redback.transient_models.afterglow_models.base_models

Functions

RK4_step_numba(ghat, dm_rk4, G_rk4, M, fac, ...)	Single RK4 step - matches Python exactly
afterglow_models_sed(time, **kwargs)	A base class for afterglowpy models for bandpass magnitudes/flux/spectra/sncosmo source.
afterglow_models_with_energy_injection(time, ...)	A base class for afterglowpy models with energy injection.
afterglow_models_with_jet_spread(time, **kwargs)	A base class for afterglow models with jet spreading.
alternativepowerlaw_redback(time, redshift, ...)	An alternative powerlaw structured jet implemented directly in redback.
alternativepowerlaw_redback_refreshed(time, ...)	An alternative refreshed powerlaw structured jet implemented directly in redback.
calc_afterglow_step1_numba(G, dm, p, xp, Fx, ...)	Calculate synchrotron parameters - matches Python exactly
calc_afterglow_step2_numba(Dl, Om0, rotstep, ...)	Calculate emission properties - matches Python exactly
cocoon(time, redshift, umax, umin, loge0, k, ...)	A cocoon afterglow model from afterglowpy
cone_afterglow(time, redshift, thv, loge0, ...)	A cone afterglow model from afterglowpy
doublegaussian_redback(time, redshift, thv, ...)	Double Gaussian structured jet implemented directly in redback.
doublegaussian_redback_refreshed(time, ...)	Double Gaussian structured, refreshed jet implemented directly in redback.
erf_approximation_numba(x)	Numba-compatible erf approximation that matches scipy.special.erf closely
gaussian(time, redshift, thv, loge0, thw, ...)	A gaussian structured jet model from afterglowpy
gaussian_redback(time, redshift, thv, loge0, ...)	A Gaussian structure afterglow model implemented directly in redback.
gaussian_redback_refreshed(time, redshift, ...)	A Refreshed Gaussian structured jet model implemented directly in redback.
gaussiancore(time, redshift, thv, loge0, ...)	A gaussiancore model from afterglowpy
get_ag_numba(FBB, nuc, num, nu1, Fmax, p)	Calculate flux at frequency - matches Python exactly with overlapping conditions
get_gamma_numba(G0, Eps, therm, steps, n0, k)	Calculate gamma evolution - matches Python exactly
get_gamma_refreshed_numba(G0, G1, Eps, Eps2, ...)	Calculate gamma evolution with energy injection - matches Python exactly
get_obsangle_numba(phii, thi, tho)	Calculate observer angles - matches Python exactly
get_segments_numba(thj, res)	Calculate jet segments - matches Python exactly
get_structure_numba(gamma, en, thi, thc, ...)	Calculate jet structure - matches Python exactly
jetsimpy_gaussian(time, redshift, thv, ...)	A gaussian jet model from jetsimpy
jetsimpy_powerlaw(time, redshift, thv, ...)	A power-law jet model from jetsimpy
jetsimpy_tophat(time, redshift, thv, loge0, ...)	A tophat jet model from jetsimpy
kilonova_afterglow(time, redshift, umax, ...)	A kilonova afterglow model from afterglowpy, similar to cocoon but with constraints.
powerlaw_redback(time, redshift, thv, loge0, ...)	A Classic powerlaw structured jet implemented directly in redback.
powerlaw_redback_refreshed(time, redshift, ...)	A Classic refreshed powerlaw structured jet implemented directly in redback.
powerlawcore(time, redshift, thv, loge0, ...)	A power law with core structured jet model from afterglowpy
smoothpowerlaw(time, redshift, thv, loge0, ...)	A smoothpowerlaw structured jet model from afterglowpy
tophat(time, redshift, thv, loge0, thc, ...)	A tophat jet model from afterglowpy
tophat_from_emulator(time, redshift, thv, ...)	Evaluate a tophat afterglow model using an mpl regressor.
tophat_redback(time, redshift, thv, loge0, ...)	A tophat model implemented directly in redback.
tophat_redback_refreshed(time, redshift, ...)	A Refreshed tophat model implemented directly in redback.
twocomponent_redback(time, redshift, thv, ...)	A two component model implemented directly in redback.
twocomponent_redback_refreshed(time, ...)	A refreshed two component model implemented directly in redback.

Classes

RedbackAfterglows(k, n, epsb, epse, g0, ek, ...)
RedbackAfterglowsRefreshed(k, n, epsb, epse, ...)