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codes.json
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{
"codes" : [
{
"title" : "Accelerator Toolkit (AT)",
"subtitle" : "",
"description" : "Accelerator Toolbox (AT) is a collection of tools to model storage rings and beam transport lines in Matlab.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://github.com/atcollab/at",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "https://github.com/atcollab/at/, https://atcollab.github.io/at/",
"issue_tracker" : "https://github.com/atcollab/at/issues/",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "ASTRA",
"subtitle" : "A Space charge TRacking Algorithm",
"description" : "The Astra suite consists of the particle tracking code together with an input distribution generator and several graphical user interface post-processors. It has been extensively in the framework of photoinjector designs and benchmarking of experimental data.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://www.desy.de/~mpyflo/",
"institutions" : ["DESY"],
"institution_link" : ["https://www.desy.de/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": ["linux", "macos", "windows"],
"license" : "freeware (NC)",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "BDSIM",
"subtitle" : "An accelerator tracking code with particle–matter interactions",
"description" : "Beam Delivery Simulation (BDSIM) is a program that simulates the passage of particles in a particle accelerator. It uses a suite of standard high energy physics codes (Geant4, ROOT and CLHEP) to create a computational model of a particle accelerator that combines accurate accelerator tracking routines with all of the physics processes of particles in Geant4.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://twiki.ph.rhul.ac.uk/twiki/bin/view/PP/JAI/BdSim",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "TBD",
"publication" : "L. J. Nevay et al., 'BDSIM: An accelerator tracking code with particle–matter interactions'",
"publication_link" : "https://doi.org/10.1016/j.cpc.2020.107200"
}
,
{
"title" : "Bmad / Tao ",
"subtitle" : "",
"description" : "Bmad is an object oriented, open source, subroutine library for relativistic charged-particle dynamics simulations in accelerators and storage rings. Bmad has modules for computing Twiss parameters, transport maps, dynamic apertures, and more. Tao is a general purpose simulation program, similar to MAD and Elegant in scope, which uses Bmad as its calculational engine. In addition, Tao is constructed in an object oriented fashion to make it relatively easy to extend its functionality.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://www.classe.cornell.edu/bmad/",
"institutions" : ["Cornell University"],
"institution_link" : ["https://www.cornell.edu"],
"download_link" : "https://www.classe.cornell.edu/~cesrulib/downloads/tarballs/",
"issue_tracker" : "https://github.com/DavidSagan/Bmad/issues",
"platform": ["linux", "macos"],
"license" : "GNU General Pubilc License Version 3",
"publication" : "Bmad: A relativistic charged particle simulation library",
"publication_link" : "https://www.sciencedirect.com/science/article/abs/pii/S0168900205020371?via%3Dihub"
}
,
{
"title" : "BeamBeam3D",
"subtitle" : " ",
"description" : "BeamBeam3D is a parallel, electrostatic particle-in-cell (PIC) code for modeling strong-strong or strong-weak beam-beam interaction in high-energy colliders.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://blast.lbl.gov/blast-codes-beambeam3d",
"institutions" : ["Lawrence Berkeley National Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://github.com/beam-beam/BeamBeam3D",
"issue_tracker" : "https://github.com/beam-beam/BeamBeam3D/issues",
"platform": [],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "J. Qiang, M.A. Furman, and R. D. Ryne, 'A parallel particle-in-cell model for beam-beam interaction in high energy ring colliders,' J. Comp. Phys. 198 (2004) ",
"publication_link" : "https://doi.org/10.1016/j.jcp.2004.01.008"
}
,
{
"title" : "COSY INFINITY",
"subtitle" : "",
