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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 ' _7 {. @2 h) q/ @/ n$ V
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; L% k/ {, e" X7 J@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
* V, Y& H3 _# t$ [) J public double getMeasured pressure() {
1 n- b7 A) e) |. T4 N, L+ d return measured pressure
5 M4 Y) v. r$ Q' A+ R5 [1 i3 Y# ]! i8 [ }
4 c9 c8 \' o, |3 O public void setMeasured pressure(double newValue) {
" {8 r5 ~3 G* m, o, A1 @( L measured pressure = newValue
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H# @" h! I$ y* m public double measured pressure = 0' \; P- e" I( [" n! h0 u8 Q
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/**% K j4 a3 {* r/ B4 H
*
" h) E4 W4 Y; z4 ~% [% n! S, f3 t * This value is used to automatically generate agent identifiers.
4 n3 R- ]& m/ G* a* y% E9 J1 h * @field serialVersionUID
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*/
- H. k G1 N3 K4 A3 P/ u private static final long serialVersionUID = 1L) Z/ ~' G1 g5 x, V& C9 P
$ w9 H3 i# E- C) d5 r3 c /**
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* This value is used to automatically generate agent identifiers.* ?1 W9 v8 V# N0 d, f
* @field agentIDCounter
+ P6 t; Y9 |6 y/ Q+ b; v* ?) @% } *
! i l. Z0 p% t4 M9 e5 c */
' M* I3 y0 a$ P F% m; L protected static long agentIDCounter = 1
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/**
* G8 S) ^# m5 A4 {, T! M *
4 T$ [- Q2 I4 J * This value is the agent's identifier.
! V% X( v1 v8 ^+ }# }; ^/ w * @field agentID
0 G1 \ u- A7 Z8 X- g *
4 f O& ~! I! @8 J) _ */
( N$ P2 _; U/ W5 W; y$ r% i. T protected String agentID = "GasNode " + (agentIDCounter++)
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~1 f/ n6 i6 W /**$ t% w- R' Y7 o: S
*
/ b1 Q3 x; P' q/ R& \6 U5 E! W * This is the step behavior.- k0 C- j0 [6 F5 K% i8 o# \# j' `
* @method step6 \7 @! S, ]- z' O5 Z
*
4 @8 I( {. @# Q */
7 }; u$ Q* P2 w& S @Watch($ o& V5 E; t: N& ]6 x* N! t5 A; r. G
watcheeClassName = 'infrastructuredemo.GasNode',6 W: @! D& f' i3 x* @
watcheeFieldNames = 'pressure',
+ {, s/ s1 z: L query = 'linked_from',
( c9 S& P1 Z- Q whenToTrigger = WatcherTriggerSchedule.LATER,
) O+ ?% _0 b+ i# U' m) M scheduleTriggerDelta = 10d
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public def step(infrastructuredemo.GasNode watchedAgent) {) Q. S& x9 o8 S1 j9 b
0 T7 ]# r# @$ L1 y3 [* S: e // Define the return value variable.: p: p; _" }- U' e D
def returnValue
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2 t& b! f5 z3 K6 T8 `3 m5 N) S! i // Note the simulation time.
( D! Q" G$ ^ W0 _ def time = GetTickCountInTimeUnits()
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% W8 y o9 e9 c+ X // This is an agent decision.
, F! F a4 k% m$ U% h8 ~ if (watchedNode.pressure<200) {
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. ]- p- T3 P" F7 C$ c2 ` // This is a task.
, T$ n3 @1 O6 U2 K setPressure(watchedAgent.pressure)
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% d9 W' l5 i& T* q } else {
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7 v* M# @7 K! U+ W8 a3 B+ U }
! T. q3 h r7 L // Return the results.3 n" r5 W0 N5 r2 J
return returnValue
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/**
1 @8 P' ^; @3 Y* _1 ? *
# J6 E r4 n) w6 ?/ t9 J/ | * This is the step behavior.
/ S' l1 S( W% J * @method step; d, n# A1 L& T, G* \
*
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@ScheduledMethod(
7 D2 J9 P" V" s9 c) g' c start = 1d,
( T5 y% _. A2 B7 F! P! s interval = 1d,
- v+ Y7 S- O; ?& s shuffle = false1 v) E3 X# I5 Q* Q5 N) Q% r5 ]9 C
)
) ^8 y# [& A. h public void step() {) c( q$ B7 x% M2 `
) q% q# n6 j; `5 ~' c5 _6 v: ~ // Note the simulation time.
2 }* O$ R9 ^/ A0 d( H* b def time = GetTickCountInTimeUnits()
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4 E( N2 s0 w( W% z // This is a task.9 v) n3 ]5 X ~. Y
measurePressure=pressure+ RandomDraw(-20.0, 20.0), R5 _/ d: `' y+ D2 b) ~$ |
// End the method.
6 e2 T9 s' M- r' k+ M return" J6 X2 N" a% U* K$ R8 O
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