在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 9 x# F5 ]* b/ L, |* g# r- ]& ^8 V( F' k; g: v0 D2 I
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")" n, `" z2 i, L* }! l& q. S* m+ e' F, m
public double getMeasured pressure() { " n' M7 m1 S. s2 P) ]7 \ return measured pressure ' G5 r; T" ?* }, r9 H& @ } + C2 ^$ I4 D8 Z/ H z. A" |8 W public void setMeasured pressure(double newValue) {8 R, c7 S* n6 S
measured pressure = newValue+ E( O: a& S1 Q7 O) G3 j: T
} # J9 c! _/ r5 r+ h4 x+ b/ B public double measured pressure = 0: I- @1 F U" H' g! |1 X
5 y, ?/ E9 m1 d# s* X# w. D /**: v4 P R2 h& I6 U/ ^9 Q
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* This value is used to automatically generate agent identifiers. . r" w# n! V, b' O& g * @field serialVersionUID / s, a1 ?' M. s f7 @ * y5 }* z& M |* k. O2 R% J
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private static final long serialVersionUID = 1L0 L' I7 ?1 {3 y
2 ~1 u3 I8 o+ |* s# G7 T; k /**; S0 j, [7 ]* c& Z
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* This value is used to automatically generate agent identifiers.& p4 W- {0 X, }( L3 S
* @field agentIDCounter9 V _9 a5 v! Y) D2 D0 H
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protected static long agentIDCounter = 1! d i. J& w! w; ^% o7 j3 Q
, F4 v- e! c+ H3 z /** 2 `9 }8 `" f1 m# _ * * E3 i9 y: T2 [, C. Y2 m8 H" i) W * This value is the agent's identifier.. S, F4 b- n% h" r1 @6 [
* @field agentID2 ]3 o( B. e6 X5 p0 L* X
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*/ % ?# n" l3 m, U8 j( D3 C protected String agentID = "GasNode " + (agentIDCounter++)4 f: X( O; z" T3 r( |1 G/ j
2 H+ [( ]* X. ^; t" f" T /** 9 {- p1 p* l7 R: d *4 u- q- l6 }% f. S# Z) H
* This is the step behavior. - v1 J* Z( `! e * @method step & k' _: U' o6 G( h( P; D% O *! F5 t% V! ~5 V& {
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@Watch( 2 n% w; l( v: T* d( C2 N watcheeClassName = 'infrastructuredemo.GasNode', 1 r1 K* E7 g0 d+ Q d watcheeFieldNames = 'pressure', 1 a9 T; w; \; a9 x3 f- s/ A' E query = 'linked_from',$ M' I1 r) Q) |2 k/ j
whenToTrigger = WatcherTriggerSchedule.LATER,: Z& ?2 S; h% u8 A7 t
scheduleTriggerDelta = 10d6 d8 Q, Y8 k* c2 q
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public def step(infrastructuredemo.GasNode watchedAgent) { 5 w" I6 X1 d# j, ~6 z+ W: u. Z: J1 t* R
// Define the return value variable.% L6 x% Z0 L' I p1 O( T
def returnValue ( Z- ]% E6 V" k) q' W9 h( z' ^/ z6 n
// Note the simulation time." @' Q, t+ E+ {0 `2 q
def time = GetTickCountInTimeUnits() " J9 a* }, Z4 A {6 w, B, W0 a- j5 F( v6 K D( p
2 i+ V9 z' Q1 ]: s# y q; o // This is an agent decision. . S1 D- R' U$ d if (watchedNode.pressure<200) { 5 H' n I, p) c# h j# |6 Z+ B ( V" k4 d. _& b' v$ W0 C // This is a task.' `1 a3 W0 R* I _* p! a/ X' ]
setPressure(watchedAgent.pressure)! M' s2 M# m7 v
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& U% S% L/ y4 ?" v ( q, F8 N& o6 f% G# E0 M @ } 1 v; n$ K2 a: D9 x0 U // Return the results. ! F7 }. U$ | t9 U return returnValue ; d$ M" n: l! @6 G7 P7 ?4 [' p( L( Q& n1 t* z: G9 r2 F
} $ W! m9 ]# J: g 4 G1 W( ]' e$ h7 t /**, C0 _8 ]5 M, I
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* This is the step behavior. 2 @# D! n/ l4 J7 e: Y * @method step . C0 s4 Y( R9 m6 D4 Q *7 [% W% K& {9 ]$ i1 X- i, i8 w- I
*/ 1 w4 u& Y& |' N( v" m1 E @ScheduledMethod( - a, ?- O9 {8 g3 } start = 1d, % N4 u: E, s# z4 x9 r3 X5 W interval = 1d, 7 Q1 e4 B- |$ e/ D shuffle = false / W4 W; U( }: ~) @ ) & h9 Y% j0 j0 ]! S0 R2 |/ Q public void step() {9 g# \* H; N9 x
& b! |! X' H5 o$ s! a& a // Note the simulation time. ' ^9 }. @& X+ N5 X def time = GetTickCountInTimeUnits()/ w( E& f3 d9 `0 K& v: H
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// This is a task.$ U# B# N1 Q$ a0 g) g
measurePressure=pressure+ RandomDraw(-20.0, 20.0)) Y; m! d. P2 w$ D! C8 v# x
// End the method. ) w5 o+ s; h* ?3 b& n. N return6 F8 [' g2 r& a5 F! T* W