在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 / k* P @& H. r# g9 ^
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# N* r# F2 v5 |% n* A
public double getMeasured pressure() { 9 d7 k( f# ~+ A% F5 f0 h9 C$ ? return measured pressure : Z6 X4 S' Z" c) j }1 K; @6 \3 ?4 B8 g
public void setMeasured pressure(double newValue) { 7 @5 ?/ a* K- l! y C) v& R measured pressure = newValue% n7 ?& K4 ?% P3 G0 y! q" U
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public double measured pressure = 0 ! h" h! g/ D) ]0 T1 ]; O6 S4 g ) R p1 E2 a3 F9 T1 b /**# \2 ]8 X7 V, {0 f! q* o+ d9 N+ ]
* ' D* N8 r5 @1 c7 ~2 T5 m* x8 g * This value is used to automatically generate agent identifiers.- b8 |7 \1 K% G# d+ {
* @field serialVersionUID9 R2 c4 ^9 z0 D" |
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*/ 3 D) S: j8 X( S8 n9 {7 I private static final long serialVersionUID = 1L6 u# K6 v# C/ n' K9 k9 U& _
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/** ) M; K& X0 M7 u ?& ^ * - c6 B; [% d& K0 H4 ?8 y7 w * This value is used to automatically generate agent identifiers.% T2 b: ~0 g8 }* d; Z0 h
* @field agentIDCounter 2 v9 p" [( f2 T5 D * ( f, Z7 h- F! h- S4 ^ *// U' I8 d: V2 r4 D
protected static long agentIDCounter = 1! l' e% E. ]) b; H0 ]- \
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/** $ b: F9 w8 K1 I1 N* ?3 ~ * $ g( P4 o% J. Y0 Z * This value is the agent's identifier., s2 q+ M$ k/ h- R
* @field agentID ; z. { V8 T: t! V- L *; e3 D# f' X4 h# z) a" y
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protected String agentID = "GasNode " + (agentIDCounter++)! i/ U) T4 D# R# N* r) `8 P" Y @, d
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/** - ^5 W' d# L7 g" _8 z, c *8 b0 O9 e+ z$ d! w
* This is the step behavior.. r v* c1 D) K
* @method step ) h+ r2 [$ H+ O, w! w1 z) } *! G, Y5 N2 o0 j
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@Watch( - U8 u, J0 q/ S& b- H! _ watcheeClassName = 'infrastructuredemo.GasNode',# X0 Q4 \, |( L7 U2 c" u. [$ i7 P8 T9 I
watcheeFieldNames = 'pressure',( @# `, g2 I$ ^' k% `3 s- V, ~
query = 'linked_from',& u( W" r4 J4 {+ u- y( _8 k1 t* b
whenToTrigger = WatcherTriggerSchedule.LATER, / Y& X. X7 d, z9 J3 I* p% g& r' F/ d0 w scheduleTriggerDelta = 10d 8 ~6 _7 e; R4 r# \2 P( s* u! V )* m% k1 Y% V+ x# f6 H1 E
public def step(infrastructuredemo.GasNode watchedAgent) {7 S/ ~9 [3 k( m7 C
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// Define the return value variable.; T% u/ e6 |) N w* u
def returnValue% A0 `8 g2 z1 l" W
( R7 m: F! F% e5 f% b% p _4 H // Note the simulation time.9 f* B; v) ^/ n& A" H" p
def time = GetTickCountInTimeUnits()9 z& X3 O1 K- N$ ] {! B
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4 d( L! }# C8 a1 M // This is an agent decision. * x6 R+ x) @7 p if (watchedNode.pressure<200) {1 ~# i: ?1 H+ W) U/ G
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// This is a task. `7 V7 T5 t& U! J setPressure(watchedAgent.pressure)" [) k$ D5 K8 J1 Z
@5 e7 k# \$ N D# i# E$ ~' R, S } else { * K; L2 J j6 [0 O2 W, k( O0 s3 ~7 A; h6 n
" F' H) K0 i6 u/ z } ! I( n4 H- C# ]. R6 `) `4 J; ~$ d/ E // Return the results. 9 S& p; t, j4 o9 B2 E return returnValue ( f% P# G$ H* F7 b7 q & [4 J$ ?. N& b, c- c }( w! Q1 s* t% K; R% o# j- U
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* This is the step behavior.5 U. a- _ T3 b9 w
* @method step/ _6 l3 h1 b2 J) n5 A$ t2 Z5 b
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*/ 0 ^4 s: u/ b! x8 R @ScheduledMethod(8 R6 j5 B0 v# S. q5 b
start = 1d, - Y$ `; p7 K& N! P interval = 1d,! _! e3 z1 ` p- T0 D ^5 p5 d
shuffle = false# K" T- [$ z' Q5 g7 W
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public void step() {3 ~" J; j4 F( O5 B) A" a
9 x. {/ q) p$ X/ B // Note the simulation time. 7 ?6 V$ ]/ e8 K1 y m$ o def time = GetTickCountInTimeUnits()9 H# N9 _5 a$ |7 Q8 _& _
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// This is a task. 3 a; C* x- ^& e6 ~: T measurePressure=pressure+ RandomDraw(-20.0, 20.0)2 a) t0 D5 w( l6 B9 y
// End the method. 9 U! I( J, ^" [$ n* q return3 L& {' {0 x# c# e$ n8 O
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}