SIMSCRIPT II.5 Programming Language

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SIMSCRIPT II.5 Programming Language 7. Declaration: every PERSON has an AGE(1/4), owns a FAMILY, has a (NAME(2/4) and WEIGHT (2/2)) Entity structure: AGE NAME WEIGHT F.FAMILY L.FAMILY N.FAMILY Field and bit packing of integer attributes of permanent entities and subscripted system attributes places two or more attributes in each element of the same array. The declaration: permanent entities every HOUSE has an ( ADDRESS(1/2), and ZIP(2/2) ) places similarly indexed values of ADDRESS and ZIP in the same location. This preamble declaration allows the executable statement create every HOUSE(5) to allocate storage as shown in figure 6-10. ADDRESS(1) ZIP(1) element 1 ADDRESS(2) ZIP(2) element 2 ADDRESS(3) ZIP(3) element 3 ADDRESS(4) ZIP(4) element 4 ADDRESS(5) ZIP(5) element 5 Figure 6-10. Entity Storage More than one set of attributes, of course, may be packed in a single every statement; for example: every SHIP has a ( TONNAGE(1/2), CAPACITY(2/2) ), a ( DESTINATION(1/2), HOME.PORT(2/2) ) This statement pairs the attributes TONNAGE and CAPACITY and the attributes DESTINATION and HOME.PORT within the elements of two attribute arrays. Some additional examples follow. normally mode is integer permanent entities 264
Advanced Topics 1. Declaration: every TRUCK has a LOAD and a HEIGHT Attribute arrays: LOAD element 1 HEIGHT element 2 . . . . . . . . . element N.TRUCK LOAD and HEIGHT are separate arrays. 2. Declaration: every TRUCK has a ( LOAD, WEIGHT ) Attribute arrays: LOAD element 1 HEIGHT element 2 . . . . . . element N.TRUCK LOAD and WEIGHT refer to the same data array. 3. Declaration: every TRUCK has a ( LOAD(1/2), HEIGHT(2/2) ) 265
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process AIRPLANE call TOWER giving
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Table of Contents Preface .........
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Contents 3.5.3 Repositioning Files
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Figures Figure 1-1. Flow of Control
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Preface SIMSCRIPT II.5 is a rich an
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1. SIMSCRIPT II.5 Basic Concepts 1.
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SIMSCRIPT II.5 Basic Concepts assig
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SIMSCRIPT II.5 Basic Concepts X = Y
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SIMSCRIPT II.5 Basic Concepts Used
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SIMSCRIPT II.5 Basic Concepts Progr
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2. Programming Language Concepts 2.
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Programming Language Concepts Speci
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Programming Language Concepts Where
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Programming Language Concepts Table
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Programming Language Concepts Colum
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Programming Language Concepts 2.6 R
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Programming Language Concepts MAIN
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Programming Language Concepts durin
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Programming Language Concepts Table
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Programming Language Concepts 2.27.
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Programming Language Concepts Progr
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Programming Language Concepts Multi
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3. Input/Output Concepts 3.1 Introd
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Programming Language Concepts for I
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Programming Language Concepts 3.4.3
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Programming Language Concepts 3.5 M
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Programming Language Concepts 2. To
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Programming Language Concepts 6 7 8
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Programming Language Concepts A fin
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4. Modelling Concepts 4.1 Introduct
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Modelling Concepts WORKER value of
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Modelling Concepts every COMMUNITY
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Modelling Concepts set-ownership cl
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Modelling Concepts VESSEL V(I) NAME
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Modelling Concepts preamble normall
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Modelling Concepts In general, all
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Modelling Concepts both first and l
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Modelling Concepts F.KENNEL L.KENNE
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Modelling Concepts F.KENNEL L.KENNE
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Modelling Concepts if KENNEL(FARM)
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Modelling Concepts FIFO set Owner E
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Modelling Concepts Experience has s
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Modelling Concepts Table 4-1. Illus
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Modelling Concepts Because SPEED is
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Modelling Concepts sioned as N.CITY
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Modelling Concepts 1. Declaration:
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Modelling Concepts 1. list attribut
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Modelling Concepts if STOCK.LEVEL..
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Modelling Concepts compute D = sum
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Modelling Concepts 4.14.3 An Analys
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5. Discrete Simulation Concepts 5.1
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Discrete Simulation Concepts Some a
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Discrete Simulation Concepts Table
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Discrete Simulation Concepts DESIGN
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Discrete Simulation Concepts ized,
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Discrete Simulation Concepts before
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Page 259 and 260: 6. Advanced Topics 6.1 Introduction
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Page 301 and 302: Appendix A. Format Conventions Used
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Page 305 and 306: Appendix B. Functions and Routines
Page 317 and 318: Appendix C. SIMSCRIPT Reference Syn
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Appendix C. SIMSCRIPT Reference Syn
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Index A a group of ... fields claus
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Index Mark.v variable..............
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Index variance ....................
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SIMSCRIPT II.5 Programming Language

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