Design benchmarks for VPL static representations
Shaoshuai Yang, Elyon A. M. DeKoven, Moshé M. Zloof · 2002
A weakness of many interactive visual programming languages (VPLs) is their static representations. Lack of an adequate static representation places a heavy cognitive burden on a VPL's programmers, because they must remember potentially long dynamic sequences of screen displays in order to understand a previously-written program. Building upon the cognitive dimensions developed for programming languages by cognitive psychologists Green and others, the authors have developed a set of concrete benchmarks for VPL designers to use when designing new static representations. These benchmarks provide design-time information that can be used to improve a VPL's static representation.