HepForge projects

Here is the current list of projects using HepForge to do their development.

  • 2HDMC : Two-Higgs-Doublet Model Calculator
  • AGILe : C++ MC generator interface library
  • aMCfast
  • ANT : ANT - ANalytic loopTools - is a Mathematica package implementing all Passarino-Veltman functions up to 4 legs as defined by FormCalc/LoopTools in the limit of vanishing external momenta.
  • ANTJETS
  • APFEL : A PDF Evolution Library
  • APPLgrid : A tool for the fast and accurate reproduction of full (N)NLO QCD calculations with any parton distributions in only a few milliseconds.
  • ARU : ARU is a non-parametric algorithm to unfold detector degradation effects caused by limited resolution and efficiency from one-dimensional data distributions. It is a fully automatic algorithm that works fully automatic, yielding optimal results (in a well defined mathematical sense).
  • RecursiveBayesAlignment
  • BlackHat
  • BlackMax : A comprehensive black hole event generator
  • BLUE : a software package to combine correlated estimates of physics observables within ROOT using the Best Linear Unbiased Estimate method
  • BSMfitter
  • CASCADE : MC hadron level event generator for ep and pp using uPDFs
  • CEDAR
  • Chani : A tool for transient simulation of charge transport.
  • Chaplin : Complex Harmonic Polylogarithms in FORTRAN
  • Charybdis 2 : A black hole generator
  • CheckMATE : A tool to easily test simulated event files against LHC results.
  • CIJET : A program for computation of jet cross sections induced by quark contact interactions at hadron colliders with fast PDF interpolation.
  • Collier : COLLIER is a fortran library for the numerical evaluation of one-loop scalar and tensor integrals appearing in perturbative relativistic quantum field theory
  • ColorFull : A C++ code for color summed calculations in QCD.
  • CREP
  • CuTe : Resummed transverse momentum distributions for Drell-Yan, W, Z and Higgs production
  • cutlang : A generic language to describe event selection for cut based HEP analyses.
  • debinning : "debinning" is a new data smoothing technique, which has recently undergone a major upgrade: Under the influence of a new probability calculus which correctly accounts for our treatment of the data, the debinning procedure is now a simple calculation, rather than a Monte Carlo algorithm.
  • DiffTop
  • Dime MC : Monte Carlo Event Generator for exclusive meson pair production via double Pomeron exchange
  • DIRE4Pythia
  • Discrete : A Mathematica package with tools for model building involving discrete symmetries.
  • DISPred : Tools for calculating deep inelastic scattering (DIS) cross sections at LO and NLO in QCD.
  • DM@NLO : Computing the neutralino relic density including one-loop QCD corrections
  • DSiD
  • Dvegas : Parallel Adaptive Monte Carlo Integration in C++
  • E6Tensors : A Mathematica package that provides explicit matrix expressions for group theoretic calculations in E6.
  • EASYSCAN_HEP
  • EDDE : Monte-Carlo Generator for Exclusive Double Diffractive Events (FORTRAN)
  • EERAD3 : Event shapes and jet rates in e+e- annihilation up to NNLO
  • EIC@HIAF
  • Elegent : A generator of elastic (anti)proton-proton collisions.
  • ETMAC : Fitting program for lattice QCD based on R
  • EvtGen
  • ExHuME : C++ generator of central Exclusive Hadronic Monte-carlo Events
  • FastJet : a package for fast jet clustering in pp and e+e- events, plus many useful jet-related tools
  • Fastlim
  • FastNLO : Fast pQCD calculations for hadron-induced processes
  • FeynHiggs : Fortran code for the diagrammatic calculation of the masses, mixings and much more of Higgs bosons in the MSSM at the two-loop level.
  • FeynML
  • FeynWeb : FeynWeb enables you to easily display vector Feynman diagrams on your website
  • FFTJet : Multiresolution jet reconstruction in the Fourier domain
  • Fortran Herwig : Fortran-based Monte Carlo event generator with parton shower
  • FlexibleSUSY : A Mathematica and C++ package to create fast and modular spectrum generators for supersymmetric and non-supersymmetric models.
  • FormFlavor : Extendable Mathematica package for the automated computation of one-loop Wilson coefficients and evaluation of flavor and CP observables in BSM models
