The program of lectures
1. Parallel projection, coordinate system. Projection with dimensions – basic units view, slope, intersection of
two planes, rotation of a plane.
2. Monge projection - basic units view, positional and metric problems.
3. Orthogonal axonometry - basic units view, the notch method.
4. Oblique projection - basic units view, military and cavalier perspective. Improper objects. Basic concepts of
central projection.
5. Linear perspective - basic concepts, bound methods.
6. Curves - a general introduction. Circle, ellipse.
7. Another conics. Helix.
8. Surfaces. Surface of revolution, rotational quadrics.
9. Screw surfaces - ruled, cyclical.
10. Ruled surfaces. Developable ruled surfaces. Skew surfaces, skew quadrics.
11. Conoids, conusoids and other skew surfaces.
12. Transition, wedge surfaces and other surfaces of building practices.
13. Cuts, surface intersections, the vault - samples of specific examples.
14. Reserve
1. Parallel projection, coordinate system. Projection with dimensions – basic units view, slope, intersection of
two planes, rotation of a plane.
2. Monge projection - basic units view, positional and metric problems.
3. Orthogonal axonometry - basic units view, the notch method.
4. Oblique projection - basic units view, military and cavalier perspective. Improper objects. Basic concepts of
central projection.
5. Linear perspective - basic concepts, bound methods.
6. Curves - a general introduction. Circle, ellipse.
7. Another conics. Helix.
8. Surfaces. Surface of revolution, rotational quadrics.
9. Screw surfaces - ruled, cyclical.
10. Ruled surfaces. Developable ruled surfaces. Skew surfaces, skew quadrics.
11. Conoids, conusoids and other skew surfaces.
12. Transition, wedge surfaces and other surfaces of building practices.
13. Cuts, surface intersections, the vault - samples of specific examples.
14. Reserve