High performance computational platform in Python for the spectral Galerkin method

I store all the code I used in my YouTube tutorial here. Feel free to download and play around them😉

A polar coordinate system library for p5.js

Small C++17 library for vector and matrix computations

A .NET library that provides strongly-typed implementations of multiple coordinate systems, including rectangular, polar, spherical, and geodetic.

Show polar grid in rviz

polarPcolor draws a pseudocolor plot in polar coordinates with a polar grid.

Convert an image to stereographic projection (Polar Coordinates)

Code Journal is a compilation of small ideas that I code in my spare time to have fun and try new things. It includes work with math, fractals and image generation.

Graphing polar equations in ASCII.

Improved version of the polar grbl from ilaro-org in order to smooth the movement of the servo motor. This improved version of the polar grbl is intended to work and has been tested only on polar machines controlled by Arduino Uno (ATmega 328p)

A web based game for learning p5.Polar library

Python script that makes a torus with worm/flower-like figure in Autodesk Maya, with customizable number of faces and other parameters.

Library for polar transforms of images using PyTorch and Kornia

This is a graphical application, which uses polar geometry to create innovative graphics in the 4-dimensional hyperspace.

Generates diagrams, or guidelines, for Aseprite canvases.

Unleash the power of mathematics with this interactive Graph Generator! 🧮📈 Visualize Cartesian, Parametric, Polar, and 3D Surface equations dynamically. Simply enter your mathematical expression, tweak the parameters, and watch your graph come to life! 🚀🎨

The extension of Core Graphics -- add angle and polar point to support polar coordinates

The goal of this project is to accurately segment the iris region of an eye from given images and convert it into a co-centricity invariant representation by transforming Cartesian coordinates to polar coordinates. This involves two key steps: detecting the iris boundaries using circle detection techniques and converting the segmented iris region t

Differential_Calculus-Integral_Calculus_Vectorial_Calculus_Portfolio_RubenGavidia0x.py