; T: x% Q" S# c1 C : G: F y2 u7 K( d" f2 c@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ e& C9 o2 J# B7 n" o
public double getMeasured pressure() {" x7 T) o/ _6 _3 A1 |7 }/ m
return measured pressure0 A& V* s* ~/ ]/ w
} . o+ e0 O* v5 y1 j" l. M0 o public void setMeasured pressure(double newValue) { 8 `' k6 d6 R6 Q: L3 D measured pressure = newValue# D: B3 |9 l! x3 b* k9 x8 O
} 2 \/ L- n8 n9 W" r9 r" }% [ public double measured pressure = 05 E7 U9 B+ V( ]$ \
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/** , s( d/ T: t5 _- J M *$ f$ ^: B9 d1 N- N
* This value is used to automatically generate agent identifiers.3 p9 M2 r# O! x) i& y
* @field serialVersionUID ; f& G1 e8 B2 f' B, E *. X6 |* P- g0 W8 \/ v/ J
*/: e+ l' D: [2 Q; q$ t) T7 _
private static final long serialVersionUID = 1L; k- L( F- |" P) P ?
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/**0 w6 O1 b- N- p: D
*( A* j% ]- p6 T) P
* This value is used to automatically generate agent identifiers. : t6 f& U2 ?: ^ * @field agentIDCounter 9 N I; E) u8 ?$ d5 A *; j- W( }8 S! N& b1 g8 Y
*/7 x0 i1 r( e* o, A
protected static long agentIDCounter = 16 J9 `+ W% y" q
- C0 u* Q4 K& s4 @ /** D' G& [" b* k' x9 V! U4 G * 2 k3 c# C( D% h * This value is the agent's identifier. S4 R, } H5 M& B- B
* @field agentID: ?' \2 S8 d/ O. Y( I" J# v- m7 N6 T2 K
* Y, Y- q: U0 C# D */3 H4 L5 x! ~$ c; z5 ?# B
protected String agentID = "GasNode " + (agentIDCounter++) - w y! M; Z. A+ |6 c1 x ! l/ w/ C( Z+ T" `( r /**& P- s' H3 }3 p7 w! e
* & Q E% S& E" v2 l4 s a( B * This is the step behavior.# r! B% l' U; W$ b7 [" A, P
* @method step # s# z' f4 {4 m( J3 F *7 V1 n5 C+ d$ a2 O6 }! K! L( X, A
*/ 5 P( \7 B/ y4 i7 q5 K @Watch(7 m, f8 f3 \# x# B
watcheeClassName = 'infrastructuredemo.GasNode', # U8 }% l1 `5 N% q% u0 D7 p, A watcheeFieldNames = 'pressure',7 O$ a% T8 i+ M
query = 'linked_from', ' H( D, H$ }7 z* i# f4 ^ whenToTrigger = WatcherTriggerSchedule.LATER, # i% E7 n4 @ Z1 R$ q5 v" r4 N) g scheduleTriggerDelta = 10d ?. N8 q% ]2 s# |3 G5 c3 K. B3 @ )4 }$ Z. H6 c) F- e1 l
public def step(infrastructuredemo.GasNode watchedAgent) {. r. X% w* r) ^: a/ T0 V k& z
3 u6 a6 p; s8 G' D* D* |
// Define the return value variable.1 b: X; W6 q w: j) D, `
def returnValue ; s6 U- z7 K% k+ ?! P4 O8 b6 ~3 R$ `
// Note the simulation time. ' @. \6 r+ r9 X( W; ^& e def time = GetTickCountInTimeUnits() - n$ E4 ]" ^# k# ?0 _, P $ k! p' m n- q0 t9 U e / n, f' S% g7 k T // This is an agent decision.$ ~ F( v* u7 g6 Z) y5 B
if (watchedNode.pressure<200) {: o, X# F; C: @+ n
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// This is a task. 6 y0 h# l5 e/ j- E setPressure(watchedAgent.pressure) 1 i( f3 L" w! }8 F* E4 B' Q4 r. O2 z3 q2 n
} else {" F) R2 g1 P5 J. Y* o S% W8 O$ i
+ U1 [# w1 c) z4 B7 n( R& H. M u1 {2 M
}+ A1 j N& \7 t! L- a
// Return the results.) W+ d% ^7 V n7 Y, T9 e/ f6 Y
return returnValue- t/ @! K% `, y6 {2 r2 c
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7 [9 x: u7 ` H- E2 v8 X6 H
/**8 }& f/ c1 i4 }1 I
* ! H- g- {' M* o0 [ * This is the step behavior.1 Q# c& s1 {0 Z" U; r
* @method step 4 F; Y4 F) Z3 e- ^ *, n9 R1 u; d- g- C
*/ # @) D ~: m2 y! T0 S- ?/ a @ScheduledMethod( - p& d8 t0 C9 ~ D' Z( k& r start = 1d,0 b: C y( U2 k9 e" Q3 B0 K
interval = 1d,* i5 G- {# y& Y$ C7 ^% \
shuffle = false. e& g: @5 P- ?: Y
) # n5 h- l2 A1 k- V public void step() { / l3 j1 `: U+ g* a7 t3 ^7 c: q; e9 i- j: E& T5 c- }
// Note the simulation time.% o& }1 e" d$ ~3 r2 w) R! I
def time = GetTickCountInTimeUnits()7 k, Y$ L3 D7 k: c
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// This is a task.2 d. U4 `4 N, e" e$ a$ c
measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 R4 g$ |4 p2 ^6 Y% K
// End the method.- E3 H9 V2 Q7 w4 u2 f" J
return ! a/ B% f- {5 ]$ ?- P6 I7 d6 ?# `+ X8 n
}
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发表于 2009-4-4 12:21:26
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