"description" : "COSY is a system for the use of various advanced concepts of modern scientific computing. COSY currently has more than 2500 registered users and has been extensively cross-checked and verified.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://bt.pa.msu.edu/index_cosy.htm",
"institutions" : ["Michigan State University"],
"institution_link" : ["https://msu.edu/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "https://bt.pa.msu.edu/pub/"
}
,
{
"title" : "elegant, Pelegant",
"subtitle" : "",
"description" : "elegant is an accelerator code that computes beta functions, matrices, orbits, floor coordinates, amplification factors, dynamic aperture, and more. It does 6-D tracking with matrices and/or canonical integrators, and supports a variety of time-dependent elements. It also does optimization (e.g., matching), including optimization of tracking results. ",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"institutions" : ["Argonne National Laboratory, Advanced Photon Source"],
"institution_link" : ["https://www.aps.anl.gov/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "EPICS Open License",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "IMPACT (including IMPACT-T and IMPACT-Z)",
"subtitle" : "Integrated Map and Particle Accelerator Tracking Code",
"description" : "The IMPACT Suite is a 3-D parallel electrostatic PIC framework for modeling high intensity, high brightness beams in rf proton linacs, electron linacs and photoinjectors. IMPACT draws upon MaryLie for high order optics based on Lie algebraic maps.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://blast.lbl.gov/blast-codes-impact/",
"institutions" : ["Lawrence Berkeley National Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://github.com/impact-lbl/IMPACT-Z",
"issue_tracker" : "https://github.com/impact-lbl/IMPACT-Z/issues",
"platform": ["linux", "macos", "windows"],
"license" : "Open/BSD-3-Clause",
"publication" : "J. Qiang, R. Ryne, S. Habib, V. Decyk, “An Object-Oriented Parallel Particle-In-Cell Code for Beam Dynamics Simulation in Linear Accelerators,” Journal of Computational Physics 163 (2000), pp. 434-451.",
"publication_link" : "https://doi.org/10.1006/jcph.2000.6570"
}
,
{
"title" : "ImpactX",
"subtitle" : "An s-based beam dynamics code including space charge effects",
"description" : "ImpactX is an s-based beam dynamics code including space charge effects. It is the next generation of the IMPACT-Z code.",
"homepage" : "https://impactx.readthedocs.io",
"application": ["beam dynamics", "lattice design"],
"compute": ["mpi", "gpu", "openmp", "mesh-refinement"],
"method": ["pic", "s-based"],
"phenomena": ["space charge"],
"institutions" : ["Lawrence Berkeley National Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://github.com/ECP-WarpX/impactx",
"issue_tracker" : "https://github.com/ECP-WarpX/impactx/issues",
"platform": ["linux", "macos", "windows"],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "Huebl A, Lehe R, Mitchell C E, Qiang J, Ryne R D, Sandberg R T, Vay JL. 'Next Generation Computational Tools for the Modeling and Design of Particle Accelerators at Exascale'. 2022 North American Particle Accelerator Conference (NAPAC22), TUYE2, pp. 302-306, 2022",
"publication_link" : "https://doi.org/10.18429/JACoW-NAPAC2022-TUYE2"
}
,
{
"title" : "MAD (including MAD8, MAD-X, and MAD-NG)",
"subtitle" : "Methodical Accelerator Design",
"description" : "MAD is a general-purpose tool for charged-particle optics design and studies in alternating-gradient accelerators and beam lines. It can handle medium size to very large accelerators and solves various problems on such machines. MAD-X is the successor of MAD-8 and was specifically adapted to the needs of the design of the LHC. The PTC library of E. Forest is also embedded in MAD-X as an addition to better support small and low energy accelerators. ",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://mad.web.cern.ch/mad/",
"institutions" : ["Conseil Européen pour la Recherche Nucléaire (CERN)"],
"institution_link" : ["https://home.cern/"],
"repository" : "https://github.com/MethodicalAcceleratorDesign/MAD-X",
"issue_tracker" : "https://github.com/MethodicalAcceleratorDesign/MAD-X/issues",
