Example Problem: Submitting batch job to compute
wavesurface of a fourth order stiffness tensor glyph
of Calcium Formate: Orthorhombic Symmetry

Instructions for using this form:

    1. Enter appropriate numbers in the boxes,
    2. enter your email address,
    3. click on submit, and
    4. wait for results to be returned to your email. (this will take about 30 seconds)

  1. Results are also returned to the directory
    http://www.jwave.vt.edu/output/wavesurf "unique date-time"/.
  2. You should check the files dw2ds.out and dw2ds.err in this directory to verify that the job ran correctly.
  3. At this point you can either select web links as organized in the email
    or go into the directory of results and select specific files of interest.
  4. We have organized all results in one file:
    http://www.jwave.vt.edu/output/wavesurfunique date-time /results.html
  5. You can also download files from your web browser to your computer for archiving. If you are in the SMVC we will provide a 4.6Gbyte read/write optical disk for each student so that they can store their large simulation files.
  6. If your email does not provide direct web links, copy and paste the web address from the email into your web browser location window.

  7. If the file is a VRML file (*.wrl) and you have the cosmo vrml plugin installed in your web browser, then you should be able to view these files in the VRML player. If you submit the form "as-is" the VRML files should appear as shown below.

The first wave surface (wavesurf1.wrl)       The second wave surface (wavesurf2.wrl)       The third wave surface (wavesurf3.wrl)

All three wave surfaces combined into a single surface "Homotopy" (glyph.wrl)