在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 , h) ]1 n, n0 X" S$ C. R$ N B8 q9 V) z1 ?; i6 G& G* `6 H
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 4 ]% u7 ]! i# H H9 E. }9 { public double getMeasured pressure() {" ?6 R; F4 f4 x: @
return measured pressure q" o7 N5 ^. W0 e! l
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public void setMeasured pressure(double newValue) {5 V5 b0 z' a2 Y* u5 \
measured pressure = newValue4 @* N! X1 ?) ^
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public double measured pressure = 0# |! F- G4 c0 [- P1 w, ~8 R5 x
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/**, c# k7 Z1 t" A0 u+ O1 u) T
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* This value is used to automatically generate agent identifiers.+ [8 f W5 Y+ }
* @field serialVersionUID, g; m* q2 _' O3 R' A
* 1 z" `, U( e, f/ z9 ^ G! x */ ) K' H9 H! t. ~! w j8 z private static final long serialVersionUID = 1L4 s5 f7 h# K5 `4 Q9 D
$ \8 \* o2 V7 \5 Q" S' e /** + `! v: Q) A0 G' H *: j3 e! v9 a; O
* This value is used to automatically generate agent identifiers.* p1 [7 i9 ~0 w8 j5 b7 e7 Z
* @field agentIDCounter: f1 A2 L! }# ^6 m
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protected static long agentIDCounter = 1 & y. K4 s- x4 u) o9 n + }; t$ @7 W# z: z2 ~5 ? r /**: U- t) u6 d! Y6 _0 d/ n$ \
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* This value is the agent's identifier.' w+ m4 x# m% g( K+ |! |
* @field agentID! a$ |8 K, x2 y4 \+ S
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protected String agentID = "GasNode " + (agentIDCounter++) + o% d$ o2 i! Q1 S9 ?* q+ M( G- ]5 h) R" f8 d; }" t8 h
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* This is the step behavior. ( A5 o F% i ?% M$ ?% g8 U8 ~+ q * @method step) w+ p3 H" L' f4 Q% _+ o
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@Watch(5 r" p5 E! M# s
watcheeClassName = 'infrastructuredemo.GasNode',# x' w: E( h' N! V5 K' F* O7 r: H
watcheeFieldNames = 'pressure',1 t* y. @& h' s0 g/ c
query = 'linked_from',) U% S: |8 j) Y9 K
whenToTrigger = WatcherTriggerSchedule.LATER,* |9 p& C7 j: R
scheduleTriggerDelta = 10d F9 f: s: ~( j- l; o/ s+ W0 S
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public def step(infrastructuredemo.GasNode watchedAgent) {( T6 s& m! Z9 B0 H) E. O
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// Define the return value variable. * R1 @8 R) G! Q( ?: d0 A$ ` def returnValue 2 T7 C% {; g4 T$ S4 x# [7 \/ K! T9 _4 Z7 w! I4 U# N% @, k
// Note the simulation time.& j0 Y5 _, C* F& v* `
def time = GetTickCountInTimeUnits()! A3 p6 g6 S! P8 j0 A
; E5 e' v' I! o r7 R# e7 o: U! F + A) d' P6 V' K" V1 L // This is an agent decision.6 H& i' m0 L# t4 x0 }( B8 y# H* R
if (watchedNode.pressure<200) {. K( t6 M) o& R G( a; R! f
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// This is a task., _, B& r# g, z0 k
setPressure(watchedAgent.pressure)& D' ?# h: ]# b' J+ b" j
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} else { 5 ?# @3 g2 b' S+ L7 B) a ! U7 e# A$ z; f4 S. b0 M/ x# w/ N1 i0 ^* ^, ?: T4 \
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// Return the results. . \! [$ Q; [, |0 X$ i7 R. W4 } return returnValue8 f: ?/ y9 ^" q: q* {. G6 t
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/**6 J( p( c& \; A, C
* 7 ^' K0 H8 r& g% X4 s- [ * This is the step behavior. " A; d1 _* q$ x6 Z1 U * @method step6 Q. A* P9 a2 T/ j; p
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@ScheduledMethod(: M# T, |$ ^5 q5 N
start = 1d, 2 p& I, b, h$ k g9 M/ L- n interval = 1d,, z/ o a5 s; O' C: x
shuffle = false! v' e% {6 N. _
) / Q- V' R' O3 |0 O7 ?7 C public void step() {0 Z4 Y' u- [3 J0 n
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// Note the simulation time.4 T7 l! a+ M( K' a& M
def time = GetTickCountInTimeUnits()" A4 _3 x0 ^' j( M# p/ F* E
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// This is a task.9 j# K3 ^ X' f4 v' T
measurePressure=pressure+ RandomDraw(-20.0, 20.0) + A5 L) E; ~1 G) s, S // End the method. 3 Z6 W/ j5 w6 H- t4 x, y return w9 o% N( g6 S1 M( d