"platform": [],
"license" : "SDDS",
"publication" : "H. Grote and F. Schmidt, 'MAD-X - An Upgrade from MAD8', Proceedings of the 2003 Particle Accelerator Conference, Vol. 5, 3497-3499 - 2003",
"publication_link" : "https://doi.org/10.1109/pac.2003.1289960"
}
,
{
"title" : "MaryLie and MaryLie/IMPACT",
"subtitle" : "Lie algebraic beam dynamics code with space charge",
"description" : "MaryLie is a beam dynamics code based on Lie Algebraic methods. MaryLie/IMPACT (ML/I) combines features of MaryLie and IMPACT along with other features including a MAD-like front end",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "TBD",
"institutions" : ["Lawrence Berkeley National Laboratory", "University of Maryland"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://github.com/...",
"issue_tracker" : "https://github.com/...",
"platform": [],
"license" : "TBD",
"publication" : "A paper citation",
"publication_link" : "https://doi.org/DOIHERE"
}
,
{
"title" : "MERLIN++",
"subtitle" : "",
"description" : "Merlin++ is a C++ charged-particle tracking library developed for the simulation and analysis of complex beam dynamics within high energy particle accelerators.",
"application": ["Circular Accelrators", "Linacs"],
"compute": ["laptop/desktop", "linux clusters", "mpi"],
"method": ["symplectic integration"],
"phenomena": ["synchrotron radiation", "collimation"],
"homepage" : "https://github.com/Merlin-Collaboration/Merlin/",
"institutions" : ["University of Manchester", "University of Huddersfield", "University of Liverpool", "DESY", "CERN"],
"institution_link" : ["https://www.accelerators.manchester.ac.uk/"],
"repository" : "https://github.com/Merlin-Collaboration/Merlin/",
"issue_tracker" : "https://github.com/Merlin-Collaboration/Merlin/issues/",
"platform": ["linux", "macos", "windows"],
"license" : "Open/GPLv2+",
"publication" : "Robert Appleby et al., 'Merlin++, a flexible and feature-rich accelerator physics and particle tracking library'",
"publication_link" : "https://arxiv.org/abs/2011.04335"
}
,
{
"title" : "POSINST",
"subtitle" : "",
"description" : "POSINST is a 2-D electrostatic PIC code for studying the buildup of electron clouds. POSINST has a detailed secondary electron yield module.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://blast.lbl.gov/blast-codes-posinst/",
"institutions" : ["Lawrence Berkeley National Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "M. A. Furman and M. T. F. Pivi, 'Probabilistic model for the simulation of secondary electron emission,'Phys. Rev. ST Accel. Beams 5, 124404.",
"publication_link" : "https://doi.org/10.1103/PhysRevSTAB.5.124404"
}
,
{
"title" : "OCELOT",
"subtitle" : "Accelerator, radiation and x-ray optics simulation framework",
"description" : "Ocelot is a multiphysics simulation toolkit designed for studying FEL and storage ring-based light sources. Ocelot is written in Python. Its central concept is the writing of python's scripts for simulations with the usage of Ocelot's modules and functions and the standard Python libraries.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "TBD",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "https://github.com/ocelot-collab/ocelot/",
"issue_tracker" : "https://github.com/ocelot-collab/ocelot/issues/",
"platform": ["linux", "macos", "windows"],
"license" : "Open/GPLv3",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "OPA",
"subtitle" : "Lattice Design Code",
"description" : "The main purpose of the OPA code is to support the development of electron (positron) storage rings. Emphasis is on visualization and interactivity rather than on elaborate beam dynamics models. OPA is in particular useful for designing high brightness light source lattices, but may be used for transfer lines and other types of lattices as well. ",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://ados.web.psi.ch/opa/",
"institutions" : ["Paul Scherrer Institute, Accelerator Development and Operations Support Group"],
"institution_link" : ["https://ados.web.psi.ch/opa/"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "PLACET",
"subtitle" : "",
