MathLapse – Flower Drawing Machine
Enviado por Christian Gaier el
The video shows the construction of a hypotrochoid.
Users
MathLapse – Moiré Patterns
Enviado por Christian Gaier el
The video is a composition in black and white, playing a creative game with the limited pixel resolution of electronic displays.
Wiskunnend Wiske
Enviado por Philippe Cara el
During the final day of the Wiskunnend Wiske contest at the Vrije Universiteit Brussel (see http://www. wiskunnendwiske.be) on pi-day 2016, we asked the participants (age 16 - 18) to create a picture of “Wiske” in surfer. The results were amazing!
Hiltrud Heinrich - Fractals
Enviado por Hiltrud Heinrich el
After working with the SURFER program for many years, I discovered the fractal software Mandelbulber and Mandelbulb 3D in 2011. The later became my constant companion. After experimenting at first, I gradually combined different basic fractals and variations of those to develop images following specific themes, such as ‘Views of a City’, ‘Strange Worlds’ and ‘Twelfth Night’.
MathLapse - A Variation of the Spiral of Theodorus
Enviado por Christian Gaier el
Constructing iteratively square roots of integers with right angle triangles, a spiral is obtained which is named after Theodorus of Cyrene (5th century BC). Here, the procedure is varied by swapping each third triangle. This leads to a spirally band getting broader and broader.
MathLapse - Spiral of Theodorus
Enviado por Christian Gaier el
Constructing iteratively square roots of integers with right angle triangles, a spiral is obtained which is named after Theodorus of Cyrene (5th century BC).
Maths Dance Moves
Enviado por Michael Gralmann el
These are cartoonish depictions of several well-known mathematical functions and their curves, respectively.
Created for IMAGINARY.
MathLapse - Meditation on Primes
Enviado por Christian Gaier el
The number line is winded up to an Archimedean spiral, which is known as Sacks number spiral, …
Painting with Diophantine Equations
Enviado por Christian Gaier el
Solutions of the Diophantine equations xl + ym = zn have been used for the generation of these pictures. The solutions in the x-y plane can be found as black dots in the pictures. Functions fi(x,y) are assigned to each dot i and combined together. They are forming mountains, to which colorful contour lines have been assigned.
Extreme Mandelbox Morphing
Enviado por Jeremie Brunet el
Fractal animation showing variants of the Mandelbox fractal