The code uses the HTML5 canvas element to render the Fractals, and it utilizes the requestAnimationFrame() function to continuously draw new points on the canvas. It also includes a feature to plot the dots in the Fractals depending on the distance from the origin, with a color gradient that ranges from green to red.

YAFE: Yet Another Fractal Explorer. Repository implementing the visualisation of the Mandelbrot, Multibrot and Julia sets over the Complex Plane, as well as, a generalisation of them into the 3D space. It also implements the visualisation of some IFS Fractals.

Algorithm that generates fractals based on the Julia Set

Application written in C++ that allows generating fractals from the Julia set and saving them as a bitmap.

A project focused on creating a program that generates and visualizes various fractals using parallel processing and graphical libraries.

A port of https://github.com/marianpekar/julia-sets that renders on Adafruit RGB LED matrix

Web application using JavaScript, HTML, and CSS for visualizing Julia sets and their theoretical properties by various methods, developed as part of a bachelor's thesis in the field of dynamical systems and complex analysis.

The goal of this 42 project is to implement an efficient fractal renderer, focusing on visualizing sets like Mandelbrot and Julia. The challenge involves optimizing performance for zooming and panning, managing memory usage, and mastering the escape-time algorithm to render fractals with smooth color transitions and minimal computational cost.

Fractal simulator

Web application using JavaScript, HTML, and CSS for visualizing fractal structures and their theoretical properties using various methods and algorithms, developed as part of a master's thesis on the topic of Complex Dynamical Systems.

A very simple julia set renderer based on sfml.