Bill Walton CD
Tiger Woods - After being presented The Fred Haskins Award
Stereoview by Bill Walton
This is a sample image from the recently released BW-3D-CD Project. This
CD-ROM includes a historical collection of over 1,000 modern stereoviews
presented as both stereo pairs and as anaglyphs. The backs of each stereoview
are also presented to document what is contained in the 3-D image on the card. A
lorgnette viewer, and a pair of anaglyph glasses will be included with every
copy.
If you have ever been involved in the Photo-3D E-Mail list, or a member of
the NSA, PSA, SSA, etc for any length of time, chances are that you have already
heard of Bill Walton. Bill is a champion of the stereo photography cause, and
quite the prolific stereo photographer.
Several years ago Bill created a book, "BACK TO BASICS: INFANTRY ONE
STATION UNIT TRAINING IN 3-D." This book contains 75 black & white
stereo pairs of today's infantry soldiers' initial training at Fort Benning,
Georgia. This CD includes many more images that were taken during the creation
process of this book.
This 3D-CD Project includes images and information about:
Infantry Basic Training from Bill's book - Back to Basics
Celebrity stereographs (about 100)
Miscellaneous military stereographs including Vietnam Memorials, Helicopters
and Ranger and Airborne Training
A collection of miscellaneous stereographs
Stereographs of Bill's Trip to Japan
Stereographs of Bill's Trip to Rochester NY & Niagara Falls
Flensburg, Germany stereographs
Arkansas stereographs
Georgia stereographs
Several years of Walton Christmas card stereographs
Stereographs from the various Stereo Activities Bill participates in to include:
- from old SSA members, from the SSA archives
- from Dick Twichell & Bill Patterson representing the SSA
- from Shab Levy and Klaus Kemper representing the North America-Germany
Stereo Card Circuit.
- from Stan White representing the PSA
- from Walter Dubronner representing the ISU Stereo Card Circuit
- from Craig Daniels who does masterful conversions of mono (2D) images to
stereo (3D) images
