• Unique Design & Tracklist.
• Edit, Delete, Copy, Paste, image files.
• Easy and Powerfull rename options (by mask, by tags IPTC, EXIF).
• Photos: Rotate, Resize, Convert.
• Losless Jpeg rotation.
• Advanced Search.
• Tag Editor (Exif, IPTC).
• History, Favorites Folders.
• Hotkeys.
• And much more.

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• Reads many RAW formats from digital cameras.
• Supported RAW camera formats (crw, cr2, nef, raw, pef, raf, x3f, bay, orf, srf, mrw, dcr).
• Image processing (Color Adjust, Effects, Crop);
• Auto Adjust Colors;
• Blue and Red scales;
• Brightness value;
• Interpolating RGBG as four colors;
• Gamma;
• High-quality or low-quality color interpolation;
• Automatic white balance;
• Camera white balance;

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You can use ABsee to quickly view images in the folders by Thumbnails, icons, and list, to quickly display previews of the image files and to view the files in full screens or slides. Conveniently, you can use Absee to set up the image files as wallpapers or print them out. Also, you can view the properties and the exif information of the image files, and save the image files as different formats.

Absee contains an image editor, which can be used to manipulate the image files.

OS: NT/2000/XP/Vista/Win7

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1. Image details that often can be removed with noise, and edges definition that are often blured by basic noise reduction technics.
2. Keeping some granularity to avoid the common "plastic" effect of too much noise removal.

1. Edges detection: this analyse makes a separation between large surfaces with poor details, and places where some edges and/or details require a special attention. The value to tune enables to decide the sensitivity of the edges detection, thus the amount of the picture that is to be considered as details/edges or not. Surfaces and edges will then be processed in different ways in next steps.
2. Surfacing: performs a calculation of local color cohesion to decide, for each pixel, what is the mean color value in the noise variations arround it, without merging two different surfaces together. This step also processes surfaces and edges in two different ways. The more important is the value that tunes the surface managment : it is the one that decides of the effective noise reduction. There is also a secondary value that tunes the edges managment, but it should often be kept at a low value to avoid bluring edges : in some cases it offers the possibility to reduce some edges pixelisation effects.
3. Texturing: the step 2 may provide with "too" clean surfaces where some small details or textures could have been lost, and possibly a "plastic" effect. This final filter decides the amount of original pixels that should be added back to the clean surface to restore details and textures without re-introducing the noise that should be removed. A first value tunes how much part of pixels that was removed in step 2 shows a local regularity, thus how much noise vs details is to be considered on them. There is also a secondary value that tunes how much pure granularity, without special regularity, should be added back without re-introducing bad strong spots and scratches.

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