The analytical-information system created for geoikonic visualization and design of geographical images with desired properties. Structural and graphic model provides three methods of GIS design: a professional, user and a training.
To implement this there are proposed construction of three ways. The first method corresponds to higher construction, for which the necessary professional skills of the artist. Users of the system itself, guided by their knowledge, selects the required properties heozobrazhen and generates semantic load. After creating heozobrazhennya and forming a graphic image supposed to preserve example library data, which then can be used as examples of patterns or combinations of properties of the image. Construction at this level involves the manual mode of execution. The next way – is the average design, custom. Artist chooses heozobrazhennya view, the main elements of the content of the proposed system and revising in the library examples of how it will look designed heozobrazhennya. Level provides semi-automatic mode by selecting from various but limited examples.
The third way to meet entry-level applications, more suitable for educational purposes. Contractor invited to view the best heozobrazhennya based on the entered basic parameters of viewing in the library of examples or standards.
To form the libraries necessary to create standards or examples of different combinations heozobrazhen of classification on a number of parameters and properties for the priority hierarchy.
Modelling content on heozobrazhennyah takes place in time and space and can be modeled in 1D, 2D, 2,5D, 3D and 4D. The application 1D-dimensional graphics in cartography paid little attention, however, limits the shape and volume at which personalized color and tone makes it possible to visualize phenomena such as rain, northern lights and so on. gif-animation. For 4D images added time, which could also be in the past, present or future state. Another aspect in the mapping space – different topological and geometric display it: discrete, network in the form of fields and surfaces.
Keywords: properties of geoimages, analytical and information system, geoikonic visualization.