Video duration: 583 seconds
Global video hits: 658
Short Film (January-2008)
Paises: POLONIA-ESPAŅA-CHILE -JAPON
Protagonistas: MASAAKI HIGASHI-CRISTOVAL BRYJOWSKI.
Tiempo: 18 MIN
CAMARA: PERE BALANZO-CLAUDIO G.SULLIVAN
Escrita y dirigida :CLAUDIO G.SULLIVAN
This is a video about a Sierpinski tetrahedron that I made and of one I helped make.
P.S. the one in the one in the begining is in the one at the end.
P.P.S. if anybody wants me to make a video explaining how to make a Sierpinski tetrahedron i will. just send me an email or contact me through youtube.
Video duration: 79 seconds
Global video hits: 1144
A zoom into a modified version of the Sierpinski carpet from *1 to *1,000,000,000,000.< br />
Created using Ultrafractal.
Coloured using Orbit trapping.
Video duration: 137 seconds
Global video hits: 244
(1990) This is an example of early computer graphics animation developed by students at the Electronic Visualization Lab. This animation of Sierpinski fractals was created by John Hart and Sumit Das.
More information can be found on the EVL website -- http://www.evl.uic.e du/core.php?mod=4&ty pe=5&indi=110
Video duration: 154 seconds
Global video hits: 148
A Sierpinski Triangular Gasket fractal dynamically changes colors. See http://en.wikipedia. org/wiki/Sierpinski_ triangle
An RGB color space is used.
"Path3b"
Video duration: 10 seconds
Global video hits: 1081
A 4-sided Sierpinski Pyramid viewed from above. The 4 visible sides are all Sierpinski triangles and the base is a solid plane.
Created using Ultrafractal.
Rendered as 46 frames at 320*240, took 3hours 17mins because I upped the quality as compared to the irregular Sierpinski tetrahedron (3-sided pyramid).
Video duration: 16 seconds
Global video hits: 1067
An irregular sierpinski pyramid containing an inverted version of itself.
Created using Ultrafractal.
Rendered one rotation in 101 frames at 320*240, time taken 1hour 40mins.
