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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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i2 |( D" c v* @, L$ ]( _@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")( Q3 H3 Y! L9 p7 t( A1 o
public double getMeasured pressure() {+ u" ^9 M+ s( P4 l/ G6 F
return measured pressure) r2 g2 ]5 D" t* x
}
( c: P1 {, { ` s0 C8 P' X public void setMeasured pressure(double newValue) {
' r2 K1 o. p: F. d9 U! L | measured pressure = newValue& q! a4 S5 G/ [ [: G' G# x k
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public double measured pressure = 0
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8 `2 j% J; A3 L C /**
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* This value is used to automatically generate agent identifiers.0 Q" P- R9 h/ j( M; X A. F& E0 r' |" S
* @field serialVersionUID
* M( A( d( h% N% l2 k! r& D ** `! x6 v5 X( \$ D
*/
7 O, y5 H; F# ~& n& L8 L4 `( S private static final long serialVersionUID = 1L
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/**
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* This value is used to automatically generate agent identifiers.
5 {2 M- Q; t7 ~5 W1 } * @field agentIDCounter2 X6 r. T5 A& t4 p3 J
*
7 i8 f q6 n+ { */
4 Q6 h. {/ `" u/ [. ?( A( _0 z4 N0 T protected static long agentIDCounter = 1; w) |, u4 F$ U) N) F
% d3 a% l9 ?% I' |- i& l6 T /**- r6 r: A( Q% F1 T
*
4 m7 s4 A) o' u# }9 `4 p& I * This value is the agent's identifier.: Z3 z) \5 g4 H: p
* @field agentID( s: d: y7 h4 b+ A1 P
*
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9 z" a2 M0 H4 q7 k protected String agentID = "GasNode " + (agentIDCounter++)
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/**5 x" s1 W8 @' c( v! n3 @, }$ h
* C3 B4 A) G) B! r; O
* This is the step behavior.* `5 s& D# g2 m& P- b
* @method step
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@Watch(
0 L( N5 n) {) G3 H watcheeClassName = 'infrastructuredemo.GasNode',
, q1 x- o. ?: [# A9 I watcheeFieldNames = 'pressure',
/ ?; {" ^- v* G ?6 X) c+ F query = 'linked_from',3 t' }# t' k* t$ T) c' W( C$ q& w
whenToTrigger = WatcherTriggerSchedule.LATER,
6 U, t$ }' b0 Y9 U3 v0 Q7 c scheduleTriggerDelta = 10d
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+ X0 X7 |# v& g8 i0 O public def step(infrastructuredemo.GasNode watchedAgent) {
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// Define the return value variable.2 n* G. r6 W( u' w
def returnValue
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, w+ N, H' Q1 E* M G% Y // Note the simulation time.
! J: p! N( q7 U; \, { def time = GetTickCountInTimeUnits()! }# K( g% d- ]3 V0 F
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3 q% J- x a$ v) L: `" J // This is an agent decision.
8 t! ^6 T+ G( T- Z- R @ V) w if (watchedNode.pressure<200) {- h2 _9 f9 E9 P: F) V; q: T& G( W
$ z/ |, k8 \0 {- ]7 b // This is a task.
' K- ?& X+ z2 M- \1 ~, \, ]" _ setPressure(watchedAgent.pressure)
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} else {
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/ w: U* D% Z1 h( S9 I+ Y) y8 L, d& Y // Return the results.1 A/ F5 K5 t9 r/ [
return returnValue& I! T3 R- h. _" l
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/**" E9 i( L, w5 W# y5 Q1 Z1 T
*
, N7 e. k& o U' w" V3 m: ^: c0 P * This is the step behavior.3 V# O( |( H+ @0 q* J1 s! C
* @method step0 n' j9 A+ } p+ ^0 X# P, p" a! J& D4 _
*
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@ScheduledMethod(" {) V& ?, u+ a+ ^/ J( o. b
start = 1d,
3 r3 e2 C' V8 T$ T" M8 z9 R interval = 1d,
) H X& N [' {. K$ T' ^. I shuffle = false j9 O! o: b* T+ L
)
2 {* I R9 n1 G: @5 ?$ B: X0 Z public void step() { D e" ]7 G6 L
# Y2 |1 C- ^* Z' J% Z
// Note the simulation time.
# n, v; \. X7 R& q% Z( L) W def time = GetTickCountInTimeUnits()
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: ~) ^2 H E+ @& D7 m7 ~3 x+ Z // This is a task.
2 ?$ |$ |/ }" R4 W3 {0 E0 k7 } ` measurePressure=pressure+ RandomDraw(-20.0, 20.0)
! W1 a0 g; X3 A2 Q( v# u // End the method.: T- d+ L8 H: a4 F. C
return: I% }- D+ R& X# R" R ]8 Q
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