Times Table simulator program in java (version 1) смотреть онлайн

A graphical times table modulo arithmetic simulator to demonstrate beautiful mathematical structure embedded within the multiplication tables, and generate curves correlating with the Mandelbrot set.

Overview
1. Times Table and the Mandelbrot set are at the heart of mathematics, which encodes the intertwined relationship between numbers, the multiplication and remainder (or modulo) operations
2. This simulation allows to generate complex, aww inspiring curves from a simple times table animation.
3. Correlate generated curves with the Generalized Mandelbrot Set
4. Some of the commonly known curves and their correlation with Mandelbrot set are
* Cardioid : generated by N x 2 table, correlates with 2nd Mandelbrot set (z^2+ e)
* Nephroid : generated by N x 3 table, correlates with 3rd Mandelbrot set (z^3 + e)
* Deltoid : generated by N X 10 table, correlates with 10th Mandelbrot set (z^10 + e)
5. In general, N X j times table correlates with j'th Mandelbrot set (z^j + e)
6. These curves arise in several physical phenomenon's in nature such as ray-optics, fractals, sea shores etc

For full description and source code, see GitHub repository: https://github.com/ChauhanRohan-RC/Times-Table
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Music: Opus One by Audionautix is licensed under a Creative Commons Attribution 4.0 license. https://creativecommons.org/licenses/by/4.0/

Artist: http://audionautix.com/