在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 `; n8 F9 O% U$ t9 N* e
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")* }: R+ @7 b, C( f& b e5 y
public double getMeasured pressure() {" D* }/ l1 ?; |1 V( B L1 p
return measured pressure, w( `' L2 B+ F* X/ ?* ]
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public void setMeasured pressure(double newValue) {8 `$ P1 ]' \; q; u8 r, Z" j
measured pressure = newValue % L7 g! C4 ]3 ]+ Z6 d }4 K. W9 H* C4 R
public double measured pressure = 0 ' a* ~% c5 w3 S0 _+ V* M! O( Z( F
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* This value is used to automatically generate agent identifiers. 6 j& t# O9 n) I+ S( d8 Q3 g * @field serialVersionUID , G9 m) O0 w; O$ i( H * 4 T/ _ Q- _0 D; U1 _4 |9 D9 z0 y */+ J# F( Z& t4 X" j) p2 O* j0 u
private static final long serialVersionUID = 1L6 k' s, p% ?6 v5 d6 y* n( O9 `
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* This value is used to automatically generate agent identifiers./ z- o, ^* ^; c/ W6 }
* @field agentIDCounter . D, N$ a! G/ X* n3 ~6 u *' h. }3 Y4 }( u E5 l4 D
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protected static long agentIDCounter = 1 / ^9 S; S8 x+ U) I6 _. f# j3 w/ F3 w/ I7 W' {4 b' J& u
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* b! c, @ f3 ]; X * This value is the agent's identifier. 0 j) ~; _5 g: r5 x% P * @field agentID6 o# c( U7 k" i+ J' o2 s
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protected String agentID = "GasNode " + (agentIDCounter++) 0 v5 t( f7 V* J( ]2 H* n3 i, U3 y6 Z; x8 T. X* V* x- J- a! H) T
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* This is the step behavior. % E9 \9 ^. ]" W- H5 ~ * @method step: G" F; h4 Q8 y2 R6 n. Y; N
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@Watch( , L7 Z' m+ a# r0 R3 @( B watcheeClassName = 'infrastructuredemo.GasNode',. e& p# d# `3 S8 B1 X
watcheeFieldNames = 'pressure', - ~ n$ \% l# Q) [* L$ C/ l; O query = 'linked_from', $ T/ S( Y: u/ M# f! F; a# A whenToTrigger = WatcherTriggerSchedule.LATER,- R; b" x( H, ]! {
scheduleTriggerDelta = 10d 8 H, o3 m6 l" t+ Z3 G. j4 r8 F ) ! @7 o$ g0 Y+ F" H public def step(infrastructuredemo.GasNode watchedAgent) { + a" |1 r e9 t$ r& v 7 K* X+ u i3 }0 \# z5 D // Define the return value variable. 1 z9 X f7 U6 g2 M* v2 @# ~ def returnValue# x; v. z6 ~4 X! n( M5 N
4 l ^; G, G3 N; f7 `! k& o // Note the simulation time. 4 u* d$ o, W K! k: | def time = GetTickCountInTimeUnits()6 n; o5 v, \: @. l' H7 v1 z* ~8 X
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T* |$ I F- X. W1 e // This is an agent decision. % q3 v* \: @$ u' j1 F1 ~/ Y if (watchedNode.pressure<200) {4 l7 o' ^2 ?! ?
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// This is a task. # o; Z t. C9 z5 } setPressure(watchedAgent.pressure): R% r% P. M& U/ h7 d! J) V
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} else {+ O. C+ c, f' `' v
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} / Y0 v# W+ Z4 | Z$ y, Z // Return the results.) E8 P ^. ~% m# m1 b! Q- o+ \; B
return returnValue1 Q1 d s9 K$ Q6 \
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* This is the step behavior.0 a/ E/ `! B. z# O* G
* @method step 5 b% I* o; Z8 T' f. D * ) u) y3 k0 a. \ */# I+ G8 B- D. Y" Q- h5 f+ H' t i
@ScheduledMethod( Q6 E6 r$ o! v7 V2 N. g% y
start = 1d,- q6 J8 M$ q( b% V- p
interval = 1d,) ^) R3 S$ }8 ~2 F! _* f$ H
shuffle = false! v; c: a( H V0 u
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public void step() { 3 l) [/ j' i9 L8 w# ]) j% C, E% I3 l! A) e' _- E. j6 B
// Note the simulation time.& z1 [! ~' o3 y9 s8 N& t) M
def time = GetTickCountInTimeUnits()" V% a# Z9 l$ S, u' h
3 a0 m* T2 V, n( c // This is a task.) [# D! S' M* _7 X: Z3 w- Y8 j
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 2 J$ K8 f( p% t // End the method.* z: ^' Q) X% m6 N2 o
return ; _2 \3 @6 ]2 f9 j, n ) u% P0 Z7 `7 x2 ]* Y }