- REFERENCE MANUALS:
- Unix Help this server /
Unix Help UK-server
- Unix Guru
- Unixtools.com
- PV-Wave Reference Manual
-
SUN F77 Users Guide (download pdf file)
-
SUN F77 Reference (download pdf file)
- VRML Documents:
(Hardware : Software) is highlighted at the top of each exercise.
(UNIX: telnet, ftp )
- Exercise #1: Internet: logon, file transfer protocol and remote visualization
(UNIX: PV-Wave)
- Exercise #2: PV-Wave Introduction
(UNIX: HDF, C and Fortran)
- Exercise #3: Compling C and Fortran Programs and creating HDF, binary, and ascii files
(UNIX, Mac: telnet, ftp, Chooser, Fetch )
- Exercise #4: Transfering HDF and binary files from SUN to Mac.
(UNIX: NCSA's XDataSlice and XImage)
- Exercise #5: Using NCSA tools on the SUN.
(Mac: NCSA's Image and Spyglass's Dicer and Transform)
- Exercise #6: Using SpyGlass and NCSA tools on the Mac.
(UNIX: AVS)
- Exercise #7: AVS-Introduction: 4D volume visualization of fluid physical properties.
(UNIX: AVS)
- Exercise #8: 3D Visualization of the gas law: Extracting simple functions.
(UNIX: PV-Wave)
- Exercise #9: 3D Voxel volume visualizaton of 3D gradients of physical properties.
(UNIX: PV-Wave)
- Exercise #10: Glyph representation of physical properties.
(UNIX: PV-Wave, VRML)
- Exercise #11: Create VRML files of Glyphs in exercise#10.
(UNIX, Mac: PV-Wave, NCSA's Image)
- Exercise #12: Color map representation of physical properties: SUN <--> Mac.
(UNIX: PV-Wave)
- Exercise #13: Lorenz 3D attractor map.
(UNIX: PV-Wave)
- Exercise #14: Overlaying physical properties.
(UNIX: PV-Wave)
- Exercise #15: Gridding 1D, 2D, 3D, or 4D data: numerical artifacts or physical insight?
(UNIX, Mac: PV-Wave, Format, QuickTime)
- Exercise #16: Creating QuickTime movies.
(UNIX, Mac: PV-Wave, Dicer, Transform, Format, QuickTime)
- Exercise #17: Navigable QuickTime movies: viewing multiparameter data.
(UNIX: PV-Wave)
- Exercise #18: Interactive J-Wave Interface: viewing results of multiparameter data.