  • FROG : The Fast and Realistic OpenGl Event Display: a generic 3D Event Displayer working with any experiements.
  • GAMBIT : The Global And Modular BSM Inference Tool
  • gammacombo : GammaCombo is a statistics framework for combining measurements in order to produce confidence intervals on parameters of interest
  • Geners : Generic object serialization for C++, with compression and random access
  • Genie
  • gg2VV
  • GiBUU : The Giessen BUU project, a hadronic transport model for the simulation of nuclear reactions and heavy-ion collisions
  • GM2Calc : Precise calculation of the muon anomalous magnetic moment in the MSSM
  • Golem : Golem95 One-Loop Integral Library
  • GoSam : General One-Loop Evaluator for Matrix elements
  • GSdPDF : Gaunt-Stirling Double Parton Distribution Functions
  • HEJ : The implementation of the High Energy Jets-formalism for jet predictions at hadron colliders
  • HELAC
  • Helix
  • HepData : HepData database and Web interface development project
  • HepForge : Project to build and maintain the HepForge system!
  • HEPMath
  • HepMCVisual : An interactive Browser for HepMC events
  • HepML : Proposed interchange formats for MC parameters and HepData records
  • hepplotconvert
  • HepTeX : Collection of HEP-specific TeX/LaTeX packages
  • HERAFitter
  • Herwig 7 : Simulate Standard Model processes at lepton-lepton, lepton-hadron and hadron-hadron colliders at NLO+PS accuracy within one program.
  • HiggsBounds
  • HiggsLineshapeCalculator
  • HJets : A tool for calculating electroweak cross sections for Higgs plus jets at NLO in QCD
  • HOPPET : Higher Order Perturbative Parton Evolution Toolkit
  • Hype
  • HypExp
  • HZSteer : IO and steering utilities for HZTool.
  • HZTool : Data-MC comparison histrogramming
  • JetVHeto : NNLL resummation for jet-vetoes in Higgs and Z-boson production
  • JetWeb : Web-based system for MC event generator validation
  • JEWEL
  • Jimmy : Multiple interations implementation for Herwig
  • JMinHEP : a framework for clustering analysis in JAVA
  • KalmanAlignment : Detector alignment based on Kalman Filter
  • KSTest : Kolmogorov-Smirnov test statistic with high precision (C++)
  • KtJet : C++ implementation of the kT jet clustering algorithm
  • Laura++ : Fitting package for performing Dalitz-plot analysis.
  • LHAPDF : Les Houches Accord PDF library and interface
  • LHEF : C++ classes for reading and writing Les Houches Event Files
  • LHPC
  • libHFILL : A library for filling histograms from MC codes.
  • LieART : A Mathematica application for Lie algebras and representation theory
  • LikeDM : Likelihood calculator of dark matter detection
  • Lilith: A tool for constraining new physics from Higgs measurements : A tool for constraining new physics from Higgs measurements
  • LOOL : Leading Order One-Loop Integrals
  • LoopSim : Method to generate unitarity-based approximations to loop contributions
  • MB Tools : Tools for evaluating Mellin-Barnes integrals
  • MCFM
  • MCGrid : Interpolation tools for NLO Event Generators
  • MctLib
  • MCuncert : Monte Carlo and quasi-Monte Carlo error estiamtes for high dimensional integrals
  • Meerkat : Multidimensional kernel density estimation package
  • MEKS : A modified EKS code for the calculation of NLO double differential corss sections of single-inclusive jet and dijet production at hadron colliders
  • METAPDF : A meta-analysis of parton distribution functions at NNLO for LHC applications
  • MicroJets
  • MIXMAX : This is a fast new implementation of the matrix random number generator MIXMAX.
  • MonChER : Monte-Carlo for Charge Exchange Reactions (FORTRAN)
  • Moses
  • MSTWPDF : Martin-Stirling-Thorne-Watt Parton Distribution Functions
  • myFitter : A Python framework for global fits
  • nCTEQ
  • NewWave : Tools for wavelet analysis of HEP events
  • Ninja
  • NNHEP : Neural Networks for HEP problems
  • NNLOJET
  • NNPDF
  • NNTopDec : A program for precise calculation of fully differential decay of top quark up to NNLO in QCD.
  • NPStat : Non-parametric statistical modeling and analysis in C++ and Python
