Computational Drawing: From Foundational Exercises to Theories of Representation


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This book explores computation, specifically the craft of writing computer code, as a medium for drawing.

Computational Drawing can serve as a primer for those new to programming, or provide motivation and context for those with experience. Exercises, essays, algorithms, diagrams, and drawings are woven together to offer instruction, insight, and theories that are valuable to practicing architects, artists, and scholars.

“Computing” and “drawing” are both deeply historical and loaded terms. Although digital media is often positioned in opposition to the “manual” act of drawing, the broader territory of “computing” includes matters of language, rules, procedures, and orders that are very much compatible with the presence of ink on paper. Indeed, the nature of drawing—a temporal medium governed by marks that can be precisely defined, but not easily edited—provides welcome structure for computational methods.

Computational Drawing begins by unpacking definitions: how has the definition of drawing changed over time? What is the precise technical and cultural difference between a drawing, a model, and a model of a drawing? Why is it important to distinguish between a drawing and an image, or a program and an algorithm?

Subsequent chapters address strategy, the role of machines, issues of authorship, and the disciplinary ways architects read and interpret space in drawing. Through every chapter, exercises and algorithms—written in plain English—frame computational techniques in terms of creativity.

Designed by Pablo Mandel

Published by Applied Research & Design, 2022

Softcover, 292 pages, full color images, 7 × 9 inches

ISBN: 978-1-95-718345-9

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