在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 # a: f0 K) l/ t+ X; t9 ^% c8 ^- H& j* S
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")$ z Y8 n' R$ _/ m- U3 M( e
public double getMeasured pressure() { , o$ A$ Z1 F M2 T return measured pressure 8 ^2 f; u6 b6 e" y/ w$ t- t }3 V& L5 v8 h1 X% R7 }1 ]! m
public void setMeasured pressure(double newValue) {, I$ n& T( D% r8 |; `* Z
measured pressure = newValue9 Z' L1 o! m. P' t8 i1 {
} * t9 G& _( v l( l" \. F public double measured pressure = 0! v% z& J3 q1 N d" K7 O
( D1 B8 N# @/ {- `: I) m4 u3 ~ /** ) U6 M: k3 r, Y1 s5 ?6 U' H3 O *2 [& {" i0 J7 J$ \9 T+ G
* This value is used to automatically generate agent identifiers., K" e' t1 l( y7 w! x: e
* @field serialVersionUID( W$ q1 z! v! [* o
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private static final long serialVersionUID = 1L 3 v' c+ j% I6 s0 g% v# @8 h+ t3 T' r* T* i8 i! j V# w9 K
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* This value is used to automatically generate agent identifiers. & i9 ~9 |+ M/ p$ U4 C. e+ q * @field agentIDCounter . \4 I, Z) g% u% Y *0 ^$ M" h1 J7 N; h6 s" n5 t
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protected static long agentIDCounter = 16 \6 `$ v5 J# ~7 }' `
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* This value is the agent's identifier. / T( \6 K# q, w- J- Y * @field agentID ! M) k6 O9 S p8 j *4 F. Y' p6 N; @" O0 s+ B: i
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protected String agentID = "GasNode " + (agentIDCounter++) 5 N, h8 k6 r4 v0 c: G3 \9 u2 V' H3 u2 [1 H
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* 7 g# S9 N+ T' J! z6 g2 r * This is the step behavior. / B6 s' \% [4 T* L! p5 v. P * @method step " d* i, ?0 ~$ j" n1 W$ C$ n * . f* G; u! d" r& Y# P$ | */* `, D/ z% ^4 u
@Watch(8 w. o' A+ `0 V7 Z/ K; e
watcheeClassName = 'infrastructuredemo.GasNode',* _ `% _2 U$ F, h* g
watcheeFieldNames = 'pressure', 3 M2 v, ~2 ^& Z9 R- j query = 'linked_from', 2 Y+ o5 z3 D+ @) a" ]3 b& o" H whenToTrigger = WatcherTriggerSchedule.LATER, ( o6 a. I% v2 J$ X' m0 [. V scheduleTriggerDelta = 10d1 Q, p) y; Q2 r1 w
) % Y' V; h$ p/ f: S! R0 ?" w7 R2 I6 a4 p public def step(infrastructuredemo.GasNode watchedAgent) {' a6 o' ?2 m9 W1 q Z7 y* H/ f* u
8 Y2 t' `2 z+ B1 v! {: A$ o5 k // Define the return value variable.# c' M" o- K) W1 H7 r/ Y# j
def returnValue% L H% f( e' ^* t! c& G
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// Note the simulation time. ( g1 S# w5 [6 M- ^& d def time = GetTickCountInTimeUnits()% B8 e- e4 Z3 t2 V: D+ M2 l/ C
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// This is an agent decision.6 q( ~; h+ e, w: ^
if (watchedNode.pressure<200) { ; P; E6 M1 c6 W/ o, ^7 F) J+ K& U% v. X
// This is a task.$ X g+ K/ Q# s$ s) b
setPressure(watchedAgent.pressure)) x, j" ?- p& L* K! Z- H2 G$ j
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// Return the results. * `) @/ K# ?3 c u& d8 a8 _; K+ V return returnValue7 Y% h/ ^ U2 ^. ~5 O( l
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/** 0 `% [# r% F2 I9 d9 c * 6 d+ Y# ~2 A. A; y6 l * This is the step behavior. 4 p' v2 J' D; v' d) Z+ M * @method step/ `% F5 a% ]2 a1 A# A8 s
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*/ 6 P a7 V& J5 e# L- p8 N @ScheduledMethod(7 Q9 i: f. I: ]& }2 M
start = 1d,8 Y3 `$ B, e! z4 E/ A ?( W
interval = 1d, J. C) w8 c# X0 s& f( ], E" u shuffle = false + Q; X! q& F( U' J1 L9 j ) & i5 t. u" [4 V I: t public void step() { ) Y* Z2 C/ Y/ E, I4 y, d- C/ s* Z$ y- Z& O% V
// Note the simulation time.0 K* C) V7 K+ e; ~
def time = GetTickCountInTimeUnits()0 Z) ?4 ]# }6 O* D% N
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// This is a task. " Z+ o' I) h. h% p measurePressure=pressure+ RandomDraw(-20.0, 20.0) ! b% d+ ^$ u- t2 c8 j // End the method./ Q' S$ V* d! a% V& G8 N: x/ M
return8 w8 L B* y- H3 _