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The simulation of atmospheric showers through Monte-Carlo processes as wellas their projection into Imaging Atmospheric Cherenkov Telescopes (IACT) islong and very computing intensive. As these simulations are the most advancedones from a physics point of view, they are not suited for simple tests.  Here we present a Python package developed in order to model atmosphericshowers using different profiles and to image them with an array of IACT. Thisallows for first order studies of the influence of the primary photon energyand angular direction on the stereoscopic images. Its simplicity also makes itconvenient for public dissemination and outreach as well as for teachingpurposes.  This package has been developed to make the most out of the simplicity ofPython but has also been optimised for fast calculations. It is developed inthe framework of the ASTERICS H2020 project and as such is available as anopen-source software.

pschitt! - A Python package for the modelling of atmoSpheric Showers and CHerenkov Imaging Terrestrial Telescopes