pyseobnr.auxiliary.mode_mixing.auxiliary_functions_modemixing
Mode mixing fitting function and coefficients from [Berti2014].
Used to model mode mixing in the (3,2) and (4,3) modes.
Functions
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(75) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(79) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(76) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(80) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(74) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(78) of [SEOBNRv5HM-notes] |
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Computes the amplitude of the spheroidal \((\ell,m,0)\) mode at at attachment time from the \((\ell,m)\) and (\(\ell^{\prime} = m,m\)) spherical modes |
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Computes the amplitude's first derivative of the spheroidal \((\ell,m,0)\) mode at at attachment time from the (\(\ell,m\)) and (\(\ell^{\prime} = m,m\)) spherical modes |
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Equation 11 from [Berti2014] applied to the (2,2), (3,2), (3,3) and (4,3) modes using the appropriate fitting parameters |
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Equation 11 from [Berti2014] to get the spherical-spheroidal mode mixing coefficients |
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Computes the frequency of the spheroidal \((\ell,m,0)\) mode at at attachment time from the (\(\ell,m\)) and (\(\ell^{\prime} = m,m\)) spherical modes |
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Computes the phase of the spheroidal \((\ell,m,0)\) mode at at attachment time from the (\(\ell,m\)) and (\(\ell^{\prime} = m,m\)) spherical modes |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(73) of [SEOBNRv5HM-notes] |
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Auxiliary function to obtain the spheroidal mode input values, see Eq.(77) of [SEOBNRv5HM-notes] |