  • nuCraft : Python tool for accurate and flexible calculation of oscillation probabilities of atmospheric neutrinos, including matter effects, CP violation, and optional sterile flavors
  • nulike : Neutrino telescope likelihood tools
  • NuPro
  • opaljets
  • OpenLoops : A fully automated implementation of the OpenLoops algorithm for the fast numerical evaluation of tree and one-loop matrix elements for any Standard Model process.
  • OPUCEM : A C library to compute the EW oblique parameters S,T,U for a given model.
  • Orbifolder : A C++ Tool to study the Low Energy Effective Theory of Heterotic Orbifolds.
  • Package-X : A Mathematica package to obtain analytic expressions for dimensionally regulated one-loop integrals.
  • PeTeR : Resummation for electroweak bosons at large transverse momentum
  • PileMC
  • Professor : Tuning tool for MC generators and general purpose parametrisation
  • ProMC : Multiplatform input/output for Monte Carlo events
  • PromptNuFlux
  • PyFeyn : Python library for programatically drawing Feynman diagrams
  • PyR@TE : Python Renormalization Group Equations for Everyone
  • Pythia 6 : Pythia 6 - The Lund Monte Carlo
  • Pythia 8
  • QBH : Monte Carlo Event Generator for Quantum Black Hole Production and Decay in Proton-Proton Collisions
  • QCDNUM : Fast NNLO DGLAP evolution package written in FORTRAN77
  • QQbar_threshold : A C++ library and Mathematica package for heavy quark production at e+ e- colliders at N3LO
  • RAPGAP
  • Rave : Reconstruction in an Abstract Versatile Environment
  • REAP-MPT : Mathematica packages for computing the renormalization group running of neutrino masses and extracting lepton masses, mixing angles and CP phases from the mass matrices
  • recola
  • Reduze
  • ResBos
  • RGHiggs : Renormalization-Group improved predictions for Higgs production
  • Rivet : C++ re-implementation of the HZTool MC validation tool
  • RK : Relativistic Kinematics, with numerics done right
  • RootTuple : A library enabling ROOT n-tuple output from FORTRAN HEP programs
  • Rosetta : An operator basis translator for Standard Model effective field theory
  • RunMC : Monte Carlo analysis framework based on C++(ROOT) with JAVA GUI
  • Samurai : Scattering Amplitudes from Unitarity-based Reduction Algorithm at the Integrand-level
  • SARAH : A Mathematica package for building and analyzing SUSY and Non-SUSY models
  • Sartre : Event Generator for Exclusive Diffractive Processes in ep and eA Collisions
  • ScannerS : A C++ scanning tool for extended scalar sectors
  • SecDec : Numerical evaluation of multi-loop (multi-parameter) integrals
  • SHERPA event generator
  • SISCone : C++ code for a Seedless Infrared-Safe Cone jet finder
  • SModelS
  • SoftSUSY : This code provides a SUSY spectrum in the MSSM consistent with input low energy data, and a user supplied high energy constraint (eg minmal SUGRA).
  • SOSpin : Decomposition of the Yukawa invariants under SO(2n) groups in terms of the SU(n) states
  • SpartyJet
  • SPheno
  • Sphingx
  • StableJet
  • STARlight
  • SuperChic : Monte Carlo generator for central exclusive production
  • Super LFV
  • SuSE FLAV
  • SusHi
  • SUSY-AI
  • T3PS : A tool for parameter scans using multiple processors in parallel.
  • TGlauberMC : A ROOT-based implementation of the PHOBOS Glauber Monte Carlo
  • ThePEG : Platform for using and building C++ event generators
  • TMD Project : Transverse momentum dependent parton distribution functions and fragmentation functions
  • TMDlib
  • TOM
  • Topness
  • updfevolv
  • Vevacious
  • VINCIA
  • VVamp
  • W2Pho
  • WHIZARD : A Generator of Monte Carlo Event Generators for LHC, ILC and other High Energy Physics Experiments
  • YODA : Yet more Objects for Data Analysis

Externally hosted HEP projects

These are projects that have asked to be linked from here.

  • jHepWork : Multiplatform environment for scientific computation and data analysis
  • Homebrew-hep : High energy physics package manager for Mac OS X
  • MCviz : A HEP Monte Carlo Visualizer
  • multinest
  • POWHEG BOX
  • SuperBayeS : Fast and efficient Markov Chain Monte Carlo sampling of supersymmetric theories parameter space. Evaluation and plotting of Bayesian and frequentist statistics.
  • Vscape
  • flavio Flavour physics phenomenology