redback.transient_models.tde_models

Functions

bpl_cooling_envelope(time, redshift, ...)	Full lightcurve, with gaussian rise till fallback time and then the metzger tde model, photometric version where each band is fit/joint separately
cooling_envelope(time, redshift, mbh_6, ...)	This model is only valid for time after circulation.
fitted(time, redshift, log_mh, a_bh, m_disc, ...)	An import of FitTeD to model the plateau phase
fitted_exp_decay(time, redshift, log_mh, ...)	An import of FitTeD to model the plateau phase, with a gaussian rise and exponential decay
fitted_pl_decay(time, redshift, log_mh, ...)	An import of FitTeD to model the plateau phase, with a gaussian rise and power-law decay
gaussianrise_cooling_envelope(time, ...)	Full lightcurve, with gaussian rise till fallback time and then the metzger tde model, photometric version where each band is fit/joint separately
gaussianrise_cooling_envelope_bolometric(...)	Full lightcurve, with gaussian rise till fallback time and then the metzger tde model, bolometric version for fitting the bolometric lightcurve
stream_stream_tde(time, redshift, mbh_6, ...)	A TDE model based on stream-stream collisions.
stream_stream_tde_bolometric(time, mbh_6, ...)	A bolometric TDE model based on stream-stream collisions.
tde_analytical(time, redshift, l0, t_0_turn, ...)
tde_analytical_bolometric(time, l0, ...)
tde_fallback(time, redshift, mbh6, mstar, ...)	Identical to the Mosfit model following Guillochon+ 2013 apart from doing the fallback rate fudge in mosfit.
tde_fallback_bolometric(time, mbh6, mstar, ...)	Identical to the Mosfit model following Guillochon+ 2013 apart from doing the fallback rate fudge in mosfit.