1. COMPUTER GRAPHIC IN TRAINING STUDENTS WHOSE MAJOR IS SOFTWARE Yevgeny Bashkov, Donetsk National Technical University, Bashkov@pmi.dgtu.donetsk.ua Vitaly Karabchevsky, Donetsk National Technical University Karabch@pmi.dgtu.donetsk.ua

2. IEEE 20052 Several academic disciplines provide for graphic training of the students whose major is Software. The course Object Oriented Programming proposes studying of two-dimensional constructions in on-screen coordinate system and sprite-oriented animation. The course work on the discipline stipulates for the compulsory application of them. The course Higher Mathematics covers the matrix algebra aids necessary to study the analytical geometry basics. COMPUTER GRAPHIC IN TRAINING STUDENTS WHOSE MAJOR IS SOFTWARE

3. IEEE 20053 Engineering and Computer Graphic The course is aimed at forming the understanding of correlation between the geometrical objects in space and their images on the plane.

4. IEEE 20054 The practical part of the course covers problems typically solving with descriptive geometry methods, the AutoCAD system being the tool for making research Engineering and Computer Graphic

5. IEEE 20055 The figure orthogonal projections, methods of solving of the main positional and metric tasks, polyhedral and ruled surfaces, non-ruled curved surfaces, surface points and lines definitions, the transforming methods of drawings, plane cutting of the surface, search of the piercing point of a line and surface, construction of the piercing lines of the surfaces are studied in this course with help of AutoCAD. Engineering and Computer Graphic

6. IEEE 20056 The students are offered CDs with the training complex consists of : The set of lectures on the course of “Engineering and Computer Graphics “; The manual to make laboratory tests on the course of “Engineering and Computer Graphics”; The electron text-book with the theoretical materials, recommendations to the laboratory tests in the AutoCAD system and dynamic models of the geometrical objects and processes of the task solving The text-book is developed with the application of the HTML; The system makes it possible to construct on the Monge diagram look through the results in the axonometry (PrPaint). Engineering and Computer Graphic

7. IEEE 20057 Dynamic model of the line length research Engineering and Computer Graphic

8. IEEE 20058 Dynamic model of the triangle rotation Engineering and Computer Graphic

9. IEEE 20059 Point on the sphere or no ? Engineering and Computer Graphic

10. IEEE 200510 Perpendicular from point to plane width the help of PrPaint (Stage 1) Engineering and Computer Graphic.

11. IEEE 200511 Perpendicular from point to plane width the help of PrPaint (Stage 2) Engineering and Computer Graphic.

12. IEEE 200512 Perpendicular from point to plane width the help of PrPaint (Stage 3) Engineering and Computer Graphic.

13. IEEE 200513 Perpendicular from point to plane width the help of PrPaint (Stage 4) Engineering and Computer Graphic.

14. IEEE 200514 Perpendicular from point to plane width the help of PrPaint (Stage 5) Engineering and Computer Graphic.

15. IEEE 200515 Perpendicular from point to plane width the help of PrPaint (Stage 6) Engineering and Computer Graphic.

16. IEEE 200516 Perpendicular from point to plane width the help of PrPaint (Stage 7) Engineering and Computer Graphic.

17. IEEE 200517 The preliminary familiarization with the AutoCAD helps to study this system tools for surface and solid-state modeling quickly enough Graphic and Geometrical Modeling and Interactive Systems

18. IEEE 200518 And to be familiar with the methods of creation of parameterized models with the application of AutoLISP Graphic and Geometrical Modeling and Interactive Systems

19. IEEE 200519 While studying this discipline the students do the course work the standard task of which is to develop the graphic editor for creation and visualization of the given type models. Both Open GL and Direct 3D tools as well as low level tools can be used in the course of the development. Graphic and Geometrical Modeling and Interactive Systems

20. IEEE 200520 Graphic and Geometrical Modeling and Interactive Systems

21. IEEE 200521 The course “Image Computer Synthesis and Image Processing” covers the mathematical and algorithmic basics of the construction of the synthesis systems and those of the image processing. Different methods of presentation of the scene objects and model description are examined, main conception and characteristics of the color sensing, different color spaces, elucidation model and shading functions are studied. Image Computer Synthesis and Image Processing

22. IEEE 200522 The graphic vector of training students whose major is SW allows them to be both qualified users of modern graphic and geometrical modeling systems and designers of special supplements. This makes them competitive in the labour market !!!!!!