template_bank_generator_HM.TemplateBank.orthogonalize_wfs#

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Summary#

Orthogonalizes the different higher modes in the wf (useful for later appropriately calculating inner product of data with diff modes)

Signature#

def orthogonalize_wfs(self, wfs, weights)

Input variables#
Name	Type	Default	Description
`wfs`			n_modes (=3) x n_freq_basis wf in the Fourier domain
`weights`			n_freq_basis for weights for different freq bins

Output variables#

Return annotation	Docstring type	Description
`None`		n_modes x len(fs_out) wf and upper triangular elements of the covariance matrix

Docstring#

Orthogonalizes the different higher modes in the wf
(useful for later appropriately calculating inner product
 of data with diff modes)
:param wfs: n_modes (=3) x n_freq_basis wf in the Fourier domain
:param weights: n_freq_basis for weights for different freq bins
:return:
    n_modes x len(fs_out) wf and upper triangular elements of
    the covariance matrix