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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; ^4 I3 }7 k' i7 k, z$ T public double getMeasured pressure() {) K1 s) r# u0 o& A7 j$ I1 e8 g
return measured pressure) D% S, }/ W0 l- K$ m2 N
} 8 L( I Q3 L/ g1 N public void setMeasured pressure(double newValue) {; `% f/ L' K7 ^, g4 F4 D& b
measured pressure = newValue; @* K, ]$ z( C2 `, C
} r! H& X g( H6 |& r/ [1 L7 U1 _ public double measured pressure = 0 r, T, {) c$ ^; _. W# d2 P 4 Z0 c& J+ M2 u7 v% K$ S /**$ r( h: c m( }; O, t' a
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* This value is used to automatically generate agent identifiers.8 c# Q+ f" U1 y: w3 X8 Q) h' o4 |
* @field serialVersionUID & n8 C p% ~7 S/ L * 8 {6 Z1 V+ Y1 |3 z5 u* @ */5 _- }/ U+ u" w# y9 F- R
private static final long serialVersionUID = 1L 2 u4 |5 f! m9 A8 G7 p9 m% p. G' U! W6 b
/** . T8 S6 h- \6 H0 E *$ O2 r2 S2 }; x8 b! t$ }
* This value is used to automatically generate agent identifiers. ' I" ]8 `6 L$ O; n3 b- @3 ] * @field agentIDCounter+ R9 M1 _3 w& [* d0 j4 D7 @
* - W8 C0 Y6 M: C3 g" {# G */ 1 X5 B# [- L" E( p/ {- G protected static long agentIDCounter = 1- z4 O4 H: _$ Q6 ?2 G- O8 Z6 u
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/** , ^; U) F- P7 m: e& m * $ |9 Q, h8 f% x+ | * This value is the agent's identifier.& Z7 U( O$ ~6 k5 w: [8 Q" C
* @field agentID: T$ I: d- z# N3 k3 j/ _
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*/ 2 w3 e/ }: i5 |) _7 ?% E4 O protected String agentID = "GasNode " + (agentIDCounter++)4 V3 L: u: Z! P3 U- ^7 _: c
! j% `1 Z9 E1 i! @$ H( ? G /**1 H5 p4 I. L+ g% g$ _" n
* ' f$ n; _/ b2 o# l: I6 I) j- ] * This is the step behavior.1 M/ q# F3 ^% M" V+ D
* @method step , w$ s1 D& u c c * # U6 \8 M$ x; }4 M: q4 @( x) U% S */ / W- @* S" z( Z F$ z0 q; s @Watch(5 v) @& _' A. d( L8 D5 d0 T2 [
watcheeClassName = 'infrastructuredemo.GasNode', 3 U: \& A6 Y% a& O& k2 l& M" z watcheeFieldNames = 'pressure', / L) ?. Y! f7 T: m query = 'linked_from', . P1 @$ x' z' w" l whenToTrigger = WatcherTriggerSchedule.LATER, 3 f' a k, C9 G scheduleTriggerDelta = 10d2 R7 c' Y( d+ P/ b1 ?
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public def step(infrastructuredemo.GasNode watchedAgent) { - M. m# X4 H1 j# B8 X5 b/ X4 u9 d8 c0 p* A: l$ J2 Q$ ?$ \
// Define the return value variable.' I' B2 _0 w. z) V7 L
def returnValue 2 }9 |: Y7 f% {" C) W J2 l2 X" A/ f" P u# c! `5 O# Y& z/ X, Y
// Note the simulation time./ B) B. D& i( y$ }
def time = GetTickCountInTimeUnits() $ W0 N9 a( R6 B# | ' @' x$ B% H$ c% Z* u! `! w6 V& ^ + I, i' s {, @' M // This is an agent decision. : e# o, t1 a# h8 l- J' I if (watchedNode.pressure<200) { 5 z, i0 f; O/ m! V6 d7 n! S9 w7 ^( T6 D# a+ \
// This is a task.1 a* F1 Z, c) F7 y) ]/ Q5 {) U) [
setPressure(watchedAgent.pressure) 2 x2 O0 K+ q8 I7 e* o8 }) F% @2 \5 U3 B( Z& \! A" z2 i
} else { 8 l, e# s8 L: F* A4 C, g1 K$ d, r 9 }* Q6 M! c2 D' a " W- `6 P. u9 J8 |; } }3 e* d; L! ~8 H/ p. D9 ~% t0 v2 {
// Return the results.2 m7 G9 R+ q" @9 } D! Q5 v3 R
return returnValue : s- |( E" r( D0 [ 1 A% F7 O! Y" X% R: \5 y6 d } 7 F2 h5 f& [6 a 9 V4 U1 J4 ~9 W! |1 n /**6 f; p) Q5 L4 }
* ; ?' n+ H" l0 \9 c * This is the step behavior. ) k% Q& y" _) H" `7 \2 U. H/ e * @method step , B* e H- b/ |- _: } * " z6 T; I- [( G7 O8 j$ j */ + |5 ]$ A% D; s. b @ScheduledMethod( 9 R: q0 p" ?: N' M6 p4 w7 m' | z# D start = 1d,9 y7 T8 a8 _1 X2 }) f
interval = 1d, , u" z. Q$ n* R) e6 F8 ?( o4 A/ } shuffle = false 6 ^7 }; e" m! e2 X' v ) 9 }; y3 p8 J! U S. t- p public void step() {4 }# ?' M6 p6 ]' A* k: V
$ z4 k$ p8 W: K1 a( T1 ? // Note the simulation time. h7 Y$ d3 ]# p0 Z7 E# l' z
def time = GetTickCountInTimeUnits()5 s" ^- Q! \9 ]/ a/ h4 C# e
0 o7 ?- f' ]9 F( \) A( e" w# f- w // This is a task. ; N+ n. N! ^# y9 X7 G measurePressure=pressure+ RandomDraw(-20.0, 20.0) * I% z$ @6 L- v; ] // End the method. . q8 Y0 [# `1 x return - Z! M( N. D' f: ?& o# L8 d# R1 I `5 Z# l4 \
}
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发表于 2009-4-4 12:21:26
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