Title :
Modeling a hospital main cafeteria
Author :
Stout, William A., Jr.
Author_Institution :
Office of Organizational Effectiveness, Johns Hopkins Univ., Baltimore, MD, USA
Abstract :
Taylor II version 2.0 is a PC based, menu-driven, discrete event simulation modeling software package featuring 2D/3D animation; a user programmable interface-Taylor Language Interface (TLI); graphics and paintbox (drawing) capabilities, distribution curve-fitting; and context-sensitive help. Add-on modules include advanced statistics, a run-time development kit, and shaded animation. When learning a new simulation language, it is helpful to have a frame of reference that delineates at least the minimum programming elements required to formulate a successful model. Unfortunately, this is not always the case. Often, examples in the documentation are presented out of the context of a completed model leaving it up to the simulation practitioner to assemble the various pieces. Concepts presented in sample programs included with the package may be difficult to follow and to place in the context of your specific program development effort. The purpose of the paper is to provide the new user with the basics of Taylor II by building a “hard-copy” application step by step. We illustrate the importance of the relationships between various individually presented menus to emphasize the linkage between menu choices and the construction of user-written functions. By providing an overview of the total application development cycle, the user gains perspective on how individual parts are integrated into a working model
Keywords :
catering industry; computer animation; curve fitting; discrete event simulation; medical administrative data processing; microcomputer applications; simulation languages; software engineering; software packages; statistical analysis; user interfaces; 2D animation; 3D animation; PC based menu-driven discrete event simulation modeling software package; Taylor II version 2.0; Taylor Language Interface; add-on modules; advanced statistics; application development cycle; context-sensitive help; distribution curve-fitting; graphics; hospital main cafeteria modelling; menu choices; paintbox; run-time development kit; shaded animation; simulation language; user programmable interface; user-written function construction; Animation; Context modeling; Curve fitting; Discrete event simulation; Documentation; Graphics; Hospitals; Runtime; Software packages; Statistical distributions;
Conference_Titel :
Simulation Conference Proceedings, 1995. Winter
Conference_Location :
Arlington, VA
Print_ISBN :
0-78033018-8
DOI :
10.1109/WSC.1995.478900