Generator gronut/Mathematics: Difference between revisions
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Let <math>m > 1</math> and <math>n > 1</math> be integer edos and fix a generator <math> | Let <math>m > 1</math> and <math>n > 1</math> be integer edos and fix a generator <math>2 \leq g \leq n - 2</math> with <math>\gcd(g, m) = 1.</math> Let <math>h</math> be the modular inverse of <math>g</math> modulo <math>m.</math> | ||
Consider the discrete cylinder <math>\mathbb{Z}/m \times [0, 1]</math> with coordinates <math>(x, y)</math> = (along "longitude", along "meridian"). the <math>(n, g\backslash m)</math>-'''gronut''' is constructed as follows: | Consider the discrete cylinder <math>\mathbb{Z}/m \times [0, 1]</math> with coordinates <math>(x, y)</math> = (along "longitude", along "meridian"). the <math>(n, g\backslash m)</math>-'''gronut''' is constructed as follows: | ||
Revision as of 01:13, 20 October 2026
This is a technical or mathematical page. While the subject may be of some relevance to music, the page treats the subject in technical language.
(Under construction)
Let and be integer edos and fix a generator with Let be the modular inverse of modulo
Consider the discrete cylinder with coordinates = (along "longitude", along "meridian"). the -gronut is constructed as follows:
