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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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* h; W d+ X x- \@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% V' P; @# s; A4 Z
public double getMeasured pressure() {8 E/ v5 p% O1 q* q- |4 g
return measured pressure
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& E& F, z) Q0 A Y8 A) a) B* [. I public void setMeasured pressure(double newValue) {
4 G% u' R/ q: L, _6 } measured pressure = newValue3 [, r3 n. Z; f K9 O; A
}
' P! D7 S- k+ E+ f# \- p& H. R8 Q) | public double measured pressure = 0 R* p2 W, f* w! y
2 }5 d# p% W' ?6 _/ `1 j2 I /**
% i) Z1 S0 h2 n *
# o, p8 y- _8 p9 t/ C+ O0 r! N * This value is used to automatically generate agent identifiers.
7 S0 v" ~) h% @1 ^8 C7 a) P* } * @field serialVersionUID
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*/
& O5 f# v: [0 f5 c. N V' X3 J private static final long serialVersionUID = 1L g! R+ {* l) v u6 z) J
" e7 }1 b$ \* c" ] /**
1 l0 @, ]' F3 n- S, E6 H1 u *
# n( T5 p% x# w- x% A# Z * This value is used to automatically generate agent identifiers.
% \/ c# @0 D# p; n* j! ^. ~ * @field agentIDCounter
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protected static long agentIDCounter = 1' X9 Q N# D( M! i
, s+ E {1 d8 Y. x5 I /**
- U& i1 x, V% W+ a *
R6 X. J/ q0 C# I9 w * This value is the agent's identifier.) F4 ?4 D; h# ?4 d4 O8 s
* @field agentID7 v1 w5 V* U' y4 X. M/ V
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*/
9 m3 H |8 M& _+ \4 x$ Q protected String agentID = "GasNode " + (agentIDCounter++)0 F4 [2 M* C% w/ `2 Y, J
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/**7 ~$ y. e" f- W8 t: r& c2 c2 J
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* This is the step behavior.& J+ J' e# E( W: |1 G+ k" Z( ~' q
* @method step, W$ H) V* {$ K
*
1 V9 D; [# \' a$ @ */
& x# t0 Z# E" `% k6 r @Watch(5 w1 O' ?- d- {* Z+ k( t; b
watcheeClassName = 'infrastructuredemo.GasNode',+ L1 C" M0 H8 w# F5 y0 X1 U+ E8 Y$ A
watcheeFieldNames = 'pressure',
; y$ h( R3 p2 S9 G query = 'linked_from',
7 K9 j$ R+ X5 O whenToTrigger = WatcherTriggerSchedule.LATER,
' @* u( @" G) |- P scheduleTriggerDelta = 10d/ ]4 Q2 u3 L6 q8 m% s8 l( Q
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public def step(infrastructuredemo.GasNode watchedAgent) {
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// Define the return value variable.
! u% D5 F/ g3 @ def returnValue- g* z/ E4 {' ?* I( U' e
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// Note the simulation time.
* |) Z R9 S' D% @ def time = GetTickCountInTimeUnits()
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// This is an agent decision.. v! `" Y1 g6 O s" q) X+ m& ^9 `3 E! A
if (watchedNode.pressure<200) {
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* U' R- Y0 w8 a // This is a task.
( j1 z9 X, {, g+ \ setPressure(watchedAgent.pressure)+ w; v3 }* P" z$ z9 f$ Q
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} else {
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' m$ q! ]9 R, F3 A0 q, S, `4 p // Return the results., S$ G/ T3 | _3 k5 p
return returnValue
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*
" v9 V* d3 _+ E2 [) M, u * This is the step behavior.
3 Z* w6 l3 @' I) o) r5 f9 A * @method step) z+ Z& P9 x% T+ x% ^3 x
*
: M9 r3 \9 {% R8 b# B& S */
: c( B4 @1 [$ x: F @ScheduledMethod(
5 V. [0 a5 z$ N1 K& T. C" o# |2 _+ i start = 1d,
7 |4 M) ^% x( v' @5 |3 r interval = 1d,' [! l: m3 j3 Y& X
shuffle = false, r) v( Q+ H$ E5 Q- j" Y
)
& b' }. Y( o5 N. W/ o public void step() {. Q3 K2 R1 q) g$ Y; N v, y
; @% V# G* F$ n2 }2 D // Note the simulation time.
. p6 \& x% u* K% v' m def time = GetTickCountInTimeUnits()4 v, }4 A }. r) ^
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// This is a task.
$ T8 c; T( }! d1 ] measurePressure=pressure+ RandomDraw(-20.0, 20.0)
5 `9 R% k8 H( e3 o: g+ n // End the method.
9 E, W& |/ O5 `! U4 p1 } return
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