Colormap for visualizing amplitude and phase of complex functions (e.g. filter design) using hue and lightness in a perceptually-uniform colorspace

Find all the roots (zeros) of a complex analytic function within a given contour in the complex plane.

A 3D web grapher for complex functions that supports Re-Im, Im-Re and Mod-Arg plots

Domain colorings and checker plots of complex functions in Julia using smooth colors.

Coqtail is a library of mathematical theorems and tools proved inside the Coq proof assistant. Results range mostly from arithmetic to real and complex analysis. [maintainer=@jmadiot]

Solutions to the problems of Kaplan - Advanced Calculus 5th Edition

A domain coloring tool for complex analysis

A python package to locate poles and zeros of a meromorphic function with their multiplicities

No puedo cursar una materia sin intentar en algún momento llevarla a código y visualizar los temas que estoy estudiando. Este repo tiene el objetivo de mantener ordenada y accesible la colección de todos esos intentos.

My Mathematics Journal. Almost all problems are from MSE, Textbook, & my Notebook, range from number theory, real analysis, complex analysis, set theory.

This repository consists of codes written during my undergraduate Design and Analysis of Algorithms course!

A package to compute the zeros of analytic functions

Some python code for visualizing complex functions (from ℂ to ℂ) using domain coloring and contour lines using Mayavi.

This repository is dedicated to studying and mastering Data Structures and Algorithms (DSA) using the Java programming language. It serves as a comprehensive resource for learning essential DSA concepts and their implementation in Java, covering everything from basic data structures to advanced algorithms.

Python interface for viewing complex mappings

Demo for how the complex plane is transformed under various conformal maps.

A modified Schwarz problem solver in c++.

Repository for teaching complex analysis (using Mines ParisTech - C1223 course).

A weird take on how to visualize certain complex-valued functions