(1) It would be useful if ParallelTransport could return solutions as functions of the radial, theta and spin precession phases, rather than everything explicitly as a function of Mino time (this is useful for performing triple integration to obtain Fourier coefficients). This could be added as an option maybe?
(2) It would also be useful to return the MarckCarterFrame mcf(lambda) and PrecessionPhase pt[Psi](lambda) as associations.
(1) It would be useful if ParallelTransport could return solutions as functions of the radial, theta and spin precession phases, rather than everything explicitly as a function of Mino time (this is useful for performing triple integration to obtain Fourier coefficients). This could be added as an option maybe?
(2) It would also be useful to return the MarckCarterFrame mcf(lambda) and PrecessionPhase pt[Psi](lambda) as associations.
Originally posted by @lisadrummond in https://github.com/BlackHolePerturbationToolkit/KerrGeodesics/issues/27#issuecomment-1197405581