PyART.analysis.calc_coprecessing

Functions

rotate_wfarrs_at_all_times(l, m, ...[, ref_orientation])	Given dictionary of multipoles all with the same l, calculate the roated multipole with (l,mp).
calc_coprecessing_angles(multipole_dict[, ...])	Given a dictionary of multipole data, calculate the Euler angles corresponding to a co-precessing frame
calc_Lab_tensor(multipole_dict)	Given a dictionary of multipole moments (single values or time series)
calc_initial_jframe(u, dyn, wlm)	Rotate multipoles wlm to an initial frame aligned with the

Module Contents

PyART.analysis.calc_coprecessing.rotate_wfarrs_at_all_times(l, m, like_l_multipoles_dict, euler_alpha_beta_gamma, ref_orientation=None)

Given dictionary of multipoles all with the same l, calculate the roated multipole with (l,mp). Key reference – arxiv:1012:2879 Based on LL,EZH 2018

PyART.analysis.calc_coprecessing.calc_coprecessing_angles(multipole_dict, domain_vals=None, ref_orientation=None, return_xyz=False, safe_domain_range=None)

Given a dictionary of multipole data, calculate the Euler angles corresponding to a co-precessing frame Key referece: https://arxiv.org/pdf/1304.3176.pdf Secondary ref: https://arxiv.org/pdf/1205.2287.pdf INPUT — multipole_dict, # dict of multipoles { … l,m:data_lm … } t, # The time series corresponding to multipole data; needed

only to calculate gamma; Optional

OUTPUT — alpha,beta,gamma euler angles as defined in https://arxiv.org/pdf/1205.2287.pdf AUTHOR — Lionel London (spxll) 2017

PyART.analysis.calc_coprecessing.calc_Lab_tensor(multipole_dict)

Given a dictionary of multipole moments (single values or time series) determine the emission tensor, <L(aLb)>.

See: - https://arxiv.org/pdf/1304.3176.pdf - https://arxiv.org/pdf/1205.2287.pdf

PyART.analysis.calc_coprecessing.calc_initial_jframe(u, dyn, wlm)

Rotate multipoles wlm to an initial frame aligned with the total angular momentum J = L + S