在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 5 G+ i& P3 U3 v# }& ^- R8 q1 T ! Q4 a) ~1 H% r9 g, B- F4 j2 }; H1 a3 |6 q& V( K! F7 P0 n8 e
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") D4 |% c& E3 r. P
public double getMeasured pressure() {; X9 k& Z, p, Z3 |* P: Z' r) s$ L
return measured pressure $ d4 T" P3 t2 e" [/ t2 x7 J } % I4 R7 w: }6 y1 |2 S, m+ Y) j/ t5 U/ K public void setMeasured pressure(double newValue) {* j9 X# K# G/ O1 V/ h4 S2 o
measured pressure = newValue " k. C3 w4 n- ~9 I# d0 e/ A l }2 L m4 H9 A6 M x6 U
public double measured pressure = 0+ _, z- c+ W: m4 E1 K$ P
# b$ q8 g" t g7 w
/** ! |0 x/ [) i8 z# P% o8 T * / v" C( f2 }7 B * This value is used to automatically generate agent identifiers.5 [& y' v8 p' ]9 |4 M/ S$ @
* @field serialVersionUID5 x5 A0 f I* ]0 d& P
*! E" O0 a, u5 l4 m7 D
*/- q$ k6 b# G- \" W/ v$ y
private static final long serialVersionUID = 1L 3 C; [( q5 A3 S& j$ s! g3 q- z5 ]) l2 v2 r' `( Y" I( `2 w! P
/**' G0 W+ n2 W4 O) h
* 2 `$ i8 @ w+ z$ S) h; J+ c * This value is used to automatically generate agent identifiers. ; }( c; A/ Y. [ * @field agentIDCounter: |! K( v' `; U2 b0 G
*" h+ b$ R7 |8 v! Y& |% W4 `3 Q3 D
*/ / S$ T# M. G; U$ U protected static long agentIDCounter = 1 - h. `" I- t. ~4 ~3 e3 w j4 }& _
/**; v6 }% v% q5 Y
*0 D. G2 U* k2 u. H3 C
* This value is the agent's identifier. , ~8 p! L) n" p: U' R. W; V * @field agentID ; I3 _1 c( A9 E/ F6 ^ *+ _$ S: a q$ B) h
*/ ) T6 z) ^$ K% c; p protected String agentID = "GasNode " + (agentIDCounter++) k; c/ ^+ @- r x : s8 v3 h$ T( S# I1 ] /**& R, z I( z+ ?2 }: \- T! d3 w
* * [: q. ]1 g5 j * This is the step behavior.2 g# p2 h* g2 j
* @method step . \- _1 M, ~& j$ \# F * 3 o2 g% Y( y5 e7 y4 Z P, S g */ , h) a+ w/ f& v4 f* X- a @Watch(; v1 r: u' ?7 |& e
watcheeClassName = 'infrastructuredemo.GasNode', % ^# s: R% \$ l8 Z0 ~2 n7 J' H watcheeFieldNames = 'pressure',* T9 h3 w- h6 `# {
query = 'linked_from',+ f* e. `: _: u
whenToTrigger = WatcherTriggerSchedule.LATER, 6 S( @3 B8 F) H scheduleTriggerDelta = 10d1 z5 u) u8 R2 a9 C$ P V8 n
), T1 ~$ y! [0 M0 h& N7 V+ y. g
public def step(infrastructuredemo.GasNode watchedAgent) { ) X* Q* F5 A) o/ R3 E/ A! X9 ?3 m. O6 ^, \, A1 U; M" _; `* c7 s: G' ~, C
// Define the return value variable. 5 Q) l- u; H! `3 z! |5 E def returnValue9 T/ j5 A' E) W2 X& O& K
" l' n& f6 \, ^; n# E // Note the simulation time. 0 t' i8 G$ N6 O0 `7 j' e3 b' H def time = GetTickCountInTimeUnits(); U2 L, [8 k' X+ y2 P3 K
% f$ V& x7 C, Y/ J' N7 W 5 {' U! c/ U4 M' S% ? // This is an agent decision.! ]- S! ]) _& [* a1 O8 P
if (watchedNode.pressure<200) {' U) x6 @' h0 o' C& N0 Z% N
* j, @1 B' k, z$ u4 V
// This is a task. . T6 r5 n$ L6 P3 t7 C, d' H" i setPressure(watchedAgent.pressure); U e/ B" R& |* c
) T2 s9 ?- t/ u( w } else { 1 Q5 g* L3 M& J+ r4 `* F5 E 2 g5 V9 R) m0 U% S; r" O" w 8 U9 f+ C$ [9 U1 e Q" @ }- G- P6 }) H* w8 K9 s1 R% u
// Return the results.8 t$ p: z y/ E
return returnValue# H4 l/ i9 T" j+ \/ X: h$ t1 V
3 V1 v, G1 `! j! | } 2 t3 J1 C6 d( [! N3 i8 ^& F1 v# i% `: h" P6 {
/**: I8 | \/ v3 f# V4 b2 U
*2 Q+ ^( p1 ?: V( A
* This is the step behavior. - s+ S* z/ s3 D j, B3 j9 m * @method step3 H, j1 E, R5 V/ K
* 2 b2 x3 w t2 }; ~/ |% J1 ?7 Z */ {7 a( b( j* |- n/ P& O7 Q
@ScheduledMethod( % a( m6 N; w; f8 V9 Z1 i& b, |* P start = 1d,- d* l% W$ K- c! I5 ~$ {
interval = 1d, % s/ v& [# [& e: U shuffle = false 0 C: R; w3 N, ]5 u' k/ G. G, N ) 0 j$ u7 R# c$ U, e ]9 L. u public void step() { % k( \7 [7 l+ W; l: \; s/ C) [8 d& ^; q; ?3 l9 z R) y' U
// Note the simulation time. 9 E7 _% O7 ^" |, U) Y3 K def time = GetTickCountInTimeUnits() " Q1 j6 R- k6 v2 ]+ B/ Z6 Q& u" z- ~ ' Y' O C* {9 E5 b: y8 B/ q // This is a task. 0 ~: \9 a" A& `6 Q9 Z measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 S1 ? e' H4 v
// End the method. : W& M( B$ ?! G8 X- I! p" ? return # U8 P. v6 l3 T% f2 U$ q9 t! f: u! N# P- Q1 c/ X5 [8 W8 J
}