Pinned Repositories
framework-1
The main project containing the core C++ classes defining framework behaviour and primordial analysis and helper tools. It centralises all other rest-for-physics repositories through submodules.
iaxo-geometry
IAXO Geometry defintions in GDML to be used in restG4 simulations
iaxo-readouts
Readout descriptions to be used on IAXO detectors
axionlib
A library to define all the ingredients required for basic axion-photon raytracing in axion helioscopes. Solar axion flux generation routines, optics response, magnetic field definition, and likelihood sensitivity calculations.
detector-analysis
detectorlib
It is used to define a detector readout topology, and access gas or other detector properties. It also implements processes including routines for event reconstruction from real detector data, and/or emulation of different physical response effects, such as electron diffusion.
framework
The main project containing the core C++ classes defining framework behaviour and primordial analysis and helper tools. It centralises all other rest-for-physics repositories through submodules.
materials
A common repository to define materials that are later used at a GDML geometry. The materials are publicly accessible through the website https://rest-for-physics.github.io/materials/rest.xml. GDML files in REST can access directly that remote address. See also basic-geometries project.
rawlib
It is used to store time event pulses with a fixed number of bins. It includes processes related to signal conditioning, such as signal shaping, deconvolution, pulse fitting, de-noising, FFT, common noise reduction, and related routines. It is capable to read different binary formats from different electronic systems into REST.
tracklib
It defines a track event type allowing to define inheritance relations between tracks that contain groups of hits. A process connecting to the detector library allows for hit clustering to create a first set of tracks using a distance relation. Graph theory processes are included in this library in order to identify and reconstruct a physical track, and execute topological algorithms.
cmargalejo's Repositories
cmargalejo/framework-1
The main project containing the core C++ classes defining framework behaviour and primordial analysis and helper tools. It centralises all other rest-for-physics repositories through submodules.