在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 % S, e$ O: C7 `9 O9 u1 h6 V1 R
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") / i" N; ~- Z: @; v* c public double getMeasured pressure() {$ t% c o4 D6 c8 _! w( q
return measured pressure 1 f) J6 l! _+ U4 h# C9 M }' M/ T) f# t$ P* X* Q- Y
public void setMeasured pressure(double newValue) {! U) w, Z# \. C R' R, ^
measured pressure = newValue ! Y5 O; i1 h4 ~8 @: c* i( Q }- [5 v! P- q9 Z0 D7 ~7 ?
public double measured pressure = 0 3 O8 {7 B5 O5 ~. u. P2 Q3 f # M' L5 g$ b( I /**1 k, a9 W+ m. e
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* This value is used to automatically generate agent identifiers. 1 a( Z( p* E. Z& ?0 C- c3 V7 ] * @field serialVersionUID 2 T$ {/ D' z& u) h" s ** F% u# v$ J; I; v) D$ A1 u
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private static final long serialVersionUID = 1L - W4 L0 F2 X2 H% Q3 a * ?; i1 l" `( m" i5 N% [9 J5 }1 L /** 6 ^; m7 Q" m/ i! |& k+ m) Z) l *- B" b$ g* _% v+ } Y
* This value is used to automatically generate agent identifiers.$ H8 t2 v: ^ H6 j8 B9 L: I2 k$ q
* @field agentIDCounter+ l9 }. x0 {- E |( J3 Y
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protected static long agentIDCounter = 1 ) m: Z' |, h5 k3 Q+ ` D4 Y& B' G9 }1 b6 Y
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* ' W- m$ z: z: T M# B" V * This value is the agent's identifier." n8 u- D) h8 v- Q9 M9 R% z
* @field agentID 3 o5 C) a$ G; m6 J9 C J * ) l+ M, J+ J7 z0 @9 ~" N3 q+ d$ U */0 ~9 Y9 b9 G1 s: @6 L0 q
protected String agentID = "GasNode " + (agentIDCounter++)1 d: n& A0 b% U% ~1 t6 ~, d5 }
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* This is the step behavior.8 g9 `; u/ f& `" K& W+ o' c& r: Q) f
* @method step . X5 r* B5 a+ L D+ O- q * " z" h8 h- F2 P, l */2 h* U" G! j: Z
@Watch( + v4 S- D! a/ M# w. D# H, Y watcheeClassName = 'infrastructuredemo.GasNode', ; _+ `9 ]) U' E# F9 ~$ ] watcheeFieldNames = 'pressure', : O4 ]$ T" I- ]' ^% [+ T query = 'linked_from',: V8 G8 D9 n7 {$ d
whenToTrigger = WatcherTriggerSchedule.LATER,2 [; E4 \3 j) p& X1 }
scheduleTriggerDelta = 10d7 E/ d1 r7 y/ e( `+ X
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public def step(infrastructuredemo.GasNode watchedAgent) {3 r: A$ f" D: m9 g8 `6 U _8 z. V. \
- z; ]6 @4 S# C/ D) L // Define the return value variable. : A0 Q, T; n' R def returnValue5 W5 E! b1 T3 {# I+ h
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// Note the simulation time. 5 ^$ \; V# U8 B0 p- x: ` def time = GetTickCountInTimeUnits()6 S1 j. h' h# S8 X P
7 s. _* c; p( x: c" H$ P 5 v4 k3 q6 g& R& [9 a // This is an agent decision.$ G1 P! Y4 l7 Q% |0 u
if (watchedNode.pressure<200) { ) ]0 d. z3 [: v3 A" z! P* U+ h1 _+ c8 Q; Q
// This is a task. 4 I! a1 M4 P) W4 u0 j0 \( t5 B0 E% | setPressure(watchedAgent.pressure)6 J( Z. C9 Z7 w0 A' O
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} else {' q$ r( D3 _: j* n' d' a& x' X
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} : M4 A& g% n9 M% c // Return the results. ) p* c' I; p+ G! p# p5 \! C# \ return returnValue$ |9 _: d% b7 b' z* ~6 z% Z7 {! s
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/**/ T" `- ^/ R0 n' A" x) ~
* $ I6 b4 R( X- Q* A+ y * This is the step behavior. & [/ R" J( e4 Y T * @method step2 T# ]) v8 u. N
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*/ ; r+ x" Q. I- S: ^ @ScheduledMethod( . p- y; x7 {4 F) I9 k; ~ start = 1d, 4 A& V. B3 f# M, u3 J interval = 1d, + u, L! T& ]/ B, b shuffle = false+ T- e7 f D9 _$ |* d
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public void step() { 0 V! ~7 `4 s" G3 [ # b$ G1 G3 v0 X3 P* B, I) p5 u2 Q // Note the simulation time.$ {* o. E$ T" X2 C5 k
def time = GetTickCountInTimeUnits()) n9 I6 W: l ]1 j
% h2 L2 S$ F; T // This is a task. ) D5 x6 D- H: K8 X' P1 ?5 u, S; h/ l measurePressure=pressure+ RandomDraw(-20.0, 20.0)( a: p9 w6 [/ B3 A7 t2 `# \
// End the method. 2 [# {7 a( ?% L return/ t& I+ A! @+ ^2 d
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}