* S/ U& S$ y/ V% D; C7 @. h6 k@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")4 m- W, L; M7 U
public double getMeasured pressure() {. l" S- U' m& i a* J! `
return measured pressure/ `; h; u3 g9 Q9 \$ b
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public void setMeasured pressure(double newValue) {# Q, ^& N6 C8 `* _7 U1 z( ?
measured pressure = newValue& y$ j) r4 i4 G( \! c# b' [ @! a/ B
} ( C6 G( \ D' `5 Z( C+ y public double measured pressure = 0* A l& I6 }8 p* g4 Y- ]
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/** / o t& _2 r4 o- T * & `7 I8 w7 k5 F- i * This value is used to automatically generate agent identifiers.! y$ ]! `) q) h* z) Q/ G
* @field serialVersionUID ( ^8 F5 n, R% F3 ?, m! \ * ' k6 v/ P5 B9 e */ % ~! l# S" D( W* g# t2 v! @6 F private static final long serialVersionUID = 1L$ u! p2 Q' x( v+ ]2 E0 x1 {$ n/ }- \' l+ }
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/**, n' Q1 e" j3 L! f; d5 u: V
** |: ^1 S# n; d. |7 A5 G, j
* This value is used to automatically generate agent identifiers.# b% \! J4 A0 y' T% `) u
* @field agentIDCounter " R7 @7 N, a8 _; Z( R J% z T# _ * % t5 |1 m3 u5 [' c9 d% p */ 5 r" A+ H3 _& Q! }) O& G protected static long agentIDCounter = 1 + `+ X& Z2 [% j/ A0 r2 t \/ \6 j$ I5 ~& f6 x# x+ x /** / _* @/ R& N: W *" D7 P; n$ Y% `2 P$ o, c+ Z
* This value is the agent's identifier. : o3 W" k' o$ h ~3 M! F# S * @field agentID9 s( Q7 p- W8 l1 n6 e5 p7 ]2 ?/ p0 e
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*/ : x- F# S. z" Y* B1 U" |( A I* G protected String agentID = "GasNode " + (agentIDCounter++) $ K+ A/ L: h- h% y* n6 z3 ?0 t% [0 @% k) M7 @2 e5 h
/**; m- X% ^4 X, I8 g
* 6 }7 H9 F c6 ~. Q * This is the step behavior.# r; C4 ~$ _+ c, U: q
* @method step " ~4 ^- [# o: O2 v" G- y9 H3 ~4 t$ r * . c e/ `8 J P& f( D& m, \ */ 2 B9 U% J0 ^8 K2 S: A( [9 O @Watch( 7 ~$ a+ P# t2 c+ X watcheeClassName = 'infrastructuredemo.GasNode'," h4 O7 F8 N U7 p+ [' e m. F! ?! n8 ^
watcheeFieldNames = 'pressure', % H# P6 x4 L | query = 'linked_from',# n' C0 c& Q$ l1 H; _/ G9 n+ ]
whenToTrigger = WatcherTriggerSchedule.LATER, ! S8 G; {$ r$ v5 A7 U scheduleTriggerDelta = 10d9 \, ?+ W7 F A# |
) " g! J3 }" G2 L9 ~$ L! u7 t1 ^( r/ j public def step(infrastructuredemo.GasNode watchedAgent) { " g! V4 i% c8 R4 [8 ^: s) ], D5 e% v2 A- x* e5 K2 H5 U! v
// Define the return value variable. o- F5 y+ M3 v4 u0 c def returnValue 1 {: S6 v* M; i4 a2 J% t + j q8 c! U; {2 {& ]. ^ // Note the simulation time.# ]; _2 J% V% }( G$ Z
def time = GetTickCountInTimeUnits()* t# J4 D$ ?8 h& i6 }
2 ^$ z: B6 K6 r3 f: i t6 a* n + j; G6 V+ B) O! Z6 X; k! h4 R // This is an agent decision. , B$ t" R4 H* [) S* J) N$ w! C if (watchedNode.pressure<200) {2 K4 o+ u9 i! S& W
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// This is a task. , ]: b! r: l# |2 e setPressure(watchedAgent.pressure)5 G5 U) \4 @% L6 Z5 G: X