Erik, the point is, if a software assigns, let's say "50" as a sharpening value, it does so for a good reason. pushing it to zero is not the best way to showcase its capabilities. Another software that shows "0" as default may already be applying more than "50" without letting you know.
Hi Sandeep,
While it is true that all Raw conversions need some sort of sharpening, the defaults are not necessarily (or rather they rarely are) optimal. But that's also not what Erik is trying to figure out. Adding sharpening, will only exaggerate artifacts that are already present in the baseline conversion.
So, Erik is looking for a well-behaved baseline Raw conversion, on which to base further processing. The trouble is that a Bayer CFA sensor without optical low-pass filter (OLPF) will pose any Raw converter for an almost impossible task, because the source data is compromised (with undersampled and aliased data). With the 'right' kind of subject matter, things will become even more challenging.
I think that the visibility of False Color aliasing artifacts can often be mitigated by using the proper correction tools (luminance aliasing is almost impossible to correct without elaborate post-conversion editing). It seems logical that converters such as Capture One, which natively are designed to deal with non-AA filtered images, would be able to tackle the issue better than others, such as e.g. LR/ACR, that are more used for conversion of low-pass filtered (or shot with lesser optics) Raw files.
If you're going for "Default conversions", let every slider be at default. Even sharpness.
I disagree. Default sharpening settings, especially those of LR/ACR (complicated with noise reduction being linked to the same sharpening settings), are more often wrong than correct. They are set to produce acceptable results for casual use, but they act oblivious about actual lens performance, and cannot have a clue as to what the intended output will be. Down-sampling or upsampling of the conversion result will require different settings, unless one only applies Capture sharpening (and frankly the converters offer virtually no guidance for that at all).
Else, process them the best you can.
Yes, but that's not the current issue that Erik is addressing, it's step number two. Besides, each program will produce somewhat different quality of results, and they offer different workflows, so that may also cloud the comparison and make it more subject matter dependent. Each program also has a learning curve, so it would take considerable experience/time to get the most out of each one of them.
Cheers,
Bart