This branch prepares the polarization algorithms in stokes.py to be used by recOrder.
new inplane_anisotropic_thin_pol3d.py model and example file with calculate_transfer_function, apply_inverse_transfer_function functions. These are quite thin wrappers on stokes.py, and they add cleaner background-correction strategies for recOrder to use directly
revised stokes.py to use more verbose names: ret -> retardance etc.
@mattersoflight @ziw-liu if you want to take a closer look you can start by running /examples/models/inplane_anisotropic_thin_pol3d.py. This is a very simple simulation that focusses on what recOrder needs---the simulation does not currently include any diffraction on the forward or inverse models.
Over the weekend I will start integrating the new interface on the recOrder side. I will be doing integration work from this branch (and/or alg-dev) and a new branch (cli-dev) on the recOrder side so I'm not blocked before your review.
talonchandler
commented
1 year ago
This branch prepares the polarization algorithms in
stokes.pyto be used byrecOrder.inplane_anisotropic_thin_pol3d.pymodel and example file withcalculate_transfer_function,apply_inverse_transfer_functionfunctions. These are quite thin wrappers onstokes.py, and they add cleaner background-correction strategies forrecOrderto use directlystokes.pyto use more verbose names:ret->retardanceetc.@mattersoflight @ziw-liu if you want to take a closer look you can start by running
/examples/models/inplane_anisotropic_thin_pol3d.py. This is a very simple simulation that focusses on whatrecOrderneeds---the simulation does not currently include any diffraction on the forward or inverse models.Over the weekend I will start integrating the new interface on the
recOrderside. I will be doing integration work from this branch (and/oralg-dev) and a new branch (cli-dev) on therecOrderside so I'm not blocked before your review.