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Using modern methods of visualization it is possible to simulate a human locomotor system. Multimedia multi-dimensional (2D and 3D) computer programs allow realistic view of human movement. Despite the 2D static content that is possible to create in a high-level of photorealistic static scene, the photorealism in 3D animation is more difficult to create. This paper will be carried out theoretically in terms of research and practical verification of the results. It demonstrates the feasibility of a precise mathematical definition of human movement through animation of walk. It offers video realistic view in a way that as much as possible is closer to realistic virtual scenes. [ABSTRACT FROM AUTHOR]

Computer graphic is a quite new area in graphic technology. Huge computer performances are used for rendering complex graphic content. 3D is also relatively new and complex part of design in which we use a lot of information, both visual and multimedial. Through this work rendering procedure was analyzed. Time consuming for rendering (which depends on render settings) is one of the biggest problems. We had studied and measured duration of rendering a complex graphic scene, so we could find which settings to use for different purpose. Manipulating certain settings in the program would get us to different, more favorable time but also we changed the appearance of the scene. We have also found and displayed the optimum time to produce quality product. Today quality is very important in making graphic products, but there are situations where a greater importance is given to the speed of its development. Changing the settings is possible up to certain limits. After that limit quality of products decreases. [ABSTRACT FROM AUTHOR]