"description" : "The tracking code PLACET simulates beam transport and orbit corrections in linear accelerators. It incorporates single- and multi-bunch effects, static and dynamic imperfections.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "TBD",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "A. Latina et al., 'Evolution of the tracking code PLACET'",
"publication_link" : "TBD"
}
,
{
"title" : "Propaga",
"subtitle" : "",
"description" : "Propaga is a C++ code developed by the Physics of Complex System group, inside the Physics and Astronomy Department at the Bologna University, to study the three dimensional propagation of a particle bunch along a transfer line, composed by many different lattice elements.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "TBD",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "https://github.com/ALaDyn/Propaga/",
"issue_tracker" : "https://github.com/ALaDyn/Propaga/issues/",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "PTC/FPP",
"subtitle" : "Polymorphic Tracking Code",
"description" : "Simulation library developed by Etienne Forest. Is capable of constructing Taylor maps to arbitrary order. Has modules for normal form analysis. PTC/FPP is used by both Bmad and MADX.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "None",
"institutions" : ["KEK"],
"institution_link" : ["https://www.kek.jp/"],
"repository" : "https://github.com/jceepf/fpp_book.git",
"issue_tracker" : "None",
"platform": [],
"license" : "Open source",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "SAD",
"subtitle" : "Strategic Accelerator Design",
"description" : "SAD is a computer program complex for accelerator design. It has been developed in KEK since 1986. SAD has proven to be powerful and useful in designs, simulations, commissioning, and improvement of TRISTAN, KEKB, FFTB, ATF, JLC, NLC, ILC, JHF, J-PARC and others.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://acc-physics.kek.jp/SAD/",
"institutions" : ["KEK"],
"institution_link" : ["https://www.kek.jp/"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "SAMM",
"subtitle" : "Simple Accelerator Modelling in Matlab",
"description" : "SAMM is an accelerator tracking code that runs in Matlab. The code consists of a set of Matlab class definitions and functions, for representing accelerator components and beam lines, and for applying standard analysis techniques.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://pcwww.liv.ac.uk/~awolski/main_links_computercodes.htm",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "SixTrack",
"subtitle" : "6D Tracking Code",
"description" : "SixTrack is a single particle 6D symplectic tracking code optimized for long term tracking in high energy rings. It is mainly used for the LHC for dynamic aperture studies, tune optimization, and collimation studies.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://sixtrack.web.cern.ch/SixTrack/",
"institutions" : ["CERN"],
"institution_link" : ["https://home.cern/"],
"repository" : "TBD",
"issue_tracker" : "TBD",
"platform": [],
"license" : "TBD",
"publication" : "De Maria, R., et al. ‘SixTrack Version 5: Status and New Developments’. In Proceedings of IPAC 2019, 3200–3203. Melbourne, Australia",
"publication_link" : "DOI:10.18429/JACoW-IPAC2019-WEPTS043"
}
,
{
"title" : "Synergia",
"subtitle" : "Framework for efficient parallel simulations of beam dynamics and collective effects in accelerators",
"description" : "Synergia provides a C++ library with Python bindings for parallel simulations of particle tracking and collective effects. Python driven scripts allow simulation of complex operational scenarios such as ramping, injection painting and extraction.",
"application": ["circular accelerators"],
"compute": ["laptop/desktop", "linux cluster", "HPC centers"],
"method": ["PIC"],
"phenomena": ["space charge", "impedance", "nonlinear dynamics"],
"homepage" : "https://synergia.fnal.gov",
"institutions" : ["Fermi National Accelerator Laboratory"],
"institution_link" : ["https://computing.fnal.gov/"],
