+ x$ g' n4 o' A- H6 B) v@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ! c1 Y4 M: u" h& z! Y public double getMeasured pressure() { . b; W0 G5 a5 a" O9 Z# o return measured pressure ! J8 W% ~; N$ A& S( T } y# |% p$ O' s2 S public void setMeasured pressure(double newValue) { ( q7 J6 L/ O& e# D$ v measured pressure = newValue& a* D, e0 c$ N9 Q
} # N4 q) n% D8 W( M& o0 h+ K$ L public double measured pressure = 0. `& ^. i4 G$ T+ C& D8 L
' [) o9 J/ ]- u2 p, Q( ], q /**' p2 W( }! d7 {& Y$ {6 u* b! w
*5 R, F# r" O4 D! c/ Q& L' ]% h) l
* This value is used to automatically generate agent identifiers. 9 W0 C) B5 {, z- g1 u. } * @field serialVersionUID ! h$ i; O% Q8 Y8 J! N* ? }5 ~" J *9 }2 |9 _. Q) _1 B
*/ 2 A+ m$ l* Q5 ?1 X2 T& ` private static final long serialVersionUID = 1L+ O. y* E# H/ m" b
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/**! A8 X: O. V" g+ B
* 1 j" L0 ~" j4 C! F9 { * This value is used to automatically generate agent identifiers. - ^- G2 l: l8 b+ m5 \ * @field agentIDCounter" ]* [2 ^3 d5 w* i7 V" g. L* d
* / l/ X/ R5 X, S. e */ & g B% P$ B p0 p' m; G0 P! p X protected static long agentIDCounter = 1 5 m& S# z1 o% L$ W6 Q; w% U( E$ C; n; p
/** 4 k/ x* u5 G0 w9 |) {; K *1 S) U; E3 x% d& D" f$ ?
* This value is the agent's identifier.; W6 _4 B4 H/ P; j
* @field agentID 2 r: |0 {; B- H# ~; F+ E *# u U& C7 w5 W; z# s7 Q# d
*/: H9 t; c0 Z. E/ _5 t
protected String agentID = "GasNode " + (agentIDCounter++)( d A0 h& m' G9 G- B( @9 R+ \! j7 ^. ^
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/**7 d2 t# {: [3 Z$ y+ J+ O
*2 L0 e9 X- X/ Y* r, N
* This is the step behavior.6 J* G% _1 A+ x o. H
* @method step4 E0 d n- |# ?" ?) b
*. U; q! n n, F% n8 G7 e) E
*/ " H: o( q& S7 Q4 M3 t7 L0 O @Watch( % I" E0 p( l( G% i9 B3 b$ F* I watcheeClassName = 'infrastructuredemo.GasNode'," J/ |. N4 ?* O" p9 {% K. a
watcheeFieldNames = 'pressure', 6 C8 h" ^+ g; P" P0 F: A- W query = 'linked_from', 6 v8 h9 D. `' P4 }: T ? whenToTrigger = WatcherTriggerSchedule.LATER,7 [5 d) u- f" s
scheduleTriggerDelta = 10d : U1 C- b$ ?4 K ) ) o- _5 K$ S7 k+ [; | public def step(infrastructuredemo.GasNode watchedAgent) {9 u. }9 K# H/ N1 E
: P h. M4 I0 T5 F // Define the return value variable. 4 P* s2 ?: w, { def returnValue k' f; ^4 X" J9 ?. a1 r' q 6 k( q# i& J( R // Note the simulation time. ; r" B9 K0 d- `0 E% C1 J def time = GetTickCountInTimeUnits()9 q1 X4 C; L1 J1 d% F
* v9 g W r k1 A Z. @7 z7 ` % Y' A8 R/ _: \$ k& w- n // This is an agent decision. / e" i/ y! v" y( m$ | if (watchedNode.pressure<200) { % f' f- `. t" ~: u6 h 5 H% V- V9 y/ {+ z7 } // This is a task." h4 a/ b; U' X; {
setPressure(watchedAgent.pressure) 4 B; D& l- A' n2 m 8 w) M* [5 B4 a+ }6 B4 a } else { 5 F& l5 ^6 t4 O. U) b) z& I9 \: k ) H. T- L) B: }5 X0 k! Q4 [; u& P5 Y/ U. j6 n$ }* C6 a% @
} 8 h9 R: e: z2 i/ ] // Return the results.0 F0 R5 K6 Y" S
return returnValue 3 p- I8 c! n$ _& Z, h0 c# Y4 |2 y+ M/ ^
} 5 `2 k& h6 V+ Q5 z & y J3 ~5 n# C7 R: \ /**$ T' b8 L' h+ `4 @7 S- }& x
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* This is the step behavior. 9 k6 U7 R4 {# h, J' m * @method step 8 H0 U9 h. c4 e8 c3 Z" r( m * 5 d6 N b; N. Q+ p. E; H */ 3 F( M7 m# i7 x' M y# d7 S7 ` @ScheduledMethod( " l2 M: R3 ]4 Z5 e) L- w- i' e start = 1d,7 Y1 _2 H$ y5 g6 p2 W F" ^
interval = 1d,4 M, Z p: T, |9 g
shuffle = false 6 P7 ^( ]0 M5 O( c, U )5 ?% R& p, R% _5 k: m6 K% \9 X, h
public void step() { ( }% }' G1 N5 K3 e7 r9 x0 ]% E
// Note the simulation time. : ^) {! |) o: @ def time = GetTickCountInTimeUnits()) q2 k T* H7 p2 y6 d
" i' v$ [6 N' ?% { // This is a task. # d0 m' |9 s2 B measurePressure=pressure+ RandomDraw(-20.0, 20.0) ) B g* S* p4 S, f9 ]' [* o // End the method.$ Q, _% S. u8 m/ P4 D6 W
return 2 G7 B( ]& e( M2 a3 D! f& s / T5 B" X$ K. A( c: T" C }