41. CS E6998 3D Photography, Spring 2001 SIGGRAPH 2000 Course on 3D photography. TOPICS TO BE COVERED Overview of 3d Modeling; Representations for 3-d objects; Acquisition devices Range scanners http://www.cs.columbia.edu/~allen/PHOTO/

42. Surface Light Fields For 3D Photography Surface light fields for 3D photography. 2 Paul J. Besl , Neil D. McKay, A Method for Registration of 3d Shapes, IEEE Transactions on Pattern Analysis and http://portal.acm.org/citation.cfm?id=344925&dl=ACM&coll=portal&CFID=11111111&CF

43. Greg Erker's Home Page Try Rocky Mountain Memories or Reel 3d Enterprises. Need a 3D camera, viewer or projector? Try Berezin Stereo photography Products , 3D from Dalia. http://www.angelfire.com/ca/erker/

var cm_role = "live" var cm_host = "angelfire.lycos.com" var cm_taxid = "/memberembedded" Welcome to Greg Erker's Home Page This is a page to show some of my stereo photography projects and photos, as well as a few handy links into the 3D world. It also contains the most complete Ricohflex, Diacord, Ricohmatic information page on the web and the list of currently available 2-element (achromatic) closeup lenses. Medium Format Stereo Photography Resources: Make your own dual cable release See my Stereo Ricohmatic 225 (twin TLR) project. See my Eight and Ten Foot Hyperstereo Camera Bars (used for 3D fireworks photos). See my Multiformat Stereo Slide viewer (Realist/2x2x2/Superslide). See my brother's Combination MF/Realist/2x2x2 Stereo Slide viewer See my MF stereo viewer with Cabin Light Panel lighting Build your own Sputnik Lens Shades Read about my Sputnik mods and see the baffles I made. Minolta Autocord Twin Rig Medium Format Stereo Photo Gallery General Photography Resources: See my Medium Format Circular Fisheye project. Summary of all the 2-element (achromatic) close up lenses available today.

44. Taipei Stereographic as a Foreign Language classes as related to Stereo photography. of 3d. These are located at the 3-d by Dan 3D Film, Video, and No-Budget Production Resources. http://phillips.personal.nccu.edu.tw/3d/

Taipei Stereographic Resources and Images 3D Photography Stereo Pairs and Other Neat Stuff This page has been accessed times since it's establishment 20 August 1997. Page counts courtesy of the good people at WEBcounter . If you link to TAIPEI STEREOGRAPHIC , link to this index page as the underlying pages may change location or URLs. In the following pages you will find links to the resource pages and galleries for Taipei Stereographic , a non-existent organisation with a very kool name. This site has information and examples of Stereo "Real" 3-D Photography . If you live in Taiwan and are interested in learning more, then please read the information files to find out how to contact the folks at the Stereo Society Taipei , an actual non-bogus 3-D Club What is Stereo "Real" 3-D Photography? Here you will find the detailed explanations of Stereo 3-D Photography as well as information on how to create your own 3-D photographs. Stereo 3-D Gallery Here you will find some of my photographs as well as other similar files related to Taipei Stereographic 's mission.

45. Stereo Photography- The World In 3D 3D photography has been around for a century and a half. It is simply a method of photographically recreating what you already do http://www.3dphoto.net/stereo/stereo.html

Established 1996. Updated May 23, 2004 3D Photography has been around for a century and a half. It is simply a method of photographically recreating what you already do- perceive depth in everything you see. Standard photographs are only 2-dimensional representations of what you see. 3-Dimensional photographs are taken from two perspectives (you have two eyes, hence two perspectives on a scene). By forcing each eye to see only one photograph, i.e. the left eye sees the left photograph and the right eye sees the right photograph, your brain will reconstruct the depth information from the two pictures and you will see a 3D image. There are various ways of doing this, and this site is meant to give a demonstration of several forms of viewing them. Here you will see over 1500 3D pictures that were taken on 35mm slide or negative film, and with a digital camera. There are also 3D images extracted from video, 3D images made on a scanner, and 3D photomicrographs. Most of the images are in cross-eyed viewing format, and there are instructions on how to view them on this site.

