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In this paper, the system of initial theoretical positions is considered, which is the basis of the research search for variants of cellular automata for the study of thermal and mechanical processes in 3D objects of SolidWorks, through their representation in 2D von Neumann neighborhood of the first order. The execution of this work also involves the creation of initial rules for changing the investigated system, which are necessary for the direct use of cellular automata. As a result of the verification of these rules, it was found that their number may not be enough to address specific tasks in the field of 3D research. Because of this, it was left possible to create new rules for changing the system, or changes already existing. In addition, in the process of performing this work, all the processes of scientific research, as well as the proposed initial provisions have been repeatedly tested, developed and adjusted if necessary. For successful experiments, the 3D model under study was divided into 3D cubes of the same size. The number of these 3D cubes depends on the density of the section that the user specifies manually using the appropriate item of the developed software. In addition, in this paper describes the establishment of the relationship between the faces of created 3D cubes. These dependencies were presented in the form of an appropriate relationship scheme, which is then used in the design and configuration of the corresponding system classes, which are closely related to each word, both logically and functionally. Based on the developed system classes, appropriate software was created, which is the basis of the use of cellular automata in the study of tasks in the field of 3D modeling. In addition, in this paper a graphical representation of the interrelationships between the developed classes was presented. For a better understanding of the mechanism of the class system operation, a sequence diagram was developed. With this diagram, you can see not only how the classes interact with each other but also in what sequence this interaction takes place. In the future, this work involves expanding the capabilities of the software developed, as well as filling it with mathematical functions that would allow it to be used in the study of the mechanical and mechanical processes of various 3D objects.

SOFTWARE AND ALGORITHMIC PROVIDED FOR WORK WITH CELLULAR AUTOMATES