Name | Description |
---|---|
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Type | Name | Default | Description |
---|---|---|---|
Boolean | initialStep | false | =true, if initial step (start state machine at entry ports of Parallel) |
Boolean | use_suspend | true | =true, if suspend and resume ports enabled |
Boolean | use_activePort | false | =true, if activePort enabled |
Type | Name | Description |
---|---|---|
Step_in | inPort[nIn] | If enabled, port for one or more input transitions |
Step_out | outPort[nOut] | If enabled, port for one or more output transitions |
Composite_resume | resume[nResume] | If enabled, port for zero, one or more resume transitions |
Composite_suspend | suspend[nSuspend] | If enabled, port for zero, one or more suspend transitions |
output BooleanOutput | activePort | = true if Parallel component is active, otherwise it is not active |
model Composite2_Subgraph extends Modelica_StateGraph2.PartialParallel( final use_inPort, final use_outPort, nEntry=1, nExit=1);Modelica_StateGraph2.Step step3( nOut=1, nIn=2); Modelica_StateGraph2.Transition T2( delayedTransition=true, waitTime=1); Modelica_StateGraph2.Step step4( nOut=2, nIn=1); Modelica_StateGraph2.Transition T6( delayedTransition=true, waitTime=1); Modelica_StateGraph2.Step step6( nOut=nExit, nIn=1); Modelica_StateGraph2.Transition T7( waitTime=1, delayedTransition=false, condition=time > 2.5 and time < 4.5); equationconnect(step3.outPort[1], T2.inPort); connect(T2.outPort, step4.inPort[1]); connect(T6.outPort, step6.inPort[1]); connect(T6.inPort, step4.outPort[1]); connect(step4.outPort[2], T7.inPort); connect(step3.inPort[1], entry[1]); connect(T7.outPort, step3.inPort[2]); connect(step6.outPort[1], exit[1]); end Composite2_Subgraph;