@Murple

A lot has happen after my first devlog! I’ve decided to split up my work in different sections. The first one, the graphing calculator, is the one I was working on in the first devlog. Since then I’ve added the possibility of plotting multiple functions and the computation of arclength and averege between two x values a and b. The second section I made was the 3D plotter, similarly to the 2D one it comes with the “multiple functions at once” feature. In the analysis tools it has the computation of partial derivatives and critical points. The third section is a symbolic calculator with whom you can evaluate iterated integrals, limits, derivatives, expressions and antiderivatives. Last but not list the forth section is the 2D vector field visualizer, it takes the field’s components as inputs and plots them using plotly’s create quiver tool. The section also comes with a curl and divergence evaluator as well as a work and flux integral calculator that requires the user to input x’s and y’s parametrization in the variable t. As a personal note I wanted to add the fact that I really enjoyed making this, it’s my first full scale CS project and it was a nice way to revise what I studied in calculus.

I’m currently working on a graphing calculator that includes tools such as finding the derivative of the functions and solving for the rationals zeros. My main goal is to have a place where I could visualize the things commonly taught in calculus 1-3 to better understand them and to get a grasp onto python and the it’s use in STEM fields.