在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 9 K: m% T9 F. n6 c0 F/ z 5 K+ k0 S8 r! Q' |! E: ~8 p/ _. D, r6 @ S/ E' E8 ^
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")1 f8 v2 n5 v8 g, a" o
public double getMeasured pressure() {& `- a) \2 n z4 x# H
return measured pressure 7 d" Y8 V' O4 o+ `6 y) w; A4 s } + u/ t4 A, D/ n7 k& } public void setMeasured pressure(double newValue) {3 ]% K: ^ M9 s$ l* @
measured pressure = newValue 9 e+ K$ [2 i9 E5 e } { X1 i+ W0 i/ S$ D
public double measured pressure = 0 4 }$ X7 V( @5 E7 I8 K 5 I3 \+ h3 j" Y2 o' n5 |# Y /** / Y0 s# r. `! ^+ B- {1 ~ *) L/ G5 i6 Q: ]0 q( J- J
* This value is used to automatically generate agent identifiers. + S, m& P( d& A9 X1 V8 b9 W: F- k * @field serialVersionUID" X2 ^. m# X, p7 e+ V) S0 W% `
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private static final long serialVersionUID = 1L7 @4 p8 X& Z; i8 k0 C0 [) L
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* This value is used to automatically generate agent identifiers.7 e' C Q/ h5 d# }2 P1 j* ~
* @field agentIDCounter9 w1 M/ g, d$ h$ @; j8 k
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protected static long agentIDCounter = 1 2 I( Z8 \% k- k( `3 P' z1 P4 g, R( f) ^4 o+ h% U( f
/** . ?- @" y$ o. J' K * ; {6 @4 C3 S& v4 S6 { * This value is the agent's identifier.* I2 G- Z7 e2 k7 c7 d0 Q
* @field agentID B5 h# g1 q; o+ U3 n5 s
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*/ 8 ~3 c0 N$ \+ i- C1 d- P protected String agentID = "GasNode " + (agentIDCounter++)' u/ y. c5 ?1 {' [5 y0 i: j9 J
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/**7 }( D% O8 V' `3 b- F
* 3 o7 _% M8 K4 v+ t$ \* a * This is the step behavior. 6 h( c. G1 G1 p; r6 f" @- ], y* P6 X+ k * @method step# X( L5 l2 ]! S
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*/ , O9 c j* p; g W, l @Watch(* |% f+ B `5 m3 g
watcheeClassName = 'infrastructuredemo.GasNode',8 A0 y8 [& e8 T% M
watcheeFieldNames = 'pressure', x- d3 O$ O: t* u query = 'linked_from',3 q! H T0 P/ K' t0 O) ^; S1 {
whenToTrigger = WatcherTriggerSchedule.LATER,' W# C, n/ x! J1 r. Y) L4 K' a( a
scheduleTriggerDelta = 10d c( l8 t4 l2 l3 o% c8 Y ) / c! C3 y/ l; P- Y/ w; v8 h/ \ public def step(infrastructuredemo.GasNode watchedAgent) {4 F1 `* } Z/ \* ~8 [% Q
% h" a d7 t. q // Define the return value variable. $ U! K; u# N- F def returnValue ; x( c# @, j* e) m& \) S8 L9 @* C3 J) T
// Note the simulation time., R1 c3 y7 Z, F0 Y/ J/ C8 a' m
def time = GetTickCountInTimeUnits(): H6 M& i% R3 |. e' C% T: r
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// This is an agent decision. 7 _1 F! k8 r3 J# z, X$ y if (watchedNode.pressure<200) {( G) ~. |% k$ m
5 {" ~8 S5 d5 o4 g* y2 @ // This is a task.) r Q7 `$ A- ]/ D ^. x. Y
setPressure(watchedAgent.pressure) # Q/ s2 E3 b# w' k. ?3 p 1 o' z) C3 v# `( q) k3 X } else { / j% g! I+ Z R. m6 U6 n / C4 N( x' K/ @$ W6 T) j; i6 B2 N/ m. E
} ' P% i6 T" Q9 ?$ k5 \9 X // Return the results.! \9 {, s. M2 m6 ]
return returnValue, I- P* U) b3 f5 Q! ~2 R3 u: a; M
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* ' ?* h5 J: c! c% P * This is the step behavior. $ T$ r4 m" S! i1 N, Z0 E * @method step 8 V: o! h# }6 D8 T5 g6 C( J * * c9 U" l5 }* f6 ?9 { w+ r, ` */- X, a! B0 I1 C! y* \
@ScheduledMethod( * x, F2 V* E/ a3 U) q5 X1 S start = 1d, 3 J. L# E1 R# P! I0 c2 T interval = 1d,$ l- \* L! ~. q7 E# A$ [+ M
shuffle = false 3 c+ X: k; i% V" C K, e2 s ) w" [1 \3 ?/ }9 R
public void step() {# L$ Y/ k+ F, J$ \1 s+ m
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// Note the simulation time. - z# R* { s8 x5 E def time = GetTickCountInTimeUnits()' k4 ~/ d9 B9 ?8 k+ n1 H9 B
& @9 w0 g0 t* i' H* W // This is a task.; z! j. o2 \9 j6 W/ s. y
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 2 f$ i5 z9 R$ E6 A: D // End the method. 4 Z# y( E7 c6 i0 C* a3 A1 V2 ]5 l0 } return) r Z' X+ W8 W; C