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This GUI facilitates interaction with the DRTM-PZT4 board, providing control and monitoring of all PZT4 channels (voltage output, current output, and voltage input). It features a table-based waveform generation capability for precise piezo actuation. Furthermore, it allows modification of PZT4 operational parameters and configuration. The GUI is built using PySide6 and PyQtGraph within a Python virtual environment, with Makefiles for workspace setup.

Data processing for serial crystallography

Millepede II is a package for linear least squares fits with a large number of parameters. Developed for the alignment and calibration of tracking detectors.

The Autonomous Control and Data Acquisition System for Dynamic Experimental Setups

https://constellation.pages.desy.de/

Config Generator scripts. Used together with server-specific config package to auto-generate server configuration files upon installation.

A middleware platform for high-performance data analysis

Kamzik3 is a modular and lightweight experiment control framework written in Python3. It is focused on minimalist yet unified way to control and orchestrate wide range of devices used in experimental setup. It uses ZeroMQ to exchange messages between

This project uses ChimeraTK Python bindings together with xdma-metapackage to configure and initialize the sis8300ku_example_project.

It is meant for example application for FPGA developers to learn how to use Python to interract with the SIS8300KU.