1. Parallel projection. Improper objects. Axial affinity in plane.
2. Monge projection: representation of point, line and plane, the basic position problems.
3. Monge projection: the basic metric problems, displaying of circle.
4. Orthogonal axonometry: principles and representation of point, line and plane, the basic position problems.
5. Orthogonal axonometry: object in coordinate or parallel plane, notch method.
6. Curves - the creation, distribution, movement frame. Circular helix.
7. Surfaces: describing, classification, tangent plane and normal.
8. Screw surfaces - ruled, cyclical.
9. Surfaces of revolution. Second degree surfaces of revolution.
10. Ruled surfaces. Developable and skew ruled surfaces.
11. One-sheet hyperboloid of rotation.
12. Hyperbolic paraboloid. Conoids.
13. Other surfaces suitable for civil engineering.
14.Reserve.
2. Monge projection: representation of point, line and plane, the basic position problems.
3. Monge projection: the basic metric problems, displaying of circle.
4. Orthogonal axonometry: principles and representation of point, line and plane, the basic position problems.
5. Orthogonal axonometry: object in coordinate or parallel plane, notch method.
6. Curves - the creation, distribution, movement frame. Circular helix.
7. Surfaces: describing, classification, tangent plane and normal.
8. Screw surfaces - ruled, cyclical.
9. Surfaces of revolution. Second degree surfaces of revolution.
10. Ruled surfaces. Developable and skew ruled surfaces.
11. One-sheet hyperboloid of rotation.
12. Hyperbolic paraboloid. Conoids.
13. Other surfaces suitable for civil engineering.
14.Reserve.