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TomoAL: An Active Learning Framework in PyTorch for Segmentation of Tomography Data

Main VHDL library

Configurations for Klystron Lifetime Management Server.

sandbox for pipelines with kubernetes

dCache Helm chart for Kubernetes

NeXus beamline code for P21

PymePix is a Python library that provides control and acquisition for the Timepix3-SPIDR hardware. The rich set of data-structures and intuitive routines reduces time and coding effort to quickly configure, acquire, and visualize data from Timepix3. The highly extensible high-performance data-pipeline allows for alteration of the Timepix3 datastream into a form that is convinient for the user. This library is intended to be easily inserted into a standard scientific software stack as well as to allow for more direct interaction of Timepix3 with interactive flavors of Python. Included with the library are two example programs using PymePix: PymePix-acq is a command line control and acquisition program that can capture UDP packets and decode them into pixels and triggers. The second is pymepixviewer, an online control and data-acquisition program for general use, but with features geared toward mass-spectroscopy and ion imaging.

Matlab code to calculate from a given Hartmann pattern the wavefront using Fourier transformation, assuming that an unknown reference wavefront is given by the best fit of the spots. This code uses the BPM - beam propagation method (3D), based on K. Okamoto, Fundamentals of Optical Waveguides (Third Edition), Chapter 7 - Beam Propagation Method, Academic Press (2022), https://doi.org/10.1016/B978-0-12-815601-8.50007-0. Creators: Masoud, Mabel, Erez, Barbara, 2020-2023

The LighPipes_mod Python code is used for wavefront propagation simulation along the caustic in the vicinity of the focus position. The intensity, phase and focus distance obtained from the Matlab code are used as input for these calculations. Creator: Simon, 2023-2024

Material for participants of ILDG Hands-on Workshop