[Edu-sig] Re: Python (one variable) Equation Solver

Hi Sergio, Blender (Blender.org) would be a quirky choice from the standpoint of seeking merely a decent inline plotting utility, such as bokeh or matplotlib. I've used the latter a lot, the former a little. Blender would be vast overkill if 2D plots were the only interest. Since I came to

[Edu-sig] Re: Python (one variable) Equation Solver

  Hi Kirby,   In terms of plotting, I would go with matplotlib as it is updated as python is updated. I have had bad times when using something else. I am unaware of Blender, but I'll look around. Any particular feature over matplotlib?   Sergio     Sent: Sunday, November 01, 2020 at 12:29

[Edu-sig] Re: Python (one variable) Equation Solver

I’d definitely look into Bokeh, since the plots are web-delivered… https://bokeh.org/ Best, Travis > On Nov 1, 2020, at 10:29 AM, kirby urner wrote: > > > Greetings Sergio -- > > That's a beautiful example of a Flask application in that it's so simple as a > front

[Edu-sig] Re: Python (one variable) Equation Solver

Greetings Sergio -- That's a beautiful example of a Flask application in that it's so simple as a front end, yet there's serious work going on in terms of sympy and so on. I can envision taking a "tour group" of students through your source code, not because they're necessarily studying algebra,

[Edu-sig] Re: Python (one variable) Equation Solver

  I'm glad hearing from you,  kirby. By accident I met pythonanywhere [ http://pythonanywhere.com/ ]  allowing python + flask, and decided to give it a try [ http://sergior.pythonanywhere.com/ ]  using the code from chapter 6 of my book  (which we commented a while ago) Prealgebra via python [

[Edu-sig] Re: Python (one variable) Equation Solver

Greetings from Portland, Oregon, Sergio! I gave your invention a whirl with a random 2nd degree equation: https://flic.kr/p/2k1Kj9v (screen shot in my Photostream) Always glad to see sympy getting a workout. Flask front end. Great skills combo! Cross disciplinary. Do you share source code