Syllabus of lectures:
Dimensioned projection - principle, representation of basic figures, positional problems, metric problems, circle representation, terrain solution.
Monge projection - principle and depiction of basic figures.
Rectangular axonometry and orthogonal projections - principle and representation of basic figures.
Constrained perspectives - principle and depiction of basic formations.
Cut prism by plane, mesh of body.
Curves - creation, distribution, accompanying triangular. Helix.
Surfaces - creation, distribution, tangent plane and normal. Rotating surfaces. Rotary quadrics.
Helical surfaces - straight, cyclic.
Linear faces. Developable and undevelopable linear surfaces.
Conoids, conusoids.
Dimensioned projection - principle, representation of basic figures, positional problems, metric problems, circle representation, terrain solution.
Monge projection - principle and depiction of basic figures.
Rectangular axonometry and orthogonal projections - principle and representation of basic figures.
Constrained perspectives - principle and depiction of basic formations.
Cut prism by plane, mesh of body.
Curves - creation, distribution, accompanying triangular. Helix.
Surfaces - creation, distribution, tangent plane and normal. Rotating surfaces. Rotary quadrics.
Helical surfaces - straight, cyclic.
Linear faces. Developable and undevelopable linear surfaces.
Conoids, conusoids.