chaos game

Random elements of S may be obtained by the "chaos game" below.

The "chaos game" method plots points in random order all over the attractor.

Note: This method is also called the Chaos game.

The most common algorithm to compute IFS fractals is called the chaos game.

The new points are iteratively computed by randomly applying (with equal probability) one of the following three coordinate transformations (using the so-called chaos game):

Roughly three years later, while playing the "Chaos Game", Reiji is sought out by Kodzunu, who gave him the power to control the dream realm.

With the aid of the "chaos game" a new fractal can be made and while making the new fractal some parameters can be obtained.

If using an iterated function system (IFS, or the chaos game IFS-method actually), then the construction of the C curve is a bit easier.

Article explaining Sierpinski's Triangle created with the Chaos Game (example program in Macromedia Flash ActionScript)

The general shape of a fractal can be plotted quickly with the "chaos game" method, but it may be difficult to plot some areas of the fractal in detail.

The game is the fourth in a series of Generation of Chaos games, the fifth one having already been released in July 2007 in Japan for the PlayStation 2.

The changes continued into the year 2008, with the introduction of the Chaos games and combining the Solo, Turmoil and Massacre forums into a single one in Tempers Ball.

In mathematics, the term chaos game, as coined by Michael Barnsley, originally referred to a method of creating a fractal, using a polygon and an initial point selected at random inside it.

In this respect, USM departs from previous attempts to generalize Chaos Game Representation that conserve the bi-dimensionality of the original CGR representation [ 8 15 16 17 ] .

The pioneer work by Jeffrey published in 1990 [ 5 ] achieved this for genomic sequences by using the Chaos Game Representation technique (CGR), defining a unit-square where each corner corresponds to one of the 4 possible nucleotides.