Last update:
Apr 1, 2000
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A Graphics Sampler for the D0 Experiment
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George Alverson1,
Kors Bos2,
Toby Burnett3,
Florencia Canelli4,
Don Coppage5,
Laurent Duflot6,
Yuri Gershtein7,
Norman Graf8,
Sharon Hagopian9,
Peter Hamel10,
Steve Kahn8,
Tim McMahon11,
Meenakshi Narain12,
Nobuaki Oshima13,
Onne Peters2,
Harrison Prosper9,
Dennis Shpakov14,
Tom Trippe15,
John Womersley13,
Saul Youssef9
- Northeastern University
- NIKHEF, Netherlands
- University of Washington
- University of Rochester
- University of Kansas
- LAL, Orsay
- Brown University
- Brookhaven National Laboratory
- Florida State University
- University of California, Berkeley
- Langston University
- Boston University
- Fermilab
- University of New York, Stony Brook
- Lawrence Berkeley National Laboratory
Speaker:
Sharon Hagopian
The D0 Experiment has a variety of displays for various
purposes. A graphics toolkit and interface for 3-D event displays,
including detector elements, reconstructed hits and tracks and physics objects,
has been implemented on top of OpenInventor and OpenGL. Displays of all
major detector subsystems have been integrated, and levels of detail can
be selected. Specialized displays for muon tracking and triggering and for
silicon microstrip tracker calibration have also been written. An interactive
3-D event display based on HEPVIS using Open Inventor and OpenGL is under
development. A web-based virtual D0 control room JAVA applet
is also available for remote viewing of the D0 control room.
Presentation: | Short Paper: |
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