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Here's a long list:
- demo could have diagrams of model as it progresses in code (i.e. label what has been created while going along).
- super cool example notebooks
- you should model a segway balancing
- I liked that you developed things on the board
- Visualization and playing with params was a great way to give people with less background something to do.
- love it! nice break from mathematica
- very good figures
- maybe add more questions in-between "really easy" and "the nose one" in terms of difficulty
- seriously great tutorial, infformative, interesting, engaging, frequent exercise, were good even the "menial" ones
- Great examples for playing with the visualization library
- Really useful tutorial with great documentation thatnks
- Not sure I understand the math well but i have an intutive sense of each part and know how to use python well
- Python notebooks are not a great slide replacement
- Positive, good pacing
- Going well in speed
- like building problem up with illustrations on teh white board
- print out cheat sheet for forumals and model
- well explained demo
- frequent questions for audience (pos)
- Interesting, haven't used sympy before
- great documentation and use of the notebook
- the notebooks seem excellent
- as an applied mathematician the subject is interesting to me
- notebooks and diagrams are very well laid out n descriptive
- great drawings and explanations
- relevant and interesting example with very clear and well documented notebooks
- in notebook 3 center of mass exercise you should give variable names
- the example could probably be a simpler 2 body problem just want to get a handle on the module
- i'm a visual person sarting with the visualizzations would help
- intro (python) probably not needed given audience
- slightly long introduction segment
- well paced and information, thanks
- the pacing was uneven but you probably can't change that with such a diverse group
- update the check_env.py to also chekc version of scipy library
- not enough time for exerises
- a little more explanation of the syntax of the methods, lost me with throwing out func/methods w/o explanation
- didn't understand anything in last notebook
- i don't have the math background for this
- assuming knowledge of notebooks/canopy/anaconda impedes the learning process
- typo: graviy 1st senetence
- photo printout of example
- colorize constants
- please go faster through the exercises
- definitely need a decent background to fully appreciate the material. maybe recommend some reading ahead of time.
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