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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 2 {6 A. K( ~2 q3 n( ^4 P& @: n
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5 z0 ~- h ^+ B- H@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")" A# g i/ b1 { A" b
public double getMeasured pressure() {; d- \/ h# e3 [$ q k& v
return measured pressure& L" o( z% c4 e' D% t
}
5 G6 _% [% [; z7 Y+ a public void setMeasured pressure(double newValue) {
+ G! p% k5 P" b5 i# t+ |5 { measured pressure = newValue
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& e e, s* T) Y, D public double measured pressure = 0
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$ p$ U5 K6 {4 X& b6 o H /**1 Q2 s+ `& \ r" e5 u/ g
*
( ?' A" R3 [9 D2 G5 T * This value is used to automatically generate agent identifiers.
1 t6 @/ W0 l+ m# b) j$ C7 n * @field serialVersionUID
6 C2 j; o/ ]8 R( F& f *
5 g- `! {) ~5 b */
+ ]! r+ b7 d G( }$ p- _3 j% H private static final long serialVersionUID = 1L* x+ w1 T) A9 ]9 o7 A' @4 J
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/**
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# O/ `$ m" M+ a1 n5 q5 x * This value is used to automatically generate agent identifiers. j6 g" {- W# {: @; G: O* R
* @field agentIDCounter
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*/
) {8 i% ~5 F0 n+ n& \ protected static long agentIDCounter = 1, Z; w6 ?0 a' P8 J. {: j3 w4 X* Y
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*
0 n3 F$ M' a; N6 T5 L/ j * This value is the agent's identifier.
$ q1 C8 k. }+ v) C$ H * @field agentID, z3 L& N' |; {+ I: _; \2 D7 Y
*
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1 I4 F5 f" [" P* [ protected String agentID = "GasNode " + (agentIDCounter++)
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/**
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* This is the step behavior.$ |3 V% `8 m ^4 {& d
* @method step8 Y' h6 ~1 M; K }! s+ c
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*/
S6 Q2 }5 n4 V! l @Watch(
& C; ^; j7 i( y- [/ V9 K# [ watcheeClassName = 'infrastructuredemo.GasNode',, J1 W# k1 L5 N
watcheeFieldNames = 'pressure',
0 p# f+ J: t8 g/ r& h5 \1 i/ C0 H query = 'linked_from',; N) l6 I1 B* |0 u
whenToTrigger = WatcherTriggerSchedule.LATER,
! w; c7 G% [/ S+ S! u; ^* J scheduleTriggerDelta = 10d
1 T- d1 A8 }" H: u+ P: {; c2 M )
) B o+ g5 v- M! |( h public def step(infrastructuredemo.GasNode watchedAgent) {
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// Define the return value variable.$ |; i0 R+ g& A7 A: `# k
def returnValue
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1 G+ i9 ]1 o5 t6 g5 r% ?" ? // Note the simulation time.
, x; h. V% D0 l' ^6 E7 _ def time = GetTickCountInTimeUnits()
5 U1 h- j# h: P- }$ @" Y+ ]' c5 u8 v; _1 f1 {
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// This is an agent decision.
: E" T8 y' J: m; ^: {% C* b+ [! s if (watchedNode.pressure<200) {
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4 P# k7 Q$ h8 e9 {& U% w2 G // This is a task.
9 M4 T7 A8 T4 }. V3 {0 h4 i setPressure(watchedAgent.pressure)
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} else {
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' r4 e3 s7 d3 J, d5 _# p$ S // Return the results.
6 `$ F! i3 L" t, a+ I- u1 h7 g, G return returnValue
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/**
9 m, B) h3 L* O5 B" l3 X *
/ u' I, m. ?% M6 C1 k( e * This is the step behavior.' F9 v8 ]9 h1 e
* @method step) n6 @5 f1 h0 T+ P1 l- {4 Q! U( W1 m
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*/
& p0 I5 R4 {# m; u+ r, ` @ScheduledMethod(
* y0 }/ n5 B* f7 {- g% ]5 _. d start = 1d,
: g+ `7 J1 [/ V0 ^' u9 B5 u interval = 1d,* {. p7 ]5 T/ {. e2 U5 w7 K, b
shuffle = false& e P& y8 u) Z
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public void step() {+ V: K: q. o& g3 d7 B6 j' ^
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// Note the simulation time.
# _2 Z; G& L4 B% y" i def time = GetTickCountInTimeUnits()6 L& w) o+ d/ q6 Q) _( n
, D: L0 j5 h: p // This is a task.8 u8 N( ^- H' E4 N" p8 |! X
measurePressure=pressure+ RandomDraw(-20.0, 20.0)/ }' I# b/ j. R! j2 s8 P, B
// End the method.8 G1 O* m" ^" c1 W: X% T2 t
return
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