Graphical programming systems and models. Ways of presenting information. Simulation and animation. User interface. The structure of software systems for spatial design. Recording facilities. Representation of projection and views. The classic looks. Orthogonal and Axonometric projections. Perspective. Design of computer views . Camera movement. Forming curves and surfaces. Changes in the shape of objects. Global shape changes. Changes in free form. Spatial transformation. Configuring space. 3D modeling, development process of solid and wire architectural models of three-dimensional objects using a specialized software. Modeling process: using polygons and NURBS. Representation. Setting the scene: arranging virtual objects. Preparation and analysis of materials. Creating materials. UVW mapping. Basics of light and shadows. Exterior and interior lighting. Photometry of lights. Determination of the distance from camera to image plane. Fractals. Sketching: 3D scenes, setting the scene: the eye point and the image plane. Sketching as a basis for the animation. Basics of animation and its application in architecture. Dynamics in computer graphics. 3D rendering, Mental ray rendering, generating a two-dimensional image-results. Application of Fly-through animation in architecture.