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pyFAI scripts manual
====================
While pyFAI is first and foremost a Python library to be used by developers, a set of scripts is provided to process
a full diffraction experiment on the command line without knowing anything about Python.
Those scipts can be divided into 3 categories: pre-processing tools which prepare the dataset for the calibration tool.
The calibration is the determination of the geometry of the experimental setup using Debye-Scherrer rings of a reference compound (or calibrant).
Finally a full dataset can be integrated using different tools targeted at different experiments.
Pre-processing tools:
* drawMask_pymca: tool for drawing a mask on top of an image
* pyFAI-average: tool for averaging/median/... filtering images (i.e. for dark current)
Calibration tools:
* pyFAI-calib: manually select the rings and refine the geometry
* pyFAI-recalib: automatic ring extraction to refine the geometry (deprecated: see "recalib" option in pyFAI-calib)
* MX-calibrate: Calibrate automatically a set of images taken at various detector distances
* check_calib: checks the calibration of an image at the sub-pixel level (deprecated: see "validate" option in pyFAI-calib)
Azimuthal integration tools:
* pyFAI-integrate: the only graphical interface for integration
* pyFAI-saxs: command line interface for small-angle scattering
* pyFAI-waxs: command line interface for powder difration
* diff_tomo: diffraction mapping&tomography tool
.. toctree::
:maxdepth: 4
pyFAI-average
drawMask_pymca
pyFAI-calib
pyFAI-recalib
check_calib
MX-calibrate
pyFAI-integrate
diff_tomo
pyFAI-saxs
pyFAI-waxs
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