Explore @radiasoft Open Source projects

RadiaSoft (@radiasoft)

radiasoft

Stars
194
Global Org. Rank 41,081 (Top 14 %)
Registered almost 11 years ago
Most used languages

Python
45.5 %

Jupyter Notebook
18.2 %

Shell
18.2 %

C++
6.1 %

JavaScript
6.1 %

Fortran
3.0 %

Gnuplot 3.0 %
Location 🇺🇸 United States
Country Total Rank 30,667
Country Ranking

Gnuplot 63

Fortran
309

Shell
3,583

Jupyter Notebook
7,786

sirepo

Sirepo is a framework for scientific cloud computing. Try it out!

container-beamsim

Particle Accelerator and FEL Beam Simulation Codes: elegant, EPICS, JSPEC, OPAL, Radia, Shadow3, SRW, Synergia, Warp, Zgoubi

rsopt

Flexible configuration and execution of large, black-box optimization problems

devops

zgoubi

Git repo for zgoubi source code

rshellweg

RadiaSoft utilities for modeling linear accelerators, including the Hellweg code

pykern

rselegant

Resources for the 'elegant' code from Argonne National Laboratory

rswarp

Python utilities specific to running Warp

icfa_ml

Repository for icfa machine learning tutorials and other info

Jupyter Notebook

jupyter_rs_radia

jupyter.radiasoft.org

RadiaSoft public Jupyter Server announcements and global configuration

Radia-Examples

Jupyter Notebook

rsbeams

Python modules for particle beam simulations

download

Install scripts for "curl | bash"

rssympim

rssynergia

Tools for Synergia

optics

Common API for Light Source Simulators

containers

Builds Fedora on Docker or Vagrant

rsoopic

Python implementations of C/C++ code from the GPL v2 open source code XOOPIC

rsrespic

Jupyter Notebook

rszgoubi

Python repo for working with the Zgoubi code for spin tracking.

opal

Prototype code for the SymPIC AFOSR project.

rslight

wavefront propagation for light beams

Jupyter Notebook

rscooler

Python tools and files specific to the MCOOL SBIR project.

Jupyter Notebook

container-beamsim-jupyter-base

Jupyter Notebook

rsdockerspawner

public

This repo hosts the public Wiki for all things RadiaSoft

vc-multiphysics

Multiphysics Design and Optimization of Complex Vacuum Chambers for X-ray Light Sources

Zgoubi-Workshop

Supporting material for Zgoubi Workshop, https://zgoubi-workshop.com/

accelerator-modeling-chef

Fixes for build http://cdcvs.fnal.gov/projects/accelerator-modeling-chef

rslume

rslaser

Integrated modeling of CPA crystal-based laser amplifiers

jupyter_rs_vtk

rslaser_old

Integrated modeling of CPA crystal-based laser amplifiers

salt-conf