1. Term 1:
   • S1T0_types_convertions
   • S1T1_compute_function
   • S1T2_solve_linear_system
   • S1T3_newton_method
2. Term 2:
   • S2T1_optimization
   • S2T2_interpolation
   • S2T3_approximation
3. Term 3:
   • S3T1_integration
   • S3T2_solve_ode

Each task should be solved in Python>=3.6, look corresponding folders for code examples and test scripts. You should write the code that solves the problem and is verified by test script. Check readme.md files in subfolders for details (in Russian!).

• <TASK_NAME>/
  • __init__.py
  • py/
    • __init__.py
    • test_<subtask_name>.py - test script that checks your solutions. You have several options to run it:
      • python -m pytest path/to/test_<task_name>.py
      • pytest path/to/test_<task_name>.py
      • PyCharm: see below
    • <subtask_name>.py - dummy code, you should replace it with yours.

1. Install Anaconda with Python>=3.6: https://www.anaconda.com/products/individual
2. Install PyCharm: https://www.jetbrains.com/ru-ru/pycharm/download
3. Download and unpack https://github.com/sedefe/chm/archive/master.zip (or git clone it if you could).
4. In Pycharm open the project in main folder (chm/ or chm-master/).
5. Set the path to Anaconda interpreter: (File->Settings->Project->Project Interpreter).
6. Set pytest as a Default test runner (File->Settings->Tools->Python Integrated Tools).
7. Choose any test_*.py file and press green Run ... button at any def test_*(): row.

Github has issues with showing notebooks. You may use https://nbviewer.jupyter.org/ instead and paste the link to .ipynb file there.

For example, https://nbviewer.jupyter.org/github/sedefe/chm/blob/master/S2T2_interpolation/notebooks/hermite-interpolation.ipynb

Feel free to ask:

• [email protected]
• [Term 1] https://t.me/chm_1sem
• [Term 2] https://t.me/chm_2sem
• [Term 3] https://t.me/chm_3sem