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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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1 _2 v9 E6 ?7 j7 K( Q4 m: G! w2 d' H4 X9 W* Z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"), I6 M, u- T# Q& \/ ]
public double getMeasured pressure() {+ x& H, C8 u2 E+ A2 g/ I
return measured pressure# V, _! A2 a, @# t7 y" n" t
}
; e1 e z' A" X* D public void setMeasured pressure(double newValue) {2 c4 v3 ? O0 C5 S. @( q
measured pressure = newValue) y0 H2 b( W$ P" X/ p# {
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public double measured pressure = 0
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1 p$ q8 ~; v7 L, ?+ i /**
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* This value is used to automatically generate agent identifiers.$ d# E! L+ `) k3 y2 H; M7 t0 C h
* @field serialVersionUID
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*/
7 h- S% X( v2 W" @/ c# Z private static final long serialVersionUID = 1L2 v& t& q, S: C' @1 V9 F1 ~
/ ?2 y3 s" k: n4 `" ]& j: m6 Q. P" Q6 p: Q /*** E$ [3 J+ q4 f5 R* R
*
& b& v' w; ], k x1 R * This value is used to automatically generate agent identifiers.3 C$ ~' F; U. w2 Y
* @field agentIDCounter* d0 o; ]' I' z* p- }9 K
*
; J! e. @5 {# p1 ~& `4 Z$ `9 g; d */
! T! f. V( m7 x7 f0 P8 ? protected static long agentIDCounter = 19 f3 F3 y7 E7 h7 E/ a
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/**
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) h2 {+ C) d$ n# X. a * This value is the agent's identifier.
6 F( J: @6 Y; A2 i2 K% W# G * @field agentID# \) ]% W0 x' t$ z" V
*
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protected String agentID = "GasNode " + (agentIDCounter++)% O% T1 g" ^3 E+ Y/ O! s: c+ V, i' I- a
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/**
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* This is the step behavior.9 ^- M1 |, a; ?3 h/ ~. i! Q$ I( Q
* @method step+ F7 N4 O( b" L) ?8 F6 X: `
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@Watch( R2 f0 r) R) B
watcheeClassName = 'infrastructuredemo.GasNode',
# l& \$ E, k4 I. T watcheeFieldNames = 'pressure',
& ?9 c( C4 Y0 Y u9 ^% J* Q query = 'linked_from',( i4 h/ o2 J" N' E2 ~1 Q' H
whenToTrigger = WatcherTriggerSchedule.LATER," `5 l3 J0 M6 { W
scheduleTriggerDelta = 10d+ l0 a; c# i& |3 E+ d7 \
)
+ Q$ q' F! T3 ?5 H5 Q ^) S0 \ public def step(infrastructuredemo.GasNode watchedAgent) {5 [/ s$ E9 k$ T1 P: a4 V
+ Q7 y( v: \* I! ?' V+ Y9 J1 Y // Define the return value variable.
, W% W. s: R* o9 v( G0 ^ def returnValue J2 ^% K) B/ n* F5 e$ R
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// Note the simulation time.. z+ B/ n. B2 A* u1 e* A
def time = GetTickCountInTimeUnits()! p% p. C( `* k% w
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7 N; p4 p1 D1 @" w" m# R( I // This is an agent decision.! w* T! \7 ], R) C: \
if (watchedNode.pressure<200) {8 b/ K2 b4 O$ O) U5 t$ Z1 W9 Z
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// This is a task.. G. p, S! }$ \
setPressure(watchedAgent.pressure)! S0 S3 x+ S4 i# A6 b' O* e3 E
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} else {
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}
$ V* ~5 e- y: t) F! Y7 C // Return the results., Z, o" c/ Z" u4 T0 U9 H. A- t. P
return returnValue! Q( Z+ V+ T2 J7 J) i
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/**
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+ J$ h" i5 p4 B( g# L8 U6 O * This is the step behavior.
# M8 L' v$ x, s* m * @method step8 t- H( K5 A6 I* T4 \ z: T* G
*
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I3 V: \1 l) _0 C7 R. x5 S; V @ScheduledMethod(
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shuffle = false
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public void step() {
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// Note the simulation time.
: x! P, S% y r8 Y0 [8 J def time = GetTickCountInTimeUnits()
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// This is a task.6 ?/ H: {) ]2 |- v+ `
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
# _7 v8 ]$ T( e2 A2 z // End the method.: g2 a- x, i3 E, `
return
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