1. Motivation problems. Environment description and set-up, expressions and commands.
2. Matrices and vectors.
3. Parametrs of function and scripts.
4. Polynoms
5. Strings.
6. Graphs of functions. Visualization in 2D
7. Histograms and pie-graphs.
8. Visualization in 3D.
9. Bitmap pictures.
10. Animations.
11. Introduction to basic 3D printing technologies, available printers, materials for 3D printing. Cleaning the 3D printer.
12. Preparing the printing surface. Optimization of wall thickness and filling of printed objects.
13. Support mechanisms for printing more complex objects.
14. STL network editing tools. Preparation of a semester project.
2. Matrices and vectors.
3. Parametrs of function and scripts.
4. Polynoms
5. Strings.
6. Graphs of functions. Visualization in 2D
7. Histograms and pie-graphs.
8. Visualization in 3D.
9. Bitmap pictures.
10. Animations.
11. Introduction to basic 3D printing technologies, available printers, materials for 3D printing. Cleaning the 3D printer.
12. Preparing the printing surface. Optimization of wall thickness and filling of printed objects.
13. Support mechanisms for printing more complex objects.
14. STL network editing tools. Preparation of a semester project.