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Without tools man is nothing, with tools he is all. |
Give us the tools and we will finish the job. |
As a rule, software systems do not work well until they |
Homepage for Java-based reconstruction and analysis and the SLIC-based Geant4 framework.
Mokka, SIMDET, LCIO, and more.
Homepage for the JUPITER-based framework.
Links to CALICE-related software, focusing on test beam.
The current project for Java-based reconstruction and analysis. Java framework end users should start here.
Geometry packages of org.lcsim, including format converters.
The legacy Java reconstruction and analysis framework, primarly oriented towards SIO files.
An interactive data analysis environment including a number of plugins for additional functionality.
A large library of free Java HEP software.
Experiment-independent event display integrated into JAS3. Current version is called WIRED4.
A Java analysis and plotting package.
A digitization package for the ILC Testbeam based on MARLIN. (Java version is bundled with org.lcsim.)
Geometry Reconstruction API for C++ Framework.
A conditions database using LCIO and MySQL.
LCIO-based event processing framework.
A collection of processors for MARLIN.
An installer frontend for LDC software.
Package defining data analysis interfaces. JAS3 contains a popular implementation.
I/O interfaces and implementations in C++, Java and FORTRAN. Adopted by most Full Simulation and Reconstruction packages.
The standard Monte Carlo simulator package.
Geant4 simulator package using LCDD as its geometry input, StdHep for event input and LCIO for output.
The current descendant of Gismo and LCDROOT (both deprecated packages) with an XML geometry format limited to tubs, StdHep input, and LCIO and SIO output.
Geant4 simulator that retrieves geometry information from a MySQL database. It reads binary StdHep or ASCII HEPEVT and writes LCIO or ASCII.
A Geant4-based simulator of the GLD detector with ROOT analysis modules.
A FORTRAN simulator package that was used for TESLA R&D.
Fast simulator package with a geometry input format called GODL. It uses binary StdHep for event input.
A fast simulator package with hard-coded TESLA geometry.
FORTRAN-based fast simulations package with event generator integration. Selectable user geometry.
Geant4-based beamline simulator package.
Beam dynamics simulation toolkit.
XML format for geometry description with a close binding to Geant4.
Package extending GDML to include sensitive detectors and other elements for complete detector description in the simulator.
A physics list by Dennis Wright tailored for the Linear Collider Detectors.
The standard numerical encoding of physics particles, which is used by both generators and simulators.
A large list of generators for Linear Collider physics.
PYTHIA is the canonical package for hadronization. Pandora-PYTHIA includes PYTHIA plus Pandora to produce detailed physics events for simulation, including initial states, parton showering and hadronization.
From the homepage: "A generic Monte-Carlo generator for multi-particle processes at high-energy colliders."
"A Monte Carlo package for simulating Hadron Emission Reactions With Interfering Gluons."
"ISAJET is a Monte Carlo program which simulates p p, pbar p, and e+ e- interactions at high energies."
Multi-Bunch LINAC-IP ILC Simulation Data Repository.
A Monte Carlo framework based on ROOT and CLHEP that can run FORTRAN Monte Carlo models such as PYTHIA, HERWIG, ARIADNE, etc.
An e+e- beam beam simulation program.
Guinea Pig Source is not packaged! To retrieve, try using wget on the appropriate www source directory.
wget -erobots=off -r http://www.slac.stanford.edu/accel/nlc/local/systems/beamdelivery/guinea_pig/ver_1999_07_08/program
The standard binary encoding for HEPEVT physics events from event generators.
If you do not see your package listed, please drop me a line, and I'll surely add it.
Please include a description of what it does, plus links to relevant webpages.