pyseobnr.eob.dynamics.pn_evolution_opt

Contains the PN precession equations and their integration, as well as some auxiliary functions

Functions

build_splines_PN(combined_t, combined_y, ...)	Compute splines of the spin-precessing PN dynamics
compute_Lvec_35PN_vec_opt(q, nu, X1, X2, v, ...)	Compute orbital angular momentum vector, L, up to 4PN using the Newtonian orbital angular momentum unit vector and the spin vectors
compute_omega_orb(t, z, H, RR, m_1, m_2, params)	Return the dynamics equations for aligned-spin systems
compute_quasiprecessing_PNdynamics_opt(...)	Compute the dynamics starting from omega_start, with spins defined at omega_ref.
prec_eqns_20102022(t, z, nu, m_1, m_2, X1, X2)	Post-Newtonian precession equations, as well as the evolution of the orbital frequency
rhs_wrapper(t, z, args)	Wrapper to call the cython version of the function which evaluates the right hand sides for the non-precessing EOB evolution