Information related to stereographics

The following is a collection of material related to the generation and projection of stereoscopic content.

• Photographic gallery of Stereoscopic Installations
  Various, mostly passive (polaroid based) stereoscopic projection systems and associated hardware.

• Calculating stereo pairs
  The correct way to calculate stereo pairs and how to create them using any raytracer (examples from POVRay), some principles for creating easy viewing stereo pairs/movies, and examples on how how to create stereo pairs in OpenGL.

• VSMM 2007 - Stereoscopy: Theory and Practice
  Workshop, 23 September 2007. (Brisbane), P. Bourke, P. Morse

• Mesh alignment for stereoscopic projection

• Projection test: stereoscopic fisheye and iDome

• Synthetic stereoscopic panoramic images
  Presented at: VSMM 2006, 18-20 October 2006, Xi'an, China. Published in: Lecture Notes in Computer Science (LNCS), Springer, ISBN 978-3-540-46304-7, Volume 4270/2006, pp 147-155.

• Stereoscopic panoramic images
  Computer generation and projection of stereoscopic 3D panoramic images, includes spherical, cylindrical, planar, and cubic stereoscopic maps. See also: 360 degree stereoscopic display

• pano_align: A utility and workflow for aligning film based stereoscopic panoramas.

• Filming in stereo, a practical case study

• Small scale stereoscopic photography and filming (A Prototype)

• Stereo pair photography
  The low cost way to photograph/film stereo pairs and how to manually creating stereo pairs from a photograph.

• Additional cameras, most stereoscopic, for PovRay
  Currently: perspective (stereoscopic), stereoscopic cylindrical panorama, stereoscopic spherical, stereoscopic and offset fisheye.

• Stereoscopic dome projection
  Proceedings of the Computer Games & Allied Technology 09 (CGAT09), Research Publishing Services, ISBN: 978-981-08-3165-3, pp 136-143. Presented at Computer Games & Allied Technology 09, Singapore, May 12, 2009.

• Three common options for passive stereoscopic systems

• Create side-by-side stereo pairs in the Unity game engine.

• Torque: modifications for stereoscopic projection and user tracking

• STEREO2, A stereoscopic geometry viewer

• OpenGL based stereo pair slide viewer

• OpenGL based 3D surface graphing tool

• Stereoscopic visualisation of time varying point fields

• Stereoscopic visualisation of time varying surfaces

• DepthQ projector
  Brief evaluation as a stereoscopic projection solution.

• Stereoscopic ghosting correction

• Camera frustums for 2 wall stereoscopic projection

• Reconstructing temple engravings from stereo pairs

• Virtual ROOM
  Design and installation of VROOM at the Melbourne Museum. Was called "Virtual Containment Vessel". November 2003

• "To Mars and Beyond".
  Stereoscopic theatre and movie installed as part of a space exploration exhibit at the Australia National Museum in 2001 followed by Melbourne Museum in 2003.

• Passive stereo projection
  Discussion of passive stereoscopic projection while installing theatre at the Parkes Radio Telescope. 2000.

Historic

• Using QuickTime to Present Stereoscopic Movies
  Including an older OpenGL based stereoscopic movie player.

• Blue line, frame sequential stereo

• Lenticular
  Autostereoscopic (no glasses) lenticular images.

• A small rear projection stereoscopic system
  A VPAC (Victorian Partnership for Advanced Computing) project. Paul Bourke and David Bannon, April-October 2002.

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