It s a good practice to use virtualenvs to isolate package requirements.
What is sierpinski s carpet.
Here s the wikipedia article if you d like to know more about sierpinski carpet.
The sierpiński carpet is a plane fractal first described by wacław sierpiński in 1916.
Sierpinski s carpet take a square with area 1.
The sierpinski triangle i coded here.
A sierpinksi carpet is one of the more famous fractal objects in mathematics.
You keep doing it as many times as you want.
Here are 6 generations of the fractal.
The sierpiński triangle sometimes spelled sierpinski also called the sierpiński gasket or sierpiński sieve is a fractal attractive fixed set with the overall shape of an equilateral triangle subdivided recursively into smaller equilateral triangles.
What is the area of the figure now.
Remove the middle one from each group of 9.
To construct it you cut it into 9 equal sized smaller squares and remove the central smaller square from all squares.
The sierpinski carpet is the intersection of all the sets in this sequence that is the set of points that remain after this construction is repeated infinitely often.
Creating one is an iterative procedure.
Another is the cantor dust.
How to construct it.
The sierpinsky carpet is a self similar plane fractal structure.
For instance subdividing an equilateral triangle.
Explore number patterns in sequences and geometric properties of fractals.
Sierpinski s carpet also has another very famous relative.
The figures below show the first four iterations.
The sierpiński carpet is the fractal illustrated above which may be constructed analogously to the sierpiński sieve but using squares instead of triangles it can be constructed using string rewriting beginning with a cell 1 and iterating the rules.
The squares in red denote some of the smaller congruent squares used in the construction.
Originally constructed as a curve this is one of the basic examples of self similar sets that is it is a mathematically generated.
The technique of subdividing a shape into smaller copies of itself removing one or more copies and continuing recursively can be extended to other shapes.
This is a fun little script was created as a solution to a problem on the dailyprogrammer subreddit community.
Divide it into 9 equal sized squares.
The carpet is one generalization of the cantor set to two dimensions.
Step through the generation of sierpinski s carpet a fractal made from subdividing a square into nine smaller squares and cutting the middle one out.
The area of sierpinski s carpet is actually zero.
This tool lets you set how many cuts to make number of iterations and also set the carpet s width and height.
Divide each one into 9 equal squares.
