Creativity Software, Inc.

Software that lets you express yourself!

Home ImagesMoviesSoftwareMerchandiseFeatured Fractal

Navigational hierarchy for the sample animated fractals:Home : Movie Gallery : Lace (421 KB)

 

Fractal Movie: Lace

Low-Res Movies:

Baseline (119 KB)
Beating Heart (47 KB)
Constellations (151 KB)
Endless M (163 KB)
Incoming Tide (521 KB)
Lace (267 KB)
Melting (161 KB)
Pinwheels (505 KB)
Spiral Galaxy (279 KB)
Swirls (260 KB)

[Medium-resolution fractal movie: Lace]

Med-Res Movies:

Baseline (185 KB)
Beating Heart (69 KB)
Constellations (232 KB)
Endless M (255 KB)
Incoming Tide (845 KB)
Lace (421 KB)
Melting (254 KB)
Pinwheels (785 KB)
Spiral Galaxy (450 KB)
Swirls (417 KB)

 

About the Fractal Movie (Artistic):

 

When I was a small boy, my parents would take me to visit my great grandmother a couple of times a year. Her house was filled with lots of little things - like crystal paperweights, framed photographs, and porcelain figurines - the kinds of things that would instantly break if a small boy dared touch them. Although I was not too interested in these items, I was intrigued by what they were resting on. Under each was a small piece of lace hand-made by my great grandmother. Each piece of lace was similar, yet different - like snowflakes. The patterns in this movie look very much like my great grandmother's hand-made lace.

 

About the Fractal Movie (Technical):

 

The fractals in this movie are Julia-type fractals. Such fractals are more interesting for their overall shape than for their details at high magnification: thus, the screen images are at a magnification of only 3X.

 

The iteration threshold and image center are constant throughout the movie; motion is achieved by simply continuously varying the kernel – one of the three parameters that determine a fractal's basic shape (the only one of the three that can be varied in a movie).

 

Interestingly, there is virtually no interior or "solid" region to the fractals shown in the movie. The white in the fractals are the coordinates for which the fractal was almost - but not quite - solid (bounded). Mathematically, this is known as "Cantor dust".

 

LegalPrivacyContact CSIFAQs

Copyright © 2003 - Creativity Software, Inc. All rights reserved.