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It's a simulation made up of three different modules which is based on the VD design of the DUNE project.

The first module calculates the drift field inside an anode using perforated PCB technology, and calculates the weighting field on each charge readout view. It generates 2 * (1 + 3) .npy files containing the scalar potential field and each component of the corresponding vector field. The second module uses the Shockley-Ramo theorem to calculate the signal induced on each view. The module needs the previously calculated files to work. The output is a .csv file containing the simulated charge for each electron generated, the drift time and the view on which the charge was collected. We also have a file containing the signals generated for the three charge reading views. The final module simulates electron drift towards the anode plane on a larger volume of liquid argon. Given a channel number, the aim is to visualize waveforms as a function of reconstructed trace angles in the detector.

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Tools for ecotoxicologists and regulators dedicated to the mathematical and statistical modelling of toxicity test data including both time and concentration dependence. Bayesian inference of toxicokinetic-toxicodynamic models, such the General Unified Threshold model of Survival (GUTS) for binary data.

Manalyzer front-end that can send Midas events to the HyperK DAQ ToolDAQ-based system

This is the new git for the ADF library : AGATA Data Format

TkT library

Projet EPICS avec e3 pour GENESIS

Acquisition and processing programs for BAORadio (CRT, HICluster, OptX21, PAON)

KaliVeda datasets for INDRA experiments

IOC de test pour du matériel Beckhoff qui utilise le support: https://gitlab.in2p3.fr/julien.marpaud/epics-support-ethercat

Noyau linux (Ubuntu 22.04 LTS): 6.5.0-14-lowlatency

Ethercat Drivers: 1.5.2-393-gdb5b9654 (enable-cycles = YES)