/ H+ i) T* X% o, G, L ( X0 r4 d5 U- a- @@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") [6 M$ }) {, V, g: R; y
public double getMeasured pressure() {3 l- k1 ~' ?9 q2 E \4 H
return measured pressure; y# G6 O, |7 M. n: T8 E+ X
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public void setMeasured pressure(double newValue) {; o: S8 h( a% X$ e( l' b
measured pressure = newValue+ K% Y& h4 F' W. ~/ g! c; r+ D' o( |, Q
}" [5 P7 D8 U: `# y
public double measured pressure = 08 D( Q# a/ m8 P1 O( { W
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/** & Y; f* U# W: r9 }- e. X */ `. j5 D, @3 O- q( Q0 R7 k
* This value is used to automatically generate agent identifiers.# g, x* u# ]: B
* @field serialVersionUID 5 a- R. g+ T# h1 Q e! A, z *7 u6 S5 N3 D: C' A
*/ 8 |: d& @4 E( Y) w private static final long serialVersionUID = 1L s9 f: i: b1 C1 j1 \2 g- R$ a; B
. i$ Y/ J5 [2 p( ? /**1 Y, l' ~5 e' b4 H) @) p
* / E6 ?' @ _; S- z7 G * This value is used to automatically generate agent identifiers." i7 c: Z; P: j6 @
* @field agentIDCounter : {9 y+ f' I ^1 i: [# m# h * 0 Q) `+ K9 m$ t3 r* {2 W */6 D6 a! B+ t: e7 K+ j
protected static long agentIDCounter = 1 9 n8 E: o+ I; P1 l& u* e5 Z + K& ]1 ?; C5 G% y /**- N, ]3 Y9 d" t$ G+ D8 z
* 7 T" ]# D3 @) Y j * This value is the agent's identifier. W( a/ z4 \& } * @field agentID " K3 H$ p8 a6 t8 ~# i * ; A1 {! P# ]2 Y$ I7 ]# U4 R */ C8 U `0 H7 F4 k# m protected String agentID = "GasNode " + (agentIDCounter++)) V% L" [. u5 |2 j
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/**0 G! q* l7 t& [1 x8 Q$ C
* 2 h/ I, h, y3 b1 [* q0 ]: n8 ^ * This is the step behavior.' p3 s+ ^) I0 G* v( q2 m
* @method step5 T7 }% n1 J2 V
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@Watch( 2 O4 H! h5 h9 t* t1 I watcheeClassName = 'infrastructuredemo.GasNode', / v" J. n) b1 V4 @- [ watcheeFieldNames = 'pressure', + I ^# d" h% t; w$ Y7 T query = 'linked_from', : U. Q0 W3 ` ~2 n' i- u whenToTrigger = WatcherTriggerSchedule.LATER, % @3 ~& |! C6 @4 R' w1 O scheduleTriggerDelta = 10d* K' `& n9 C2 j' Z' W! x6 x+ o
) $ V" q8 S$ y# ^3 U5 g public def step(infrastructuredemo.GasNode watchedAgent) { 0 q) s# w$ k, D) o0 c7 c- ?+ A6 s5 q$ l( R' _
// Define the return value variable. G6 ?4 D# A! d* y
def returnValue( e( B: _ @0 M1 b. [9 X, e/ q3 `( y% q
9 ~ g6 b9 ]* m0 u0 }5 T& p // Note the simulation time.8 ~, B; h/ _3 A6 m
def time = GetTickCountInTimeUnits()8 Y( A6 y' e& B* q/ R3 n! u
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// This is an agent decision.7 \2 J. L8 w6 C8 i- `4 C
if (watchedNode.pressure<200) { $ r5 {0 \9 |* U# s- c* w- P$ L " H. D' X$ G4 Q. k2 B' q ]2 o // This is a task.8 L9 W+ `- \' T7 _
setPressure(watchedAgent.pressure)( l4 T& z5 i$ s/ `; u( {