5 仿真币
在groovy出现下述程序,但在gasnode groovy里显示错误 ,请帮助解决
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- O( f0 h L; Q( o/ m9 c5 q h! G @Parameter (displayName = "Measured Pressure", usageName = "measured pressure")0 ?) Q' a7 P- I% }$ J$ @
public double getMeasured pressure() {, r7 R- d7 H: D# A' z, S9 _ l
return measured pressure( l$ _* K: c' j/ P! R0 M! u' z) R
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public void setMeasured pressure(double newValue) {
" V# u2 G1 y+ G M( z2 q2 B measured pressure = newValue
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9 o- w: h& P( @5 H. J6 k public double measured pressure = 0
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# e3 U# F' P* |3 W) B6 j/ q& X /**
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* This value is used to automatically generate agent identifiers.
* _8 ~- K `7 R* @4 y * @field serialVersionUID
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! f8 g4 h* @; B+ w* j */
* o9 V' E* i2 l/ k) U' ? private static final long serialVersionUID = 1L2 q- }. f0 D8 J0 b! Q8 E: H
$ g* e6 K. ]( l k; B# e0 l /**/ U2 O4 F0 S' D+ w
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* This value is used to automatically generate agent identifiers.8 m, R. R& l- a# [. F/ z. C. Z
* @field agentIDCounter
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*/
! o: _2 n% [' U: _3 s: x+ G protected static long agentIDCounter = 1
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/**! Q& l! L7 p6 E
*
+ d- |" o! F" M) C# A1 X * This value is the agent's identifier.
* ^2 E9 v; o! s# |1 c. U * @field agentID6 b% _8 v- ?% P/ u3 _. f1 ?" i
*
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protected String agentID = "GasNode " + (agentIDCounter++)9 J+ n% k1 \/ z( I2 X% s/ o
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/**1 H$ _3 U& T0 c' `" `; h7 }: ]
*; i4 F% ?. S. y) v. E+ O" b0 M
* This is the step behavior.
$ k1 o; Z! I; z+ L( b# t0 Y9 ^0 N * @method step% Y# ]# r0 j$ H- Y' r, G
*
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@Watch(- [1 S! ?5 ]- I1 s/ k
watcheeClassName = 'infrastructuredemo.GasNode',, R( g4 L: w$ H; ?! }
watcheeFieldNames = 'pressure',
6 U+ V- N5 n; D8 p! _9 O" k" x. C query = 'linked_from',
6 N* ?- \. B! E& I) {$ @ whenToTrigger = WatcherTriggerSchedule.LATER,* Q( c4 C Y: _# w% D! ^' s
scheduleTriggerDelta = 10d
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3 C1 c9 s% z' H: d' o1 T, `! w public def step(infrastructuredemo.GasNode watchedAgent) {+ t% h1 J9 ?$ h
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// Define the return value variable.
5 \3 i. x2 h2 u7 }8 @" n! K def returnValue2 k4 q0 C9 V( d1 ?8 g e' {
% r8 r* l+ n1 z0 B8 _- z // Note the simulation time.
2 ?! u2 D x/ c, r! g) K def time = GetTickCountInTimeUnits()- j' A X3 [' ^/ n( M* \
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* y; }& `, v* g" C' w* t- q // This is an agent decision.3 M5 U+ q8 a! W( d! X7 V5 t* [
if (watchedNode.pressure<200) {
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// This is a task.
7 d" G3 o0 ?2 M! U& ^ setPressure(watchedAgent.pressure)' \- I. [$ e, u8 e
0 Q5 Z/ L0 \4 h$ i } else {
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// Return the results.2 A' k% g- S6 k; l6 P2 {2 ?( j* U
return returnValue8 v2 l! S, ?! y( \7 ~- l, n. J
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/**
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: E8 d% K8 {/ s! E# n6 i E+ C * This is the step behavior.% Z/ _( f9 [4 _8 }; b" e, h
* @method step0 P) t3 x) k# V6 R/ O; j) W
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*/
3 W3 j7 i" ]0 I! h @ScheduledMethod(
4 l5 l1 [" D) n start = 1d,
) M( d! U8 e1 O6 A interval = 1d,
! a# s+ q1 O3 e& } shuffle = false* B! Y1 U; e" x x( M
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public void step() {; t1 X2 x" s, R! J _
6 J: D& D4 \' v0 S5 R // Note the simulation time.
. f- @3 l; J7 v9 A. F$ B- ^ def time = GetTickCountInTimeUnits()
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// This is a task.
& U [# G! S+ F8 u! E: ~3 Y measurePressure=pressure+ RandomDraw(-20.0, 20.0)
# o4 U3 h9 y! [/ Y; ^- D7 ]2 s0 P1 g0 \ // End the method.2 v- b! v. a! P. j1 b" P
return5 U2 H; F3 L# i9 Z
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}
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