A Geant4 Python wrapper.
Project description
Calzone
(CALorimeter ZONE)
[!WARNING] This is work in progress.
Description
CalZone is a Geant4 Python wrapper for simulating the energy
deposition by high-energy particles in a calorimeter. The interface has been
designed with simplicity in mind. Primary particles are injected into the
simulation volume as a numpy.ndarray, and a numpy.ndarray of energy deposits
is returned. The Monte Carlo geometry is encoded in a Python dict which can be
loaded from configuration files, e.g. using JSON, TOML or
YAML formats. This basic workflow is illustrated below,
import calzone
simulation = calzone.Simulation("geometry.toml")
particles = calzone.particles(10000, energy=0.5, position=(0,0,1))
deposits = simulation.run(particles)
License
The Calzone source is distributed under the GNU LGPLv3 license. See the provided LICENSE and COPYING.LESSER files.
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