uvex_transients.models.supernovae.IIp.TypeIIPExcessSED.simulate#

TypeIIPExcessSED.simulate(nu: Quantity, t: Quantity, size: int = 1, *, rng: RNGInput = None) → Quantity#

Draw random parameter realizations and evaluate the model at the given frequency and time.

Equivalent to self.eval(nu, t, **self.sample_parameters(size=size, rng=rng)).

Parameters:

nu (Quantity) – Frequency at which to evaluate the model. See eval().
t (Quantity) – Time since explosion. See eval().
size (int) – Number of realizations to draw.
rng (numpy.random.Generator, int, or None) – Random-number source, forwarded to sample_parameters().

Returns:

\(L_\nu(\nu, t)\), in erg/s/Hz. sample_parameters() always returns array-valued parameters, even for size=1, so the batch axis is never squeezed away here.

Return type:

Quantity