astrohack.utils.phase_fitting
=============================

.. py:module:: astrohack.utils.phase_fitting


Attributes
----------

.. autoapisummary::

   astrohack.utils.phase_fitting.aips_par_names
   astrohack.utils.phase_fitting.NPAR


Functions
---------

.. autoapisummary::

   astrohack.utils.phase_fitting.skip_phase_fitting
   astrohack.utils.phase_fitting.aips_like_phase_fitting
   astrohack.utils.phase_fitting.create_phase_model
   astrohack.utils.phase_fitting.clic_like_phase_fitting
   astrohack.utils.phase_fitting.phase_wrapping_jit


Module Contents
---------------

.. py:data:: aips_par_names
   :value: ['phase_offset', 'x_point_offset', 'y_point_offset', 'x_focus_offset', 'y_focus_offset',...


.. py:data:: NPAR
   :value: 10


.. py:function:: skip_phase_fitting(label, phase)

.. py:function:: aips_like_phase_fitting(amplitude, phase, pol_axis, freq_axis, telescope, u_axis, v_axis, user_phase_fit_control, label)

.. py:function:: create_phase_model(parameters, wavelength, telescope, u_axis, v_axis)

   Create a phase model with npix by npix size according to the given parameters
   :param parameters: Parameters for the phase model in the units described in _phase_fitting
   :param wavelength: Observing wavelength, in meters
   :param telescope: Telescope object containing the optics parameters
   :param u_axis: Aperture's U axis
   :param v_axis: Aperture's V axis

   Returns:



.. py:function:: clic_like_phase_fitting(phase, freq_axis, telescope, focus_offset, uaxis, vaxis, label)

.. py:function:: phase_wrapping_jit(phase)

   Wraps phase to the -pi to pi interval
   :param phase: phase to be wrapped

   Returns:
   Phase wrapped to the -pi to pi interval