) W) z- ]1 m6 ]9 m$ |. H7 h0 P@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : ?( F7 k9 `4 q' v public double getMeasured pressure() {: f- ~- ?! k$ f. C7 Q+ C
return measured pressure 9 V X& }4 B: N- [7 \ }8 u% ?2 ~5 G$ q: Z9 ^. T
public void setMeasured pressure(double newValue) { 4 ?* Y5 w7 A/ T1 n* i measured pressure = newValue/ p! M4 i2 I: b3 {% m! R
} 3 D& ?8 t3 q; a# V4 Q% E public double measured pressure = 0 4 Z1 G2 M) P w7 P" W6 U- }& |1 ]7 U# Y# C
/** ) e0 W, E# z6 F4 h * , t3 y- q- }! W: s" V# p * This value is used to automatically generate agent identifiers./ a4 W* h9 {0 f4 J
* @field serialVersionUID) J& G+ f' j1 k' q
*# V) U7 _9 l* \) \
*/+ @9 C. R- @; e, D0 u
private static final long serialVersionUID = 1L5 K }1 i9 a* Y
; `4 V& G% T8 s9 f+ T# e /** 9 [0 I, S `. i% N2 `. [ * 3 h, i, ~# H6 n * This value is used to automatically generate agent identifiers. - k" W, y4 m2 k& D* q( ? * @field agentIDCounter ; M: r- o/ v! j! n* k *; ~) V9 ~3 D9 J+ z. r5 J
*/ 9 @1 w* f6 ^7 k; |& @7 ?3 v protected static long agentIDCounter = 18 J( ^% d) ^/ `0 d( B% L
~+ r% A2 o0 R4 G4 k /** ( ?5 H( ~! F e) h2 F- U* e5 p/ { *, D5 T k2 Q$ }: n3 E
* This value is the agent's identifier. ! ^ v% ^$ k* w1 m% m * @field agentID5 I% z5 Y: L, C5 o! g- q
*3 A7 }& O( ]! r0 r: U$ b
*/ y, C, J2 m( f* w
protected String agentID = "GasNode " + (agentIDCounter++)9 N! R7 U/ j* _) E- P- {
, z; @: z- Q; e! Z, P /** $ r& i. [( p+ x: b# }, i; A9 ^ ** n6 T% @% T- c% `' [) ~ P
* This is the step behavior.5 E3 ~% |; y0 U1 F1 e/ K7 b' U
* @method step 8 @; @+ g R6 B% F- F% h& N! K- M * & F! C' a1 r" j2 a, m */ 0 H/ L, ^5 x2 H. E0 ]6 T; U @Watch( ) H5 ~7 l Z6 e2 Z) l& Q watcheeClassName = 'infrastructuredemo.GasNode', z! U. E' T7 M6 h0 `# W3 \3 Q! C# B( t
watcheeFieldNames = 'pressure', 7 D! l' y5 P4 o3 M& a. f query = 'linked_from', & D) z6 b& W4 |+ _ whenToTrigger = WatcherTriggerSchedule.LATER, , J/ P0 k% ?) J scheduleTriggerDelta = 10d# | X* z: H" q9 T! X: r6 v- b
)7 q8 u, |6 O3 }+ S$ h/ a
public def step(infrastructuredemo.GasNode watchedAgent) { & E$ ?5 U. j8 \& V# | b/ X9 F( y, ^
// Define the return value variable.* C f. h2 f. l9 W1 f
def returnValue , S) J o1 B) m n4 K# m ' J' U8 s( Y2 A* W // Note the simulation time.6 _0 w$ F' n) E
def time = GetTickCountInTimeUnits()8 l' K% e+ d# `) q+ ` R
( D: y* D* W$ h2 j/ K: y; L
. p+ N0 R1 D3 U# w
// This is an agent decision. 9 U' K3 S. {1 u& T& O if (watchedNode.pressure<200) { : Y, d2 g5 b- M8 Y' p" S( n I# I4 C1 a( W0 V) u6 W
// This is a task.; O! ~+ `$ J! p; a0 U0 f' F
setPressure(watchedAgent.pressure) / O g3 K* d$ } 2 k! A* R* s9 R5 h8 ?/ e8 a7 R } else {; U) d: x( b8 q+ Z F; H t
* q$ Y: a1 d2 o' ]/ s% M
$ P: R. u' p& F9 J. [7 i8 `4 W4 \; D } ( m1 k' C, s9 j3 \8 {0 e // Return the results. . @7 f) l, d# D* E return returnValue: {9 I$ N: T# |5 T
' ~9 B1 L1 K/ n$ l" c) y! L1 Z4 S3 k }( v1 C# r9 ^ `
' R/ Z) ^4 B) Y$ g
/**& ~6 t) I8 l! n) M, Z; d
* + K1 f" [( y- d/ Z& Z6 D; d i * This is the step behavior.! s5 e7 P; ]" w8 K/ _7 o" O
* @method step% {* N: G# t, Z' n
*. t @3 O8 T1 A8 ^, E9 V$ D
*/ & B8 Z+ n. Q4 n, g' N$ o# {6 ]( z @ScheduledMethod( ( R! Z" a# ?9 y2 N start = 1d, 2 t* E ~, h. I a* ]% k interval = 1d, % b3 d, v4 l+ z" T7 W2 r% X# I shuffle = false7 I4 y5 }+ [# v& m! L' y
) ]3 T: c( O5 Q public void step() {8 I3 v1 u' p- l1 R+ j! z
( l4 x7 G$ m5 F; ^. K, \" t B9 C // Note the simulation time., w3 s: p" N6 A& B
def time = GetTickCountInTimeUnits()* G. H A% W! x1 y/ T D3 L) t& z
9 A: V) w. J) R& [+ F
// This is a task. $ T: J' l. k) H* K! w measurePressure=pressure+ RandomDraw(-20.0, 20.0) [$ p9 m0 Y1 j2 o% ?) C
// End the method. 2 r5 v8 O# {8 \( s& H2 Z return # v$ j4 w- H( V# o3 w6 C. b* F) r4 u9 `" O2 h. k
}
[复制链接]
发表于 2009-4-4 12:21:26
，请帮助解决 ; L& i( l6 t2 m8 _. }. ?