"repository" : "https://bitbucket.com/fnalacceleratormodeling/synergia2",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/GPLv2+",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "Warp",
"subtitle" : "A particle-in-cell (PIC) framework designed to simulate high current particle beams and plasmas",
"description" : "Incorporates a variety of integrated physics models and extensive diagnostics. Implemented in axisymmetric, transverse-slice, and fully three-dimensional modes.",
"homepage" : "https://blast.lbl.gov/blast-codes-warp",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"institutions" : ["Lawrence Berkeley National Laboratory", "Lawrence Livermore National Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://bitbucket.org/berkeleylab/warp",
"issue_tracker" : "https://bitbucket.org/berkeleylab/warp/issues",
"platform": ["linux"],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "A. Friedman, R. H. Cohen, D. P. Grote, S. M. Lund, W. M. Sharp, J.-L. Vay, I. Haber, and R. A. Kishek, 'Computational Methods in the Warp Code Framework for Kinetic Simulations of Particle Beams and Plasmas,' IEEE Trans. Plasma Sci. vol. 42, no. 5, p. 1321 (May 2014)",
"publication_link" : "https://doi.org/10.1109/TPS.2014.2308546"
}
,
{
"title" : "WarpX",
"subtitle" : "WarpX is an advanced electromagnetic Particle-In-Cell code.",
"description" : "WarpX is an advanced electromagnetic Particle-In-Cell code for Exascale. It supports many features including Perfectly-Matched Layers (PML), mesh refinement, and the boosted-frame technique.",
"homepage" : "https://ecp-warpx.github.io",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"institutions" : ["Lawrence Berkeley National Laboratory", "Lawrence Livermore National Laboratory", "SLAC National Accelerator Laboratory"],
"institution_link" : ["https://www.lbl.gov"],
"repository" : "https://github.com/ECP-WarpX/WarpX",
"issue_tracker" : "https://github.com/ECP-WarpX/WarpX/issues",
"platform": ["linux", "macos", "windows"],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "J.-L. Vay, A. Huebl, A. Almgren, L. D. Amorim, J. Bell, L. Fedeli, L. Ge, K. Gott, D. P. Grote, M. Hogan, R. Jambunathan, R. Lehe, A. Myers, C. Ng, M. Rowan, O. Shapoval, M. Thevenet, H. Vincenti, E. Yang, N. Zaim, W. Zhang, Y. Zhao, and E. Zoni, 'Modeling of a chain of three plasma accelerator stages with the WarpX electromagnetic PIC code on GPUs,' Physics of Plasmas 28, 023105 (2021)",
"publication_link" : "https://doi.org/10.1063/5.0028512"
}
,
{
"title" : "ZGOUBI",
"subtitle" : "",
"description" : "zgoubi is a ray-tracing code in use for charged particle beam dynamics simulations. It can simulate beam dynamics in a large variety of machines and optical systems.",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://zgoubi.sourceforge.io/",
"institutions" : ["TBD"],
"institution_link" : ["TBD"],
"repository" : "https://zgoubi.sourceforge.io/",
"issue_tracker" : "TBD",
"platform": [],
"license" : "Open/GPLv2",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "ALaDyn",
"subtitle" : "A High-Accuracy PIC Code for the Maxwell-Vlasov Equations",
"description" : "ALaDyn is a fully 3D electromagnetic Particle-in-cell Fortran code. It implements the selfconsistent dynamics of lasers and beams propagation in an underdense plasma and the interaction with solid targets. It is equipped with an explicit envelope solver for the laser dynamics and with a Eulerian fluid equation scheme for the background cold plasma.",
"application": ["laser-plasma"],
"compute": ["mpi"],
"method": ["pic"],
"phenomena": [],
"homepage" : "http://aladyn.github.io/ALaDyn/",
"institutions" : ["Isituto Nazionale di Fisica Nucleare", "Istituto Nazionale di Ottica", "Universita' di Bologna", "Sapienza Universita' di Roma", "Universita' di Napoli 'Federico II'"],
"institution_link" : ["https://home.infn.it"],
"repository" : "https://github.com/ALaDyn/ALaDyn",
"issue_tracker" : "https://github.com/ALaDyn/ALaDyn/issues",
"platform": ["linux"],
"license" : "Open/GPLv3+",
"publication" : "",
"publication_link" : "https://aladyn.github.io/Papers/"
}
,
{
"title" : "PICCANTE",
"subtitle" : "A spicy massively parallel fully-relativistic electromagnetic 3D particle-in-cell code",