46. 3D Photography On Your Desk - ICCV98 - Jean-Yves Bouguet - 3D Scanner - 3D Scann 3D photography on your desk. J. Walker von Brimer award for extraordinary accomplishments in the field of 3D photography Dec. 1998 learn more. http://www.vision.caltech.edu/bouguetj/ICCV98/.index.html

3D Photography on your desk Jean-Yves Bouguet and Pietro Perona Department of Electrical Engineering California Institute of Technology 136-93, Pasadena, CA, 91125 bouguetj Visit the 3D GALLERY (VRML and MetaStream format) From 2D images... ...to 3D shape... VRML Inventor files (48090 triangles, 734KB gzipped compressed) Metastream mesh (106KB only!!!) - Download the Metastream player (by Metacreations Corp. ) at this location COMPLETE 3D GALLERY (VRML and MetaStream format) ...using a desk lamp and a pencil! J. Walker von Brimer award for "extraordinary accomplishments in the field of 3D photography" - Dec. 1998 learn more Patent pending. Exclusive rights to commercialize this technology have been acquired by Geometrix, Inc For academic use of this technology, please contact Dr. Pietro Perona or Rich Wolf For commercial inquiries, please visit www.geometrix.com , or email to info@geometrix.com Project description: We are developing a simple and inexpensive method for extracting the three-dimensional shape of objects. It is based on `weak structured lighting'; it differs from other conventional structured lighting approaches in that it requires very little hardware besides the camera: a desk-lamp, a pencil and a checkerboard. The camera faces the object, which is illuminated by the desk-lamp. The user moves a pencil in front of the light source casting a moving shadow on the object. The 3D shape of the object is extracted from the spatial and temporal location of the observed shadow. Experimental results are presented on three different scenes demonstrating that the error in reconstructing the surface is less than 1%.

47. 3D Photography On Your Desk 3D photography on Your Desk. JeanYves Bouguet and Pietro Perona. Presentation given at ICCV98 - Bombay - India - January 4th, 1998. http://www.vision.caltech.edu/bouguetj/ICCV98/html_slides/

3D Photography on Your Desk Jean-Yves Bouguet and Pietro Perona Presentation given at ICCV98 - Bombay - India - January 4th, 1998 Click here to start the slide show Back to main page

48. SIGGRAPH 2000 Course On 3D Photography SIGGRAPH 2000 Course on. 3D photography. 3D photography is the process of using cameras and light to capture the shape and appearance of real objects. http://www.cs.cmu.edu/~seitz/course/3DPhoto.html

SIGGRAPH 2000 Course on 3D Photography Monday July 24, 2000 New Orleans, Louisiana Organizers: Brian Curless (U. Washington) and Steve Seitz (CMU/U. Washington) Speakers Jean-Yves Bouguet Intel Corporation Brian Curless University of Washington Paul Debevec University of California, Berkeley Marc Levoy Stanford University Shree Nayar Columbia University Steve Seitz Carnegie Mellon University/U. of Washington Course Syllabus Course Notes Video Contents Course Abstract 3D photography is the process of using cameras and light to capture the shape and appearance of real objects. This process provides a simple way of acquiring 3D models of unparalleled detail and realism by scanning them in from the real world. This course provides an introduction to the emerging area of 3D photography, focusing on the current state of the art and the principles underlying several leading approaches. After introducing fundamental concepts, the course surveys a variety of techniques and provides an in-depth analysis of a few successful approaches at the forefront of 3D photography, presented by leading researchers in the field. The focus is on passive and active optical methods, including stereo vision, photogrammetry, structured light, imaging radar, interferometry, and optical triangulation. The course concludes with a field study: capturing 3D photographs of Michelangelo's statues. Scope The course will cover a variety of methods for recovering shape from images. Introductory material will describe the fundamentals of cameras from lenses to CCD's and ways of calibrating them. A number of standard and emerging passive vision methods will be presented, including stereo, structure from motion, shape from focus/defocus, shape from shading, interactive photogrammetry, and voxel-based reconstruction . Active vision methods will include imaging radar, optical triangulation, moire, active stereo, active depth from defocus, and desktop shadow striping.

49. Contents 3D photography Course Notes. Introduction Proc. ACM SIGGRAPH 96, 1996, pp. 303312. Back to 3D photography 2000 Course home page. http://www.cs.cmu.edu/~seitz/course/Sigg00/notes.html

3D Photography Course Notes Introduction (Steve Seitz) Abstract Slides Sensing for vision and graphics (Shree Nayar) Slides Camera Calibration (Steve Seitz) Slides Overview of passive vision techniques (Steve Seitz) Abstract Slides Papers A Versatile Camera Calibration Technique for High Accuracy 3D Machine Vision Metrology Using Off-the-Shelf TV Cameras and Lenses, R. J. Tsai Shape and Motion from Image Streams under Orthography: A Factorization Method, C. Tomasi and T. Kanade A Multiple-Baseline Stereo, M. Okutomi and T. Kanade Photometric Method for Determining Surface Orientation from Multiple Images, R. J. Woodham Voxel-based techniques for reconstruction (Steve Seitz) Slides Papers Photorealistic Scene Reconstruction by Voxel Coloring , S. M. Seitz and C. R. Dyer A Theory of Shape by Space Carving , K. N. Kutulakos and S. M. Seitz Façade: modeling architectural scenes (Paul Debevec) Introduction Slides Papers Modeling and Rendering Architecture from Photographs: A Hybrid Geometry- and Image-Based Approach , P. E. Debevec, C. J. Taylor, and J. Malik Recovering Arches in Facade using Ray-Plane Intersections in 3D , G. D. Borshukov and P. Debevec

