I recently saw the announcement of yet another (but promising) stereoscopic LCD monitor: http://iz3d.com/technology/explain.html
It uses 2 LCDs packed as a front/back sandwich. The back LCD modulates RGB intensities, the front one (a separate DVI input) can be used to modulate the polarization angle. So if you sit in front wearing standard pol glasses (45/135 degrees). So a subpixel needs to get it's brightness from both Left and Right image and the front LCD controls the amounts to goe thru the Left/Right glasses. With a neutral(midgray?) value on the front LCD you can view 2D without glasses as normal. Could anyone estimate the resources that would be needed to have a pixel output stage that does not directly go to the 2 DVI chips but first uses both screens pixel values to calculate front/back pixels and send those to the LCDs ? Is this of interest to anyone but me ? best regards Thomas Kumlehn PIXEL PARTNER (R) Member of the http://www.XING.com network __________________________________ Direkt aus der Boxengasse - News + alle Hintergründe zum GP von Ungarn auf Yahoo! Eurosport. www.eurosport.yahoo.de _______________________________________________ Open-graphics mailing list [email protected] http://lists.duskglow.com/mailman/listinfo/open-graphics List service provided by Duskglow Consulting, LLC (www.duskglow.com)
