在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 $ S, Q+ ?' }' m9 w
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ! h0 x6 U) }. J& S" f public double getMeasured pressure() { ( O4 E7 k7 d: n/ ~ l! i: ~2 u return measured pressure 2 _$ K; u9 ^% u+ M0 p }# X2 C, _3 x$ S# Q4 i
public void setMeasured pressure(double newValue) { 4 z7 n+ Y# Y. ^: i measured pressure = newValue7 m1 G3 h8 j* H
} # S6 N2 R& Y# A/ }- h7 O public double measured pressure = 0/ O* E" F5 V5 w
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* This value is used to automatically generate agent identifiers. , r8 p1 c4 k- b * @field serialVersionUID . k; y7 W* {4 M! w *1 r# \8 M6 v2 d1 S/ K& y/ s- x
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private static final long serialVersionUID = 1L7 L! E6 E1 Q) n2 M! \& I B4 d6 ]& @
. J7 Q, _ a2 y8 U /** # ~0 ]+ z# B: H+ M) N. X *$ ^/ f; y6 x t! e( V& D. {6 O$ ^
* This value is used to automatically generate agent identifiers. 6 z; K: p, Q9 R1 I& S X' X- m * @field agentIDCounter 7 m" D" i5 O* E; v/ ? r * * O7 x. \# a4 f7 m9 a8 s* o$ K */ ) v! {$ G; g6 Y7 @7 K9 ]" T protected static long agentIDCounter = 1 3 ^5 s2 N% Q* ?& x+ t) _: x/ F! p8 Z4 j4 {. p* U7 \
/** 7 f" a# W+ M/ ? * 2 X @1 t" \7 K * This value is the agent's identifier. 3 F$ O6 [2 I: u3 f _ * @field agentID 8 m, B. g. `( h3 @ * + r2 P: X/ i$ Q; m */3 a, r/ q& N5 k" w- M9 h+ U9 w
protected String agentID = "GasNode " + (agentIDCounter++) 2 c' m* @; n0 `0 Y+ J+ p+ B - a8 N3 T$ O2 e9 V f /** ( F6 n9 }2 D( L8 g. P: R. ]' q1 e * & K, V* g" Y. ^( ?0 x4 L. s: j * This is the step behavior.7 C' | W0 [* f8 ]5 N9 b
* @method step 8 d0 U4 I: T2 Z *5 {4 L0 V% r5 s! |. w
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@Watch( + T& N L! `" A0 H7 l watcheeClassName = 'infrastructuredemo.GasNode', + O0 J# N; I! |. n, I watcheeFieldNames = 'pressure', / s7 `2 d; A! U% K0 h. \ query = 'linked_from', 7 {+ Q8 z- e- ^( s whenToTrigger = WatcherTriggerSchedule.LATER, / O* I- d; Y2 z0 X% l scheduleTriggerDelta = 10d ) w. V6 p3 ?' A( N' b1 N& X# Z )) g7 z0 M5 |* ]& i3 u0 m6 T6 s8 W7 C
public def step(infrastructuredemo.GasNode watchedAgent) { 2 |$ ]( E% N: N/ | P 4 U8 ~7 b! C) B4 l' m/ p // Define the return value variable. . P9 g2 m8 i! |! M, {7 F: M def returnValue ) P! t: ]0 O L" @4 ]4 f/ Y* R ' G! Y0 l) F3 q" m7 I' ] // Note the simulation time. + z( P& \+ E' p" c7 l) ` def time = GetTickCountInTimeUnits() 6 g' w4 I, i2 e8 P) K $ Q. t. ?! C, Z4 Q% r3 H& O! W5 x* t/ w. i; h
// This is an agent decision. 3 Q1 l! Y, Y+ Y" H if (watchedNode.pressure<200) { 6 a. G, D* p$ k0 U H9 g 6 V9 G& q4 q( N$ ~ // This is a task. ) w- r8 q+ n$ F6 ` x% v U: B* D, J setPressure(watchedAgent.pressure)1 I" ^1 u8 S5 Q }
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} else { 7 I& Z0 @2 b- s9 @0 ^# ] 0 y* r! ~, c5 b% E3 S6 U8 ? X- i Y1 e$ J1 ]& k
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// Return the results.4 l$ g& j5 G s9 h( [
return returnValue- V1 Z6 M7 D1 `
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/**. [* s: j' @& ]
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* This is the step behavior. ) ^% [! z0 y8 D A" l- f * @method step7 g& W8 |9 S: |
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@ScheduledMethod( - L/ \- C+ `) e$ I6 x, I start = 1d, * `: m& e8 m1 P/ X8 g1 M7 B interval = 1d, # M/ v/ \! V3 Z2 z shuffle = false4 Z1 f8 A, s. d7 Z; t X, S3 e! C# H
) # A* L+ @ C+ ] B) ^ public void step() {9 E' \( {+ P8 y* i& ]2 {: m* z
; T* H& R2 o4 k+ a // Note the simulation time.( ]0 e. O2 v; I: o( e+ M( X
def time = GetTickCountInTimeUnits() 7 `) N8 Z$ w, G4 M2 Q" w) H5 P% S' c* ]' t; M
// This is a task. . o2 {. X* ], ]9 c0 l0 g measurePressure=pressure+ RandomDraw(-20.0, 20.0)7 J1 @0 Q/ o) b: N. t# I
// End the method. 6 f- F0 B9 a& M. h; P5 X return # a. u' {7 Z3 q2 W; d" ] " B/ E6 w9 o% i L }