|
|
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 6 q/ n. B( O) I$ g* K7 _8 N. `" R/ M
9 n2 f0 R3 }! l
5 M% `6 x. ~- O& g: H1 {
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
" O6 d0 t6 l) A8 r% F public double getMeasured pressure() {
7 r9 |+ W, R8 ` {# Q; k0 F return measured pressure4 I( ^5 d' S4 i3 b
}1 G ?0 }$ ~* D' |7 J
public void setMeasured pressure(double newValue) {
: a3 O# W$ N: H measured pressure = newValue
, F7 d+ V3 }5 n0 U% I! D }. s% Y& Y7 b+ L E8 c+ N0 l
public double measured pressure = 0
& [9 i) ]! U, \8 V$ w
: T, H0 w' T1 b A /**3 m/ b, i3 x% u/ W/ i; J1 Q
*
4 n9 x) m2 p, e2 |) A+ u * This value is used to automatically generate agent identifiers.
4 a* C% o' S2 } * @field serialVersionUID O, S) m9 ?1 t- t7 T
*) S* u) S8 j( P
*/9 p5 k ~) l/ x, X ]1 G7 L9 M
private static final long serialVersionUID = 1L
7 z& P+ h" W* q0 @' R2 ^$ b
4 E$ u+ p: Q w0 Y) f /**. L$ K; s0 [+ R, p/ t* C1 v
*
7 _% p4 }% L* Q0 z, M/ y * This value is used to automatically generate agent identifiers.2 i1 X1 [# U: p$ K& a' S) D1 Y% V
* @field agentIDCounter$ r) l- K: D' `" [
*( F3 {4 b$ \, r. L& y/ s
*/3 h' E. N% `5 J" r9 q
protected static long agentIDCounter = 1$ \4 J4 ~; Y/ B- o; v0 J# g
/ G5 j5 I& x3 d% U, W /**
/ t8 A/ Z H4 Z *) J5 A; W/ r! z- t8 C
* This value is the agent's identifier.+ K: w( v9 P; p0 J
* @field agentID
0 Q8 N( q, Q9 }+ e/ l* i9 z. t2 B+ S *
8 X/ X+ Z( H5 Z; f */
! y0 `" d4 o2 i protected String agentID = "GasNode " + (agentIDCounter++)! z8 L9 a# z0 Z1 c! v! g. L
) |# }1 n% ]! P: i7 J9 D% c8 g7 l
/**
H( M" U" t8 S *
. t! @5 ^; n- ]7 d5 Y3 v8 L * This is the step behavior.
/ ]' d$ t* F: k% m * @method step
9 u3 o7 i4 ]' ` *
5 L' y6 F1 }9 ?4 `2 s C */
' ]3 C, r3 S! W+ B8 {, v @Watch(2 a5 X; |. D/ `" @' X0 ~4 \7 e$ C/ M
watcheeClassName = 'infrastructuredemo.GasNode',3 G; F2 W4 Y8 T I& _! `
watcheeFieldNames = 'pressure',
$ z9 G! Y- [) x& O i4 J query = 'linked_from',, L0 ^% `8 M# \- i+ y
whenToTrigger = WatcherTriggerSchedule.LATER,5 U/ c4 k+ n+ K2 t9 ]1 z
scheduleTriggerDelta = 10d
: ]3 ^7 b+ G0 U8 C6 S )
% y6 L, p3 u' p8 K& { public def step(infrastructuredemo.GasNode watchedAgent) {' E9 F+ T4 H2 s+ G5 l
! s% Z8 Z4 G# d
// Define the return value variable.
$ F4 W2 i, y7 Y4 v3 t, b% B. } def returnValue) f! P1 M0 v7 V$ K# }3 Q
1 @4 L. l9 p* ^7 L4 y7 }8 x
// Note the simulation time.: `' W' \. Q1 N7 Q! R$ @6 Y U: ]
def time = GetTickCountInTimeUnits()
4 Q! A# A% o' x3 G; i7 p- b2 E4 P; W
- ]/ B; U9 |! O% p! k$ r6 }
// This is an agent decision.
( M% y5 D. y$ c p if (watchedNode.pressure<200) {5 H' k6 X% v( P
- Z2 L) |- a% y% {3 ?9 n& \6 o // This is a task.
4 o' l; z& p$ }, p7 J9 V' M4 H setPressure(watchedAgent.pressure)& Q. G. R8 Q9 ^9 a) d
5 \* `6 n, P Q0 a0 ^5 q Y' e
} else {
/ F6 X0 w$ V, N+ g" v4 p; X1 R5 @2 p+ U% _& L3 Y1 Z2 J% h
. s6 }+ y1 T1 B, n
}
! |) F" c4 {6 s3 C, P3 W // Return the results.8 E2 ~( x4 t& ^+ [ K& F
return returnValue
+ k! q) @! D$ [2 P4 g4 u% X0 v, x* R% n9 o% E
}
, {3 H) p/ w% R3 L7 m
) L6 N! h; ~1 b; [( q* |/ P /**0 e% R1 ^: ^2 G
*, r# K! q1 F1 r3 W+ {5 \# k
* This is the step behavior.
0 @1 y# q" R( b' @8 ]6 Q) @ * @method step. V1 L a% z% M% v; ^8 c+ z
*
: [: V: M8 M& b: S+ [0 k */2 v9 Q/ w" `9 M( N4 `6 F0 H
@ScheduledMethod(0 Q! n% _5 h) _7 X
start = 1d,
: f6 ?- l6 B& ?$ |* [ interval = 1d,
) i& x$ H0 K: L/ q" ~" ~ shuffle = false* F9 e' z1 J$ a9 v. ^- ~( H
)/ g, n' L! J1 ? s; n$ n
public void step() {4 j# }$ p* ?5 |
% o4 _0 h+ r+ p // Note the simulation time.# I, _" c; g: ^* c, z5 j; Y/ s5 C
def time = GetTickCountInTimeUnits()
4 A( {# Y( x0 C; U F% f0 ]
/ j- D: r* \! d5 ]% @7 s# ^( G" E // This is a task.
, R7 C+ [+ T2 w- g9 j: Q# @ measurePressure=pressure+ RandomDraw(-20.0, 20.0)
0 p; E" c' ]: r' ?. B6 W7 @ // End the method.
. P7 B7 ]9 b' S0 }2 Y return4 h6 V# G8 t) R0 o3 o( R3 @
6 w) {; P. I! X7 [- N8 J- d } |
|