CapacitiveTransfer
Transfer with cross-coupling between pixels
Modules
Description and parameter documentation of all available Allpix Squared modules.
This section describes all currently available modules in detail. This comprises a description of the physics implemented as well as a list of all configuration parameters along with their default values. For inquiries about a specific module or its documentation, the respective module maintainers should be contacted directly. The modules are listed in alphabetical order.
CorryvreckanWriter
Writes pixel hits in the Corryvreckan format
CSADigitizer
Digitizer emulating a Charge Sensitive Amplifier
DatabaseWriter
Writes simulation objects to a PostgreSQL database
DefaultDigitizer
Digitizer that creates a signal proportional to the collected charge
DepositionCosmics
Energy deposition from cosmic rays
DepositionGeant4
Energy deposition with Geant4
DepositionGenerator
Energy deposition with data read from MC Generator Data Files
DepositionLaser
A simplistic deposition generator for charge injection with a laser
DepositionPointCharge
Energy deposition at deterministic positions
DepositionReader
Energy deposition with information read from a file
DetectorHistogrammer
Provisional simulation analysis for a detector
DopingProfileReader
Doping profile loading for a detector
Dummy
A dummy module
ElectricFieldReader
Electric field loading for a detector
GDMLOutputWriter
Writes the geometry to a GDML file
GenericPropagation
Propagates deposited charges via piecewise integration of motion
GeometryBuilderGeant4
Constructs the Geant4 geometry
InducedTransfer
Transfer with induction from nearby charge carriers
LCIOWriter
Writes pixel hits to a LCIO file
MagneticFieldReader
Magnetic field loading for a detector
ProjectionPropagation
Propagates deposited charges via projection to the sensor surface
PulseTransfer
Transfer of pulse information to the electronics
RCEWriter
Writes pixel hits in the RCE format
ROOTObjectReader
Reads stored data from an Allpix Squared ROOT file
ROOTObjectWriter
Writes simulation objects to a ROOT file
SimpleTransfer
Transfers propagated charges to the pixel front-end
TextWriter
Writes simulation objects to a text file
TransientPropagation
Propagation of deposited charges via Shockley-Ramo induction
VisualizationGeant4
Constructs a Geant4 viewer to display the geometry
WeightingPotentialReader
Weighting potential loading for a detector