Colormap for visualizing complex functions using a perceptually-uniform colorspace
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Updated
Oct 22, 2023 - Python
Colormap for visualizing complex functions using a perceptually-uniform colorspace
Find all the roots (zeros) of a complex analytic function within a given contour in the complex plane.
A python package to locate poles and zeros of a meromorphic function with their multiplicities
Schramm-Loewner Evolution Library
A python implementation of the algorithm described in (https://pubsonline.informs.org/doi/abs/10.1287/ijoc.2021.1142) to count feasible solutions to hard integer programs.
A collection of handy functions for introductory ECE/EECS courses
Droste-like image generator as a demonstration of the use of complex analysis.
Code used in my internship at the String Theory and Algebraic Geometry Group at the Theoretical Physics Department of the University of Bonn.
This project is a software tool designed to create and display fractals generated by applying Newton's Method to cubic polynomials in the complex plane.
PDF of the sum of a number of gamma variates
Do you have problems with math manipulation or viewing math subjects? Checkout my math library!
A Python tool for visualizing and exploring Julia sets, providing an interactive interface for users to examine the complexity of fractals generated from custom holomorphic functions.
A computational method for low-resolution global search.
Dynamics of Newton's Method for a Nonanalytical Perturbation on a Complex Quadratic Function
Computes and plots the Mandelbrot set
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