I want to see all anaglyph color modes without hacking the registry ( [url="http://www.stereo3d.com/discus/messages/21/2069.html"]http://www.stereo3d.com/discus/messages/21/2069.html[/url] ):
* red/blue
* red/green
* red/cyan
* yellow/blue, amber/blue, brown/blue, ochre/blue
On the ColorCode 3-D (tm) website, they call it amber/blue and is done with some not-released color conversion function. They have huge lookup table in their software.
ColorCodeShow(tm) (limited, free, Windows 2000 & XP) can be downloaded from [url="http://homepage.mac.com/csvendb/CCShow/FileSharing79.html"]http://homepage.mac.com/csvendb/CCShow/FileSharing79.html[/url]
Stereo Photo Maker calls it yellow/blue since it uses a faster algorithm.
Download from Stereo Photo Maker from [url="http://stereo.jpn.org/eng/stphmkr/"]http://stereo.jpn.org/eng/stphmkr/[/url]
There is not much difference between the two if you compare the results. I soon will get my ColorCode glasses to check it out if it is noticable.
I've looked a bit in the disassembly and saw the lookup tables (possibly for R,G and B).
On the ColorCode 3-D (tm) website, they call it amber/blue and is done with some not-released color conversion function. They have huge lookup table in their software.
I don't know why your even in the registry.
Unless you are trying to change the colors in game , which I don't think you are, you can change both the left and right anaglyph colors very easily from within the stereo driver (or you just looking at pictures?). All you have to do is go the the "Advanced Stereo Properties" tab, click on "Anaglyph Stereo", then set "Default" to "Custom" and click on each color and change it to whatever you want. If you are just looking at pictures then just use the Stereo Viewer that comes with the driver.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at [url="http://hyperphysics.phy-astr.gsu.edu/hbase/vision/rodcone.html#c3b"]viewing that wavelength[/url], expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
Unless you are trying to change the colors in game , which I don't think you are, you can change both the left and right anaglyph colors very easily from within the stereo driver (or you just looking at pictures?). All you have to do is go the the "Advanced Stereo Properties" tab, click on "Anaglyph Stereo", then set "Default" to "Custom" and click on each color and change it to whatever you want. If you are just looking at pictures then just use the Stereo Viewer that comes with the driver.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at viewing that wavelength, expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
I have tried colorcode with the nvidia drivers as well as red/blue and red/cyan. I find that the best result of the three is definately the default color settings with red/cyan glasses.
red/blue glasses results in less ghosting, but also very dark picture and very distorted colors.
blue/yellow color code produces the best colors but unfortunately also the most ghosting, too much for me to find it usable actually.
There are some screenshots on this russan page that shows how to setup the nvidia stereo drivers for colorcode. Check it out, you just need to look at the pictures to understand how it works.
I have tried colorcode with the nvidia drivers as well as red/blue and red/cyan. I find that the best result of the three is definately the default color settings with red/cyan glasses.
red/blue glasses results in less ghosting, but also very dark picture and very distorted colors.
blue/yellow color code produces the best colors but unfortunately also the most ghosting, too much for me to find it usable actually.
There are some screenshots on this russan page that shows how to setup the nvidia stereo drivers for colorcode. Check it out, you just need to look at the pictures to understand how it works.
Ok, you guys are right. I shouldn't have bothered.
After getting my ColorCode glasses, I decided too that anaglyphs can't ever be good enough. The blue glass is way too dark and I don't see any difference in the optimized and non-optimized ColorCode/yellow-blue conversion.
Also, it's unsuitable for big screens but it works for small images. But even for small images, eyecrossing is much better.
My next videocard might be from NVidia :)
Ok, you guys are right. I shouldn't have bothered.
After getting my ColorCode glasses, I decided too that anaglyphs can't ever be good enough. The blue glass is way too dark and I don't see any difference in the optimized and non-optimized ColorCode/yellow-blue conversion.
Also, it's unsuitable for big screens but it works for small images. But even for small images, eyecrossing is much better.
[quote name='duceky' date='Oct 24 2006, 02:27 AM']........
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at [url="http://hyperphysics.phy-astr.gsu.edu/hbase/vision/rodcone.html#c3b"]viewing that wavelength[/url], expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
[right][snapback]122430[/snapback][/right]
[/quote]
I would also like to know if anyone has tried green and magenta.
I made and tested several color combinations from my own transparent color sheets. I like orange (better than yellow) and blue since when looking through the orange filter, I pick up no blue and therefore see no ghosting. However, looking through the blue filter I pick up too much of the orange colors, since apparently it is letting too much green through.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at viewing that wavelength, expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
[snapback]122430[/snapback]
I would also like to know if anyone has tried green and magenta.
I made and tested several color combinations from my own transparent color sheets. I like orange (better than yellow) and blue since when looking through the orange filter, I pick up no blue and therefore see no ghosting. However, looking through the blue filter I pick up too much of the orange colors, since apparently it is letting too much green through.
* red/blue
* red/green
* red/cyan
* yellow/blue, amber/blue, brown/blue, ochre/blue
On the ColorCode 3-D (tm) website, they call it amber/blue and is done with some not-released color conversion function. They have huge lookup table in their software.
ColorCodeShow(tm) (limited, free, Windows 2000 & XP) can be downloaded from [url="http://homepage.mac.com/csvendb/CCShow/FileSharing79.html"]http://homepage.mac.com/csvendb/CCShow/FileSharing79.html[/url]
Stereo Photo Maker calls it yellow/blue since it uses a faster algorithm.
