MoonMag.symmetry_funcs module

Contains functions for calculating induced magnetic fields

from spherical conductors. Outputs typically appear as mpc, which is the mpmath complex type. Developed in Python 3.8 for “A perturbation method for evaluating the magnetic field induced from an arbitrary, asymmetric ocean world analytically” by Styczinski et al. DOI: 10.1016/j.icarus.2021.114840

Author: M. J. Styczinski, mjstyczi@uw.edu

MoonMag.symmetry_funcs.AeResponse(r_bds, sigmas, omega, rscaling, nn=1)

MoonMag.symmetry_funcs.BiList(r_bds, sigmas, peak_omegas, Benm, nprmvals, mprmvals, rscale_moments, n_max=1, writeout=True, path=None, bodyname=None, append='', Schmidt=False, outFname=None, outFnameS=None)

MoonMag.symmetry_funcs.InducedAeList(r_bds, sigmas, omegas, rscale_moments, nn=1, writeout=False, path=None, append='', do_parallel=True, outFname=None)

MoonMag.symmetry_funcs.cpx_div(a, b)

MoonMag.symmetry_funcs.cpx_div_val(a, b)

MoonMag.symmetry_funcs.get_gh_from_Binm(n_max, Binm)

MoonMag.symmetry_funcs.jdx(n, x)

MoonMag.symmetry_funcs.jnx(n, x)

MoonMag.symmetry_funcs.sqrt4pi = 3.5449077018110318

validate() Check inputs to be sure everything will be interpreted correctly. Usage: r_bds, sigmas, omegas = validate(r_bds, sigmas, omegas) :returns: float, shape(N).

sigmas: float, shape(N). omegas: float, shape(P).

Return type:

r_bds

Parameters:

• r_bds – float, shape(N).

• sigmas – float, shape(N).

• omegas – float, shape(P).

MoonMag.symmetry_funcs.validate(r_bds, sigmas, omegas)

MoonMag.symmetry_funcs.ydx(n, x)

MoonMag.symmetry_funcs.ynx(n, x)