|
|
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
9 ~" N: T( U' j. q5 v2 j, w8 }& J0 C& I! Q+ x( r/ Q+ L
+ }3 | A4 }. [. K( E; I@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
% b1 [) D' T; v6 Y5 [7 A# H public double getMeasured pressure() {) W$ H' i8 C# i6 z/ H% A7 Z
return measured pressure& a+ F" A( \! l( L5 ~ U
}& |% [: P! M- K# v
public void setMeasured pressure(double newValue) {
6 X/ W" {0 p" X E measured pressure = newValue
+ o: F6 Y+ q6 X- f" u+ Z/ x0 J }$ J; n R! u( c- r( z7 t! z+ E# D
public double measured pressure = 0$ ^, Y! W# F' e, p% j& I
; e0 j- u( C0 a% h/ k4 o /**
5 k7 `( t4 {- v' z8 e *6 I- }- E# ?+ m( J) I) n {
* This value is used to automatically generate agent identifiers.
( M) O+ |. H# z( q2 T * @field serialVersionUID
6 l* o8 j0 ~9 R( }! I *
; {: U4 n+ S" ^1 F */. W1 _1 Y2 i8 D% y, }8 g
private static final long serialVersionUID = 1L
, {: l6 k3 T! I5 h. X" J" g4 |
, x4 G9 K" x2 o- L/ ? /**
" M. Y- `0 U1 b& C9 r* ~ *: Y9 v! X1 H& e; m; L
* This value is used to automatically generate agent identifiers.
1 ^: I+ U4 [' n9 L * @field agentIDCounter; T) M/ l( ^8 e4 X' B) ~- {
*
, W8 L1 @9 I( e4 {3 P */5 i8 x2 ]/ j% m8 i" m' L) V" a
protected static long agentIDCounter = 16 M. T3 z# O$ Q( B) B
+ \) c ]! Q7 n. k /**
* |7 B! G0 ~& v *0 l2 B! v- X+ o/ {8 ?6 I* V
* This value is the agent's identifier.3 \9 b0 p, G" Z2 Q* S+ u* m/ x
* @field agentID! ^& ~/ f, b( s. I, F1 I" w$ T% x
*) b5 T- f* o: }8 x( q
*/
) f/ q: J r0 C: _& U protected String agentID = "GasNode " + (agentIDCounter++)
. J: r( w2 `" G1 [# d, D4 }4 f* ] _
/**
. p) w, d3 v- F) U *) ^4 B; q( c- A! F& X3 }
* This is the step behavior.
/ h @, W) @. _5 L0 U. _% J * @method step4 t, `3 a S, N' l; n* M8 C
*
/ x# M, S% w- I- K% n2 p9 R */+ c* R/ i/ `4 g, ]$ r5 l1 F( {
@Watch(
' D; h! _& k0 z' ], Q' ~$ r0 i watcheeClassName = 'infrastructuredemo.GasNode',- ~7 ^3 Y& T) S3 \& X0 q/ N
watcheeFieldNames = 'pressure',
3 H' U* g1 g2 b# s6 B: Q0 R- A. x query = 'linked_from',4 S$ h, E B' ?4 B, I' h- W/ e
whenToTrigger = WatcherTriggerSchedule.LATER,) I. i5 y s( f1 }9 E* p! |
scheduleTriggerDelta = 10d
6 n4 h/ r* b0 P" L )
/ j7 X6 E0 E: o P* s! r+ ~ public def step(infrastructuredemo.GasNode watchedAgent) {
6 x$ W8 w9 e" S2 {3 {0 E. i6 a- A
& B: ]- n- H$ _" u2 s0 _1 J& y9 S // Define the return value variable.
& _( ^( p' ~; K( u def returnValue
' L W* ]% d+ J$ b4 [' U( M
6 e& k( `. m: y3 w& R+ n, x8 |' K // Note the simulation time.% N y% r1 o( ^ I3 z
def time = GetTickCountInTimeUnits()% ^" d' r3 Q4 W, P6 i; x
: b8 ], Q& w+ m: z1 j$ X# `6 {4 {' G8 a- i; ?8 H+ _7 K J, H
// This is an agent decision.
' s# ^4 Q8 A4 s6 F0 g P1 ^/ b0 U& ?# W if (watchedNode.pressure<200) {& V% f& A, p; |; [6 R0 u
- o" [6 T! k& l9 Q0 X
// This is a task.' I! g/ v3 v; P+ H& ?* \
setPressure(watchedAgent.pressure)
" {9 H3 j1 P! Z6 f+ l% @) l
$ k k% T7 W2 ^% d } else {& V" A& U8 Q1 s- X: a# M5 D0 C2 a
( Y; F4 A) J4 h/ a0 v" u% i0 g. A" ]2 Y
}
" C( f' h7 B3 [/ ^, q- Z' t // Return the results.
" S) C5 _) ~+ Z# @ return returnValue
3 T+ z1 `- S' S9 Z& P" D) n" e0 j D9 r
}& H. h2 N1 `5 ?) @9 ` @' y/ r
' `- @ H' I4 L) u* C+ g% k /** I; ~; B: v4 s0 E) ]) n) I
*
$ A/ m/ U5 m& A1 C* \ * This is the step behavior.% O; l2 ]. Z4 \; o
* @method step, `# G0 {% l9 K6 U
*/ D) F! f$ i$ M9 v& \
*/
5 p6 q) t0 t6 M+ v8 ~% P. {& z @ScheduledMethod(; Z' ~+ i& ^8 r- H; p; {% f, j
start = 1d,
4 r% V7 y4 ~8 P) g/ P5 A u+ [- u& Z interval = 1d,
" a( O2 M4 j. O H0 K, T% Q( a shuffle = false! e7 d. C+ E6 E4 f# C. C1 q5 E
)
0 w5 l1 C; b# D j( } public void step() {" r% N; _- l! z0 _
. E2 O* }/ G0 V* w" x# i) z, a // Note the simulation time.8 M+ |" |; L, C& s: x
def time = GetTickCountInTimeUnits()
1 e( ?" L0 Y' U$ p5 ?6 _- l% R
: i+ b: o, k6 S% S9 S* L, ~ // This is a task.
8 V0 i. c$ r% B) `+ ` measurePressure=pressure+ RandomDraw(-20.0, 20.0), V- M# B' ?7 w; r2 N
// End the method.& r8 q9 P7 e4 Q
return2 b2 { G1 I; K) \; y6 L4 W6 Q
: B7 k( c! I+ I) v6 W9 v } |
|