Constraint-based tools for building user interfaces

Author:

Borning Alan1,Duisberg Robert2

Affiliation:

1. Univ. of Washington, Seattle

2. Tektronix, Inc., Beaverton, OR

Abstract

A constraint describes a relation that must be maintained. Constraints provide a useful mechanism to aid in the construction of interactive graphical user interfaces. They can be used to maintain consistency between data and a view of the data, to maintain consistency among multiple views, to specify layout, and to specify relations between events and responses for describing animations of interactive systems and event-driven simulations. Object-oriented techniques for constraint representation and satisfaction are presented, and a range of examples that demonstrate the practical use of static and temporal constraints for such purposes is presented. These examples include animations of algorithms and physics simulations, and constructing user-interface elements such as file browsers, views onto statistical data, and an interactive monitor or a simulated operating system.

Publisher

Association for Computing Machinery (ACM)

Subject

Computer Graphics and Computer-Aided Design

Reference59 articles.

1. Two systems which produce animated representations of the execution of computer programs

2. BECKER R. A. AND CLEVELAND W.S. Brushing scatterplots. AT&T Bell Laboratories Murray Hill N.J. 1986.]] BECKER R. A. AND CLEVELAND W.S. Brushing scatterplots. AT&T Bell Laboratories Murray Hill N.J. 1986.]]

3. BECKER R. A. CLEVELAND W. S. AND WILKS A. R. High-interaction graphics for data analysis. AT&T Bell Laboratories Murray Hill N.J. June 1986.]] BECKER R. A. CLEVELAND W. S. AND WILKS A. R. High-interaction graphics for data analysis. AT&T Bell Laboratories Murray Hill N.J. June 1986.]]

4. BIRTWISTLE G. M. DAHL O.-J. MYHRHAUG B. AND NYGAARD K. SIMULA Begin. Auerbach Pennsauken N.J. 1973.]] BIRTWISTLE G. M. DAHL O.-J. MYHRHAUG B. AND NYGAARD K. SIMULA Begin. Auerbach Pennsauken N.J. 1973.]]

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