Download from Stereo Photo Maker from [url="http://stereo.jpn.org/eng/stphmkr/"]http://stereo.jpn.org/eng/stphmkr/[/url]
There is not much difference between the two if you compare the results. I soon will get my ColorCode glasses to check it out if it is noticable.
I've looked a bit in the disassembly and saw the lookup tables (possibly for R,G and B).
gamma tables? (256 bytes)
00424098+00000100=00424198
00824298+00000100=00824398
00C24498+00000100=00C24598
other tables
00424198+00400100=00824298
00824398+00400100=00C24498
00C24498+00400100=01024598
* red/blue
* red/green
* red/cyan
* yellow/blue, amber/blue, brown/blue, ochre/blue
On the ColorCode 3-D (tm) website, they call it amber/blue and is done with some not-released color conversion function. They have huge lookup table in their software.
ColorCodeShow(tm) (limited, free, Windows 2000 & XP) can be downloaded from http://homepage.mac.com/csvendb/CCShow/FileSharing79.html
Stereo Photo Maker calls it yellow/blue since it uses a faster algorithm.
Download from Stereo Photo Maker from http://stereo.jpn.org/eng/stphmkr/
There is not much difference between the two if you compare the results. I soon will get my ColorCode glasses to check it out if it is noticable.
I've looked a bit in the disassembly and saw the lookup tables (possibly for R,G and B).
gamma tables? (256 bytes)
00424098+00000100=00424198
00824298+00000100=00824398
00C24498+00000100=00C24598
other tables
00424198+00400100=00824298
00824398+00400100=00C24498
00C24498+00400100=01024598
Unless you are trying to change the colors in game , which I don't think you are, you can change both the left and right anaglyph colors very easily from within the stereo driver (or you just looking at pictures?). All you have to do is go the the "Advanced Stereo Properties" tab, click on "Anaglyph Stereo", then set "Default" to "Custom" and click on each color and change it to whatever you want. If you are just looking at pictures then just use the Stereo Viewer that comes with the driver.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at [url="http://hyperphysics.phy-astr.gsu.edu/hbase/vision/rodcone.html#c3b"]viewing that wavelength[/url], expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
Unless you are trying to change the colors in game , which I don't think you are, you can change both the left and right anaglyph colors very easily from within the stereo driver (or you just looking at pictures?). All you have to do is go the the "Advanced Stereo Properties" tab, click on "Anaglyph Stereo", then set "Default" to "Custom" and click on each color and change it to whatever you want. If you are just looking at pictures then just use the Stereo Viewer that comes with the driver.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at viewing that wavelength, expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
red/blue glasses results in less ghosting, but also very dark picture and very distorted colors.
blue/yellow color code produces the best colors but unfortunately also the most ghosting, too much for me to find it usable actually.
There are some screenshots on this russan page that shows how to setup the nvidia stereo drivers for colorcode. Check it out, you just need to look at the pictures to understand how it works.
[url="http://www.really.ru/review/colorcode3d.html"]http://www.really.ru/review/colorcode3d.html[/url]
/Linus
red/blue glasses results in less ghosting, but also very dark picture and very distorted colors.
blue/yellow color code produces the best colors but unfortunately also the most ghosting, too much for me to find it usable actually.
There are some screenshots on this russan page that shows how to setup the nvidia stereo drivers for colorcode. Check it out, you just need to look at the pictures to understand how it works.
http://www.really.ru/review/colorcode3d.html
/Linus
After getting my ColorCode glasses, I decided too that anaglyphs can't ever be good enough. The blue glass is way too dark and I don't see any difference in the optimized and non-optimized ColorCode/yellow-blue conversion.
Also, it's unsuitable for big screens but it works for small images. But even for small images, eyecrossing is much better.
My next videocard might be from NVidia :)
After getting my ColorCode glasses, I decided too that anaglyphs can't ever be good enough. The blue glass is way too dark and I don't see any difference in the optimized and non-optimized ColorCode/yellow-blue conversion.
Also, it's unsuitable for big screens but it works for small images. But even for small images, eyecrossing is much better.
My next videocard might be from NVidia :)
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at [url="http://hyperphysics.phy-astr.gsu.edu/hbase/vision/rodcone.html#c3b"]viewing that wavelength[/url], expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
[right][snapback]122430[/snapback][/right]
[/quote]
I would also like to know if anyone has tried green and magenta.
I made and tested several color combinations from my own transparent color sheets. I like orange (better than yellow) and blue since when looking through the orange filter, I pick up no blue and therefore see no ghosting. However, looking through the blue filter I pick up too much of the orange colors, since apparently it is letting too much green through.
Most people use red and cyan glasses so that is obviously the default but I know I've seen red and green ones. I have never seen blue and yellow glasses but I don't doubt they're out there and I don't see why that wouldn't work. I think that red and cyan are used because those colors are at opposite ends of the visible color spectrum but any opposite primary colors should work well.
red and cyan
blue and yellow
green and magenta
Perhaps not using blue or cyan would be better as the human eye is not the best at viewing that wavelength, expecially when combined with such a dominate color as red. Using green and magenta filters might be better that any of the other combinations but I've never seen any glasses like those either so its anyones guess.
I would also like to know if anyone has tried green and magenta.
I made and tested several color combinations from my own transparent color sheets. I like orange (better than yellow) and blue since when looking through the orange filter, I pick up no blue and therefore see no ghosting. However, looking through the blue filter I pick up too much of the orange colors, since apparently it is letting too much green through.