Logo

Isometrica: A Geometrical Introduction to Planar Crystallographic Groups

Small book cover: Isometrica: A Geometrical Introduction to Planar Crystallographic Groups

Isometrica: A Geometrical Introduction to Planar Crystallographic Groups
by


ISBN-13: 9780979207600
Number of pages: 473

Description:
Donald Crowe's 'repeated patterns', may certainly be viewed as one of the very first mathematical creations of humankind. They are recognized today as the poor relatives of the planar crystallographic groups. This book's goal is therefore the gradual unveiling of the structural and the mathematical that hides behind the visual and the artistic. A determined reader can read the entire book relying only on some high school mathematics.

Home page url

Download or read it online for free here:
Download link
(7.3MB, PDF)

Similar books

Book cover: Rotations of Vectors Via Geometric AlgebraRotations of Vectors Via Geometric Algebra
by - viXra
Geometric Algebra (GA) promises to become a universal mathematical language. This document reviews the geometry of angles and circles, then treats rotations in plane geometry before showing how to formulate problems in GA terms, then solve them.
(7720 views)
Book cover: Theory of Symmetry and OrnamentTheory of Symmetry and Ornament
by - Matematicki Institut
This work is a comparative analysis of the theory of discrete and visually presentable continuous symmetry groups in the plane E2 or in E2\{O}: Symmetry Groups of Rosettes, Friezes and Ornaments, Similarity Symmetry Groups in E2, etc.
(13449 views)
Book cover: A. N. Whitehead's Geometric AlgebraA. N. Whitehead's Geometric Algebra
by
This is a text on 3-d Euclidean computational geometry intended to be used in engineering applications. On the other hand, the methods of Whitehead's algebra enable us to readily deal with Euclidean and non-Euclidean spaces of any dimension.
(17254 views)
Book cover: An Elementary Treatise on Conic SectionsAn Elementary Treatise on Conic Sections
by - The Macmillan Company
In the following work I have investigated the more elementary properties of the Ellipse, Parabola, and Hyperbola, defined with reference to a focus and directrix, before considering the General Equation of the Second Degree...
(11035 views)