Domes, Planetariums, Fisheye, Spherical mirrorThe following are documents related to dome projection, including but not limited to, fisheye theory and conversions, the iDome, camera capture and fulldome productions. Included is an image gallery on installations the author has contributed to including both spherical mirror, fisheye lenses and multiple projector systems. Some of the material here relates to the projection into a hemispherical dome using a spherical mirror, a projection technique developed by the author in 2003 and variously referred to as "sphemir" or "mirrordome". In particular, a FAQ, Frequently Asked Questions primarily targeted at those contemplating creating their own dome projection system based upon the spherical mirror. iDomeImage gallery of the iDome, specifications and various applications. Exhibition in Doha. Innovation showcase at the 2013 WISH (World Innovation Summit for Health) forum. Ngintaka exhibition at the South Australia Museum. iJiao exhibition (2011) - Exhibition by: City University of Hong Kong (CityU), Applied Laboratory for Interactive Visualization and Embodiment (ALiVE). Exhibition as part of the "Expanding sphere of innovation @ CityU", Hong Kong. Wollongong Science Centre iDome Exhibit. Interactive installation at the Wollongong Science Centre largely using 360 degree footage from the LadyBug-3 camera. Using Blender games in the iDome. Sketchup to iDome. Moving Sketchup models to the iDome, via the Unity3D game engine. iDome as a preview environment for fulldome movies. Using the Unity game engine and spherical mirror projection
The surest sign of the existence of extra- terrestrial intelligence is that they never bothered to come down here and visit us! Bill Watterson Fisheye and related mappings "Distortion", the incorrect and correct usage of the word Creating fisheye projections from spherical maps, perspective and panoramic images. Converting fisheye images to .... Panoramic images, perspective projections, (partial) spherical maps. Converting fisheye to Pannini projection. Fisheye image to a sky plane (fish2skyplane) Converting dual fisheye images into a spherical (equirectangular) projection. Exercise to convert images from a 4 fisheye camera rig to equirectangular.
Fisheye "rectification". Correcting for radial non-linearity in a fisheye. Tilting and rotating fisheye images. Compensating for dome orientation and or clipped fisheye lens capture. cube2fish. Creating fisheye images from cubic maps. Angular fisheye projections. Including offaxis fisheye projections. Summary of the mathematics. Dome Projection and Calibration for Offaxis Fisheye Lenses Extreme fisheye projection. Fisheyes greater that 360 degree field of view. Classification of fisheye mappings Common types of fisheye and their respective mappings between distance on sensor and angle.
A triangle was an improvement to the square wheel. It eliminated one bump. BC comics Spherical mirror
The original web page created late in 2003.
One of the early articles The original paper presentation: Using a spherical mirror for projection into immersive environments. Proceedings of the 3rd international conference on Computer graphics and interactive techniques in Australasia and South East Asia. pp 281-284. Early presentation given to the Australasian Planetarium Society. and OzViz in 2004 Presentation at the Western Alliance Planetarium Conference by Bentley Ousley: Spherical Mirror Projection for Large Domes Immersive gaming: a low cost projection environment. JMM (Journal of MultiMedia), Volume 3, Issue 1, May 2008, pp 41-46.
One of the early presentations given on this approach. While the author developed this technique for current digital projection, it has been used in the past for film, see Patent 2,299,682. Wide field of view projection in a rectangular room.
"The brain is an enchanted loom where millions of flashing shuttles weave a dissolving pattern. A.S. Byatt Warping for dome projection Tools for Spherical Mirror Projection for Apple Mac. Why warp? Is there a reason for planetarium display software to be able to warp fisheye images even if they are not using a spherical mirror? Technical information for developers .. warp mesh files. meshmapper A calibration tool that creates precise map files for spherical mirror projection. Screen Capture and Warping with an example using SkySafari Warping fisheye application images with QuartzComposer using screen capture. (Provided for historical purposes only). tgawarp. An image warper to create prewarped movies. A real time "warp-on-the-fly" movie player for Windows and Apple Mac based upon VLC. (Provided for historical purposes only). A real time "warp-on-the-fly" movie player for Apple Mac. Includes navigation modes that was originally designed for spherical mirror projection (mirrordome) but also supports many other movie projections that just fisheye. (Provided for historical purposes only). warppatch. A Quartz Composer patch that implements the warping of images and movie frames suitable for novel projection problems into immersive spaces, including the spherical mirror based methods. (Provided for historical purposes only). Direct rendering of warped fisheye views for spherical mirror projection. An interactive panorama viewer for domes including support for warping for the spherical mirror. Image warping for offaxis fisheye lens/projectors. Manual camera calibration for fisheye image projection. Geometry warping for realtime dome graphics (Historical interest only).
