This video shows you how to use arrays in Process Simulator Professional. Define data (such as process times) in Microsoft Excel, import the Excel data into an array at run-time and call cell values as needed within your Process Simulator model.
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This video shows you how to use arrays in Process Simulator Professional. Define data (such as process times) in Microsoft Excel, import the Excel data into an array at run-time and call cell values as needed within your Process Simulator model. |
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Free Form logic is here! Ditch the logic builder (if you want) and type your Process Simulator logic in the free form logic window. |
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The flexible routing rule explained and demonstrated with an example of routing based on an attribute value and Activity index number. Part 1 of 3 videos about the Flexible Routing rule. |
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More advanced flexible routing implementation--using an array along with the flexible routing rule and a subroutine to route entities based on activity names defined in an spreadsheet. Part 2 of 3 videos about the flexible routing rule. |
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A quick flexible routing technique to simplify your model layout. Using a plain graphic along with the flexible routing rule to indicate that the routing continues elsewhere in your layout. Part 3 of 3 videos about the flexible routing rule. |
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Intellisense and the Syntax Guide are new features that are available when entering code in free form logic, using Process Simulator 2014 SP1 or later. |
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How to use subroutines in Process Simulator Professional. This video explains subroutines and how to implement them in Process Simulator. It covers basic implementation with a display statement, and a more complicated demo using subroutines to populate an array which is then exported to Excel. |
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How to use subroutines in conjunction with the return statement to return values to the calling logic. In this example, two different activities call a subroutine to retrieve a calculated process time. |
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Passing parameters to subroutines in Process Simulator Professional edition. In this example, we call a subroutine, passing an attribute as a subroutine parameter, and then receive a calculated process time back from the subroutine. |
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This solution shows how to implement user-defined distributions in Process Simulator Professional. Define your distribution in the user distribution table and use as needed within your model. |
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