|
|
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 w: n' w% t" L9 @
9 w( Y* A# u1 \4 X. f
0 J, t7 S1 n' h9 o- v@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
5 V/ f3 `1 }. ?! y3 V5 k; ` public double getMeasured pressure() {
: I' o. h- W' u' r) t1 j+ C return measured pressure# A1 F' h, S& y- l) p( p- d
}
9 [! S Z: ?. _4 n. w public void setMeasured pressure(double newValue) {' D3 Q' W! @- y. k. [9 P5 @
measured pressure = newValue
3 w0 C: o& ]( B+ }7 V& ^+ F }
! e2 T9 z$ }3 D o" j X8 D2 v public double measured pressure = 06 i" f0 ^" R; ~9 `7 @
: R0 f0 h! {$ i /**6 _0 F- V: s! I) ?3 G; o
*/ x9 r3 D/ ]1 ?# Y6 v
* This value is used to automatically generate agent identifiers.7 q+ V3 @9 n I! _* n
* @field serialVersionUID
8 S" O" N3 F8 {; \6 _" W *
, B$ U8 p3 t/ d) J) c */+ f: Z' _. [3 g0 z% d" j6 t
private static final long serialVersionUID = 1L( @* n7 g$ H: C$ u. Z( P, }
$ S9 u2 s5 |0 x7 B* h5 q /**5 k" l) L& \$ ^" x2 u
*
) t, c! R' i; u7 f$ W * This value is used to automatically generate agent identifiers.0 s& k3 `3 T: E
* @field agentIDCounter
/ `) r3 A% e9 h: x( b7 z *% m/ T2 V# j. r( A! x: R5 P& n' U
*/
# b1 ~ K' s& h) k% e5 Z protected static long agentIDCounter = 1" y* ~+ R1 N2 s7 W* T% y
* `9 @& a9 C$ v! k* o+ R /**, A" J8 Z# d R& @, D) R& L7 [
*
/ H3 S& E/ O) ]+ a * This value is the agent's identifier.6 }9 {5 F7 a0 b7 v: K5 x
* @field agentID
6 v9 x; ~# ]" Z8 b. K/ U3 z' M *
. u0 o4 w4 S& P4 l; ? */
[# r5 e( ~ u+ ^" r protected String agentID = "GasNode " + (agentIDCounter++)1 ~1 A- m+ C E1 I
3 d/ G" O" ~# U /**
! H( E/ r/ c; z. T *9 h2 c! q$ s5 B# y0 d5 |& @
* This is the step behavior.( ^. p8 K# e5 ?' u, h0 r! U* T7 N& I
* @method step: F# @5 |$ v8 y% F
*
5 \. i8 F g8 [; ?4 l* b */4 G4 E% x: X( R5 f% G3 M0 T2 Y5 z
@Watch(7 G# v- e8 {6 f2 _! z
watcheeClassName = 'infrastructuredemo.GasNode',9 a$ W6 n9 W- @7 G
watcheeFieldNames = 'pressure',
+ w% v- V* A8 n( @% q query = 'linked_from',
6 V t- k% I b; J @$ d9 L whenToTrigger = WatcherTriggerSchedule.LATER,
! p+ e1 u# q8 Y3 f( ` scheduleTriggerDelta = 10d3 B" W2 }. V! o$ ]$ h" d6 s& Z
)* ]! Z Q5 _4 v5 Y5 _$ o% x# F, \
public def step(infrastructuredemo.GasNode watchedAgent) {' m0 m4 s& f; A7 D% j
) h7 M5 y: \- y
// Define the return value variable.
& U' V% E$ p1 s+ ` def returnValue
+ c$ F7 e+ t3 k3 V0 P1 C0 e7 b8 G" a% V- F1 z6 b$ y9 i) H
// Note the simulation time.
8 m" U1 k" M% Y$ K def time = GetTickCountInTimeUnits()) ~$ N6 Q& Y. w. f, K9 O
; S: l- t7 R. ]3 Z: _
1 S& i/ _; j4 T/ P& W4 l' @ // This is an agent decision.
" y# H/ d: k' P" o, X; p A if (watchedNode.pressure<200) {" v) ~' ^, I( a9 \* ]0 E5 |3 x
1 W% p( ^, M( ?7 ~* U. ]+ K // This is a task.
9 x B8 }& ]7 ]2 f' J. h setPressure(watchedAgent.pressure)( i3 a( @; ^, c& ?; e0 }
4 B$ N/ {/ W4 ` } else {
`* X# u+ \1 E1 e
- _# s$ Z+ f0 L
1 O- G; G+ g7 m2 N }
- Y( b j n; C- n // Return the results.$ X; T" V; o( q- W* d. z7 A* L
return returnValue6 O0 N; w1 c, v2 \; ?, p/ v, `
& q. l* C3 R/ Z% y4 W }. ]: ?: W- {* X3 P: O/ C# I& ~
2 |& R, ~: O @$ L/ g1 l. ^ /**+ D1 D& t- Z6 I4 f6 s6 Q; W0 s2 c
*% t9 P& p0 Z+ f2 I: S9 P+ r
* This is the step behavior.
N! N+ _9 a0 R# `& X2 o% i4 ~, v U) F * @method step& X7 K9 o; v1 C3 P! T% o
*8 b* [4 ^# V, { ]! N& @" [2 X
*/
" d1 O; B/ Y* \* K9 }, R# g/ _ @ScheduledMethod(1 f s& X# j! g3 n. O6 O
start = 1d,
' `- T# }. j! s9 ^ interval = 1d,% g2 G1 b) A' t( s: D( Y
shuffle = false K3 f8 S& h9 J2 s8 L$ W
)& R" ^6 }+ M$ M( n
public void step() {6 _* z. ^4 r! x, q* n7 d4 X, d
" ]# M V9 P9 { // Note the simulation time.
5 e8 y3 X% q1 y/ O( ^4 m def time = GetTickCountInTimeUnits()
J. K7 b" X& j3 F, T! o9 Q' g0 |" K, x' ]
// This is a task.
- i6 y% X# d% { g; {: Q \ measurePressure=pressure+ RandomDraw(-20.0, 20.0)
: ?5 q9 j1 T+ ]' I' b/ b3 `1 ? // End the method.
5 R" [! u+ Z; O8 e return3 O4 l* s0 A+ Z% O: N, T; }7 T& @0 G
% V k$ O. x8 F: Y% }( } } |
|