在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 # p6 `/ ^# q- q% ~$ N: G0 c; N 2 U6 m! t) i P; u 8 E) l# N4 S }6 A- J0 k1 h@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 ^: H( W7 S M4 J9 f& `8 C public double getMeasured pressure() { & e, e+ G X$ B- e3 C$ k return measured pressure / Q6 }3 s8 R) n/ t4 c }/ f V$ L9 O/ T# ~
public void setMeasured pressure(double newValue) { " D2 S) R* [% I; q4 g5 y) N# [' r measured pressure = newValue' C+ C- B2 o- s9 |3 ~' S
} c: z; _' [" i* F$ \+ ^% s public double measured pressure = 0 5 n: T5 B1 n8 V! V9 S1 K3 l / [' p! e6 o9 @1 U: A6 q) Y! ]+ L/ f /** u/ u7 r- d, l9 V6 I' F * : T$ Q# T- n: z( g5 A3 g * This value is used to automatically generate agent identifiers. ( e5 F$ X7 `$ q- r% e R * @field serialVersionUID 0 Q1 {0 u- G! T* g * ) ^2 \6 p% O. ~9 Q */$ C2 N0 }3 d% Z8 v% [9 Z: o
private static final long serialVersionUID = 1L" Q7 k( \# r3 ?- m( T7 q
6 l/ C* I8 P6 z; K& Q
/** + N- g* {0 S1 A/ h1 J9 Y K% v * 3 R _2 c& b6 P/ G6 V7 t7 Q * This value is used to automatically generate agent identifiers. ) i! H1 y/ P) c6 I6 m% F, `* J8 d! z * @field agentIDCounter 5 X4 {8 G) o3 v) x9 y7 O( @ * ; }" V# w* c/ N: m5 q */! _; Z' O1 i2 G. n8 C+ v0 R7 R
protected static long agentIDCounter = 1) B, a( e. E- C" V
7 f7 _3 @; ]# N- f( B4 ~ /** 2 f* w% M% F; Y0 N6 {! Q *- k, d0 o! @2 Y7 g9 s2 v
* This value is the agent's identifier. 1 z* N2 M0 M, K, O- b0 Z5 m W * @field agentID 8 B0 F- J8 k. b * : u( z$ I2 ^2 h" r& P7 S */ M" }3 A, @* X3 Q1 [% R, Z- B, M: G
protected String agentID = "GasNode " + (agentIDCounter++) 3 I9 l" h! `; e0 ~3 g+ S5 U' ~6 I6 z' \* l8 Z7 E
/**+ M/ m# O0 v1 h! T! Y$ J
* " q0 A; |3 ?- K. o5 O: k * This is the step behavior.; R: k \7 L( G, ~" p7 a, u& |
* @method step/ j" x( h7 ?) e! S# l4 S
* e* P7 \& h2 K/ b */: @: w( Y4 W3 G7 U5 g: s
@Watch( / _" Z9 n& h a8 Y1 d2 h watcheeClassName = 'infrastructuredemo.GasNode', 5 [) C5 L: y/ I$ e# A8 ? watcheeFieldNames = 'pressure',) \: P( r. D) p( o+ M1 k* }- `
query = 'linked_from',7 p3 L" E, y3 g; r9 ]! h% Y7 G' N5 T# J
whenToTrigger = WatcherTriggerSchedule.LATER, & g, v7 ~; |- U5 a. \5 [ scheduleTriggerDelta = 10d 2 z- W1 l0 B* l+ j, }) b; F1 e/ R ) 0 n% |2 ^7 |. B5 C' S public def step(infrastructuredemo.GasNode watchedAgent) {! E9 n! G# P9 i8 T) ?8 V
" [% H7 h1 l4 b9 k/ v; b5 \+ t/ Q8 q // Define the return value variable.+ G) [3 C& f) Y
def returnValue$ R* r! W5 ^6 b9 b/ }2 y
' T8 |# K, {! h3 |+ l // Note the simulation time. 4 B& E2 j( ]9 w, j/ e/ z$ T3 y def time = GetTickCountInTimeUnits() 3 g& n# R1 w9 A. A , [: C9 c+ V3 v: @* p2 c+ S+ H+ S! H$ N
// This is an agent decision./ Q! L" V* b! T: x
if (watchedNode.pressure<200) { 4 R$ N0 z! C- O0 y' K; ^5 n$ H) H# [' L+ u
// This is a task." c, A: p6 e1 o8 m+ i
setPressure(watchedAgent.pressure): O# h4 u& h" `8 l- ~6 x
; g* T! b% b _* W2 k' {, s: O- V# O
} else { . L' j0 [1 Y- b, A9 E! z; O ' c9 D9 K5 _% }9 i, w- [3 S: Y) T M" g2 n$ G8 y' G. R
}6 t$ g d5 Y3 o `* [
// Return the results.9 w$ ~8 v2 d! b+ d7 q
return returnValue8 i8 V2 g4 W$ ^8 j1 E3 X. q( \
6 G1 {: E4 ^/ d) ^
}# B8 a& Y0 E X7 a! i
- ]; t) M& M; l4 q5 v! }
/** ! h: q" k( g1 v6 ] j * 8 F2 j5 p: j' N" l O * This is the step behavior. g" b" Q$ Q+ K4 @& c! g * @method step6 x" n) t% E: [2 _0 _
* ! v8 l/ z# i, x- n% J */ ! r+ O- d! N1 A# L3 G: I @ScheduledMethod( {; n; Q, L/ n9 q) c1 y) \
start = 1d, : |7 f/ ^3 t' I3 g interval = 1d, 5 n5 v$ C- p9 \* @6 C shuffle = false, v2 }3 @- |& ^) @" S3 p4 V$ N% W+ g
) : [" \) ~4 Y' z* Q* G9 S public void step() {7 o' A$ V* Y" f/ g
% Z. z( g9 j8 a7 a // Note the simulation time. / v m- Z9 n+ @+ R0 c9 m( F def time = GetTickCountInTimeUnits() ! ?6 X3 G1 R8 J( \7 {7 O6 r- S) M % D( x: c3 V' Z8 x* W3 b // This is a task. 9 [3 M5 s' N8 o. H1 r/ U/ }9 B3 |1 w$ v measurePressure=pressure+ RandomDraw(-20.0, 20.0). d/ w. c' i" W# N' s% {7 M O1 u& k
// End the method. * ]9 |' T+ f) C3 K L6 Q return $ P: e$ H: B% f* h7 G+ m& H3 O+ @: W8 `
}