The
Welcomes you to
Provides step-by-step instructions on how to install
Introduces you to the theory behind simulation modeling and gives an overview of model building procedure. This chapter outlines six steps to help you plan and create a successful, valid model. It then provides an example scenario, which designs a model from start to finish.
Familiarizes your with the
Brings you face to face with basic modeling components. Discussion revolves around the nuances of creating and working with locations, entities, path networks, resources, processing records, arrivals, shifts, costs, background graphics, and more.
Advanced elements ensure that the models you create reflect the exact behavior of your system. Contributing elements include attributes, variables, arrays, spreadsheets, macros, scenario parameters, subroutines, arrival cycles, table functions, user-defined distributions, external files, and streams.
Applying intelligence and decision-making capabilities to your models makes them true to life. The logic builder helps you create and implement logic for operations, routings, shifts, breaks, and more.
Auxiliary tools allow you to work with many aspects of your model. You may create and modify graphics, search for expressions, or examine which statistical distributions best suit your modeling needs.
Running the model is the most exciting part of the modeling process. This chapter discusses the various conditions under which you may run a model and how to ensure that the model contains no logical errors.
With the simulation complete, you are ready to examine the results from the model. Options available include reports, graphs, spreadsheets, and customized output templates.
Describes the basics of the language used to define model objects and logic, as well as expressions and the role they play in creating models. Discussion focuses on names, reserved words, numbers, strings, operators, and basic syntactical structure, as well as operator precedence and numeric, Boolean, time, and string expressions.
Provides syntax and examples for the rules you will use to route between locations in the model.
Introduces the different types of functions and statements available to use in building logic for your model and identifies where you may use them.
Provides syntax and examples for the statements and functions you will use to apply intelligence and decision-making capabilities to your model.
Presents a categorized list of all expressions, statements, and functions with a table identifying which fields evaluate at translation and which evaluate continuously.
Contains definitions and descriptions for many of the terms and concepts common to simulation and modeling.
Referenced materials and suggested readings.
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