`corrct.physics`

Physics module.

Submodules

Package Contents

Functions

pencil_beam_profile

Compute the pencil beam integration point spread function.

Data

`__author__`
`__email__`
`xraylib`
`get_compound`
`get_element_number`
`FluoLinesSiegbahn`
`VolumeMaterial`
`convert_energy_to_wlength`
`convert_wlength_to_energy`

API

corrct.physics.__author__: ‘Nicola VIGANÒ’

corrct.physics.__email__: ‘N.R.Vigano@cwi.nl’

corrct.physics.xraylib: None

corrct.physics.get_compound[source]: None

corrct.physics.get_element_number[source]: None

corrct.physics.FluoLinesSiegbahn: None

corrct.physics.VolumeMaterial[source]: None

corrct.physics.convert_energy_to_wlength: None

corrct.physics.convert_wlength_to_energy: None

corrct.physics.pencil_beam_profile(voxel_size_um: float, beam_fwhm_um: float, profile_size: int = 1, beam_shape: str = 'gaussian', verbose: bool = False) → numpy.typing.NDArray[source]

Compute the pencil beam integration point spread function.

Parameters

voxel_size_um : float The integration length. beam_fwhm_um : float The beam FWHM. profile_size : int, optional The number of pixels of the PSF. The default is 1. verbose : bool, optional Whether to print verbose information. The default is False.

Returns

NDArray The beam PSF.

corrct.physics