|
|
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 + w5 t, _7 G8 K- J
* ]& V9 [8 P* e `& \+ h1 S$ Q c
& e; ^' k- E' A4 h5 a; P0 {6 o@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 G8 r( I6 V) ~
public double getMeasured pressure() {$ v1 y$ V0 q$ F# m4 J
return measured pressure
1 i9 i- m7 G7 }) i w- O& F }/ r* H6 s" m- i0 p- ]
public void setMeasured pressure(double newValue) {1 }% R/ G0 \' w! o4 k' n: U; U
measured pressure = newValue
8 n: q b* P6 h; b2 \ L }
' Y) c/ _8 V8 ]# k* _2 ~( o) G public double measured pressure = 0) Y; n' u0 y% A$ I& F/ w+ a, j
5 R. H' m& H8 u& C /**
8 J! Q+ R2 N- G0 W" R {. T *, W$ [' m8 P, F- B+ y
* This value is used to automatically generate agent identifiers.8 b/ Z, o h. i! [9 p3 \+ y! n: ]
* @field serialVersionUID
- C E, D) X- Z) ^* x1 ` *, y+ y1 {5 k8 s- L0 l# e9 V! n
*/
, L* M- o# o0 ~* ]% `5 K private static final long serialVersionUID = 1L% J c( Y+ M# l2 O+ ]% J2 E
' c) Z" `+ i1 q, ~& E2 ]7 E4 A
/**
- r y; ?* |) M4 p N * Q9 ?0 D/ c; f: A) w* I
* This value is used to automatically generate agent identifiers.
5 J: L* e5 [, K T- T1 Y/ U * @field agentIDCounter
8 J$ l, q2 l( y( H *4 ?' W' u0 Y* H) T" x& J
*/. `: u; d8 _5 E$ n7 `
protected static long agentIDCounter = 1
3 ^) \$ P4 @% R/ l: {% I b$ O2 d4 {0 X5 b. m) P8 v3 N j( s) f
/**
6 V2 W% n2 G2 O$ B! H4 v *7 r5 c, h% t) ]" ^
* This value is the agent's identifier.* R9 D3 H5 G5 |4 g$ T
* @field agentID- X$ S O7 d5 C8 o- F3 \
*
: x* W% i+ P9 E1 a */% v1 m) b$ f- ]9 v% J
protected String agentID = "GasNode " + (agentIDCounter++)
5 T" L+ L/ B% G& L) q6 K6 T+ V* N8 n, [% V# Z% x
/**
0 ~1 d g2 P0 ]6 p% @6 f1 c# J/ [ *
9 G s, A7 v* M4 m' c * This is the step behavior.# p1 j9 h( p( X# }+ u+ z
* @method step8 h3 M# H: F `) A
*
: O/ _7 @$ G8 ^5 _! ~/ V7 i" r6 n */4 e; w# E4 A9 w( D' g. ~
@Watch(, f9 B! B# N5 y0 n
watcheeClassName = 'infrastructuredemo.GasNode',# J, d4 }: y2 |$ s& o
watcheeFieldNames = 'pressure',
8 @; ^9 G/ \% F7 @) X" j& e query = 'linked_from',
+ Y1 n& D/ u$ h! E; l- _ whenToTrigger = WatcherTriggerSchedule.LATER,/ ~* b, K# Q( a; Q# x
scheduleTriggerDelta = 10d* T. ?, @ h5 l
)6 S1 g: e6 E6 r) c' i( ^- [4 K
public def step(infrastructuredemo.GasNode watchedAgent) {) g" q) [; j0 K6 ^
( g. s# B3 m7 k [; K) v h% w
// Define the return value variable./ r# e7 C- G- [
def returnValue
9 w. G7 P$ G+ _6 Z" e- f* v
3 e) i$ y% V0 N3 V6 w( b D // Note the simulation time.
9 Y9 t1 l4 J# K& T4 e. j4 h7 d def time = GetTickCountInTimeUnits()
) d, S1 d9 {. |4 X1 k5 H1 G8 E0 i" H9 I& b* P- D
7 y" a" P, i, Z% J, p* Q // This is an agent decision.) j- z5 L5 V2 n" I8 L5 l% {! h; X
if (watchedNode.pressure<200) {
, n" j) ^) g9 o ?8 n# v! ]8 v/ J5 u/ N. A) X' n R, Z* a& l
// This is a task.
, S$ q5 S3 w7 m setPressure(watchedAgent.pressure)
6 j' o1 J7 y3 e* z/ j
! k! R4 k" g7 U } else {
) u: @. ^: W6 p$ `
& E! D, H8 u9 T1 e% d2 m! s3 s1 y: E8 j5 V& T8 I/ T1 B
}
* f9 l# l3 }+ Z0 s% n4 `! J7 ] // Return the results.
2 y. i& K6 }) w) K4 I return returnValue+ w1 y8 k5 M8 Z4 ]" @0 p9 i
. s Z$ S0 ~. ^/ y) w4 }, { }
1 q$ Y, k: U' g! M) U' ?" J8 e
3 P( Q3 p0 l/ N /**
" ~( J; R( P0 r( n *
* f, w4 F: B% C; V3 u4 q* s * This is the step behavior.
; f0 g) A. Z5 q) k * @method step; L% a4 q7 w) L% c5 {
*
0 Q ^! T1 K6 u* }6 A8 W: [* u */
; }4 g( K8 |5 k; A" j2 C" D @ScheduledMethod(/ j4 X$ A- P) J- q
start = 1d,8 M3 E' [* ~) U N& e
interval = 1d,5 ]- N! G. l; w6 ~; |2 W2 ~
shuffle = false+ Z6 s$ k, E3 d( W* | K4 G
); Q, J: n3 w! ?% `
public void step() {
! {! ~: _9 R. R. N# N) g% \! r2 a5 s6 p/ ]7 g, M5 h* {
// Note the simulation time.; Z2 K; X# u' V2 G( c
def time = GetTickCountInTimeUnits()
- Z% H- b2 z% _( P" u* n# K, B f6 {8 z% u. a0 v: C
// This is a task.
. I$ t+ P' M) ^* c measurePressure=pressure+ RandomDraw(-20.0, 20.0)
. O1 i3 U) t! Z4 Y; g# ^0 X // End the method.7 f1 S3 [$ v8 m
return
% N' |! K; {6 s/ a: {* A4 b; o; D; f0 f8 V2 y/ w; E7 O& ^4 [
} |
|