Karl Jones: Created page with "In mathematics, the '''T-square''' is a two-dimensional fractal. == Description == It has a boundary of infinite length bounding a finite area. Its name comes from..."

2016-09-24T02:13:37Z

Created page with "In mathematics, the '''T-square''' is a two-dimensional fractal. == Description == It has a boundary of infinite length bounding a finite area. Its name comes from..."

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In [[mathematics]], the '''T-square''' is a two-dimensional [[fractal]].

== Description ==

It has a boundary of infinite length bounding a finite area.

Its name comes from the drawing instrument known as a T-square.

== Algorithmic description ==

It can be generated from using this [[algorithm]]:

* Image 1:
** Start with a square. (The black square in the image)
* Image 2:
**At each convex corner of the previous image, place another square, centered at that corner, with half the side length of the square from the previous image.
Take the union of the previous image with the collection of smaller squares placed in this way.
* Images 3–6:
** Repeat step 2.

The method of creation is rather similar to the ones used to create a [[Koch snowflake]] or a [[Sierpinski triangle]].

== See also ==

== External links ==

* [https://en.wikipedia.org/wiki/T-square_(fractal) T-square (fractal)] @ Wikipedia

[[Category:Fractals]]

T-square (fractal) - Revision history

Karl Jones: Created page with "In mathematics, the '''T-square''' is a two-dimensional fractal. == Description == It has a boundary of infinite length bounding a finite area. Its name comes from..."