Here´s the measurement:
Cheers
Frank
Interesting. That looks like about how far i had them.
trying again as I type this. I'll post again when the results are in.
Here´s the measurement:
Cheers
Frank
Interesting. That looks like about how far i had them.
Well - I forgot to mention I believe the "fov" and "distance to object" will have a great impact on how it turns out aside from the interocular distance.
Cheers
Frank
Mine were set to 15.0.Okay, frank what did you have you're FoV set to
... Nevertheless I had a go with "Marty" the Chameleon and the Gecko while developing its textures - so for the ones of you who own a pair of "red/cyan" 3d-glasses this is for you. It looks stunning through these glasses even with your head moving. ...
Great models, textures and images, Frank. The Chameleon is even nicer I think.
Did you use the "AnaglyphMaker" program mentioned earlier in this thread ? FWIW, the link previously posted is broken but Google will find a backup site : here
A couple of very interesting pages, at least in my eyes ... :
- Information Related To Stereographics
- Calculating Stereo Pairs
- Additional Cameras, Mostly Stereoscopic, For PovRay
- Stereo Pair Photography (The Low Cost Way)
PS : take the time to explore the entire site. It's really great !
Great models, textures and images, Frank. The Chameleon is even nicer I think.
Did you use the "AnaglyphMaker" program mentioned earlier in this thread ? FWIW, the link previously posted is broken but Google will find a backup site :
..and here ya go:Here ya go...
The first is the "normal" red/green conversion available elswhere (at least GIMP will do); the second is called "red/green/dubois". A slightly info is given here, but is different than the algorithm AnaBuilder uses:I think I like the bottom one better.
What did you do different for each?
from a filckr discussion.e.dubois sagt:
I have a couple of comments on the last point. 1. The least-square algorithm that I developed uses the spectral transmission curves of the glasses and the spectral density of the RGB display primaries. The version I use is for red-cyan glasses, specifically ones from American Paper Optics, and for a CRT display. Thus there is in principle a different transformation for each glasses - display pair. I did notice that ghosting was less visible on a CRT display than on an LCD display for my image. I have not implemented the algorithm for LCD spectral responses yet. 2. I have no idea how the algorithm is implemented in AnaBuilder. In my own implementation, I assume that the left and right images are gamma corrected, so I apply gamma, do the transformation in the linear domain, then apply gamma correction to the final anaglyph. If AnaBuilder does not do that, it might explain the slightly different tone scale. My own implementation uses MATLAB and is not portable.
I wished I had some of these 3D glasses.:frown: I'm sure the gecko looks amazing.
Bye,
Martin