Modified again, thanks to a suggestion by Aurélien.
I made a testing version (found on my pull request
https://github.com/darktable-org/darktable/pull/3121) with 3 vibrance
sliders to compare the effects of the different formulas.
At the moment only on non-OpenCL version.
I checked the effect on
Pull request done!
First I wanted to make sure everything was okay.
Thanks again for the suggestions on the vibrance formula!
On 11/10/2019 18:33, Pascal Obry wrote:
If you want to have a little chance that this be tested please create a
pull-request on the main darktable GitHub.
Thanks,
Le vendredi 11 octobre 2019 à 18:22 +0200, Keresztes Barna a écrit :
> Thanks Aurélien!
>
> Formula changed, new version on Git ready for testing:
> https://github.com/kbarni/darktable
> (please test especially the OpenCL kernel, as I don't have the hardware to
> test it!)
If you want to have
Thanks Aurélien!
Formula changed, new version on Git ready for testing:
https://github.com/kbarni/darktable
(please test especially the OpenCL kernel, as I don't have the hardware
to test it!)
On 11/10/2019 16:57, Aurélien Pierre wrote:
Actually, I made a mistake. The formula I gave you will
Le 11/10/2019 à 13:31, Keresztes Barna a écrit :
> Thanks for the feedback, Aurélien!
>
> 1. I used this formula for the
> vibrance: http://redqueengraphics.com/category/color-adjustments/ (it
> can also be computed together with saturation).
> I changed it to your proposed formula, to be
Thanks for the feedback, Aurélien!
1. I used this formula for the vibrance:
http://redqueengraphics.com/category/color-adjustments/ (it can also be
computed together with saturation).
I changed it to your proposed formula, to be consistent with other
software. It's also cleaner to have the two
Hi,
1. Vibrance is supposed to be *{ RGB } = Y + saturation * ( { RGB } - Y
)^vibrance*, where Y is the luminance channel from XYZ space, and { RGB
} a pixel vector. This way, you perform both operations at once. Also,
using (R + G + B) / 3 instead of Y is generally not a good idea since it
has
On Thu, Oct 10, 2019 at 8:58 PM parafin wrote:
> Is it any different from velvia iop in darktable?
>
Yes, it affects colors less than Velvia. It doesn't intend to emulate film.
The results of this slider are very similar to the standalone Vibrance tool.
There are some important differences:
-
Is it any different from velvia iop in darktable?
On Thu, 10 Oct 2019 20:44:25 +0200
Keresztes Barna wrote:
> Hi all,
>
> I'm a happy user of Darktable! One of my favorite tools in the 2.7 branch
> is the *Basic Adjustments tool*, where I can find in one place most of the
> tools I need to