"description" : "PICCANTE is a fully 3D electromagnetic Particle-In-Cell code. It was primarily designed to study ultra-intense laser-plasma interaction and simple plasma astrophysics scenarios. It is written in C++.",
"application": ["laser-plasma"],
"compute": ["mpi"],
"method": ["pic"],
"phenomena": [],
"homepage" : "http://aladyn.github.io/piccante",
"institutions" : ["Istituto Nazionale di Ottica", "Universita' di Bologna", "Universita' di Pisa"],
"institution_link" : ["https://www.ino.cnr.it"],
"repository" : "https://github.com/ALaDyn/piccante",
"issue_tracker" : "https://github.com/ALaDyn/piccante/issues",
"platform": ["linux", "windows"],
"license" : "Open/GPLv3+",
"publication" : "",
"publication_link" : "https://arxiv.org/abs/1503.02464"
}
,
{
"title" : "Architect",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://github.com/albz/Architect",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/GPL",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "Calder",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://iopscience.iop.org/article/10.1088/0029-5515/43/7/317",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "Calder-Circ",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://dx.doi.org/10.1016/j.jcp.2008.11.017",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Upon Request/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "CHIMERA",
"subtitle" : "Quasi-cylindric PSATD PIC toolkit for [L/P]WFA and FEL simulation",
"description" : "A library containing quasi-cylindric PSATD PIC solvers, particle initialization and motion, SR emission mappers, and simulation routines for plasma acceleration and FEL modeling",
"application": ["laser-plasma", "free-electron-laser", "synchrotron-radiation"],
"compute": ["mpi", "openmp"],
"method": ["PIC"],
"phenomena": [],
"homepage" : "https://github.com/hightower8083/chimera",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "https://github.com/hightower8083/chimera",
"issue_tracker" : "TBD/",
"platform": ["linux", "macos"],
"license" : "Open/GPLv3",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "ELMIS",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.diva-portal.org/smash/record.jsf?pid=diva2%3A681092&dswid=-8610",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "EPOCH",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : " http://www.ccpp.ac.uk/codes.html",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/GPL",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "FBPIC",
"subtitle" : "Fourier-Bessel Particle-In-Cell",
"description" : "FBPIC is a specialized electromagnetic Particle-In-Cell code for simulations of laser-wakefield acceleration and plasma-wakefield acceleration, with close-to-cylindrical symmetry. The code can run on multi-CPU and multi-GPU architectures (NVIDIA only), and uses a cylindrical geometry to speed up simulations.",
"application": ["laser-plasma"],
"compute": ["mpi", "gpu", "openmp"],
"method": ["pic"],
"phenomena": [],
"homepage" : "https://fbpic.github.io",
"institutions" : ["Lawrence Berkeley National Laboratory", "CFEL, Hamburg University"],
"institution_link" : ["https://www.lbl.gov", "http://lux.cfel.de"],
"repository" : "https://github.com/fbpic/fbpic",
"issue_tracker" : "https://github.com/fbpic/fbpic/issues",
"platform": ["linux", "macos", "windows"],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "R. Lehe, M. Kirchen, I.A. Andriyash, B.B. Godfrey, J.-L. Vay, 'A spectral, quasi-cylindrical and dispersion-free Particle-In-Cell algorithm', Computer Physics Communications 203, pp. 66-82 (2016)",
"publication_link" : "https://doi.org/10.1016/j.cpc.2016.02.007"
}
,
{
"title" : "HiPACE++",
"subtitle" : "Highly-efficient Plasma ACcelerator Emulation in C++",
"description" : "HiPACE++ is a portable (GPU-capable) 3D quasi-static particle-in-cell code for the simulation of plasma accelerators.",
"application": ["plasma acceleration"],
"compute": ["mpi", "gpu", "openmp"],
"method": ["quasi-static", "pic"],
"phenomena": [],
"homepage" : "https://hipace.readthedocs.io",
"institutions" : ["Deutsches Elektronen-Synchrotron", "Lawrence Berkeley National Laboratory"],
