Principles of Interaction Programming
How to understand and program interactive devices so that they are reliable and easy to use; includes wide-ranging programming insights, tools, and code.
Interactive systems and devices, from mobile phones to office copiers, do not fulfill their potential for a wide variety of reasons—not all of them technical. Press On shows that we can design better interactive systems and devices if we draw on sound computer science principles. It uses state machines and graph theory as a powerful and insightful way to analyze and design better interfaces and examines specific designs and creative solutions to design problems. Programmers—who have the technical knowledge that designers and users often lack—can be more creative and more central to interaction design than we might think. Sound programming concepts improve device design.
Press On provides the insights, concepts and programming tools to improve usability. Knowing the computer science is fundamental, but Press On also shows how essential it is to have the right approaches to manage the design of systems that people use. Particularly for complex systems, the social, psychological and ethical concerns—the wider design issues—are crucial, and these are covered in depth.
Press On highlights key principles throughout the text and provides cross-topic linkages between chapters and suggestions for further reading. Additional material, including all the program code used in the book, is available on an interactive web site. Press On is an essential textbook and reference for computer science students, programmers, and anyone interested in the design of interactive technologies.
Hardcover$47.00 X | £7.99 ISBN: 9780262201704 528 pp. | 7 in x 9 in 156 fig, 34 tbl illus.
Paperback$30.00 X | £7.99 ISBN: 9780262514231 528 pp. | 7 in x 9 in 156 fig, 34 tbl illus.
I strongly recommend this book to a wide audience: students, instructors, and especially project managers and designers who are not thoroughly familiar with the foundations of computer science or HCI.
Edgar R. Chavez
Interface device design and computer science theory often seem worlds apart, where each challenges the constraints and demands of the other. This unique book is a counterpoint. Thimbleby clearly shows how hard-core computer science concepts contribute to the clarity and precision of device design, leading in turn to better design critique and redesign.
Professor and iCORE/SMART Industrial Research Chair, University of Calgary
Interaction designers often espouse general principles for creating more usable and satisfying systems. This book shows that to make those principles work the designer needs to conduct rigorous analysis of the details of interaction within a coherent formal framework. Through a wide-ranging collection of interaction examples and clear expositions of the relevant mathematics Thimbeleby demonstrates that careful analysis can improve our interactions with digital devices of all kinds. The book will be of value to anyone who creates interfaces to computers and electronic devices from the smallest to the most complex.
Department of Computer Science, Stanford University
- Choice Outstanding Academic Title, 2008.