`flip.power_spectra_generator`#

Module Contents#

Functions#

`get_power_spectrum_suffix`(redshift, ...)
`get_power_spectrum_name`(power_spectrum_model, ...)
`save_power_spectrum`(wavenumber, power_spectrum, ...)
`compute_power_spectra`(power_spectrum_engine, ...[, ...])

Attributes#

`_available_engines`
`_available_power_spectrum_model`

flip.power_spectra_generator._available_engines = ['class_engine']#

flip.power_spectra_generator._available_power_spectrum_model = ['linearbel', 'nonlinearbel']#

flip.power_spectra_generator.get_power_spectrum_suffix(redshift, minimal_wavenumber, maximal_wavenumber, number_points, log_space)[source]#

flip.power_spectra_generator.get_power_spectrum_name(power_spectrum_model, power_spectrum_type, suffix)[source]#

flip.power_spectra_generator.save_power_spectrum(wavenumber, power_spectrum, power_spectrum_model, power_spectrum_type, suffix, header, path)[source]#

flip.power_spectra_generator.compute_power_spectra(power_spectrum_engine, power_spectrum_settings, redshift, minimal_wavenumber, maximal_wavenumber, number_points, logspace=True, normalize_power_spectrum=True, power_spectrum_non_linear_model=None, power_spectrum_model='linearbel', save_path=None)[source]#