"institution_link" : ["https://www.desy.de", "https://www.lbl.gov"],
"repository" : "https://github.com/Hi-PACE/hipace",
"issue_tracker" : "https://github.com/Hi-PACE/hipace/issues",
"platform": ["linux", "macos"],
"license" : "Open/BSD-3-Clause-LBNL",
"publication" : "Diederichs, S., Benedetti, C., Huebl, A., Lehe, R., Myers, A., Sinn, A., Vay, J.L., Zhang, W. and Thévenet, M., 'HiPACE++: a portable, 3D quasi-static Particle-in-Cell code', arXiv preprint arXiv:2109.10277 (2021).",
"publication_link" : "https://arxiv.org/abs/2109.10277"
}
,
{
"title" : "INF&RNO",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://dx.doi.org/10.1063/1.3520323",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "LCODE",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.inp.nsk.su/~lotov/lcode",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/None",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "LSP",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.lspsuite.com/LSP/index.html",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Commercial/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "MAGIC",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.mrcwdc.com/magic/index.html",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Commercial/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "Osiris",
"subtitle" : "an object-oriented parallel 3D PIC code for modeling laser and particle beam-plasma interactions",
"description" : "An object-oriented, high performance fully explicit EM-PIC code",
"application": ["plasma based accelerators", "radiation sources"],
"compute": ["laptop/desktop", "linux clusters", "HPC centers"],
"method": ["PIC"],
"phenomena": [],
"homepage" : "http://picksc.idre.ucla.edu/software/software-production-codes/osiris",
"institutions" : ["UCLA", "IST/Lisbon"],
"institution_link" : ["http://www.ucla.edu/","https://tecnico.ulisboa.pt/en/"],
"repository" : "https://github.com/GoLP-IST/osiris",
"issue_tracker" : "https://github.com/GoLP-IST/osiris/issues",
"platform": ["linux","macos"],
"license" : "Collaborators/Proprietary",
"publication" : ["R. A. Fonseca, L. O. Silva, F. S. Tsung, V. K. Decyk, W. Lu, C. Ren, W. B. Mori, S. Deng, S. Lee, T. Katsouleas, J. C. Adam, International Conference on Computational Science, ICSS-2002, pp 342-351 (2002).", "R. G. Hemker, arXiv:1503.00276 (2015).", "R. A. Fonseca, S. F. Martins, L. O. Silva, J. W. Tonge, F. S. Tsung and W. B. Mori, Plas. Phys. Cont. Fus., 50, 124034 (2008)."],
"publication_link" : ["https://link.springer.com/chapter/10.1007/3-540-47789-6_36","https://arxiv.org/abs/1503.00276",
"https://iopscience.iop.org/article/10.1088/0741-3335/50/12/124034"]
}
,
{
"title" : "PHOTON-PLASMA",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "https://bitbucket.org/thaugboelle/ppcode",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/GPLv2",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "PICADOR",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://hpc-education.unn.ru/en/research/overview/laser-plasma",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "PIConGPU",
"subtitle" : "Particle-in-Cell Simulations for the Exascale Era",
"description" : "PIConGPU is a fully relativistic, manycore, 3D3V and 2D3V particle-in-cell (PIC) code. The PIC algorithm is a central tool in plasma physics. It describes the dynamics of a plasma by computing the motion of electrons and ions in the plasma based on the Vlasov-Maxwell system of equations.",
"application": ["laser-plasma"],
"compute": ["mpi", "gpu", "openmp"],
"method": ["pic"],
"phenomena": [],
"homepage" : "http://picongpu.hzdr.de",
"institutions" : ["Helmholtz-Zentrum Dresden-Rossendorf"],
"institution_link" : ["https://www.hzdr.de"],
"repository" : "https://github.com/ComputationalRadiationPhysics/picongpu",
"issue_tracker" : "https://github.com/ComputationalRadiationPhysics/picongpu/issues",
"platform": [],
"license" : "Open/GPLv3+",
"publication" : "M. Bussmann et al., 'Radiative Signatures of the Relativistic Kelvin-Helmholtz Instability,' Proceedings of the International Conference on High Performance Computing, Networking, Storage and Analysis (SC13), 2013",
