, iters=4, compute_random=False)[source]: Run a fit using the specified fitter