在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 3 e' {) c( q: M" U5 |$ m8 j/ p# S- c
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") + W+ V% x! K9 E2 z' ] public double getMeasured pressure() { t+ w6 }2 H7 t' F7 X return measured pressure9 U7 Y# ~9 X/ r: f9 y; H
} - a2 }. q% Z. w; @) g, l; R7 v public void setMeasured pressure(double newValue) { % u) X" _5 x* e3 `1 P measured pressure = newValue9 l0 Y: F- w8 P' [3 \* q
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public double measured pressure = 0+ v; @' E1 J" J7 h8 B
' `; Y% P- s# h, m2 j /**6 J1 i! H+ n, u7 Y- j3 q
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* This value is used to automatically generate agent identifiers. 5 Z. F7 R6 u H7 u * @field serialVersionUID# Y6 N/ ~/ }' b; n8 [. P
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private static final long serialVersionUID = 1L$ K4 X- B# I6 p7 Z* j2 V* U3 v) E. i
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* This value is used to automatically generate agent identifiers.* M [+ C+ A" A
* @field agentIDCounter $ [* U, ?$ @0 e* Z( e *: z; N1 O) G7 j/ L/ u
*/ $ c* i' c: P1 F# e! b( ?+ N protected static long agentIDCounter = 1# Y' N( N$ ~7 }* U1 y0 I* H- e7 y
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* This value is the agent's identifier.4 a* p# s1 i& r! F9 z4 v/ I. }
* @field agentID4 {% e0 L4 Z. e% @" C
* , W8 L. T1 u, A: t( s. G. Z */* M3 M, a% G8 B4 q- q
protected String agentID = "GasNode " + (agentIDCounter++) ( i( u1 }% t" ?: p2 `4 T" k _3 t/ D6 |4 j$ U+ l; a, {6 M /** p4 ] _3 _( a3 Z% r, M. p$ f
* 6 @# k) k- l! ]3 z * This is the step behavior.: K5 Y/ F0 ?# a2 P; [) r
* @method step% m8 ]3 u' L+ Q7 p! Q& R4 i* J5 |! P
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@Watch( , k5 o7 \) C4 p# \ watcheeClassName = 'infrastructuredemo.GasNode',. T' V- j! c. C9 A9 e( H9 S: Y
watcheeFieldNames = 'pressure',9 [: E2 E- l8 E- o
query = 'linked_from', + x5 R2 h0 P8 R9 N) s whenToTrigger = WatcherTriggerSchedule.LATER, 4 L) w) j: J L scheduleTriggerDelta = 10d ?$ q. H/ k0 u, _+ o5 p
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public def step(infrastructuredemo.GasNode watchedAgent) {. Y4 x9 S) Q8 q% a4 o
& N, D+ M$ {& @& W S) q // Define the return value variable. 3 r( c* c+ L6 t/ o2 e/ ^. ~ def returnValue0 y% Q) F- ]# Q- `
A, V) o! j5 p1 T // Note the simulation time. h6 P- z( b. }3 a9 o' Z def time = GetTickCountInTimeUnits() 5 q+ }$ z! j1 i/ F/ }5 _7 G7 E! O+ E+ U- t- O" S, I: d
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// This is an agent decision." h5 w I5 b% G' _5 \6 ?" c, k
if (watchedNode.pressure<200) { $ b: Q& p! b6 y% A$ X( z4 V$ I3 K" i 3 z9 i( \& ^; [& n4 v4 t: V/ A // This is a task.; y2 ?& Y" y, f9 J# ^: A6 w1 _4 u
setPressure(watchedAgent.pressure) / I4 v9 U2 o. h9 ?/ ` : Z3 q! v( ^( Y* |0 y. Q: g) m } else {; v5 n- r, O# N" `* r
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} 8 r6 m, I9 \9 Q9 v( q) M3 A# l // Return the results. 7 H- e( X: j+ N# a& Z' I return returnValue- X" y/ |, g* H1 D% p2 s0 ]) o
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* This is the step behavior.7 g6 Z8 A, g" C" ]. R# E+ T
* @method step) X( z& |8 y! V8 J8 E
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@ScheduledMethod( J2 {" o T5 X7 I1 M: B
start = 1d," c& t, i5 _4 F& q
interval = 1d, % F" t! c! v) `% U& ? shuffle = false7 \4 X; `( j% x% x
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public void step() { r2 b2 ~% H8 A/ y5 S6 a3 F# h! O& t$ q
// Note the simulation time., t% o: G; z( c7 a: l' p2 W0 D6 t
def time = GetTickCountInTimeUnits()$ M& u0 V/ k3 @! }. p
' w5 n' }8 z2 z' Y, t& p# P3 e // This is a task.7 M" ^0 r- R9 z' L" d$ \& p$ ]# U
measurePressure=pressure+ RandomDraw(-20.0, 20.0) % U: F" [ S( [6 A // End the method. m6 N P- ]) t
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}