Index

A

affine() (in module eccentricity) (in module precession), [1] angleresonances_endpoint() (in module eccentricity) (in module precession), [1] angles_to_conserved() (in module eccentricity) (in module precession), [1]

angles_to_Jframe() (in module eccentricity) (in module precession), [1] angles_to_Lframe() (in module eccentricity) (in module precession), [1] anglesresonances() (in module eccentricity) (in module precession), [1]

C

chiefflimits() (in module eccentricity) (in module precession), [1] chip_terms() (in module eccentricity) (in module precession), [1] conserved_to_angles() (in module eccentricity) (in module precession), [1]

conserved_to_Jframe() (in module eccentricity) (in module precession), [1] conserved_to_Lframe() (in module eccentricity) (in module precession), [1]

D

dchidt2_RHS() (in module eccentricity) (in module precession), [1] ddchidt_prefactor() (in module eccentricity) (in module precession), [1] deltachicubic_coefficients() (in module eccentricity) (in module precession), [1] deltachicubic_rescaled_coefficients() (in module eccentricity) (in module precession), [1] deltachilimits() (in module eccentricity) (in module precession), [1] deltachilimits_definition() (in module eccentricity) (in module precession), [1] deltachilimits_plusminus() (in module eccentricity) (in module precession), [1] deltachilimits_rectangle() (in module eccentricity) (in module precession), [1]

deltachioft() (in module eccentricity) (in module precession), [1] deltachirescaling() (in module eccentricity) (in module precession), [1] deltachiresonance() (in module eccentricity) (in module precession), [1] deltachiroots() (in module eccentricity) (in module precession), [1] deltachisampling() (in module eccentricity) (in module precession), [1] deltachitildeav() (in module eccentricity) (in module precession), [1] deltachitildeav2() (in module eccentricity) (in module precession), [1] dot_nested() (in module eccentricity) (in module precession), [1]

E

eccentricity module ellippi() (in module eccentricity) (in module precession), [1] elliptic_parameter() (in module eccentricity) (in module precession), [1] eval_a() (in module eccentricity) eval_alpha() (in module eccentricity) (in module precession), [1] eval_bracket_omega() (in module eccentricity) (in module precession), [1] eval_bracket_theta() (in module eccentricity) (in module precession), [1] eval_chi1() (in module eccentricity) (in module precession), [1] eval_chi2() (in module eccentricity) (in module precession), [1] eval_chieff() (in module eccentricity) (in module precession), [1] eval_chip() (in module eccentricity) (in module precession), [1] eval_chip_averaged() (in module eccentricity) (in module precession), [1] eval_chip_generalized() (in module eccentricity) (in module precession), [1] eval_chip_heuristic() (in module eccentricity) (in module precession), [1] eval_chip_rms() (in module eccentricity) (in module precession), [1] eval_cosdeltaphi() (in module eccentricity) (in module precession), [1] eval_costheta1() (in module eccentricity) (in module precession), [1] eval_costheta12() (in module eccentricity) (in module precession), [1] eval_costheta2() (in module eccentricity) (in module precession), [1] eval_costhetaL() (in module eccentricity) (in module precession), [1] eval_cyclesign() (in module eccentricity) (in module precession), [1] eval_delta_omega() (in module eccentricity) (in module precession), [1] eval_delta_theta() (in module eccentricity) (in module precession), [1] eval_deltachi() (in module eccentricity) (in module precession), [1]

eval_deltachiinf() (in module eccentricity) (in module precession), [1] eval_deltaphi() (in module eccentricity) (in module precession), [1] eval_e() (in module eccentricity) eval_eta() (in module eccentricity) (in module precession), [1] eval_J() (in module eccentricity) (in module precession), [1] eval_kappa() (in module eccentricity) (in module precession), [1] eval_L() (in module eccentricity) (in module precession), [1] eval_m1() (in module eccentricity) (in module precession), [1] eval_m2() (in module eccentricity) (in module precession), [1] eval_nutation_freq() (in module eccentricity) (in module precession), [1] eval_OmegaL() (in module eccentricity) (in module precession), [1] eval_phiL() (in module eccentricity) (in module precession), [1] eval_q() (in module eccentricity) (in module precession), [1] eval_r() (in module precession), [1] eval_S() (in module eccentricity) (in module precession), [1] eval_S1() (in module eccentricity) (in module precession), [1] eval_S2() (in module eccentricity) (in module precession), [1] eval_tau() (in module eccentricity) (in module precession), [1] eval_theta1() (in module eccentricity) (in module precession), [1] eval_theta12() (in module eccentricity) (in module precession), [1] eval_theta2() (in module eccentricity) (in module precession), [1] eval_thetaL() (in module eccentricity) (in module precession), [1] eval_u() (in module eccentricity) (in module precession), [1] eval_v() (in module eccentricity) (in module precession), [1]

G

gwfrequency_to_pnseparation() (in module precession), [1]

I

implicit() (in module eccentricity) inspiral() (in module eccentricity) (in module precession), [1] inspiral_hybrid() (in module eccentricity) (in module precession), [1] inspiral_orbav() (in module eccentricity) (in module precession), [1] inspiral_precav() (in module eccentricity) (in module precession), [1] integrator_orbav() (in module eccentricity) (in module precession), [1]

integrator_precav() (in module eccentricity) (in module precession), [1] intertial_ingredients() (in module eccentricity) (in module precession), [1] inverseaffine() (in module eccentricity) (in module precession), [1] ismonotonic() (in module eccentricity) (in module precession), [1] isotropic_angles() (in module eccentricity) (in module precession), [1]

K

kappadiscriminant_coefficients() (in module eccentricity) (in module precession), [1] kappalimits() (in module eccentricity) (in module precession), [1] kappalimits_geometrical() (in module eccentricity) (in module precession), [1]

kapparescaling() (in module eccentricity) (in module precession), [1] kapparesonances() (in module eccentricity) (in module precession), [1]

M

module eccentricity precession, [1]

morphology() (in module eccentricity) (in module precession), [1]

N

norm_nested() (in module eccentricity) (in module precession), [1]

normalize_nested() (in module eccentricity) (in module precession), [1]

O

omegasq_aligned() (in module eccentricity) (in module precession), [1]

P

pnseparation_to_gwfrequency() (in module precession), [1] precession module, [1]

precession_average() (in module eccentricity) (in module precession), [1]

R

reminantspindirection() (in module precession), [1] remnantkick() (in module precession), [1] remnantmass() (in module precession), [1] remnantspin() (in module precession), [1] rhs_orbav() (in module eccentricity) (in module precession), [1] rhs_precav() (in module eccentricity) (in module precession), [1]

roots_vec() (in module eccentricity) (in module precession), [1] rotate_nested() (in module eccentricity) (in module precession), [1] rupdown() (in module eccentricity) (in module precession), [1]

S

sample_unitsphere() (in module eccentricity) (in module precession), [1]

scalar_nested() (in module eccentricity) (in module precession), [1]

T

tiler() (in module eccentricity) (in module precession), [1]

tofdeltachi() (in module eccentricity) (in module precession), [1]

U

updown_endpoint() (in module eccentricity) (in module precession), [1]

V

vectors_to_angles() (in module eccentricity) (in module precession), [1] vectors_to_conserved() (in module eccentricity) (in module precession), [1]

vectors_to_Jframe() (in module eccentricity) (in module precession), [1] vectors_to_Lframe() (in module eccentricity) (in module precession), [1]

W

widenutation_condition() (in module eccentricity) (in module precession), [1] widenutation_separation() (in module eccentricity) (in module precession), [1]

wraproots() (in module eccentricity) (in module precession), [1]