Abstract
The words "object" and "paradigm" are widely used within existing computer science literature; however, when one speaks of "object-oriented paradigm" or "object-oriented programming," one is referring to a methodology for algorithmic encoding using concepts of class hierarchy and inheritance. The idea of object-oriented methodology within simulation is to treat the algorithm as a set of objects. Procedures, often termed "methods" may be activated via object to object message transmission -- object A sends a message to another object B that might say, "I am moving towards you at a rate of 20 meters/sec." Object B might then respond to this incoming message by sending messages of its own to other objects within the simulation. Methods are stored "within" an object's frame or definition.
Publisher
Association for Computing Machinery (ACM)
Cited by
2 articles.
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