0 A b8 W! ~! O- N0 X* P" Q" f4 p@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") z1 F; B' t7 p1 @ public double getMeasured pressure() { ' E' D; C; a* o/ v return measured pressure( l! |: Z" J& H' P
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public void setMeasured pressure(double newValue) {& K) \6 N* x' [- \
measured pressure = newValue ) A. y8 m+ r4 f K }' S5 f. e% @& N* j. P
public double measured pressure = 09 ?+ _% J4 ]6 b- M* G" }) Y
. o' W- X% `! `& z; }) X0 K m /** ! L5 D7 }4 b4 n; @) Y' ^8 K5 X: Z1 | * 1 R" P7 E W- P4 |$ W, Z * This value is used to automatically generate agent identifiers. 1 g" j: D9 s( P9 ~% f6 V. O; } * @field serialVersionUID, g4 f! j! E/ N* U3 n
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private static final long serialVersionUID = 1L+ t: G& V: J; n+ W' j
2 c# u- g2 e: N5 B /** & t9 U& O+ p. c( a *. X. f7 @6 [3 t4 V
* This value is used to automatically generate agent identifiers. 0 l0 B. A$ S+ T * @field agentIDCounter% s4 a% H- F4 d9 f6 o! g
* 4 _9 o# k9 ^# H7 i1 x# ]3 q */ ! v9 I# p! ] O9 y protected static long agentIDCounter = 10 |+ X @) p* [5 {" V* q
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* This value is the agent's identifier. 1 I: Y+ ^% p# r& E% g * @field agentID + p' r2 d! V4 d, r A *4 J/ H% r) p: f. ]
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protected String agentID = "GasNode " + (agentIDCounter++) . g+ |2 K; X$ d: T2 Z4 h [+ U, s7 Q; q w
/** : d4 O. u) z+ E) A% B$ F. ?5 |: `/ H * 3 N% n6 C* |9 n$ C3 ? * This is the step behavior. 9 F( o P' G8 V* k6 k2 Y" w * @method step7 B9 N8 S& ^% |3 ]( }# K% `: p7 z3 a% Z
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*/ , u9 H1 B2 V% l( l7 _: P @Watch(# {5 w+ E7 ^) A0 X* \9 F( [' h R
watcheeClassName = 'infrastructuredemo.GasNode', 7 H4 Z2 L7 `: f: L( Q T# {9 W. y! \ watcheeFieldNames = 'pressure', & B/ v. P+ G( \7 B! r query = 'linked_from', 7 [) f% i! B7 i! H4 I3 y/ F whenToTrigger = WatcherTriggerSchedule.LATER, 1 I% q; @8 f( C4 n8 d6 v: q! ~ scheduleTriggerDelta = 10d R$ J0 m# ]9 F; O% z8 G, J
) 2 [8 l J% v6 q6 o5 { public def step(infrastructuredemo.GasNode watchedAgent) { ! L5 P! X, |* I9 P ) W5 x. P* ^ h. z1 K8 S* j // Define the return value variable. 1 _' K7 p# h! h1 h+ V5 u def returnValue $ I: z+ u, t! S* Q! t3 X* J a4 Q
// Note the simulation time.9 I, s; y) z# ?9 \( j+ j6 t
def time = GetTickCountInTimeUnits()! }& J( r: W$ S: g& F
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// This is an agent decision. 2 O8 @9 r9 a3 K5 B, P. ] if (watchedNode.pressure<200) { ) n% g0 _; I+ e- o5 Y0 l8 d * N* N$ _# g3 D/ r8 E // This is a task. . E0 V% ~8 Q/ d setPressure(watchedAgent.pressure)+ V( P* Y6 |# y% Q- F9 O0 B' O+ H
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} else {8 \9 G+ h& W. Z6 D5 s
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; Q5 W0 A. [2 V, P7 B [. Y } ' H" }' X7 O( {' z // Return the results. 4 E) Y4 I1 q$ k9 ]- d8 o return returnValue+ R7 m& X' s$ u- r: P
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* @method step" l0 Q4 T( S3 i) G5 |
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@ScheduledMethod(' l! l" p: n2 I
start = 1d, 4 a4 m# z+ a* v: ^$ j2 g interval = 1d, " d% M% @+ H8 J. a shuffle = false9 _% u. [2 f& C ~ n7 p& |
) & m" w$ t7 K' _+ x2 X public void step() { 6 k; `9 I# G. G: V 1 w) z& F) h5 V3 ] // Note the simulation time.; i8 v8 j9 Z7 a0 x( I0 E- U
def time = GetTickCountInTimeUnits()( @) ~; a. a" O- @. g+ O7 K
1 g5 z3 u6 i. X // This is a task.$ M1 E* t3 \# \2 t5 F' `. g* k
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 P' V1 k; ~: v# L8 _ // End the method. # q$ G% M$ U* s; I# S/ d return 9 c! h1 S: n& r2 d4 J$ r : }+ n7 \+ q5 j8 c- a }