0 N3 {8 M5 K' V# o$ x 0 \; B% e3 A! S@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")4 r: {9 {7 `+ X( T) g" H& @
public double getMeasured pressure() {6 I m" H6 L) a" i! B
return measured pressure 1 M" M5 ?. Y' y$ ? } Q4 B( r8 H6 ? d
public void setMeasured pressure(double newValue) { ( ^* Q0 f4 l6 |- P' C, ]" X measured pressure = newValue2 K. X! o( g2 O% e3 p" `
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public double measured pressure = 0" ~4 T5 Z; f4 Y3 V+ o
. ^( z' S f, |# w8 k, ]% o /**; o, W! B9 a" r y2 B! Y+ Z
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* This value is used to automatically generate agent identifiers.$ B' W3 ?7 R2 S2 B1 X3 ~2 U/ ~
* @field serialVersionUID $ P$ F3 F- M+ U& d; B) D6 i * " A) _* R A: } \ */ / q8 k, ^/ e4 ^4 n" X+ ?2 D% n private static final long serialVersionUID = 1L Z* R0 X0 Y6 ]/ ^$ m" C3 o1 l, m * n$ `1 e8 C. O- c1 l /** 2 C; d; G$ X r! d9 b: W * 4 P+ I# ^$ I. M6 w4 o * This value is used to automatically generate agent identifiers.+ \- Q# R4 t5 O. |; b! B3 p+ d, ~3 @
* @field agentIDCounter, x* g8 a( q, \) }6 P5 G D
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protected static long agentIDCounter = 1 . H& l' ?3 l) M" t9 h# c o* y* A5 e( Y# B/ {7 `. R W' i /** 9 v; g# P2 O: H, u4 K3 W9 b% r& @ * ! P( S$ C7 n2 h. M1 V+ V J' I * This value is the agent's identifier. / }" G0 f2 r! m * @field agentID' z# [4 ^( J3 Q4 s5 s% U+ P
* & m! \% |) Y N, X( y: i* h8 @ */ ) S* d; d4 e7 J protected String agentID = "GasNode " + (agentIDCounter++)- o1 y, N2 y1 p) Y
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/**: M, {' R( Q2 N3 O8 c/ P! `* U: a3 `$ L
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* This is the step behavior.& x/ C9 z8 O9 S3 C/ w. d
* @method step& h* A: }1 M4 E
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@Watch(& |, }2 N4 s( ^& M
watcheeClassName = 'infrastructuredemo.GasNode', " V0 ~; y5 w+ N: E) T4 o watcheeFieldNames = 'pressure', 2 i T& U) ^$ N+ D$ i. P n: r query = 'linked_from', + W( N: @ M+ | whenToTrigger = WatcherTriggerSchedule.LATER, ' b q" x8 W U; y3 x' |4 H' u scheduleTriggerDelta = 10d5 E7 T5 o+ x" F, P. ~% S0 X6 W
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public def step(infrastructuredemo.GasNode watchedAgent) { , J1 z9 r! f5 s z! v. G* X9 B$ ?/ n+ B5 _! h T
// Define the return value variable. R1 Q$ b9 G7 y3 k/ }
def returnValue ; K/ D Y) S$ }2 K , n2 k9 A, G G) z9 @" Q; @ // Note the simulation time. A1 i- v6 K2 I) |* ^" G$ r0 ] def time = GetTickCountInTimeUnits()5 u: D* I) e9 z# O P
/ G- {3 j$ c9 T4 v2 a( N, Z " `3 l9 K" d1 Y" I3 t. e% X2 p // This is an agent decision. @& U7 w6 M/ ~
if (watchedNode.pressure<200) {2 p4 S# x9 K, t; S! M
& G5 v5 C% q. n // This is a task.7 L- d! i! p$ ~/ x' z
setPressure(watchedAgent.pressure)! _0 Z" D8 |$ G7 Z8 z