50. Berezin Stereo Home Page Please see our Reel 3D, Berezin Stereo photography cross reference list. More information about us. Browse our products below! twinbarkit http://www.berezin.com/3d/

Your Basket Berezin Stereo Photography Products manufactures viewers archival stereo slide boxes and other products used by stereo photographers. In addition we offer quality View Master Reels View Master Books , new 3D Cameras viewer repair books reproduction stereo cards and books about stereo photography. Browse our products below! Or see what's new New 3D Suites These are bundled products which consists of 3D viewers, software, 3D glasses and cameras for taking, processing and sharing your 3D Images. These are for digital and film applications. Viewers This includes the ScreenScope , the RealTwin , the Star D achromatic, the SuperSharp 2 x 2 viewer and the ViewMagic HyperView large format card viewer. We carry both slide and print viewers. Mounts and Mounting Supplies We now offer everything needed for easy mounting of stereo slides. Slide cutters, light boxes, mounts... Cameras, Slide bars and Camera Accessories This includes the Vivitar 3D CAM 3D Lens-In-A-Cap , dual cable releases, slide bars for single camera stereo photography, twin bars for twin camera photography and some stereo cameras. Viewer Accessories Lenses, bulbs and other accessories are featured here.

51. 3D Photography Bulletin Board 55 05/20/04 (0) clik 3d cameras abbaswede 213915 04/09/04 (0) Realist 2.8 - Bunky 190309 04/08/04 (3) Re Realist 2.8 - Dr http://www.visi.com/~weibergc/3d/3dbbs/

Stereo Realist Bulletin Board "A discussion group for Stereo Realist enthusiasts" Post Message E-mail Administrator Click 3-D film processing Dakotakem Lotion for Pregnancy Stretch Marks Alice mounting douglas rankin Re: mounting Jon Hall stereo videography Steve DRILLING EQUIPMENT Cameron BOP type U Adam Salatkhanov Film Processing R Dawson Re: Film Processing fantasy rape stories Re: Film Processing dog sex ... Robin comments Robin clik 3d cameras abbaswede Re: clik 3d cameras mother son galleries Realist 2.8 Bunky Re: Realist 2.8 Dr. Pernicano Re: Realist 2.8 carl Re: Realist 2.8 zoo sex Re: Realist 2.8 Jack Swickard starting the message base over administrator Post A Message! Name: E-Mail: Subject: Message: Optional Link URL: Link Title: Optional Image URL: Free counters provided by Honesty.com This site is a member of WebRing. To browse visit here

52. 3D Showcase: Stereoscopic Art And 3d Photography By Boris Starosta As part of this exhibit, I am showing examples of 3d images in three different formats lenticular, anaglyph, and StereoJet. In http://www.starosta.com/3dshowcase/ihome.html

Introduction Help View Studio Links Fine Art Sales Projects OVERDRIVE Olympus XA twin making the PIXIE ... TECHNOBOT for Spring 2002: Virginia Discovery Museum The Virginia Discovery Museum is a small hands-on children's museum in Central Virginia. It has approximately 45,000 visitors a year with an age range of 1-10 years old. There are 3-4 new exhibits a year. The newest exhibit is a hands-on introduction to color, light and optics, called Somewhere Inside the Rainbow . The exhibit will run from January 26 - May 12, 2002. As part of this exhibit, I am showing examples of 3d images in three different formats: lenticular anaglyph , and StereoJet . In addition to these installations, at the end of the exhibition period, in early May I will present a 3d slide show and an anaglyph 3d shadowdancing demonstration. Please mail Boris at this domain or the Museum for more information.

