Bcdi

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* Feature: implement support for SIXS data measured after the 11/03/2019 with the new
data recorder.

* Refactor: ``modify preprocessing/scripts/readdata_P10.py`` to support several
beamlines and rename it ``read_data.py``

* Feature: implement support for multiple beamlines in
``postprocessing/script/resolution_prtf.py``

* Refactor: merge all ``preprocessing/preprocessing_utils.regrid_*.py`` in
``preprocessing/preprocessing_utils.regrid()``

* Converted ``postprocessing/scripts/resolution_prtf.py``

* Refactor: add the possibility of giving a single element instead of the full tuple
in ``graph/graph_utils.combined_plots()``

* Converted ``postprocessing/scripts/resolution_prtf.py``

* Feature: create a ``Colormap()`` class in ``graph/graph_utils.py``

* Refactor: merge all ``postprocessing/scripts/calc_angles_beam_*.py`` in
``postprocessing/scripts/correct_angles_detector.py``

* Feature: Implement ``motor_values()`` and ``load_data()`` in
``preprocessing/preprocessing_utils.py``

* Feature: Implement ``SetupPostprocessing.rotation_direction()`` in
``experiment/experiment_utils.py``

* Feature: add other counter name 'curpetra' for beam intensity monitor at P10

* Bug: ``postprocessing/scripts/calc_angles_beam_*.py``: correct bug when roi_detector
is not defined, and round the Bragg peak COM to integer pixels

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* Implement ``motor_positions_p10()``, ``motor_positions_cristal()`` in
``preprocessing/preprocessing_utils.py``

* Implement ``motor_positions_sixs()`` and ``motor_positions_id01()`` in
``preprocessing/preprocessing_utils.py``

* Implement ``find_bragg()`` in ``preprocessing/preprocessing_utils.py``

* New parameter 'binning' in ``postprocessing/strain.py`` to account for binning during
phasing.

* Converted ``postprocessing/scripts/calc_angles_beam_P10.py`` and
``postprocessing/scripts/calc_angles_beam_CRISTAL.py``

* Converted ``postprocessing/scripts/calc_angles_beam_SIXS.py`` and
``postprocessing/scripts/calc_angles_beam_ID01.py``

* Converted ``publication/scripts/paper_figure_strain.py``

* Feat: implement ``postprocessing_utils.flip_reconstruction()`` to calculate the
conjugate object giving the same diffracted intensity.

* Switch the backend to Qt4Agg or Qt5Agg in ``prepare_cdi_mask.py`` to avoid Tk bug
with interactive interface.

* Correct bug in ``preprocessing_utils.center_fft()`` when 'fix_size' is not empty.

-------------

* Removed cumbersome argument header_cristal in prepare_mask_cdi.py.

* Implement optical path calculation when the data is in crystal frame.

* Correct bugs in ``preprocessing_utils.center_fft()``

* Correct bugs and check consistency in ``postprocessing_utils.get_opticalpath()``.

* Add dataset combining option in ``preprocessing_utils.align_diffpattern()``.

* Checked TODOs in preprocessing_utils

-------------

* Converted ``bcdi/preprocessing/scripts/concatenate_scans.py``

* Converted ``bcdi/preprocessing/scripts/readdata_P10.py``

* Created ``align_diffpattern()`` in ``bcdi/preprocessing/preprocessing_utils.py``

* Created ``find_datarange()`` in ``bcdi/postprocessing/postprocessing_utils.py``

* Created ``sort_reconstruction()`` in ``bcdi/postprocessing/postprocessing_utils.py``

* Implemented regridding on the orthogonal frame of the diffraction pattern for P10
dataset.

* Removed cumbersome argument headerlines_P10 in prepare_mask_cdi.py, use string parsing
instead.

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* Initial add, for the moment only the main scripts have been converted and checked:
``strain.py`` and ``prepare_cdi_mask.py``

EOF