Equipment & Systems

Distributive Systems Modelers

The Distributive Systems modelers deal with the Distributive Systems modeler as a primary platform thanks to the CATPlantShipInterfaces and CATPlantShipModeler frameworks, with the Spatial Layout modeler thanks to the CATArrangement framework, and with the Systems Layout modeler thanks to the CATCommonLayoutInterfaces framework.

Distributive Systems	Spatial Layout	Systems Layout

Technical Articles

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Use Cases
Initializing a Plant Ship Application	How to initialize and query a Plant Ship application and domain
Accessing Part Connector Data	How to query a physical part for its connectors and connector data
Accessing Function-Physical Integration Data	How to get function, physical and spatial integration data
Accessing Share Data Catalog and Logical Line From/To Objects	How to get the equipment/nozzle objects at the start and end of a logical line
Accessing Part Properties and ID Data	How to access properties and ID data
Accessing Groupable and Logical Line Group Data	How to access Group and group members data
Accessing Network Connectivity and Connector Flow Data	How to access network connectivity and connector flow data
Use of PspServices and PspListServices Functions	How to use PspServices and PspListServices functions
Accessing Stretchable Part Data	How to access stretchable part data
Define User Computed Properties	How to define computed properties>
Accessing User Computed Properties	How to access user computed attributes
Building a Reference Physical Part	How to build and modify a reference part
Accessing Light Part and Light Connector Data	How to query and modify light part and connector data
Adding a Design Validation Check	How to add a design validation check
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Quick Reference
CATPlantShipInterfaces Reference	Interface reference for Plant Ship applications
CATPlantModeler Reference	Class reference for Plant Ship applications
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History

Version: 1 [Mar 2003]	Document created
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