53. C0S 597B, Fall 2002: Home Page COS 597B 3D photography. Fall, 2002. http://www.cs.princeton.edu/courses/archive/fall02/cs597B/

COS 597B - 3D Photography Fall, 2002 Course home Outline and lecture notes Project information Links Description Systems for automatically measuring the 3D shape of real objects are becoming used more and more widely, with applications in fields such as advertising, special effects for movies, and quality control during manufacturing. This seminar/project course focuses on building a complete system capable of measuring the shape and appearance of real-world objects. Lecture/discussion topics include 3D scanning hardware, algorithms for mesh registration and 3D reconstruction, shape representations, and appearance modeling. Prerequisites: The course is open to all students that have taken a course in computer graphics or computer vision, or have the equivalent background. In particular, students should have a basic familiarity with linear algebra, and should have significant C/C++ programming experience. Requirements: All students, whether receiving credit for the course or auditing, must attend classes and participate in the group project(s). Meeting time/place MW 11:00-12:20, CS 301

54. Figures For over twenty years, I have photographed the female form. When I discovered 3D photography, it seemed ideal to apply it here. http://www.ray3d.com/figures.html

"STEREOSCOPIC ENVIRONMENTAL FIGURE STUDIES" OR '3D NUDES IN THE WILDERNESS' For over twenty years, I have photographed the female form. When I discovered 3D photography, it seemed ideal to apply it here. Because of the natural beauty of Colorado, as well as of the models, I chose to shoot outdoors. These images are part of a series to be published as a coffee table book. Coming soon on 3D CD-ROM and video Samples now available in additional formats. (See below.) How to view Ray3D images A cold mountain stream creates an ethereal waterfall. JPEG Cross-view JPS JPS A rushing river with a view. JPEG JPS Cross-view The crystal clear water sparkles downstream. JPEG JPS A tree, a meadow, and thou in the wilderness. JPEG JPS A giant aspen frames an Autumn scene. JPEG JPS Sun and wet silk on warm skin. JPEG JPS A tranquil sunset at a mountain lake.. JPEG JPS A flower among flowers. JPEG JPS Climbing free. JPEG JPS A doorway to times gone by. JPEG JPS Scanning the view from a fallen tree.. JPEG JPS A seat among the branches. JPEG JPS Home Sailing ... E- Mail

55. Index This 3D photography site has moved you are being re-linked to the proper site. Please update your links and notify the site who linked you here. http://home1.gte.net/photo3d/stereo.html

This 3D Photography site has moved- you are being re-linked to the proper site. Please update your links and notify the site who linked you here. If auto-link does not occur in about 5 seconds, please go to www.3dphoto.net Many thanks, and happy viewing! Jeffrey

56. Glossary It is, in my opinion, the best method for outdoor stereo photography. A good use for this would be 3D photographs of small objects one could make a train set http://home1.gte.net/photo3d/text/Glossary.htm

Glossary Anaglyph- A two-color 3D method, requiring you to wear glasses- usually red and cyan (light blue). This method is limited by the obvious color renderings of the pictures. Baseline - The distance you move between the left and right pictures when taking them. Cross-eyed free-vision fusion - A method of viewing 3D pictures where the left eye's image is on the right, and vice versa. You cross your eyes so that the left eye looks at the image on the right and the right eye looks at the image on the left. You must force your focus back out to the pictures. This works for larger images than the wall-eye (or parallel) method will allow. Free-Vision Fusion - The ability to view 3D images without the use of optical aids. This can be achieved with either the cross-eyed method or the wall-eyed method. Hyperstereo - Using a baseline that is greater than the distance between the left and right eyes when taking the pictures. This exagerates the stereo effect, making the objects look smaller, like a train set or an architects model. This is the method by which I take most of my stereo pictures. It is, in my opinion, the best method for outdoor stereo photography. Hypostereo - Using a baseline that is less than the distance between the left and right eyes when taking the pictures. This exagerates the size of the objects, making them look larger than life. A good use for this would be 3D photographs of small objects- one could make a train set look life size.

57. 3D Photography Project Page rays though each pixel and intersect them with the known position of the laser plane using standard vector math techniques to discover their 3D locations in http://www.thaumaturgy.net/~etgold/scanner/

Building a Homemade Laser Line Scanner (CS6998, Spring '01) May 1, 2001 Team: "Have Screwdriver Will Travel" a.k.a: "Crazy Bastard with a Screwdriver" "Your Loving TA" "You-can't-see-me-I'm-not-here" "You want to scan when Summary The goal of this project is to build a low-cost laser line scanner out of off-the-shelf parts and stuff I find around the house and to use it to construct a reasonable point-cloud scan of a recognizable object. From the point cloud, existing software can be used to create surfaces, and hopefully solid models as well (undetermined). Contents Hardware Software Technical Details Future Work ... Data Hardware The cost and performance of the system was determined partly by the hardware available. I chose the Nikon camera because I already owned it, thus reducing the entire cost to under $100. For the laser, I decided that since I would be doing image processing in software anyway, it would be far easier and more cost-effective to correct for the effects of a low-quality laser in software than by trying to get my hands on a proper research-quality laser. For image acquisition in the computer, I used my existing video card which also has video inputs. In the end, I spent the most money on parts I didn't actually use, such as mounting brackets and other junk from the hardware store, and a small batch of unuseable laser diodes (needed laser diode modules ) from digikey.

