在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 7 K8 L, K1 P0 K# z. a6 J4 y% ^! r; U
! v R7 R" W1 o5 \7 s6 A* \: Q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") n. Q. d. i, S% m public double getMeasured pressure() { 3 l% s$ T& f9 E return measured pressure & X/ u3 x# L& `: s } 4 A" [7 d" z( y, R, k public void setMeasured pressure(double newValue) { / \: t, D5 |; q1 L0 ^7 J measured pressure = newValue ( t7 ^8 i# Z6 L1 Y0 ` }2 T0 v4 ~) @' L. U7 |4 P, c
public double measured pressure = 0% j0 n+ i5 `- f3 u* N: P# F: j
# ?4 ~; l% o* f) I: k /** % a. K+ _) e1 ] *- T/ n; z' g4 G, k
* This value is used to automatically generate agent identifiers. 3 R! A# }$ r) _6 s: x * @field serialVersionUID 2 {9 d0 J5 i1 t0 C, T5 G * ) |3 N8 U0 u1 _& Z */ 0 C1 O2 W9 H; g1 n: Y- P private static final long serialVersionUID = 1L' e6 O/ S$ s+ I7 t! i
1 F0 S( z% W, y) w /** : _3 Z X2 q3 c8 O * & G, ?- E& W6 E F0 B * This value is used to automatically generate agent identifiers.$ l* V; P: o0 ^/ K; h' E# _
* @field agentIDCounter/ U \+ E; G! i$ \6 ?( z
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protected static long agentIDCounter = 1 + `- z2 v( o. c) Z& M( n/ k% W, E" E9 i- w* a
/** 2 e* h0 t$ B7 F" K* E * / V. E' v( g# U# B: L. L * This value is the agent's identifier. 8 Q. S: t- T$ k- l S6 a) K * @field agentID ' D( b3 w1 K( D9 j$ R *% G' \6 u; D% a8 Q2 I
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protected String agentID = "GasNode " + (agentIDCounter++)5 t$ F& L8 Q5 r' o( N. U
9 a' M: [/ ?2 w# x$ v /**; ~0 s0 r- U3 y* K% B" X6 {0 ~
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* This is the step behavior. / _; \& S$ ]7 V% Y; b3 q * @method step; i; J$ S5 P9 W: n( @
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@Watch(/ g: Z4 f( C4 `7 E X6 X/ p! P" W
watcheeClassName = 'infrastructuredemo.GasNode',9 h9 Z$ y. V- ^" a8 |. h# Q' L4 i
watcheeFieldNames = 'pressure',; f, _& a" U4 q5 }
query = 'linked_from', & h+ ~: I1 L2 W# @: }) d \ whenToTrigger = WatcherTriggerSchedule.LATER,* [& x. F' q m5 e, I/ w$ K N0 B" T
scheduleTriggerDelta = 10d0 h* M- U; t/ C7 ~; s
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public def step(infrastructuredemo.GasNode watchedAgent) { / n* ^( U3 g- ~: M0 ?' J: r7 \2 V
// Define the return value variable. ' { Y1 n, b+ C! Z def returnValue . w7 ?( ]% h* _, J$ ] ) ^5 Z$ Y& ~' b. C // Note the simulation time.' A" _# V! O! {. F& z
def time = GetTickCountInTimeUnits()2 Z' [0 \# }) H t6 ^+ r8 n
# t8 ~5 k" s2 j& A& P3 S1 n. R / r: P# R( U; b+ I // This is an agent decision. / h2 Y" D- [3 F& k# l' X( X if (watchedNode.pressure<200) { ) |( U; D7 _4 J % v9 y/ f9 a* \2 @/ h1 F% F0 y' W // This is a task. 5 X# x7 f" T+ v5 Y) X/ H2 h7 ^7 J setPressure(watchedAgent.pressure) ; f( t% e/ o* A/ Q ; F6 L7 ?1 c P+ O% z4 C9 C( \8 L+ ?! M } else { 5 X$ g% V) P4 x6 r# ^+ r / {1 j! l& J* A/ y- z& z4 _- l9 O( y$ Q1 e4 S
} $ }( A$ w% y3 n- k // Return the results. - T* G$ c; b1 p" ]7 l return returnValue, j* Y, \' B% q3 l# y9 d9 c8 {
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! A# r4 ~1 Q) x0 K* V! D5 o0 Y2 Q /**- @( ?+ f* H- k& E% }
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* This is the step behavior. ( \$ `" ]/ L: h# f4 ?) V * @method step + v* i- R! @! M/ @! n6 B * ! C. D' V. f2 O! q8 A+ U */ , G" _& @. w* m# | @ScheduledMethod( 8 s0 R& p7 v' F" V4 _, k start = 1d,! W! p- A! L" h% |
interval = 1d,! Y8 m( ~6 F) Y& s$ |
shuffle = false1 j! S% e; i9 ~- e! U9 [; X
) 1 _1 w2 c- u& y. ^/ V/ Y; ~ public void step() {) E0 v& r4 u, r9 Y
9 `' L a/ k D9 z/ P$ y Y8 a // Note the simulation time. ( e4 m _1 E8 f# a: [8 q5 J6 Z def time = GetTickCountInTimeUnits()+ t& @5 n. r; I4 o& [/ f \
9 t t2 ?2 ]- x# |, J // This is a task. 3 M/ x+ L. V" Y8 K- D measurePressure=pressure+ RandomDraw(-20.0, 20.0) ) ]/ {% H: D$ p$ {! x% k // End the method." O+ k( ?, b, g T" `9 n4 K
return 6 \8 U0 ?+ z" T* i1 S0 V 9 W1 Y9 R) N& K }