AltaSonita 1.0.0 Crack + Activator Updated
Image editors are some of the most useful applications that you could find on any computer. One of them is AltaSonita.
It's an image denoising application built to run on nVidia video boards using CUDA technology it has three different denoising algorithms. It sports a simple and intuitive graphical interface with many nice tools at hand.
Download AltaSonita Crack
Software developer |
Stefano Tommesani
|
Grade |
3.1
826
3.1
|
Downloads count | 6533 |
File size | < 1 MB |
Systems | Windows All |
The application doesn't take long to install and it doesn't come with a complicated setup that you would need to complete before you can actually use it. It sports a clean and sleek graphical interface with many nice tools at hand.
AltaSonita is an image denoising application built to run on nVidia video boards using CUDA technology it has three different denoising algorithms.
It comes with three different denoising algorithms, and five intensity levels let you remove most of noise from photos without blurring small details and edges. The intensity setting works by separating edgy areas (drawn in red) from mostly plain areas (drawn in blue), and in plain areas the amount of noise filtering is higher as there are no relevant edges that would be blurred by the denoising process.
If you increase the intensity setting, the amount of edge-preserving areas will be reduced, so that aggressive noise filtering is applied to more zones of the image.
It comes with two view modes, you can have the image fit to window or check out the real size. It has the option to adjust the image intensity and apply a lighter filter on the picture.
It supports many image formats which means that you can load almost any pictures inside the application and edit them easily. When you're done, simply save the image to your computer and check it later.
All in all, AltaSonita Serial is a useful image denoising application built to run on nVidia video boards using CUDA technology it has three different denoising algorithms.