Digikam/Noise Reduction/da: Difference between revisions
(Importing a new version from external source) |
(Importing a new version from external source) |
||
Line 3: | Line 3: | ||
Fra Mohamed Maliks blog, 12. februar 2011 | Fra Mohamed Maliks blog, 12. februar 2011 | ||
Alle [http://en.wikipedia.org/wiki/Digital_single-lens_reflex_camera DSLR]-kameraer introducerer støj i en eller anden grad. Dette gælder især almindelige kameraer til ikke-professionelt brug, selv om disse har ret god ISO-ydelse op til omkring ISO 800. | |||
I use a Nikon D3000 and its ISO performance is good upto ISO 800. ISO 1600 is good and it can be used in smaller sizes. However ISO 3200 images are very grainy and noise reduction has to be applied. | I use a Nikon D3000 and its ISO performance is good upto ISO 800. ISO 1600 is good and it can be used in smaller sizes. However ISO 3200 images are very grainy and noise reduction has to be applied. |
Revision as of 06:48, 3 March 2011
Støjreducering i digiKam
Fra Mohamed Maliks blog, 12. februar 2011
Alle DSLR-kameraer introducerer støj i en eller anden grad. Dette gælder især almindelige kameraer til ikke-professionelt brug, selv om disse har ret god ISO-ydelse op til omkring ISO 800.
I use a Nikon D3000 and its ISO performance is good upto ISO 800. ISO 1600 is good and it can be used in smaller sizes. However ISO 3200 images are very grainy and noise reduction has to be applied.
If you are using digiKam it has a great noise reduction tool. Double click the image where you want to reduce noise and give a right click -> f4 on the keyboard and it will do the same thing.
. You can even pressAfter this you will be presented with the editor view.
From here go to
and you will be presented with this window.
Choose from the settings or you can choose your own settings. Here is a picture of before and after from my tests. They are much more usable and better looking after the noise reduction has been applied.
Before Noise Reduction Was Applied:
After Noise Reduction Was Applied:
Here is another picture in which the noise reduction was applied:
After: