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Veitzer, S.A.

Paper Title Page
TUPEC069 VizSchema - a Unified Visualization of Computational Accelerator Physics Data 1880
 
  • S.G. Shasharina, D. Alexander, J.R. Cary, M.A. Durant, S.E. Kruger, S.A. Veitzer
    Tech-X, Boulder, Colorado
 
 

Data organization of simulations outputs differs from application to application. This makes development of uniform visualization and analysis tools difficult and impedes comparison of simulation results. VizSchema is an effort to standardize metadata of HDF5 format so that the subsets of data needed to visualize physics can be identified and interpreted by visualization tools. Based on this standard, we developed a powerful VisIt-based visualization tool. It allows a uniform approach for 3D visualization of large data of various kinds (fields, particles, meshes) from the COMPASS suite for SRF cavities and laser-plasma acceleration. In addition, we developed a specialized graphical interface to streamline visualization of VORPAL outputs and submit remote VORPAL runs. In this paper we will describe our approach and show some visualizations results.

 
TUPD015 Accurate Simulation of the Electron Cloud in the Fermilab Main Injector with VORPAL 1955
 
  • P. Lebrun, P. Spentzouris
    Fermilab, Batavia
  • J.R. Cary
    CIPS, Boulder, Colorado
  • P. Stolz, S.A. Veitzer
    Tech-X, Boulder, Colorado
 
 

Precision simulations of the electron cloud at the Fermilab Main Injector have been studied using the plasma simulation code VORPAL. Fully 3D and self consistent solutions that includes Yee-type E.M. field maps generated by the cloud and the proton bunches have been obtained, as well detailed distributions of the 6D phase space occupied by the electrons. We plan to include such maps in the ongoing simulation of the space charge effects in the Main Injector. Simulations of the response of retarded field analyzers and microwave transmission experiments are ongoing.