Program of lectures
1. Parallel projection, coordinate system. Dimensioned projection - display of basic features, slope, intersection of two planes, plane rotation.
2. Monge's projection - representation of basic formations, positional and metric tasks.
3. Right-angled axonometry - display of basic structures, notch method.
4. Oblique projection - display of basic formations, military and cavalry perspective. They do not own formations. Basic concepts of center projection.
5. Linear perspective - basic concepts, bound methods.
6. Curves - general introduction. Circle, ellipse.
7. Other conic sections. Screws.
8. Areas. Surfaces of rotation, quadrics of rotation.
9. Screw surfaces - linear, cyclic.
10. Rectilinear surfaces. Expandable linear surfaces. Collapsed surfaces, collapsed quadrics.
11. Conoids, conoids.
12. Other collapsed surfaces.
13. Reserve
Exercise program
1. Introduction. Means of graphic expression. Standardized font.
2. Theoretical solution of roofs.
3. Geometric lighting. Parallel illumination in Monge projection.
4. Rectangular axonometry, notch method.
5. Central lighting in rectangular axonometry.
6. Oblique projection and lighting.
7. Linear perspective and lighting.
8. Circular arc and helix in different projections.
9. Surfaces of rotation, quadrics of rotation.
10. Screw faces, coiled post and corkscrew face.
11. Rectilinear surfaces, conoids and cylindroids.
12. Other rectilinear surfaces.
13. Reserve, credits.
1. Parallel projection, coordinate system. Dimensioned projection - display of basic features, slope, intersection of two planes, plane rotation.
2. Monge's projection - representation of basic formations, positional and metric tasks.
3. Right-angled axonometry - display of basic structures, notch method.
4. Oblique projection - display of basic formations, military and cavalry perspective. They do not own formations. Basic concepts of center projection.
5. Linear perspective - basic concepts, bound methods.
6. Curves - general introduction. Circle, ellipse.
7. Other conic sections. Screws.
8. Areas. Surfaces of rotation, quadrics of rotation.
9. Screw surfaces - linear, cyclic.
10. Rectilinear surfaces. Expandable linear surfaces. Collapsed surfaces, collapsed quadrics.
11. Conoids, conoids.
12. Other collapsed surfaces.
13. Reserve
Exercise program
1. Introduction. Means of graphic expression. Standardized font.
2. Theoretical solution of roofs.
3. Geometric lighting. Parallel illumination in Monge projection.
4. Rectangular axonometry, notch method.
5. Central lighting in rectangular axonometry.
6. Oblique projection and lighting.
7. Linear perspective and lighting.
8. Circular arc and helix in different projections.
9. Surfaces of rotation, quadrics of rotation.
10. Screw faces, coiled post and corkscrew face.
11. Rectilinear surfaces, conoids and cylindroids.
12. Other rectilinear surfaces.
13. Reserve, credits.