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 " T$ U( b3 I* ~9 p
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/ x5 T5 W- K" x# z2 P+ j1 m @Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
+ v$ y4 g' F e5 S4 s public double getMeasured pressure() {* _6 W/ z+ n, n! G; a* R
return measured pressure7 q3 l- L4 N9 \! v& Q5 q9 j+ t7 C
}
% q2 t7 {& g$ c# G public void setMeasured pressure(double newValue) {) d. N' \) B7 X# i, X3 a% k
measured pressure = newValue2 E! X, [+ j' ]( a$ I' |% x
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public double measured pressure = 0
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' s y5 F# H. @; x$ D /**+ j- i) W7 R, H. j( w
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* This value is used to automatically generate agent identifiers.
& v* M z7 U' d% a2 ? * @field serialVersionUID' p) w+ @. o6 X8 z" d1 C+ b
*
4 Z" H7 L3 G( ? */
0 |7 A1 w3 |. S( F* w0 ]- y3 | private static final long serialVersionUID = 1L
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( u& Q6 A. R" s* ^ /**
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5 P8 t+ H3 [* J+ ?! ] * This value is used to automatically generate agent identifiers./ \ t" O1 l4 K7 k5 Y
* @field agentIDCounter J* K- M; q5 m0 `
*
# u* m: i& T+ v: v- C */
; z* ?0 c U" s6 X protected static long agentIDCounter = 1( x4 ]; w. g6 T8 K$ ?, ^3 m9 ~
3 q7 |0 X) [" J* G5 P& R# i /**
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* This value is the agent's identifier.
; B% n+ E# a/ J: i, Z5 L0 }$ l; S A * @field agentID
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protected String agentID = "GasNode " + (agentIDCounter++)0 ^. b" C+ V" K9 M( w8 L+ R9 Y- z
+ L! Z3 b( R9 h! d0 } /**+ w6 r; a& S- d& ?
*
- ~/ d6 }$ ^4 x4 E, i' ^ * This is the step behavior.
8 E- Z7 k2 }. \/ V * @method step
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*/
: L( [- H2 y' C }$ l0 s3 U5 R& l @Watch(
" z/ v( h: [8 l% n$ b watcheeClassName = 'infrastructuredemo.GasNode',% B1 ]9 O: F1 O
watcheeFieldNames = 'pressure'," _1 X K# Q2 a% ^- e' N
query = 'linked_from',
) w2 N' }7 y: V- T W/ b whenToTrigger = WatcherTriggerSchedule.LATER,
# q( b- `8 ?- p scheduleTriggerDelta = 10d& |4 k& y7 v+ e. i& g+ q: _3 X: \
)
: l' N4 B; d6 H3 ^% r9 Q public def step(infrastructuredemo.GasNode watchedAgent) {7 K: A2 p. M9 J2 `9 n P3 g
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// Define the return value variable.
v5 O0 I6 U: E& C2 b% s6 {% Z def returnValue9 D+ f# \$ D' v5 @! K$ V' Z: I
! ] Q: l; r0 \ // Note the simulation time.
/ p; M" `# z" X5 `/ J- [ def time = GetTickCountInTimeUnits()
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// This is an agent decision.
6 a" {: h% b3 f if (watchedNode.pressure<200) {
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// This is a task.0 R- Y$ y& [) H1 I4 N
setPressure(watchedAgent.pressure)
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5 ~- f8 B, u; X* ~ {: C } else {7 J& d3 _( I; U: q4 T9 L. w
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// Return the results.1 z; f+ {9 r* X4 \4 w' o' n
return returnValue7 ~6 J; _. v* _
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/**
* ^) k/ [, \9 N- r* o# a; A3 j *
& _( t9 m; ^3 ?: x0 v- G% `, @ * This is the step behavior. G4 V7 q% i0 V7 T. [( m' p* ]; }
* @method step8 M5 D. @ b4 g
*
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@ScheduledMethod(
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interval = 1d,
! F3 ^, m: y" ?1 z2 i7 z$ H9 I shuffle = false
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1 O' B% b! ?2 A# ^ public void step() {
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% ~, P0 T2 O. L/ J0 A) Y // Note the simulation time.
! P J; z! G: L) Q) i* _$ c! S def time = GetTickCountInTimeUnits()
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// This is a task." s5 q8 R! q& B2 v2 [, _% T
measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 | {0 H2 H k* R0 Z. p
// End the method.
4 ^/ B! z. R! g! q1 s return
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}
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