dxhdf5. If you use
dxhdf5 and have pictures you would like to contribute to
the gallery, please send them to:
dxhdf5-devel@cips.colorado.edu.
The picture shows a single isopycnal (constant density) surface from a
preliminary run of the OCCAM global ocean
model, run at 1/12 degree resolution. The surface colouring is from
the salinity data, in PSU. The area shown is the North Atlantic, with
coasts outlined in white. The model output is stored in the HDF5
format because individual files are larger than 3.5GB, even when using
the HDF5 compression.
John Stark, Southampton Oceanography Centre, UK |
OpenDX visualizes results of VORPAL, a
relativistic, arbitrary dimensional, hybrid plasma and beam simulation
code.
The picture shows the nonlinear structure of a laser wake field potential. These results were stored in HDF5 files and imported into OpenDX using the dxhdf5 package. Chet Nieter, Rodolfo Giacone, Ireneusz Szczesniak, John Cary, University of Colorado, USA |
This is an HEM810 whispering gallery electromagnetic mode in a microdisk with the exponentially decaying evanescent field on the outside. The data base is the z component of the magnetic field. Shown are isosurfaces and a plane cutting the disk in half. The radius is 105 nm and the height 30 nm. The data is produced during a simulation of the semiclassical behaviour of the active (pumped) material and the full three dimensional electromagnetic fields. The algorithm used in these simulations is called ADE-FDTD (auxiliary difference equation finite difference in time domain). Andreas Klaedtke |
Last modified: 2003/09/16 13:54:12