pyseobnr.eob.waveform.waveform

Functions

EOBFluxCalculateNewtonianMultipoleAbs(x, ...)	Compute the Newtonian multipole (optimised for the flux calculation).
RR_force(q, p, omega, omega_circ, H, eob_pars)	Compute the RR force in polar coordinates, from the flux
calculate_multipole_prefix(m1, m2, l, m)	Calculates the Newtonian multipole prefactors, see Eq.
compute_extra_flm_terms(l, m, vh, eob_pars)	Compute the complex term in \(f_{33}\).
compute_factors(phi_orb, m_max, result)	Trivial helper function that computes iterative \(e^{im\phi}\).
compute_flux(r, phi, pr, pphi, omega, ...)	Compute the full flux.
compute_hlms(dynamics, eob_pars)	Compute the inspiral modes for aligned or precessing binaries.
compute_newtonian_prefixes(m1, m2)	Loop to set the Newtonian multipole prefactors.
compute_refactorized_flux(chi_1, chi_2, x, ...)
compute_rho_coeffs(nu, dm, a, chiS, chiA, ...)	Compute the amplitude residual coefficients.
compute_special_coeffs(dynamics, t_attach, ...)	Compute the "special" amplitude coefficients.
compute_tail(omega, H, Tlm)	Calculate the resummed Tail effects.
evaluate_nqc_correction_flux(r, pr, omega, ...)	Calculate the NQC amplitude correction.
unrotate_leading_pn(re_part, im_part, ...)	Helper function used to multiply the interpolated re and im parts by the leading order PN scaling

Classes

RadiationReactionForce	Convenience wrappers around the RR_force function to enable typed calls
SEOBNRv5RRForce	Convenience wrappers around the RR_force function to enable typed calls