4 L( W! n# h& K- P# o7 T( ]@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : H& K( r$ Y _' R public double getMeasured pressure() { % P+ e/ {# N7 C8 F/ b3 G1 | return measured pressure% x4 n) ?* `- M5 Z I1 }% W
}8 L$ \% E, r1 Q6 N3 [+ B! }
public void setMeasured pressure(double newValue) { 5 D, K8 N/ d o& Z measured pressure = newValue , B [5 f6 a! K" A$ U# U% H } 8 W6 N+ v/ c8 ^5 W9 N public double measured pressure = 06 b6 ]; P) T* k
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/**- L( u! n' e; Z: @2 `
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* This value is used to automatically generate agent identifiers. 6 P. @5 x$ i+ A- B. F * @field serialVersionUID 6 w. Z5 m) N0 L! {. J * 7 ~! q5 |! U7 z. Q* v) u */" K; i* J1 G$ x& l6 K
private static final long serialVersionUID = 1L$ C" h0 ~0 Q" v" S: ^
' U, P. x8 c4 B7 Y# ~7 z /** + N- K7 U- N% @% i2 A" x * A* x P: F% u1 k
* This value is used to automatically generate agent identifiers.: I ]* p9 [& v7 n6 p1 j! P
* @field agentIDCounter9 c2 x, ^# ]3 P% @# P; r. e
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*/ 1 z$ L6 {0 }8 _" x8 t protected static long agentIDCounter = 1, ?; ?! @! e! R6 B3 @) i
- T: P0 A6 L) k" h1 ^ V /**# h) ~+ t2 ~/ ^$ s7 D
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* This value is the agent's identifier.! {$ L6 {1 V# e4 M/ ? M9 R* l
* @field agentID 1 B i `! p- i% C, n7 j1 f) f * . f4 @) E& F& `1 n/ ^ */- p. @+ ?% } ]. O, t
protected String agentID = "GasNode " + (agentIDCounter++)% D% v* F S$ c7 A3 a9 Z; n
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/**5 t: {( i6 i2 A* N5 }3 Z2 ^4 U
* 4 R) G, k, U" V2 U5 T5 O5 X * This is the step behavior. 0 \. ?: ?* U) Y$ Y+ a * @method step , t, [. ?. F2 {1 t) b% E1 M *$ D1 F" E3 a; {
*/ / L; Q3 S/ ]7 t/ L @Watch( ) L9 I$ N( p1 @5 s watcheeClassName = 'infrastructuredemo.GasNode',$ h) o7 X: g% n! u
watcheeFieldNames = 'pressure', ! p( w$ B X* g# [ query = 'linked_from', * O9 ^0 M3 T1 w" f+ a- k* {( W whenToTrigger = WatcherTriggerSchedule.LATER,' @- Q$ j. U, X0 W
scheduleTriggerDelta = 10d0 B: I/ e6 \# j6 R9 v! E
) * c- k, S3 j# i public def step(infrastructuredemo.GasNode watchedAgent) { 2 X& U+ }1 B, y" L+ G2 d4 k, C, }. c# {* A) l7 k; u t
// Define the return value variable. , }) v' C' a. l+ \* j def returnValue: Y v0 f9 c; T: L5 y
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// Note the simulation time. . c- G# t2 _: K def time = GetTickCountInTimeUnits()2 u% [1 b x$ E; N
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// This is an agent decision.. S% n3 w0 a x4 j* a+ [
if (watchedNode.pressure<200) {% F$ C7 m; D& T X
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// This is a task.7 E7 ?% a- V& g7 X+ K1 X9 ^% x9 _" X
setPressure(watchedAgent.pressure)% B) |: i. l- X5 P% M- Y+ V1 {