在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 # L( I8 x2 E7 S3 l, F1 A0 C
* r; Z( N9 P% P: f
, b& o' Y9 F2 D& y5 S@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; J1 ~ I& U+ h9 ^1 x public double getMeasured pressure() {5 ]- n* [3 b: o% o2 o, V0 y
return measured pressure 1 @ K% y3 a: w$ E3 D" Q } ) P6 c+ [0 h% h% p1 ? public void setMeasured pressure(double newValue) { 9 M9 X+ c) `3 I5 d measured pressure = newValue , @/ }- \) `; h8 s! Y9 D" g. D } 5 _, e4 p: s" n5 t: v. P public double measured pressure = 0* O6 {3 t- V V& T
3 |5 _) z' ~+ D0 U9 G% K. [2 G /** * D2 g" m. l) Y9 \$ ?- u! F9 M; ~ * 8 Y8 I* R0 r) P) u6 X: V * This value is used to automatically generate agent identifiers.# J& V- D- j+ {! v0 a( z
* @field serialVersionUID ' m @# [% ?3 ]' k3 L3 Z! F *5 U6 J6 H1 Q% M) X+ s0 e6 w5 x
*/ $ Z6 o1 w" U! N; o. ` private static final long serialVersionUID = 1L " i2 p0 I H ]) N; }/ v0 K# T+ |) U5 c I! }! Y
/**2 K# [& }8 a) p% p
* $ X) g! [: t0 U3 I8 _1 d- n * This value is used to automatically generate agent identifiers. / a; M. h6 G( K6 [" ~* @ * @field agentIDCounter " M4 ]9 A. b8 }- Y1 \ *" C( q7 H: |7 @7 `+ M& N' m- z( P
*/ $ m v+ n9 E% w) d) C% |- Z protected static long agentIDCounter = 1 c% X g p! `6 @& W4 Q
1 o3 B* j. ]( ^" s6 M J* n /**$ F0 W/ v0 ]3 d Q
* ' d) a& p, ]- t* W# c* A' q3 n * This value is the agent's identifier. 4 n6 W- m; ~9 z1 }; K * @field agentID# X* u! r% ^$ M5 R6 W# w. z9 D
* 0 f( X9 h$ w- ?" }! U# t */' L- m# g* d4 Q. U
protected String agentID = "GasNode " + (agentIDCounter++). J$ j; U# q. A7 P7 B# A( F8 t4 f
+ k# P1 t: B- s; b& c /** ( O/ l9 K' D$ P' f a- \ * U0 |6 l; k8 F" t' M. d * This is the step behavior. ( s6 s8 ?( b: S+ I * @method step & ~* m2 i! ]4 B9 x *3 H$ U; d7 I- F" W0 o; w, [+ q
*/) d" H3 u0 k* z" }
@Watch( % w- y) ~2 P& v# B, a watcheeClassName = 'infrastructuredemo.GasNode', * j$ S9 Y8 r+ F+ C watcheeFieldNames = 'pressure',! b' e3 S) |! I9 c5 H
query = 'linked_from',( H4 {4 P9 I* n4 v3 J# X
whenToTrigger = WatcherTriggerSchedule.LATER, ) u- ?5 d" N3 o scheduleTriggerDelta = 10d 7 e2 z$ I j+ C; ^1 n& s) @. _2 D ) ) o, G" u0 q8 M% v5 [& J; T public def step(infrastructuredemo.GasNode watchedAgent) {3 ~/ k4 G" ~9 p; ^# j: ~
! T6 \ d3 U$ t9 y$ ^# z5 |
// Define the return value variable.' Q1 a! L0 H6 ~" u8 S( }
def returnValue 2 k0 L) K2 \$ o t7 q( Q2 O* [( g0 o
// Note the simulation time.7 R- B1 ~" y* {& y5 j: [
def time = GetTickCountInTimeUnits() 8 p- \; e+ x5 b/ `4 s2 w. f K3 W7 _; i) A
6 m1 ~5 \0 y3 `
// This is an agent decision. ! E$ B( j# A# u1 \6 h if (watchedNode.pressure<200) {" @ m. q1 ?% y: M7 A9 J% Y
( b" x$ y; U# J) \9 ]* k( _ // This is a task.8 \6 r, E5 i9 Y+ U
setPressure(watchedAgent.pressure)) j0 @# p* r8 k0 R; r7 q6 b
5 |5 }, S8 L% z. @" N. k2 ~
} else { 1 n8 I5 j+ i# D* |$ J8 Q B. ? 3 x) a! g8 L" }6 |2 A ) \ H( y$ N0 o' ?' D }% e4 ~" v. ~3 F1 O) F( h4 K
// Return the results. 9 W* c- l8 B f0 [7 ?0 x V4 ? return returnValue7 y$ a/ k( e. ]) m+ R& D% ?4 m
9 E2 h( W3 b$ {% e/ d } 7 ?, r4 g( K' g# _, b& T; T. y/ h, d% A3 z3 q. E/ G
/** ( x* _2 x; k, i+ } { * ( ?6 M2 n3 Z& o2 ^5 Z/ }6 s * This is the step behavior. ( y' Y/ a& |! r8 B# S * @method step2 J2 Q8 U! G9 T: s6 [. Z6 g7 _7 h
* . b/ }1 a! e- r# d+ X# t; c5 A *// C: W5 U; z" K
@ScheduledMethod(! u& |: p, T+ J& m* w& o' o! f) v
start = 1d,' P: P7 j t; |
interval = 1d, ) ]) f# c: F0 t. E0 p' s shuffle = false ; a$ \6 }1 @1 k! ^6 {5 m )2 h/ z( {+ P. e T; A6 N( K
public void step() { 6 @ @! e7 C) T" }" u% `$ S " o; Y' D0 w! C3 Q* V // Note the simulation time. @% J4 K) ~8 Z def time = GetTickCountInTimeUnits() $ [3 y7 o8 X8 j+ b, Y* A( z7 a4 q F- E" w
// This is a task. # g4 M. z7 z0 ~/ V measurePressure=pressure+ RandomDraw(-20.0, 20.0) + X6 |2 ^$ p8 S* W# a // End the method.4 C# Y4 _! ]0 a- k1 |. t4 K: q; d G
return , e' b1 W6 h1 N& R & Y& N( {: n6 q% c0 Z4 m' {1 u' u }