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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 b/ z5 b( I3 E- u
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( }, \% o7 o( B& t1 G8 Q5 A8 {( A, q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
6 T! Y* I" [; @3 k& @! h public double getMeasured pressure() {9 H0 W& Y- Z) r; c% w
return measured pressure2 Q* R: n. [2 F, u
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public void setMeasured pressure(double newValue) {
& A9 \( s# @% J6 i measured pressure = newValue& r) r( f9 o, a9 N
}
T2 p0 }" ?9 K1 w/ B8 Q6 x public double measured pressure = 0
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/**
, K* W3 q( g: J. p7 v *
l0 t0 `4 ]$ F5 {; R1 W* ^1 }+ y/ \/ J * This value is used to automatically generate agent identifiers.7 e7 I, h1 h5 i7 v) p
* @field serialVersionUID
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*/
B3 e9 A) g* j3 t4 T+ a \ private static final long serialVersionUID = 1L
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/**6 X# q$ [* Z) N" h$ ]; Y7 J4 M
*
|# F: o/ j7 @8 M: j$ R * This value is used to automatically generate agent identifiers.* Z: y" @( H4 f# y
* @field agentIDCounter
6 N8 w W0 `) ]$ R% b; s3 X *
$ a" ^8 ? }* I' R6 n/ u5 x */
& ?0 H- d$ K' f: X protected static long agentIDCounter = 1
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! ?* B: c# W3 E# @5 g% q. g /**; f! c3 w! C3 o2 L. r* b! _% _- w* Y
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* This value is the agent's identifier.
4 o: U/ m3 P) \' I8 l' R, Q: T * @field agentID
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*/
! j8 X4 d5 `+ O" O protected String agentID = "GasNode " + (agentIDCounter++)- ]7 K! J. ]3 k6 C
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/**
9 f+ v% F1 X6 L; L5 {* \9 Y7 m- w *
- H* P* ~) b, k * This is the step behavior.
& l' L3 R0 K- i b- l * @method step
* Y1 D' ?( P: w- ]# i: F0 Z *
5 Y* b- k0 H/ u+ y' d */. z/ u* k5 e3 f0 A' l) v* W' P
@Watch(
& e3 m) U' L- l9 Y5 l0 ] watcheeClassName = 'infrastructuredemo.GasNode',$ h/ A% Q. H4 |& l( {; t
watcheeFieldNames = 'pressure',' Q" ?* g# c; I2 e
query = 'linked_from',4 H8 X; N& q3 L( q$ R0 {3 p& I
whenToTrigger = WatcherTriggerSchedule.LATER,
9 I/ Z; u) ?3 W' x: Y7 x scheduleTriggerDelta = 10d- f; j" x; t* j/ x! o) p
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public def step(infrastructuredemo.GasNode watchedAgent) {
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// Define the return value variable.6 `: ~$ q0 T2 N' ?
def returnValue
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// Note the simulation time.
+ v9 \, E. z9 P& Q def time = GetTickCountInTimeUnits()% k8 z# i( [% N
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// This is an agent decision.2 P, c" Z6 M; I1 T9 a
if (watchedNode.pressure<200) {
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( ?* u6 z- U b // This is a task.* N1 Q) O! x5 {
setPressure(watchedAgent.pressure)6 g: j. }7 x* C# T8 t4 n
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} else {
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& g7 B+ }: f: r$ Q! u // Return the results.' G7 C5 J( W# T! B G
return returnValue
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}
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% K7 a2 t( ], _. L- n* m, Q /**
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* This is the step behavior.
+ j" o# h6 a% p5 E$ F * @method step, Q4 \% L( R8 i- h7 }) Z
*
0 i7 u4 l0 e; O2 \ */
3 |: ^% |0 F# W* I5 D @ScheduledMethod(9 g, f4 e$ f, B+ v% C6 y
start = 1d,
% U* d( V/ J2 u& I7 j7 I& e0 U6 d interval = 1d,
8 Z; }; R2 I0 P0 w# k3 S( ], J shuffle = false
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- W, x2 S3 z: n; y9 o9 |4 P3 G public void step() {
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/ d ^# ?$ ^0 ~) P // Note the simulation time.
8 K ?! h8 _( k! C def time = GetTickCountInTimeUnits()6 ?5 }3 _0 M# j% V/ g* O
* F' N# U- Q' t S // This is a task.
" p& z6 D- r, G$ H0 U7 @) p9 [5 V measurePressure=pressure+ RandomDraw(-20.0, 20.0)
+ y2 L2 o, H" R5 ~( g+ _ // End the method.
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