jaxoplanet.starry.multiprecision.solution

jaxoplanet.starry.multiprecision.solution#

Attributes#

CACHED_MATRICES

Functions#

get_sT(l_max, b, r[, cache])

check_occultation(b, r)

kappas(b, r)

kite_area(a, b, c)

P(l, m, b, r)

Compute the P integral numerically from its new parametrization.

p_numerical(l_max, b, r)

Compute the P integral numerically.

q_numerical(l_max, b, r)

sT(l_max, b, r)

rT(lmax)

solution_limb_dark(degree, b, r)

Module Contents#

jaxoplanet.starry.multiprecision.solution.CACHED_MATRICES[source]#
jaxoplanet.starry.multiprecision.solution.get_sT(l_max, b, r, cache=None)[source]#
jaxoplanet.starry.multiprecision.solution.check_occultation(b, r)[source]#
jaxoplanet.starry.multiprecision.solution.kappas(b, r)[source]#
jaxoplanet.starry.multiprecision.solution.kite_area(a, b, c)[source]#
jaxoplanet.starry.multiprecision.solution.P(l, m, b, r)[source]#

Compute the P integral numerically from its new parametrization.

jaxoplanet.starry.multiprecision.solution.p_numerical(l_max, b, r)[source]#

Compute the P integral numerically.

jaxoplanet.starry.multiprecision.solution.q_numerical(l_max, b, r)[source]#
jaxoplanet.starry.multiprecision.solution.sT(l_max, b, r)[source]#
jaxoplanet.starry.multiprecision.solution.rT(lmax: int)[source]#
jaxoplanet.starry.multiprecision.solution.solution_limb_dark(degree, b, r)[source]#