在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 & }1 s# m7 O, _6 Q
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 2 J5 h- ?- O2 R# z5 o. V: T8 U2 Q public double getMeasured pressure() { 1 B( I( O' D& o# O6 J2 j. H return measured pressure 2 N( ]$ l: N$ b, m }/ m4 ^4 L" K' i' O8 I% b" e
public void setMeasured pressure(double newValue) {' z l9 n- C- H f0 y4 |
measured pressure = newValue1 X1 w* x( C! a5 o4 X
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public double measured pressure = 0 3 x) v W3 |2 a; ~: _0 y. X* G8 X% m, k" J: P
/**0 [# I# ]- \3 z8 S- Q7 V. c4 |( |! R5 s
* ( Q* [- M$ K+ P' P: d* Y% @+ T' q0 f * This value is used to automatically generate agent identifiers. ]9 a" Y+ i5 R4 H' s5 h7 E
* @field serialVersionUID0 c" Z5 ~) L/ c7 R* h8 X0 F
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private static final long serialVersionUID = 1L" r* q4 L9 {2 O" r: V4 w5 R
) B2 d4 @% ]- t7 N- ` /**# F+ K$ g' f i n8 W% ^
* # `% _9 y. k8 ` * This value is used to automatically generate agent identifiers.: L. Y1 S/ M% z8 u% c
* @field agentIDCounter 0 O+ V: ~) `1 X6 n2 Z9 ?5 g * 3 C9 S: T; \! Z3 v */2 |4 n, N8 X" V9 k
protected static long agentIDCounter = 1; x! f+ t- i# O$ q p
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/** ) t0 f# X/ L3 o( j: I/ p( O- S# P# L * $ P7 x0 m; {$ y8 M$ W- s * This value is the agent's identifier. / S" B0 g9 n% W( l/ p+ U * @field agentID 9 @# ~: j. Z9 v# Y5 s * 1 C9 M/ s* n# E5 {5 C( A) Y */ ) T: Q; a& W8 V) ? protected String agentID = "GasNode " + (agentIDCounter++)5 q$ { V7 b4 Y! V
- d# p0 O- @0 }+ e /**6 s5 l s; w! z( f* O# j. L8 _% \2 e( S
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* This is the step behavior. + o m: W! n& p3 q1 a * @method step" m( w! z) Q! J' `4 S2 n' d( S
* 3 w+ O( z2 \$ ` */ ' k8 Z! {( _; Q i, _0 n+ y7 @ @Watch( 2 v% j2 t4 O* b) c, [ watcheeClassName = 'infrastructuredemo.GasNode', 5 ?- T- o; q$ {5 d3 U* P7 n2 g watcheeFieldNames = 'pressure',& U% n4 s( M4 n1 W9 O& ^6 Q# P
query = 'linked_from', 9 w4 q5 d; O/ j( z$ M5 X2 B( x whenToTrigger = WatcherTriggerSchedule.LATER,' W; I( X+ q0 j2 s1 K5 {% _+ @
scheduleTriggerDelta = 10d5 V( j' y! K, p, J
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public def step(infrastructuredemo.GasNode watchedAgent) {2 Y; a+ Y; P( u9 c3 J! k8 l
8 b4 }) g0 V5 J! W) n8 Q" d // Define the return value variable. 5 y4 `; \( F) Z, Y F0 z5 B def returnValue1 G0 m K& y1 }! N q
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// Note the simulation time. 5 w* u$ N- w% e; j def time = GetTickCountInTimeUnits()! [4 W4 E8 ~/ ]9 L$ O. }$ Y
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/ G5 O) T, Z. b! F // This is an agent decision.$ r6 A1 K: j, Y+ L
if (watchedNode.pressure<200) { " C. Q Z+ t6 _: k2 P3 Z' J * N9 J! P+ A' J" H! U9 _ // This is a task. + @+ P: e: r# D. @6 i+ t setPressure(watchedAgent.pressure) 1 C" P' h9 \; e4 \+ o) s. s7 ~- g) Q L; G6 E
} else {# Z% h; h1 e. Q7 V* s4 l
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// Return the results. # ?' u( J; E7 E- R; j return returnValue# y, A7 F `+ E) f5 i
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/** 7 j/ Z* C' J+ T; o0 p. D *# w) L" T% x( }/ c, p% {! D
* This is the step behavior.( z6 v c5 L4 O( d; A
* @method step % t$ v/ m3 c2 [ * ; I* L1 D7 p* V. @/ p R' C/ M, ^ */ - @# L8 D* h, v4 D0 t, I @ScheduledMethod( : u7 n& D0 N( R start = 1d, 4 N* }4 T' h" U5 c/ s7 C% u interval = 1d, + t- Z" m: t: `+ z+ Q3 K shuffle = false & c. i/ Q( b, n4 x1 i5 H# H) h& V ) ' Z. z* t+ J; }! ?& } public void step() { 4 n3 k9 p( @) z( p- t9 I' U# z 3 x! I, h f$ y0 q( y // Note the simulation time. ) d2 g; j2 ^. q5 w, G. D def time = GetTickCountInTimeUnits() _# r8 `- G, R& H9 U
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// This is a task.# U: r, Z$ R9 c+ q9 D# j/ U
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 p0 ]8 E* X) v% n" _& L+ J // End the method. - u: ]! N$ N2 [! i return X. t4 w1 F) A" V% @# V; g* _ 4 C: R4 z1 G" V& c4 d6 e2 r* u! p( Y }