| Author | Message | ||
     Anonymous Rating: N/A |
Researchers at Heriot-Watt University have patented a low cost stereoscopic imaging system for visualizing full colour 3D images using slightly modified, conventional projection screens and computer screens, or conventional paper. http://www.trs.hw.ac.uk/Industry/License/3D%20Stereo.htm | ||
| M.H. Rating: N/A |
Instead of encoding the image by colour this technique produces two spectrally orthogonal information channels employing light from each of the three primary colours to enable full-colour imaging. ???? "spectrally orthogonal information channels" ????? I have problems to undertand what this shoudl mean. Anybody can translate this to some more easy to undertand terminology ? | ||
| clyde Rating: N/A |
a hunch tells me this could be based on color wave length filters used in glasses, i could be wrong tho. clyde | ||
| Scott Warren Rating: N/A |
Sounds quite a bit like the Infitec system... I would guess those filters are pricey, to have such tight wavelength tolerances. Scott | ||
| GianCarlo Rating: N/A |
Orthoganal is geometry-speak for "perpendicular". Sounds like polarisation actually. But they say it's something different... I have no clue what this new method is... | ||
| M.H. Rating: N/A |
Based on color wavelenght = anaglyph. But it doesn not sound like simply improved anaglyph ( I hope) | ||
| clyde Rating: N/A |
MH, x3d autostereo displays are on wavelenght filters, and they arent anaglyph. so im assuming its somehwere along those lines clyde |
