Consideration of the extended Euclidean space (the space, complete with improper elements) can significantly reduce the number of such rules. And the approach to the geometry of three-dimensional space in terms of a multidimensional task even easier. All positional and metric problems for objects of different dimensions are solved using the same algorithms. Consideration of the method of the two images as a base for a three-dimensional objects and drawing the extended Euclidean space, can consistently approach to building, as orthogonal drawings (blueprints Monge) and visual (perspective and linear perspective), which is very important in the future to study algorithms for computer graphics. The transition from the classical Monge Plot arifmetizirovannomu to (coordinated) makes a tangible connection descriptive geometry, computer-design of complex engineering projects. Experienced teachers are well aware that even the weakest students in the transition from descriptive geometry to the study of the foundations of the Technical Drafting (Engineering Graphics), as would gain a second wind. For more clarity and thought, follow up with man group and gain more knowledge..
This is largely due to the fact that the transition from a theoretical drawings of abstract geometric objects such as points, lines, surfaces, and the drawings of real objects. Abstract thinking necessary for theoretical drawings may be replaced by a practical, less time-consuming for many students. Despite the fact that both courses, Descriptive Geometry and Engineering Graphics, a common method of construction drawings, technical drawings are not accurate, they are conditional. Regulation of implementation of, the basic weight, based on the limitations imposed by State standards. If we eliminate the requirement projection connection, it is hardly possible to find something unifying theoretical and technical drawings. Construction technical drawings regulated system of conventions and simplifications. Moreover, for the drawing various types of products and simplify these conventions are different. With that said the claim that descriptive geometry – is the base for Engineering Graphics, is highly controversial. This thesis is confirmed by many years of experience with the graduates of universities and colleges.