neural networks, pattern recognition, Van Dyke, Platinotype, Cyanotype

In this software we demonstrate imitation of handmade original techniques used for platinotype, cyanotype, and Van Dyke via digital filters based on artificial neural networks. The proposed methodology of editing information in graphical data, which aims to create a faithful copy of the manual process of alternative photo-graphic techniques, uses backpropagation neural networks, and contributes to the resulting graphics on the basis of defined transformation matrixes. The core of the proposed methodology is the composition of the results generated by individ-ual neural networks with their configurations after adaptation over the proposed training set.