On 17/03/2025 03:27, Paul Bourke wrote:
> The look I currently have is with 3.8, sample frame attached. Final render will
> be 12816x2048, and a omni directional stereo pair. Should look good in a 360 LED
> stereo cylinder.
>
Not having a 360 LED stereo cylinders at home, I modeled them in VR:

https://povlab.yesbird.online/pb/lidar_video.html
https://povlab.yesbird.online/pb/lidar_static.html

Camera located inside two cylinders with the same location, but 
different textures - one for left, order for right eye. Now it's only a 
mono preview (both have the same texture, while I am looking for the 
best way to render stereo pairs).
--
YB

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Dr. Bourke,

Let me just briefly segue from your project to say:

It is great to see you here, still using POV-Ray after all these many long
years.

We would love to see you, and many others with your creativity and skill set,
here on our forum more often, and would like to attract others so that we can
sustain and improve this beloved piece of open source software.

I'm not sure what level of exposure to POV-Ray your colleagues get, but it would
be wonderful if undergrads and graduate students, as well as physicists,
mathematicians, statisticians, astronomers, artists, and engineers could be
introduced to what it is currently capable of.
Hopefully by doing so, we can get computer scientists and their students
interested and perhaps attract new interest in further developing POV-Ray.

I was very excited to see a somewhat recent video by Dr. Oliver Knill:
https://people.math.harvard.edu/~knill/various/povray/index.html

Perhaps you can put in a kind word to your colleagues and professional
acquaintances about what we strive to do here in our little corner of the
internet, and help keep POV-Ray - not just alive - but thriving and growing.

Thank you,

Bill Walker

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