在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 4 ~. w# R, F/ y. y% s
5 q8 }9 t. t$ j. [9 q* v$ j7 X 5 a$ d$ H, `: @4 K@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 8 N, [* V( Q" d9 I! t9 {9 }" f public double getMeasured pressure() { # v: O) W, i+ S: O* R return measured pressure5 n& M( ^! i* v$ v
}: y; }& j% R: D3 \! z( m
public void setMeasured pressure(double newValue) { ! {8 f4 ]) k w4 G3 O% F6 Z6 q measured pressure = newValue% g* l# K$ g( w+ f2 ~8 f. Y: W
}$ @, _7 J9 t3 [2 C! s( l
public double measured pressure = 0 n5 `' u! Z9 M( n( }" M3 X: e( d
m) R) v! p6 m% m( h% M; T& D /**/ [7 B1 C. X3 V0 C
*( l$ {/ z6 Q6 K$ j7 f
* This value is used to automatically generate agent identifiers. , ?$ k$ Q0 u- F4 ]! |! ] * @field serialVersionUID $ _9 t; w$ M2 U5 ~% T# t *5 \3 Y8 k: [7 ^4 C* c) r
*/ ; x+ I" M2 _5 [ private static final long serialVersionUID = 1L' t. L u% U2 q' m8 d
* _: A9 A }9 p0 C1 r1 l* |5 A6 n0 K /**' ?5 U& v, j- _: V/ ]. H/ D
* " _% n: \2 a0 A) s5 b, _7 K8 Z * This value is used to automatically generate agent identifiers. + ?5 |3 A5 d( A h, `: A5 l x * @field agentIDCounter . u2 l; f- z& ]/ c9 D( Q" { * 2 Y ]4 \3 |$ P- `2 ^7 \3 u: I */# b# R6 g* S# V; P) U, E4 G7 ~
protected static long agentIDCounter = 1 4 O k* x5 w/ v8 J' O5 B6 s 7 \ H1 h! t; A1 t0 _ /**5 z7 `) ~; k: ?- y
*% t8 X2 `9 `3 _) @3 W+ m% N% D
* This value is the agent's identifier. 7 x8 q& O0 |$ f( y/ W) T * @field agentID% \0 P2 u' Z! C- C: c% O( I( b9 Q
*7 Z# X% `9 w' J+ I
*/ , M% B$ j. \( s( B: l+ C protected String agentID = "GasNode " + (agentIDCounter++)+ p6 j7 S8 R5 q- L- @
) i# \5 u& J( D/ Q7 k' |* J( _
/** o: v) M& V4 ?& Z3 @! l9 l# m% ^$ y
*. H1 N4 m: }+ L! j' ?* m
* This is the step behavior. $ T# {: q% f9 o* M * @method step5 T) v. Q( u& H6 b# ?6 `1 a- _
* 8 z2 G! {9 n, b% Q2 M */ " G3 K7 {& n, k& I8 A" x3 l3 ] @Watch( / U, r# Z9 V) r$ C7 ~. g! B6 L& c watcheeClassName = 'infrastructuredemo.GasNode',4 t6 P6 ?/ l" z- l, Q+ V5 s6 x
watcheeFieldNames = 'pressure',7 j B1 J/ d; U8 w% Y
query = 'linked_from', ) F9 Z+ \* l& o9 J; x7 y whenToTrigger = WatcherTriggerSchedule.LATER, $ }4 d3 z5 w6 V scheduleTriggerDelta = 10d 2 ?3 t }. F2 @5 ^4 s2 L' U8 }) T# h ) t: e/ w+ h J0 t- }
public def step(infrastructuredemo.GasNode watchedAgent) {5 O+ ?# _. O1 J. V! r8 w. m
5 B1 w$ c) Y) f1 ` a7 q9 v
// Define the return value variable.6 @: O e" j! \& q8 M
def returnValue 9 c; j" A- r' D , M% \1 ]9 F6 [$ F; n$ Z3 Z6 h // Note the simulation time. y$ F! N6 f% W def time = GetTickCountInTimeUnits()" [3 i% f; n& ]" z8 e
2 A* R1 W( ]- k
; n, C5 A' i; R, Z: g4 X6 D! [& G: I
// This is an agent decision.8 j2 I' |" D) N2 k# U
if (watchedNode.pressure<200) { & p, n% ~9 Y" f8 ~, b1 A+ Q1 X# T8 o: u1 @, m. v( p, l/ O
// This is a task. ' s c# |# w* G5 I setPressure(watchedAgent.pressure) I$ Q* S' k$ j$ _1 o; _" M6 V# w+ U4 T
} else { " Q9 X" A ~4 s9 @% `; @ }) P0 e+ l4 p" S# I+ ~& i! p
3 \4 S9 Z! Y/ F, i } 0 T4 W9 L* _' E3 V [ // Return the results. 1 S$ }. X$ J3 _ b0 M return returnValue 7 ^1 ^( }- X* J. G2 N0 G$ l% Z$ _+ G8 C( [1 Z
} Q. D7 {. n3 V' b( H8 C
8 z& b" ?% a8 R2 h. A0 J. k; e7 C
/*** j. I6 s7 F# d- L5 Q: z
* # q9 k- U) r+ Q * This is the step behavior. 8 N: _, h* ]9 A b+ N * @method step 8 [6 v% p$ \, @* A" W * % T# t" M t. L. f8 b1 g; A7 ? */7 Q6 I: l0 r& y9 _+ Y/ f0 x2 Y$ B
@ScheduledMethod( $ X+ o/ s# u8 d; x start = 1d,# V' T+ m6 p6 J" p: U
interval = 1d, 9 B2 @9 d- \( q0 C shuffle = false7 U* ?6 O @) A$ I
)6 X5 Y2 y y) L# O
public void step() {5 f2 {* n/ x: E8 ]# \
0 Q; x* o* n: c- `* }. e7 `/ |( D // Note the simulation time. ) P, x% m. o N1 x def time = GetTickCountInTimeUnits()( H$ \% H- t: V2 i7 `* i
7 K9 ~; D! Q0 C5 x // This is a task.8 x9 t; a0 `$ Z' _0 o0 i1 p+ X' I
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ) q4 Y/ Q0 M2 G) c+ h4 y5 T# U // End the method. 8 [- r# c1 _0 L0 ^2 H# a+ b/ l! Y3 e return' C, H, K- u% T1 }$ \
% F3 W& s5 U8 j
}