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Make your own 3-D videos using any video camera. (No special attachments) View in 3-D on any TV or computer. ..
Kit contains:
Created by 3-D photographer Ron Keas "I was born in Salinas California in 1943. In 1953 my life changed when I saw a 3-D movie. It was "one of the first ones : The House of Wax", projected with two synchronized projectors and viewed with polarized 3-D glasses. I left the theater clutching my 3-D glasses, thinking they were magic and soon found out they only worked with a movie that was filmed in 3-D. It was years before I found out how 3-D photography really worked. A member of my family; my mother's double cousin, was a photographer and camera designer. He taught me many methods of how to photograph in 3-D. By the time I was of draft age, I joined the Navy and attended the Naval School of Photography at the Naval Air Station in Pensacola Florida. I did two tours of duty as a photographer aboard an aircraft carrier in the first years of the Viet Nam War. Among my duties was to photograph 3-D stereo views from aircraft, process the film, and print stereo views. The stereo views were viewed in 3-D with a pair of prismatic lenses. At the turn of the Century, stereoscopes and stereographs were the number one form of home entertainment. A stereograph is comprised of two side by side images. The images are photographed with a stereo camera that has two lenses spaced about 3 inches apart. The stereograph is viewed in a stereoscope (prismatic lens stereoviewer). The two images are combined in the brain as real 3-D. Stereoscopes and stereographs fell out of favor with the advent of radio and movies. In 1984 I had the idea of reviving stereo photography with sharp color 3-D images. I designed a folding prismatic lens stereoviewer that held 4x6" stereographs, and traveled to the major National Parks of America to photograph them in stereo 3-D. My folding stereoviewer and color stereograph sets were sold on my website, 3-D VIEWMAX From 1984-1999. Having the 3-D website enabled me to meet Arthur C. Clark online. We became e-friends, exchanging ideas on 3-D photography. Arthur told me that, as a child, he attributed his original interest in science to having received a set of 3-D Dinosaur stereographs and a stereoscopic viewer. He said he had just recently donated his stereograph sets and viewer to the Smithsonian Museum. This gave me the idea to set up detailed Dinosaur models in a terrarium setting and photographing them in 3-D. I used dry ice for fog, black light on a Volcano, and colored floodlights. The terrarium contained ponds, rocks, ferns, miniature trees, etc. The stereograph sets I made came out beautifully. I sent several sets of my Dinosaur stereographs and stereo viewers to Arthur's home in Shri Lanka. He wrote back and told me he loved my 3-D effects and that he was showing them to the kids in Shri Lanka. In the year 2000 the Mars Rovers landed on Mars. I anxiously awaited the first images from NASA to appear on the internet. As soon as the first few pictures came through, I copied them. The pictures were all in 2D, but I know how to derive 3-D stereographs from the images. By carefully selecting a specific pair of images from a Rover pan, I made several stereographs and posted them on the internet. The next day I made front page news as having released the first 3-D images from Mars. I was even a couple of days ahead of NASA in doing this. My Martian stereograph prints were sold online with my folding stereo viewer for the next few years. During the next decade I learned about all other types of 3-D photography including red and cyan anaglyphs, single camera stereo photography, polarized, split frame , linticular, and pulfrich. In particular I have experimented with pulfrich 3-D. Pulfrich 3-D is the easiest and least expensive of all 3-D photographic illusions. I have compiled all of what I have learned by working with the pulfrich effect into a kit containing an instruction DVD, an example DVD #-D movie, and 2 pair of 3-D VIEWMAX pulfrich glasses. You can view the instruction DVD on your TV or computer. If you wear the 3-D glasses, the DVD will be in 3-D. Without the glasses you can still see the DVD in 2-D. The kit only costs $25.00 so everyone can have fun with 3-D. Great for families and classrooms" - Ron Keas $25.00
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