@mtrantalainen In a nutshell, it's more than just an s curve. There is some special handling of the highlights to prevent hue shift similar to what Agx does. The key is that this completely takes over the processing from the camera ISP.
@enjalot I'll definitely open source it at some point. But publishing and supporting it across a huge array of Android devices is going to be a pain, so most likely it's going to be a toy for technical people.
"What about the telephoto lens? Can that also get the Latent treatment?"
Absolutely! Not a tinge of cyan-shifting on this blue 787.
Shot on Latent app on Pixel 10 Pro - A fully custom imaging pipeline I developed.
A open secret is that all cameras are basically the same. Just look at the sensor.
Leica SL2-S? IMX410
Sony a7 III? IMX410
Lumix S5II? IMX410
BMCC6k? IMX410
Same photosites…but they still manage different feels.
The processing pipeline is where it gets interesting.
@dfelinto Of course not. I really appreciate that! My goal is to eventually add more visuals to really illustrate the learning journey, but in the meantime, I thought I'd leave some random notes so I don't forget myself.
@lauriewired I had a CUDA workload that ran 10% faster when I turn on my Bluetooth headphone. Ended up tracing it back to the way interrupts were handled by windows.
A open secret is that all cameras are basically the same. Just look at the sensor.
Leica SL2-S? IMX410
Sony a7 III? IMX410
Lumix S5II? IMX410
BMCC6k? IMX410
Same photosites…but they still manage different feels.
The processing pipeline is where it gets interesting.