Islamic Art and Architecture: The System of Geometric Design
Tarek El-Bouri, Keith Critchlow, Salmá Samar Damlūji
Garnet Pub., 1993 - Architecture - 135 pages
Issam El-Said pinpoints the rules of composition that form the basis of the geometric concepts of Islamic art. He then shows how intricate patterns are based on these basic principles. Fully illustrated in three colors to show the development of the patterns, this book offers an insight into how craftsmen and designers in the Muslim world achieved monumental feats of artistic expression using the simplest of tools.
Chapter I presents graphical analyses of numerous complex patterns, to reveal the numerical rationale behind them. In Chapter II, the author analyses the system of measure used in ancient Egypt, before the use of numbers for calculating measurements. He shows how measuring cords and a geometric method based on a grid-pattern originating from the circle were employed by master craftsmen in the design of Islamic art and architecture. The book offers an insight into how craftsmen and designers in the Muslim world have achieved monumental feats of artistic expression with harmony and precision, using the simplest of tools such as a ruler, a string and templates, together with a system of measure that is both simple and sophisticated.
What people are saying - Write a review
Review: Islamic Art and Architecture: The System of Geometric DesignUser Review - Amy Qualls - Goodreads
Bingo. The book I have searched for. It contains detailed breakdowns on how to replicate these geometric constructs -- or create your own. Received through interlibrary loan; will be purchasing my own copy posthaste. Read full review
Review: Islamic Art and Architecture: The System of Geometric DesignUser Review - Nana1234 - Goodreads
i enjoyed it ... patterns are so cool Read full review
The gridpatterns that underlie the root two system of proportion
Geometric Patterns based on the Hexagonal Repeat Unit and the Root Three System
Graphical analyses of geometric patterns based on the root three system of proportion
Geometric Patterns based on the Double Hexagon System of Proportion
Geometry and Irrational Numbers