redback.transient_models.magnetar_models

Functions

basic_magnetar(time, p0, bp, mass_ns, ...)	param time: time in seconds in source frame
collapsing_magnetar(time, a_1, alpha_1, l0, ...)	Generalised millisecond magnetar with curvature effect power law and a collapse time
collapsing_radiative_losses(time, a_1, ...)	radiative losses model with collapse time
evolving_magnetar(time, a_1, alpha_1, mu0, ...)	Millisecond magnetar model with evolution of inclination angle
evolving_magnetar_only(time, mu0, muinf, p0, ...)	Millisecond magnetar model with evolution of inclination angle
full_magnetar(time, a_1, alpha_1, l0, tau, ...)	Generalised millisecond magnetar with curvature effect power law
full_vacuum_dipole_magnetar(time, a_1, ...)	Generalised millisecond magnetar with curvature effect power law
general_magnetar(time, a_1, alpha_1, ...)	Reparameterized millisecond magnetar model (piecewise)
gw_magnetar(time, a_1, alpha_1, fgw0, tau, ...)	param time: time in seconds
luminosity_based_magnetar_models(time, ...)	Luminosity models that you want to fit to flux data by placing a prior on the redshift.
magnetar_luminosity_evolution(time, logbint, ...)	Assumes a combination of GW and EM spin down with a constant spin-magnetic field inclination angle.
magnetar_only(time, l0, tau, nn, **kwargs)	param time: time in seconds
piecewise_radiative_losses(time, a_1, ...)	Assumes smoothness and continuity between the prompt and magnetar term by fixing e0 variable
radiative_losses(time, a_1, alpha_1, l0, ...)	radiative losses model with a step function, indicating the magnetar term turns on at T0
radiative_losses_mdr(time, a_1, alpha_1, l0, ...)	radiative losses model for vacuum dipole radiation
radiative_losses_smoothness(time, a_1, ...)	radiative losses model with a step function, indicating the magnetar term turns on at T0
radiative_only(time, l0, tau, nn, kappa, ...)	radiative losses model only
vacuum_dipole_magnetar_only(time, l0, tau, ...)	param time: time in seconds