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ARTUS is an event-based data-processing framework for high energy physics experiments. It is designed for large-scale data analysis in a collaborative environment. The architecture design choices take into account typical challenges and are based on experiences with similar applications. The structure of the framework and its advantages are described. An example use case and performance measurements are presented. The framework is well-tested and successfully used by several analysis groups.
The publication arXiv:1511.00852 [hep-ex] gives a good overview of the structure of both Artus and HarryPlotter.
The wiki pages can be edited either directly here directly on GitHub or the corresponding repository can first be cloned locally (find the link below the sidebar on the right). It is desirable, that each pages gets a link in the sidebar. Editing the cloned repository is mandatory, if files (e.g. plots) should be added.
- Artus Example
- Creating a Specialised Artus Analysis
- Adding New Artus Processors
- Adding New Quantities to the Output NTuple
- Tutorial I: Introduction
- Tutorial II: Parameter Expansions
- Tutorial III: Reading ROOT Input
- Tutorial IV: Analysis Modules
- Tutorial V: Plotting with ROOT and MPL
- Tutorial VI: Advanced Plotting
- Tutorial VII: HarryPlotter in Scripts