hexagon_chaos, an Octave code which produces a fractal image inside a hexagon by repeatedly computing the barycenter of the triangle formed by the iteration point and a randomly chosen side of the hexagon.
The information on this web page is distributed under the MIT license.
hexagon_chaos is available in a MATLAB version and an Octave version and a Python version.
cross_chaos, an Octave code which creates a dot-plot of a cross by repeatedly applying a randomized linear transformation to a starting point.
dragon_chaos, an Octave code which creates a dot-plot of a dragon by repeatedly applying a randomized linear transformation to a starting point.
fern_chaos, an Octave code which applies a randomized linear map to a starting point to compute a dot-plot of the Barnsley fractal fern.
leaf_chaos, an Octave code which creates a dot-plot of a leaf by repeatedly applying a randomized linear transformation to a starting point.
levy_dragon_chaos, an Octave code which creates a dot-plot of the Levy dragon by repeatedly applying a randomized linear transformation to a starting point.
octave_plots, an Octave code which uses plotting to illustrate a mathematical structure, such as an iterative map, a fractal, a curve or surface.
menger_sponge_chaos, an Octave code which creates a dot-plot of the 3D Menger sponge by repeatedly applying a randomized linear transformation to a starting point.
sierpinski_carpet_chaos, an Octave code which creates a dot-plot of the Sierpinski carpet by repeatedly applying a randomized linear transformation to a starting point.
sierpinski_triangle_chaos, an Octave code which creates a dot-plot of the Sierpinski triangle by repeatedly applying a randomized linear transformation to a starting point.
tree_chaos, an Octave code which creates a dot-plot of a tree by repeatedly applying a randomized linear transformation to a starting point.