pint

PINT Is Not TEMPO3!

This package has many submodules, but useful starting places may be pint.toa.TOAs, pint.models.timing_model.TimingModel, and pint.residuals.Residuals.

Below you will find a tree of submodules. The online documentation should also provide a usable table of contents.

These docstrings contain reference documentation; for tutorials, explanations, or how-to documentation, please see other sections of the online documentation.

Functions

print_info()

Print the OS version, Python version, PINT version, versions of the dependencies etc.

`pint.bayesian`	Bayesian interface providing the pulsar timing likelihood, prior and posterior functions.
`pint.binaryconvert`	Potential issues: * orbital frequency derivatives * Does EPS1DOT/EPS2DOT imply OMDOT and vice versa?
`pint.config`	Functions related to PINT configuration.
`pint.derived_quantities`	Functions to compute various derived quantities from pulsar spin parameters, masses, etc.
`pint.erfautils`	Observatory position and velocity calculation.
`pint.event_toas`	Generic functions to load TOAs from events files, along with specific implementations for different missions.
`pint.eventstats`	Various routines for calculating pulsation test statistics on event data and helper functions.
`pint.exceptions`
`pint.extern`	External/third-party modules that are distributed with PINT.
`pint.fermi_toas`	Work with Fermi TOAs.
`pint.fits_utils`	FITS handling functions
`pint.fitter`	Objects for managing the procedure of fitting models to TOAs.
`pint.gridutils`	Tools for building chi-squared grids.
`pint.logging`	Custom logging filter for PINT using `loguru`.
`pint.mcmc_fitter`	Markov Chain Monte Carlo fitting.
`pint.models`	Pulsar timing models and tools for working with them.
`pint.modelutils`
`pint.observatory`	Machinery to support PINT's list of observatories.
`pint.orbital`	Orbital models
`pint.phase`
`pint.pint_matrix`	pint_matrix module defines the pint matrix base class, the design matrix .
`pint.pintk`
`pint.plot_utils`
`pint.polycos`	Polynomial coefficients for phase prediction
`pint.pulsar_ecliptic`
`pint.pulsar_mjd`	PulsarMJD special time format.
`pint.random_models`	Generate random models distributed like the results of a fit.
`pint.residuals`	Objects for comparing models to data.
`pint.sampler`
`pint.scripts`
`pint.simulation`	Functions related to simulating TOAs and models
`pint.solar_system_ephemerides`	Solar system ephemeris downloading and setting support.
`pint.templates`
`pint.toa`	Tools for working with pulse time-of-arrival (TOA) data.
`pint.toa_select`	Tool for selecting a subset of TOAs.
`pint.types`
`pint.utils`	Miscellaneous potentially-helpful functions.