spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame¶
Functions
Computes the AhC Ylm Coefficients in the Ringdown distorted frame using the functions of time and the AhC coefficients in the Inspiral inertial frame. |
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- spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame.compute_ahc_coefs_in_ringdown_distorted_frame(ahc_reductions_path, ahc_subfile, exp_func_and_2_derivs, exp_outer_bdry_func_and_2_derivs, rot_func_and_2_derivs, number_of_ahc_finds_for_fit, match_time, settling_timescale, zero_coefs_eps)¶
Computes the AhC Ylm Coefficients in the Ringdown distorted frame using the functions of time and the AhC coefficients in the Inspiral inertial frame.
Arugments: ahc_reductions_path: Path to reduction file where AhC Coefficients will be written. ahc_subfile: The subfile of the reductions file where AhC coefficients will be placed. expansion_func_and_2_derivs: Expansion functions of time from volume data. exp_outer_bdry_func_and_2_derivs: Outer boundary expansion function of time from volume data rot_func_and_2_derivs: Rotation function of time from volume data number_of_ahc_finds_for_fit: The number of ahc finds that will be used in the fit. match_time: Time to match functions of time. settling_timescale: Timescale for settle to constant functions of time. zero_coefs_eps: Approximate limit to compare coefficients to 0.0
- spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame.cubic(x, a, b, c, d)¶
- spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame.dt2_cubic(x, a, b, c, d)¶
- spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame.dt_cubic(x, a, b, c, d)¶
- spectre.Evolution.Ringdown.ComputeAhCCoefsInRingdownDistortedFrame.fit_to_a_cubic(times, coefs, match_time, zero_coefs_eps)¶