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The behavior of a compound block is defined by an activity diagram. This consists of sub actions called [[Step|steps]]. The execution is controlled via a combination of data and control flows. These flows are defined by interconnections from a step's [[Input Pin|input]] to another step's [[Output Pin|output pin]]. For further information about modeling diagrams see: [[Diagram Elements]]
A Compound Block describes an action's behavior via an activity diagram. The diagram is similar to dataflow diagrams as used in UML2.0 and also has many features of Petri Nets. The diagram consists of sub actions called [[Step|steps]]. The execution is controlled via a combination of data and control flows. These flows are defined by interconnections from a step's [[Input Pin|input]] to another step's [[Output Pin|output pin]]. For further information about modeling diagrams see: [[Diagram Elements]]


The activity diagram which defines the behavior of a compound block
The activity diagram which defines the behavior of a compound block

Version vom 1. April 2014, 17:37 Uhr

A Compound Block describes an action's behavior via an activity diagram. The diagram is similar to dataflow diagrams as used in UML2.0 and also has many features of Petri Nets. The diagram consists of sub actions called steps. The execution is controlled via a combination of data and control flows. These flows are defined by interconnections from a step's input to another step's output pin. For further information about modeling diagrams see: Diagram Elements

The activity diagram which defines the behavior of a compound block is edited in the network editor. This is the "internal view" of the block. The interface of an compound block (e.g. number and type of pins) can be regarded as its "external view" and is defined in the schema editor.

For other tree elements see: Tree Elements



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