(It can, and is, abused as a method of tonemapping the dynamic range of some sort of HDR input downwards, that is the core of the tonemapping phase of Google’s HDR+ algorithm.) Not even remotely, if I’m understanding the OP’s question correctly.Įnfuse is for performing a bracketed-LDR to LDR tonemapping without an intermediary merged HDR step.
Isn’t this basically what Enfuse is for? You might be able to run enfuse separately to match exposures, then feed them into a stitching program? I’m fairly certain RT has some level of scriptability (this is in the category of “functionality I have never used but probably will in the future, ask me for more details in a few months”), so you could probably automate this with a little bit of scripting if you have a lot of broken panos.
Autopano giga adjust exposure manual#
I don’t know of a fully automatic method, but a deterministic manual method would be to calculate the EV of all images from shutter/aperture/ISO, choose one as a reference/anchor, then adjust each image’s exposure compensation based on the EV shift from the anchor. Hmm… Autopano doesn’t have the ability to fix mixed-photometric shots? The problem is that Autopano only support 16bit TIFFs and not the 32bit Tiffs In Autopano, I selection a small section of the 2 adjacent images and APG finds all the control point for the section. I’m not using Hugin but Autopano Giga, the company and the product was “defuncted” by GoPro a year or two ago but I prefer it Hugin for the control points.
Export to 32-bit unclipped TIFF and leave the exposure matching to Hugin.
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