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Control system application for the LLRF controller frontend system.

Configuration for the LLRF controller server

OCELOT orbit correction tool

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.

This proposed work explores the use of machine learning to provide operators with estimates of key photon pulse characteristics related to beam pointing. A data pipeline is set up and the method is applied to the SASE1 undulator line at the European XFEL.

A mirror of https://gitlab.cern.ch/cta/CTA

TINE Control System repository - read only replication, main repository DESY internal only

Generate VHDL and .map files from SystemRDL input

Simple calorimeter simulation with Geant4 and GFlash.

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

Pulumi Provider for Xen-Orchestra

HTTP server to control an iris connected with a Raspberry Pi.