Hi,
There's some information in 3.11:
https://www.ptgui.com/support.html#3_11
If you have enough VRAM, the panorama can be stitched and blended
entirely on the GPU. If the panorama is larger, data will be moved on
and off the GPU during stitching and blending. But this is done in
parallel to the image processing, so it does not necessarily slow down
stitching too much.
With GPU acceleration enabled, the CPU is only used for image decoding
and encoding (e.g. LZW compression with TIFF). This is done in parallel
while the GPU is stitching the panorama. With a good GPU usually the CPU
is not a bottleneck.
For aligning the panorama the GPU is not used, so this is where a fast
CPU makes a difference. The CPU's multithreaded performance is what you
should be looking at.
Especially for larger gigapixel panoramas, be sure to have plenty of RAM
and only use SSDs for source files, output and temporary storage.
The overall performance depends on the entire combination of components
and the kind of panoramas being stitched, it's impossible to predict
this beforehand. You would need to benchmark an entire system with your
usual kind of stitching projects.
Hope this helps!
Kind regards,
Joost Nieuwenhuijse
www.ptgui.com
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