4 x* P* g. C8 X& r1 W; A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")8 t- ?3 A% _7 j% {* K- H
public double getMeasured pressure() { * _! F3 F2 X$ B( ~2 Q7 Q return measured pressure9 @ x; a% _. J& P( p* x
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public void setMeasured pressure(double newValue) { ' n7 x: y' J0 z& Z measured pressure = newValue! f, f$ ^6 }- X: V$ b! h/ a! n
} 2 O6 L! l! e) j6 L) J! n public double measured pressure = 00 V% c! p' ^% `# e. C
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* This value is used to automatically generate agent identifiers. , C' x6 B8 Z. l1 Q; P1 p8 U2 M) ^0 a * @field serialVersionUID : O+ W7 [. B1 ^1 C2 D# u3 c/ l ** K9 U& T6 U5 ?1 y% D
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private static final long serialVersionUID = 1L: G+ ~/ y O/ b6 r- I
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/** ' D' A q7 Y, S9 w+ ?6 T) R, l$ c! o *- g' P( F% I4 Q2 s
* This value is used to automatically generate agent identifiers. / i/ q5 m! e3 B+ E( o' U * @field agentIDCounter4 i; E% f; g: h
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protected static long agentIDCounter = 14 s, k8 E* S9 d8 }8 V7 {4 ^+ n0 B
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* This value is the agent's identifier.3 K$ T( {% P. {
* @field agentID 1 s/ k/ s2 ]' I3 O# d: X: e * 0 P3 S* E+ j- ^" d( E */ 0 ^0 k$ J6 n, k% f3 F o5 r4 r; O protected String agentID = "GasNode " + (agentIDCounter++)+ n) Q- U3 x' r Z: Y. T
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* This is the step behavior.; L/ o+ \% D" M6 k5 @
* @method step, p, G7 i& J0 d& G, U
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*/ : ]% T& p% X5 S1 S2 f3 W @Watch( # M' ]+ @) Z; p7 o6 a' Z% W" q* u- h watcheeClassName = 'infrastructuredemo.GasNode', % h* H3 n# E3 Q watcheeFieldNames = 'pressure', % [- S4 g( X% \: r$ Z1 w# A0 k query = 'linked_from',; i F! `7 r- E: d: d
whenToTrigger = WatcherTriggerSchedule.LATER,5 W7 S& |* P1 J: Q' M
scheduleTriggerDelta = 10d / e, b* J# x& k8 |8 L )8 w* Z2 X' J: J9 v$ `9 r$ J
public def step(infrastructuredemo.GasNode watchedAgent) {4 w# H) ^/ X X& p4 z, l
7 U0 l4 j8 l# p2 ] M$ d0 b // Define the return value variable., ^ U7 }# Q! R- Y( w8 {4 X9 E% c
def returnValue0 U* z& ]. @) N- h) I; D9 Z
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// Note the simulation time." o0 I# P! S8 Q& x+ ~! P9 H
def time = GetTickCountInTimeUnits()" a, e1 ~7 `6 l3 q p
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+ ?* _) s; V1 l M1 v" i // This is an agent decision. " y e8 j) W6 u+ g% K7 w if (watchedNode.pressure<200) {" J/ m: Z" T' l6 X; X, K% s: @
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// This is a task.# b3 G/ o2 s+ _& U
setPressure(watchedAgent.pressure) ! w* J8 Q/ t a/ P# ~$ F+ N. R. ^* n . y" R6 A$ E4 R6 ~, T8 I& M6 P% Q } else { ]- C; _8 }( e) g: f% W
. Q' Y; ?+ o) q . b, A d4 g/ W2 Y } ; O2 Z4 D2 C# p- |. h // Return the results.4 V% u# D6 T5 u7 ?4 w( i2 M
return returnValue 2 E# i- R: q' N0 f& s / q; |, z( m% G) n' H3 { }2 S4 u# p$ J, x! {. m9 H
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* This is the step behavior. ! P/ ]- j( u- o% f0 T/ B+ l * @method step$ c# m3 |0 d5 {: D5 ?4 e( w
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@ScheduledMethod($ V9 I" u: A7 e4 U* ^+ k
start = 1d, 4 T4 ]9 x# j% W9 o( I interval = 1d,; J8 e* {. j$ ?2 N+ B
shuffle = false, c* {- m7 [# h0 @# _
) 0 e m: \# v! S4 S public void step() {1 X9 r' {$ D) i4 D' f
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// Note the simulation time.; W0 U0 r& R K. o% t7 F$ z1 n
def time = GetTickCountInTimeUnits(): M1 l( A; I+ ^2 d$ F$ b% A. r* a
3 S- U0 T5 h% v. K4 T // This is a task. M. e0 o/ e2 V3 T7 n8 n$ ?4 y$ h* n measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 o$ `# Y3 ]$ w' G0 t. O7 F // End the method. , f% Q1 e* I3 @" `7 j* I% h6 O8 ] return " k9 X9 C7 {4 C* ~% }9 V+ S: s ! J0 ~. t h5 j- S0 L }