"publication_link" : "https://doi.org/10.1145/2503210.2504564"
}
,
{
"title" : "PICLS",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": ["laser-plasma"],
"compute": ["mpi"],
"method": ["pic"],
"phenomena": [],
"homepage" : "http://dx.doi.org/10.1016/j.jcp.2008.03.043",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "PSC",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.sciencedirect.com/science/article/pii/S0021999116301413",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/GPLv3",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "QuickPIC",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": ["laser-plasma"],
"compute": ["mpi"],
"method": ["pic"],
"phenomena": [],
"homepage" : "http://picksc.idre.ucla.edu/software/software-production-codes/quickpic",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "REMP",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://dx.doi.org/10.1016/S0010-4655(00)00228-9",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "Smilei",
"subtitle" : "A high-performance, user-friendly electromagnetic Particle-In-Cell code.",
"description" : "Smilei is an electromagnetic Particle-In-Cell code offering high performance, user friendliness and a large range of applications. It includes many physics modules (ionisation, collisions, QED, ...) and advanced numerical techniques (cylindrical geometry, envelope solver, perfectly-matched layers, ...)",
"homepage" : "https://smileipic.github.io/Smilei",
"application": ["laser-plasma", "astrophysics", "space physics"],
"compute": ["C++", "python", "MPI", "openmp", "SIMD"],
"method": ["PIC", "FDTD", "spectral solver", "PML", "Monte-Carlo"],
"phenomena": ["laser acceleration", "laser-plasma interaction"],
"institutions" : ["Maison de la Simulation", "Laboratoire pour l’Utilisation des Lasers Intenses", "Laboratoire Leprince-Ringuet"],
"institution_link" : ["https://mdls.fr"],
"repository" : "https://github.com/SmileiPIC/Smilei",
"issue_tracker" : "https://github.com/SmileiPIC/Smilei/issues",
"platform": ["linux", "macos", "windows"],
"license" : "Open/CeCILL",
"publication" : "J. Derouillat, A. Beck, F. Pérez, T. Vinci, M. Chiaramello, A. Grassi, M. Flé, G. Bouchard, I. Plotnikov, N. Aunai, J. Dargent, C. Riconda and M. Grech, SMILEI: a collaborative, open-source, multi-purpose particle-in-cell code for plasma simulation, Comput. Phys. Commun. 222, 351-373 (2018), arXiv:1702.05128",
"publication_link" : "https://doi.org/10.1016/j.cpc.2017.09.024"
}
,
{
"title" : "TurboWave",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://dx.doi.org/10.1109/27.893300",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "UPIC-EMMA",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://picksc.idre.ucla.edu/software/software-production-codes/upic-emma",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "VLPL",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://www.tp1.hhu.de/~pukhov/",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Collaborators/Proprietary",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "VPIC",
"subtitle" : "TBD/",
"description" : "TBD/",
"application": [],
"compute": [],
"method": [],
"phenomena": [],
"homepage" : "http://github.com/losalamos/vpic",
"institutions" : ["TBD/"],
"institution_link" : ["TBD/"],
"repository" : "TBD/",
"issue_tracker" : "TBD/",
"platform": [],
"license" : "Open/BSD-3-Clause",
"publication" : "TBD",
"publication_link" : "TBD"
}
,
{
"title" : "USim (Ulixes)",
"subtitle" : "High-performance, 3-Dimensional, finite-volume fluid simulation framework for simulation of plasmas with electrodynamics including shocks.",
"description" : "Computational Fluid Dynamics (CFD) code optimized for modeling plasmas, including High Energy Density (HED) and plasma-based particle sources.",
"application": ["High Energy Density Plasmas", "Z-Pinch", "Ion Sources", "Hypersonics"],
"compute": ["1-, 2-, 3-Dimensional", "Structured and Unstructured Computational Meshes", "Parallel (MPI)"],
"method": ["Finite-Volume Fluids", "Conformal Boundaries", "Discontinuous Galerkin", "Plasma Chemistry"],
"phenomena": [],