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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 , F* u4 ]) M* `- Y% S
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% P& H p( a4 Q% A! c5 g0 }@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
! `- U- Y9 P( _: i3 }0 A public double getMeasured pressure() {
5 }% z9 h2 Z' b" `. t/ E3 p( w# R# m4 E return measured pressure8 c( R% H, u1 Q& {" n! f
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public void setMeasured pressure(double newValue) {
$ `- G8 p! d; Z. A measured pressure = newValue
" r5 \8 N* l: ~- R }
$ {, q @7 ^4 J public double measured pressure = 0* f0 k2 z* i' y7 a( f1 O9 `
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/**; Q% N8 l+ w8 T/ r7 ]
*! `) l9 [8 o) J
* This value is used to automatically generate agent identifiers.
( H. K$ l* u1 i' _ * @field serialVersionUID
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private static final long serialVersionUID = 1L& m/ m7 x$ X/ y9 y2 H8 k' ~- s
! B! D; i4 S3 A# E. M( m4 T c: } /**. u7 H O! O! I3 `$ {4 y1 n% ^; w$ E
*
# D0 ?0 M, T _. c * This value is used to automatically generate agent identifiers.
. Q3 y" }# a* a. i2 E' f * @field agentIDCounter: M: c0 I( U- J L4 }4 k
*
3 t9 I9 A! M# ^+ g. I0 c& { */
) Q+ E1 t4 P. m- p- v protected static long agentIDCounter = 1
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! ? N) V, Y. L I& z /**6 N4 l# u& J: E& q6 @- A! }
*
! t% }0 B, `* j& }) U' f, f& @5 K * This value is the agent's identifier.5 e/ z) Q+ l5 P# ~4 B2 a% N
* @field agentID% Q+ _, |9 j4 h
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*/
) |5 P; U1 n- B3 H9 q8 ` protected String agentID = "GasNode " + (agentIDCounter++)
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/**. S" C- Z( {6 X9 m
*
/ ?' `3 [( \( K5 |( e t * This is the step behavior.
) q% A: R, h1 x0 `8 F& ^ * @method step
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*/
% D4 {& M; g! r" [1 a% K5 L @Watch(+ I8 ?% s" s( q
watcheeClassName = 'infrastructuredemo.GasNode',
1 |( N4 x* {* f% g; B' \ watcheeFieldNames = 'pressure',) b* j4 ^( H* t( x
query = 'linked_from',2 v2 f! r( d7 H! @
whenToTrigger = WatcherTriggerSchedule.LATER,
- }. e X' g- `- K& g O scheduleTriggerDelta = 10d
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public def step(infrastructuredemo.GasNode watchedAgent) {
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// Define the return value variable.
l7 ~, L6 P3 j# V/ A. `, i2 h def returnValue ]& Y: \4 P$ h# w! D
: O8 |8 S8 J/ p: g // Note the simulation time./ k |0 A# i! b- M* W" ]4 W" j
def time = GetTickCountInTimeUnits()$ X2 q6 E9 R# r9 \; F( L
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: f( ^+ W2 q% Q+ y# S: w3 ] // This is an agent decision.6 C/ \" V! Q" ^; ]+ g
if (watchedNode.pressure<200) {. ]9 z: u! d, u P: D; C: s
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// This is a task.
3 L; \1 }! p6 g/ G setPressure(watchedAgent.pressure)
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5 T; ] S( h" D } else {. t- G9 y' E7 p. r9 W
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// Return the results. D4 x+ Q. W) t& l& G
return returnValue
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}
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/**6 T" @8 l3 W6 \! _0 Y) ?) `
*
9 Y# k' p' t' s * This is the step behavior.
K1 o4 e" D$ t) Y" Y5 Z! e4 E' S1 k! t * @method step
8 Z+ I+ d5 A( `' U; L, d *
$ n( o, a7 W3 D5 c+ w0 Y/ a */
0 x$ P& I/ W& {% _2 I3 N @ScheduledMethod(' F4 N, v$ [: K: c6 [+ P( |
start = 1d," ~. \8 _2 t- Y1 g9 S8 w8 v4 b
interval = 1d,4 y5 ]+ h4 n% ?+ }& T8 G; m A
shuffle = false
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public void step() {2 G( d# b0 C* E, I- h
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// Note the simulation time.
5 k/ B) B' R( Z$ C def time = GetTickCountInTimeUnits()
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* K1 v5 {! R! l, w$ y // This is a task.
0 [# i! K W& i measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 K. e- @, J/ \" L) `
// End the method.0 C* n e# ]- q3 [8 x* q' A
return" v6 d* \5 J: X% S, G' @4 E$ Q% |
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