Software environment developed for high energy physics to conduct analysis effectively using real-time and historical data.
Deploying VISPA means setting up a visual environment for physics analysis using a multi-purpose window tool. This tool consists of a three-column structure, a window for graphical displays, a property panel, and a navigator panel. Furthermore, VISPA supports programming in both C++ and Python languages for text-based programming.
To bring its features to fruition, VISPA heavily relies on the Physics eXtension Library (PXL), a C++ class and template collection for four-vector analysis and hypothesis evolution. The PXL not only functions as a standalone tool but also cooperates with arbitrary software frameworks for specific HEP experiments.
In conclusion, VISPA provides a robust toolkit of features to aid the analysis of physics data from any complexity level, making it an indispensable tool in HEP experiments.
Version 0.3.1: N/A