Formulation of an ellipse using derivatives coordinate functions (part 1)

Recalling derivative coordinate functions When I developed the equation for genetic fractals (paper) , I first defined a “path function”, i.e. an equation that could represent arbitrary curves. This is given as: The notation is slightly different with respect to the paper. is a derivative of the coordinate function and  is a derivative of the…

Introducing: Genetic Agents

I have been developing the theory and implementation of “genetic fractals” since 2010 and have often wondered what the next big step would be. You may not  be familiar with genetic fractals, so here is a short definition:

Genetic fractal explorer enhanced

Upon suggestion by one of our blog followers (thanks Ben!), I have enhanced the Genetic Fractal Explorer. There are now a lot of interesting other parameters that you can change.

Smooth Koch curve using analytic tree fractals

The Koch curve, one of Mandelbrot’s “monsters” becomes a little more friendly when plotted using smooth (analytic) tree fractals. For details on this curve, refer to this paper.

Smooth tree fractal explorer

I’d love to put the tree fractal explorer here on the blog but WordPress doesn’t allow that (for excellent reasons). Please visit the explorer here.

2D genetic fractals makers guide (part 5): Going for 3D!

Previous article: Arbitrary branchings In the previous parts of this series we introduced the idea of genetic fractals, based on a simple formulation, aka the genetic equation. This equation is controlled by driver functions. Initially we started out with a driver function

2D genetic fractals: a Makers Guide

Next article: plotting fractals Having plastered pretty pictures all over the internet and even having a genetic fractal in an art gallery (yes…!), the time must have come to out genetic fractals beyond sharing beautiful maths equations. So here it is, a series on constructing genetic fractals in 2 dimensions. “Why only two?”

Artificial DNA for Genetic Fractals

In this blog I have referred to artificial DNA or aDNA without really explaining what I mean by this. Initially I started using this term in the context of genetic fractals which are a mathematical model of natural structures and even organisms.

4 dimensional genetic fractals

This article was taken without edit from my philosophical blog: geneticfractals.wordpress.org and reproduced here for some of its technical relevance. The original article was published on 21 June 2013.