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SIMSCRIPT II.5 Programming Language

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<strong>SIMSCRIPT</strong> <strong>II.5</strong> <strong>Programming</strong> <strong>Language</strong><br />

Figure 5-1. An Activity Delimited by Two Events ...........................................184<br />

Figure 5-2. A Process May Be Considered to be Comprised of a Sequence of<br />

Events Occurring in Time .............................................................185<br />

Figure 5-3a. Two Overlapping Activites ..........................................................186<br />

Figure 5-3b. Two Nested Activities .................................................................187<br />

Figure 5-3c. Two Activities with a Common Event Time .................................187<br />

Figure 5-4. Possible Layout of Event Notice Entities .....................................189<br />

Figure 5-5. The Future Events Set Organization ...........................................194<br />

Figure 5-6. Attributes of Process Notices Created by Process Declarations<br />

Above ...........................................................................................207<br />

Figure 5-7. A Rectangular Coordinates System ............................................ 218<br />

Figure 5-8. Storage of RANDVAR Sample Values .........................................223<br />

Figure 6-1. One-dimensional Array X with Its Base Pointer ...........................250<br />

Figure 6-2. Base Pointers in a Two-Dimensional Array .................................250<br />

Figure 6-3. Base Pointers in a Three-Dimensional Array .............................. 251<br />

Figure 6-4. Memory Structure After Reserve Statement ................................252<br />

Figure 6-5. Memory Structure After Assignment of Data Arrays to Row<br />

Pointers ........................................................................................ 253<br />

Figure 6-6. Family Tree.................................................................................. 254<br />

Figure 6-7. Family Tree Stored in a Rectangular Array .................................254<br />

Figure 6-8. Family Tree Stored in a Ragged Table........................................ 254<br />

Figure 6-9. Memory Structure for Family Tree, N = 4 ....................................256<br />

Figure 6-10. Entity Storage ............................................................................264<br />

Figure 6-11. Array Storage ............................................................................268<br />

Figure 6-12. Array Storage ............................................................................ 268<br />

Figure 6-13. Record Structure .......................................................................277<br />

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