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#A.1 Computer issues solution:

  1. (Frank/Alex/Sebastian?) goes into the computer room in Faßberg and checks that the following modules are installed:
    • python3
    • numpy
    • scipy
    • matplotlib
    • ipython-notebook (check if input works)
    • networkx
    • pandas
    • .... feel free to add your requirements ....

Suggested or topical (topical not needed unless interested): - Spyder (IDE/Editor) - nose (to run tests) - PySide (topical: Gui Programming) - Cython (topical: C-interface/performance)

  1. We make sure all the packages in (1.) can be installed in:
    • Linux (?)
    • Mac (Alex)
    • Windows (Debsankha)

#A.2 Course contents changes:

  1. Update the github repository with new contents. Debsankha created a "release" zip of the current version. But the source document to many exercises and talks (.tex or .odf) are missing.

  2. Convert exerciuses into ipython notebook format. To be done by:

    • Introduction I (Alex)
    • Introduction II (Flo)
    • OOP (Norma)
    • numpy/scipy/matplotlib (Sebastian)
    • extra exercises (Whoever prepares the talk)

  3. Check the talks for python3 compatibility : Debsankha

  4. Introductory talk should have these additions:

    • How to start python in different ways. scripyts/ notebook/ whatever.
    • teach how to run python3 code in python2 without problem (special imports etc.)

  5. Some ideas for extra modules to teach: - QT - networkx - Cython - profiling - debugging - packaging - git - virtual environments - pandas - image processing

  6. Try to make more interesting exercises: everybody.

#A.3 Tasks to be done before the course begins:

  1. send email to participants to know what extra topics they want. >2 weeks before.
  2. have a meeting with participants to solve computer problems. ~1 week before.