58. Mike Kersenbrock's Photo-3D Photography Mike Kersenbrock s Stereo Photo3D photography. Digital Camera + Pentax Stereo Adapter (page 2). Use of semi-fisheye lenses in 3D photography. Miscellaneous. http://www.photo-3d.com/

Mike Kersenbrock's Stereo "Photo-3D" Photography Stereo photography makes one think " I'm there" instead of " I remember being there " -Mike K. 3D Stereo Equipment Info/photos (for FUN, NOT forsale!) Stereo Cameras Kindar Pentax Stereo Adapter for SLRs Realist 45 Revere Stereo Camera ... Wirgin Stereo Camera Stereo Viewers Radex (for pair of "regular" slides) Radex (Realist Compatible) Realist "Red Button" Viewer - Model ST-61 Realist Viewer - Model ST-63 ... Viewmaster , Model 'D' Stereo Accessories Mounts for Stereo slides Mounting/cutting Accessories Spencer Prismatic Closeup Adapter Experimental Web 3D-Image Generation Methods Digital Camera photo of slides through Realist viewer Scanning stereo slides using flatbed scanner Digital Camera + Photoshop generation of 3d photos Digital Camera + Pentax Stereo Adapter ... Use of semi-fisheye lenses in 3D photography Miscellaneous NSA 2002 Convention Photos NSA 2004 Convention will be here in Portland, Oregon! Links to nifty 3D Stereo resources on the web Things for sale from this site Cascade Stereoscopic Club Meeting Photos January 1999 meeting February 1999 meeting March 1999 meeting CSC's "3D SCOPE" SHOW at OMSI on APRIL 10, 1999

59. Dr. Le Plongeon's 3D Photography Dr. Le Plongeon s 3D photography. It is probably fair to say that Chichén Itzá is one of the most frequently photographed archaeological sites in the world. http://www.ukans.edu/~hoopes/506/LePlongeon.htm

Dr. Le Plongeon's 3D Photography Below you will find links to blue/red 3D images based on photographic stereo pairs created by Augustus Le Plongeon in the late 19th century. For more information about Le Plongeon and how the original photographs were taken, please refer to the book A Dream of Maya: Augustus and Alice Le Plongeon in Nineteenth-Century Yucatan , by Lawrence Desmond and Phyllis Messenger (University of New Mexico Press, 1988). To see these photographs as three-dimensional images, you must be wearing a pair of 3D glasses of the type used for 3D movies, comic books, and other novelties. One eye must be covered by a red filter, the other by a blue filter. You can easily make your own 3D glasses with pieces of transparent red and blue plastic, such as are often used by copy shops for report covers. These materials can be obtained at most art supplies stores. Obviously, you must also be able to view these images on a color monitor that displays at least 256 colors. The effect may vary with the use of different color palettes. I cannot guarantee that you will be able to successfully recreate it on your own monitor. Please bear in mind that these are experimental images reproduced from photographs of relatively low quality. Much better images could be reproduced using modern photographic techniques. I have created these images for the purpose of demonstrating how 3D stereo pairs might be reproduced on the World Wide Web. I believe this technique could be especially useful for both printing and displaying images of relief sculpture.

60. 3D Photography For Blender Nicholas Phillips. I have developed some C/C++ code implementing Drs Bouguet and Perona s technique for 3D photography on your desk. http://sans.chem.umbc.edu/~nicholas/blender/3dscan/

Cheap 3D Scanning (for Blender) Nicholas Phillips I have developed some C/C++ code implementing Drs Bouguet and Perona's technique for 3D Photography on your desk . Please visit their website for details and publications. All I have done is write code based on their publications. Since at this time I don't have a digital camera or webcam, I have synthesised test images with Blender . (This has made debugging easier!) Get the source code, documentation and test .blend file here Or just the source code: here The test images are here This code was developed under Red Hat 7.2 Linux. I have conformed closely to standard C/C++ coding techniques, so should compile on other i.e., Microsoft, operating systems. I have made extensive use of Intel's Open Source Computer Vision Library (OpenCV). In particular, the release. The source is available here . I will assume a standard installation of this library (the include files and libraries can be automatically found by the compiler and linker). The documentation is here On to the results. First I used a simple collection of test object:

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