America is the only country where a significant proportion of the population believes that professional wrestling is real but the moon landing was faked. David Letterman DomeLab Workshop 2016, RMIT, Melbourne. Presentation 2015: Capturing assets for fulldome.
I have a stepladder. It's a very nice stepladder, but it's sad that I never knew my real ladder. Cameras The Canon RF 5.2mm f/2.8L Dual Fisheye lens, or alternative title: "The VR180 fallacy". Testing various fisheye capture options. Includes low end cameras such as the Oneshot and Lomography still camera, mid range such as the Canon HV20 (with Nikon FC-E9 fisheye lens) for video capture, high end SLR cameras such as the Canon 5D range, up to high end cameras like the Red Scarlet. Tests of various fisheye lenses and the Red Scarlet 4K video camera. Canon 5D MkII + Canon 8-15 zoom fisheye + iDome. Fisheye circle for Panasonic Lumix GH5 and Sigma 4.5 fisheye lens Fisheye and spherical capture using the LadyBug camera. Including an exercise to capture footage of iron ore ship loading fir a remote operations prototype. Maybe in order to understand mankind, we have to look at the word itself: "Mankind". Basically, it's made up of two separate words - "mank" and "ind". What do these words mean ? It's a mystery, and that's why so is mankind. Fulldome productions Fulldome test pattern. Measure the actual resolution of your digital fulldome projection. Dark - A Fulldome production explains and explores the nature of Dark Matter, the missing 80% of the mass of the Universe. (2012) Distributed internationally. Peter Morse, Paul Bourke, Alan Duffy, Cathie Travers, Trevor Hilton, Carley Tillett. Plant Energy Biology - A fulldome production. EON: Eye of Nagaur. Visualising the inner life of Ahhichatragarh Fort at Nagaur, Rajasthan. 2009. Volume visualisation under the Dome, October 2009 Fulldome show reel of volume visualisation datasets. Ajay Limaye, Tim Senden, Alexander Mitchell, Paul Bourke. Digital Visualisation in the Dome. Presentation at Horizon - The Planetarium. November 2008. Presenters: Peter Morse, Paul Bourke, Carley Tillett. Contributors: Karen Haines, Ajay Limaye, Glenn Rogers Treasures of the Great Barrier Reef, November 2008. Fulldome video based upon underwater fisheye photography by Karen Haines. Audio by Peter Morse and Trevor Hilton Artforms Of Nature: A New Way Of Seeing, October 2008. Ajay Limaye, Peter Morse, Paul Bourke. Fulldome Geometry Series: Part 1, October 2007. Paul Bourke, Peter Morse. 6dF Galaxy Survey: Beyond the Crux, October 2006. Paul Bourke, Peter Morse, Glenn Rogers. Cosmological Simulation, October 2005. Paul Bourke, Evan Hallein, Dr Chris Power. Fulldome animation of a flight over the surface of Mars based upon the 1/32 degree topology data from MOLA. Created for SkySkan for the planetarium show "Infinity Express". October 2000. Experiences With My First 8K Fulldome Production Pipeline
Do not try to teach a pig to sing hymns. It wastes your time and annoys the pig. R. Heinlein Third party software Stellarium landscape from the Australia outback. EarthDesk in the dome. Display current Earth globe interactively in a dome.
Vuo as a playback solution for domes Stellarium Notes on the use of Stellarium or Nightshade with spherical mirror projection. Amateras full dome movie player, and much more. World Wide Telescope and spherical mirror projection support. Software Bisque and spherical mirror projection support. Creating fisheye image sequences with Unity3D Unity3D. Creating fisheye images in the Unity3D game engine. Fulldome content creation with the Drishti volume rendering software
Lady Barnaby takes here ease. Knitting overcoats for fleas. By this kindness, fleas are smitten. That's why she's very rarely bitten. Spike Milligan Other Contributions to Mandurah Performing Arts Centre dome exhibition. Mandurah, 12 Oct 2017.
Two very simple show controllers based upon Quartz Composer. One based upon keystrokes and support for some alternative interface devices. Another designed with a graphical user interface and able to be run on a single computer or remotely using a separate playback and GUI computer. (Provided for historical purposes only). Rendering molecules for immersive environments. Image slicing for fulldome (and other applications). Report on small dome technology. spheremapper. Geometric correction of fisheye images for direction projection into a hemisphere. Wii + MacBook Pro + Dome Example using the Wii to navigate within an immersive environment. iSphere. A proposed immersive environment. Image panels on a fisheye projection. Various ways of mapping perspective projections on fisheye images. Interactive fisheye image generation. Multipass texture approach.
Fisheye lens comparisons. Full dome projection with three digital projectors Creating content for the SkyVision full dome projection
A wise man can see more from a mountain than a fool from the bottom of a well. Anon
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