LUME

• LUME is a project to extend and generalize the SimEx platform for FEL community use.

• Wrap standard, developed electron/photon simulation codes with a common interface (pure Python) with minimal installation complexity, ultimately platform-independent (laptop to HPC)

• Use the newly developed openPMD standard for data exchange (HDF5 files).

• Create standards for machine and beamline components database descriptions.

• Well documented for use by developers, Ph.D. students, users (simulation as a service).

• Supporting technologies: Machine database, Simulation Catalogue, Visualization and (G)UI,Optimization hooks, PSANA integration

IPAC21 paper

IPAC21 slides

Particle and Wavefront exchange standards

• openPMD

• openPMD-beamphysics extension

• openPMD-wavefront extension

Particle and Wavefront packages

• openPMD-beamphysics Python package

• openPMD-wavefront Python package

Particle Creation

• distgen

Injector codes

• LUME-Astra

• LUME-GPT

• LUME-Impact

Accelerator codes

• PyTao based on Bmad

FEL codes

• LUME-Genesis

• ZFEL

X-ray codes

• SRW

EPICS

• LUME-EPICS

Surrogate Models

• LUME-Model

Optimization

• Xopt

How to cite LUME

Please use the following for publications:

@inproceedings{LUME,
    author         = "C. E. Mayes and P. H. Fuoss and J. R. Garrahan and H. Slepicka and A. Halavanau and J. Krzywinski and A. L. Edelen and F. Ji, W. Lou and N. R. Neveu and A. Huebl and R. Lehe and L. Gupta and C. M. Gulliford and D. C. Sagan and J. C. E and C. Fortmann-Grote",
    title          = "Lightsource unified modeling environment (LUME), a start-to-end simulation ecosystem",
    booktitle      = "Proc. of IPAC",
    year           = "2021",
    pages       = "THPAB217"
}