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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.L_vec_from_masses_spins_and_f (m1, m2, f, PNorder=2, S1_vec=np.zeros(3), S2_vec=np.zeros(3), no_mass_spin_input_check=False) |
| | Compute the PN orbital angular momentum from the binary's masses and spins and m = 2 GW frequency using the expression in Eq. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.L_from_masses_spins_and_f (m1, m2, f, PNorder=2, S1_vec=np.zeros(3), S2_vec=np.zeros(3), no_mass_spin_input_check=False) |
| | Compute the magnitude of the PN orbital angular momentum from the binary's masses and spins and m = 2 GW frequency using the expression in Eq. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.L_from_masses_a_and_ecc (m1, m2, a, e) |
| | Compute the magnitude of the Newtonian orbital angular momentum from the binary's masses, semimajor axis, and eccentricity. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.E_ratio_term (m) |
| | Compute m*E_ratio(m) [cf. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.eq_coeffs (u, kappaxiq, q, S1, S2, xi, S0sq) |
| | Compute coefficients for the cubic equation in bar{S}^2 to be solved [Eq. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.solve_cubic (coeffs, u, kappaxiq, q, S1, S2, imag_tol, use_mpmath=False, root_tol=1.e-6, polyroots_maxsteps=50, polyroots_extraprec=50) |
| | Solve the cubic equation, check for complex roots, and order the roots. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.dkappaxiq_du (u, kappaxiq, q, S1, S2, xi, S0sq, imag_tol, root_tol, lin_tol, root_tol_raise_err, use_mpmath=False, polyroots_maxsteps=50, polyroots_extraprec=50) |
| | Compute (<S^2>prec - S0^2)/(1 - q) [= dkappa{xi q}/du] using Eq. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.kappaxiq_evol (q, S1, S2, S1L, xi, S0sq, u0, uf, du, method, imag_tol, root_tol, lin_tol, ode_atol, ode_rtol, root_tol_raise_err, use_solve_ivp=False, solve_ivp_lsoda_min_step=0., use_mpmath=False, polyroots_maxsteps=50, polyroots_extraprec=50, odefun_degree=None) |
| | Compute kappaxiq when the binary has u = uf starting from u = u0. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.prec_avg_tilt_comp_vec_inputs (m1, m2, chi1_vec, chi2_vec, fref, L0_vec=None, Lf=None, du=1.e-3, ode_atol_base=1.e-8, ode_atol_inplane_spin_scaling=True, ode_atol_floor=1.e-13, ode_rtol=-1, method="lsoda", use_solve_ivp=False, solve_ivp_lsoda_min_step=0., use_fallback=True, du_fallback=1.e-5, ode_atol_fallback=1.e-13, ode_rtol_fallback=-1, method_fallback="lsoda", use_mpmath_fallback=True, mpmath_dps=30, ode_tol_mpmath=1.e-15, odefun_degree=None, polyroots_maxsteps=50, polyroots_extraprec=50, LPNorder=2, LPNspins=True, imag_tol=1.e-6, root_tol=1.e-6, lin_tol=-1, lin_tol_fallback=-1, root_tol_raise_err=False, failure_mode='None', version='v1') |
| | Compute tilt angles at infinite separation or bounds and average value of tilt angles at finite separation from masses, spins, tilt angles, and in-plane spin angle at some frequency, taken to be small enough that the precession averaged spin evolution from Gerosa et al. More...
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| def | lalsimulation.tilts_at_infinity.calc_tilts_prec_avg_regularized.prec_avg_tilt_comp (m1, m2, chi1, chi2, tilt1, tilt2, phi12, fref, Lf=None, **kwargs) |
| | Compute tilt angles at infinite separation or bounds and average value of tilt angles at finite separation from masses, spins, tilt angles, and in-plane spin angle at some frequency, taken to be small enough that the precession averaged spin evolution from Gerosa et al. More...
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1.9.4