
Main technical specifications of Mazaika: Mazaika is the only photo mosaic program that allows you manualy change single tiles if you don't like them. You can see the results of my tests of other existing photo mosaic programs.
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You can download a 30 day trial version of MAZAIKA here Direct disk writing for large tiff/bmp output files.Tile resampling for best output quality.Custom cropping adjustments for tile library.Add borders and grid lines to the saved mosaic.TWAIN scanner support for source images.Render and save only selected area of mosaic.Optional blend tiles with original image.See large, highly detailed pictures in gallerys. Two or more tiles may work together to correctly represent a section of the big picture. Mazaika can consider small parts of the tile pictures to make up detailed parts of the larger picture.

My experiments with less than 1000 tiles can be viewed in gallery 2 Obviously the more cells (tiles) in source the picture - the more detailed the mosaic will be. Good results can be reached even with collections of under 1000 pictures. It appears that not every image can be rendered with every collection.
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Nevertheless, the face of pin-up girl made of small a collection of 1700 windows icons is very pleasant. The third dog - made from a collection of 7000 windows icons (bigger than two above) - seems slightly weak and dull. It is very subjective, but the dog made from a collection of 2000 beer bottle labels seems good too. The one from the collection of 5000 animal photos seems best. There is a dog photo rendered three times with three collections. See more sample pictures created with Mazaika in the

In the gallery section you can see some source pictures The more different colors and brightnesses in the pictures in the collection - the more accurate the match. The more pictures in your collection - the more accurate the match. When searching for an appropriate image Mazaika considers not only the overall color of the source image partīut also takes into account the inner color and the brightness distribution within. It can create pictures made of other pictures.Įvery region of the source image is replaced with some image from a collection, that most closely resembles
