|
|
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 5 w3 m* \. e; ]2 s: t0 n$ E7 r
6 l$ e8 W5 J* h4 S
" [% R2 _* U4 A* }1 i' H@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ F' q e9 v( ?3 c6 M* S- g
public double getMeasured pressure() {3 z! p2 c# v. c9 @; X- \
return measured pressure
1 M1 j9 M- \ p5 P! W }
. u8 E6 H0 S8 B% d. ` public void setMeasured pressure(double newValue) {
% e' E9 {: [4 N2 J4 T4 |8 u8 c measured pressure = newValue
" P7 D0 i* g* T8 R }' c: {/ r1 }& `1 b: x3 |
public double measured pressure = 0
, p3 i+ s* r9 U7 T6 Q2 u* `# V8 I" v( Y6 z6 h6 _8 U& J
/**
( K1 G: d C+ s *9 ^6 ?4 W- P n- A ~: ^5 `9 L
* This value is used to automatically generate agent identifiers., m8 [2 e z$ k, J$ o; H4 f
* @field serialVersionUID
1 j' `- `* x/ y4 i3 h *" {. |- E' B w6 k
*/' h2 S! ^- E1 i$ h: z: M* X
private static final long serialVersionUID = 1L) q% o) {% u0 d, B' B. G$ z+ W
6 o4 r& ~( i. } Q9 S$ o* C
/**: t4 I" F3 y' |8 c' G( W
*/ [& G; T* B; r
* This value is used to automatically generate agent identifiers.
4 T2 K% {! a8 H/ t3 ]* {7 {! [ * @field agentIDCounter9 O$ Y8 q& {- A4 _6 p
*; R% R# ]: e' R, r6 @
*/
% k* Z, J2 ^5 E. q$ ^& E) {7 i protected static long agentIDCounter = 17 G; \1 S+ D8 n* Y( @2 k4 n& U, K
5 w& D5 J+ r4 _8 h+ ? /**
: }* C% a/ o2 L" ]; Y9 I' C *
9 c4 _$ B/ n# j4 E1 w * This value is the agent's identifier., i, E: U" j- F& H
* @field agentID
1 D/ y+ c; h' w$ s& z L4 n+ v *
d- ~9 [' v9 T) ? */3 I9 h1 h/ k4 [7 g" r6 J
protected String agentID = "GasNode " + (agentIDCounter++)6 p; Y6 f) U o! Y, |8 {( b8 H
% A& X3 O6 B# M9 ?
/**
$ x1 O H8 v* J. U *) ~! K! o0 k0 M+ {4 c% Y, s5 v T
* This is the step behavior." _$ y5 [. u- a3 o" h
* @method step
2 d' E( M: d$ H# X' S( R *
0 j' c9 r' t" j& P */
& I$ h2 A5 c0 `5 ]* }5 v7 U @Watch(! S, z' T" E7 Z i( l0 d5 b v+ N
watcheeClassName = 'infrastructuredemo.GasNode',
/ Y( k p6 Z6 @. ~- Y watcheeFieldNames = 'pressure',, J$ h/ `6 P% U
query = 'linked_from',
1 o- f8 Z+ m, `$ d( N3 R& ? whenToTrigger = WatcherTriggerSchedule.LATER,# _0 j- g& W' C; |$ l8 K
scheduleTriggerDelta = 10d
7 A/ h0 [3 X0 K7 F( ? )& @# q1 [ S( g1 [/ h. Y- L
public def step(infrastructuredemo.GasNode watchedAgent) {" t6 M# K: d9 |5 S
- X6 U' \* p, _, N // Define the return value variable.
5 P& W/ B3 {6 a/ C4 R def returnValue
0 l3 A' F+ ]' H1 v( n+ N8 ^' m
; r# U' V2 r! W9 E' ]/ _8 e // Note the simulation time.
, e' M1 }, V6 x4 t def time = GetTickCountInTimeUnits()+ A1 [1 ~4 i9 a1 o
% D# ]) }/ M" D/ D q
1 g! m: A( y S
// This is an agent decision.) i7 B7 g) b- \) P" W
if (watchedNode.pressure<200) {
3 }1 e8 b+ B. s6 E# U
/ A5 |. F4 O4 t# O' { // This is a task./ Q5 H" y1 l2 T0 j: x
setPressure(watchedAgent.pressure)- F- K" K- R* v4 X! a( y
/ j3 b% u$ W+ E+ X8 r N
} else {
% F2 z% _( Y# B( k4 }5 O0 n; m% `9 {3 u! m" i
- ~1 C6 n- Q; f$ ]: Z3 ]4 Z
}# F, X2 T( _/ h- H! U
// Return the results.$ _, M8 G) G* W7 n7 J8 i
return returnValue
5 R( ~( ]3 y: A; r H/ B
, z. t' L; {, [) k }* ~" E4 ~/ X% O9 D- J: O' {
. t( H# ]. p% ^$ T( s1 S5 I
/**
2 |) G# x0 j# k4 Y: q5 y' k$ u) X *+ r# d5 k0 M# T* d% r
* This is the step behavior.
$ Z- N( e; m v8 \9 O9 g. n* [+ z$ j * @method step
/ H% V$ O( {0 R# m9 ?. h *; T8 ^ |$ ] z0 x# a
*/
, A$ P% [' V5 i4 ?% s4 m @ScheduledMethod(! W7 C2 S6 k( C1 B) u
start = 1d,
$ d) P, ]/ {& W3 j interval = 1d,+ u0 T" C9 f' r: N! C* [8 A7 G9 A
shuffle = false
$ W% y- m/ u4 ^' k$ ?# i )
4 q- i! Z, l7 l( b* }" r1 Z public void step() {) _/ ~) J" B1 T5 Z% A4 h9 C7 Y- y7 `
; K9 @, y T9 e9 G# d& a Y // Note the simulation time.; v5 r5 ]0 \( {1 f, k- D& T9 w# w
def time = GetTickCountInTimeUnits()
% y" j. b: M( P B, D2 }9 w
% ?" I" }$ E# f2 b- _6 _3 Z // This is a task. _4 N& p, Z ~" O9 j+ f% }0 n2 ^( ?( C
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 T& ?6 `/ w: K! R0 l& l f( X8 [
// End the method.
: H$ V% G$ j y/ y2 b3 N/ M return: X) A) U" V2 @! w! |+ ?
" J7 ^' h( o7 [% v } |
|