jaxoplanet.starry.multiprecision.basis

jaxoplanet.starry.multiprecision.basis#

`get_A`(A, l_max[, cache])
`fac`(n)
`A`(l, m)	A spherical harmonic normalization constant.
`B`(l, m, j, k)	Another spherical harmonic normalization constant.
`C`(p, q, k)	Return the binomial theorem coefficient C.
`Y`(l, m)	Return the spherical harmonic of degree l and order m.
`p_coeffs`(n)
`A1`(l_max[, cache])
`gtilde`(n)
`A2_inv`(l_max)
`A2`(lmax[, cache])

jaxoplanet.starry.multiprecision.basis.get_A(A, l_max, cache=None)[source]#

jaxoplanet.starry.multiprecision.basis.A(l, m)[source]#: A spherical harmonic normalization constant.

jaxoplanet.starry.multiprecision.basis.B(l, m, j, k)[source]#: Another spherical harmonic normalization constant.

jaxoplanet.starry.multiprecision.basis.C(p, q, k)[source]#: Return the binomial theorem coefficient C.

jaxoplanet.starry.multiprecision.basis.Y(l, m)[source]#: Return the spherical harmonic of degree l and order m.