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HiPeRTA is a C++ library implementing the real-time analysis low-level reconstruction algorithms of the Cherenkov Telescope Array (CTA). The real-time analysis is used by the Science Alert Generation (SAG) subsystem of the Array Control And Data Acquisition (ACADA) of CTAO for data quality and science monitoring and science alert generation.

Python 3 library that takes advantage of the latest SIMD (Single input multiple data) operations included in modern processors, for native vectorized optimization of analytical data processing for CTA (the Cherenkov Telescope Array).

Mistermind : try to find the "hidden" code

hvm, or HV master, let you control a CAEN HV module through a set of class and optional ROOT based interface.

C and C++ library with common LISA tools

LST real time analysis control and monitoring thanks to OPCUA and MOS Bridge to ACS

Software and documentation for the Telescope Array Trigger S(t)imulator (TATS) to test the full telescope trigger timestamping and software coincidence system proposed for CTA

Paraload is a lightweight, simple and fast program that provides load balancing capabilities when data parallelism is possible.

Codes for the LPNHE CCD testbench for LSST / Vera Rubin Observatory

RS++ is a framework to perform Nuclear Reaction and Nuclear Structure calculation in C++

The regional Earth system model of IPSL (RegIPSL) is an effort to couple the various components models available at the Institute at the regional scale. As much as possible from the global IPSL Earth system model and its environment is used here.

Mirror of the SVN AGAPRO Package. USED for new developments mainly