+ D0 d4 R* T6 F% s3 T' N@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 I) t' H6 U- u4 R9 p public double getMeasured pressure() { ( ]( Y9 y! P4 ^6 Z+ R' z return measured pressure * f) l: v5 D, b } ( _1 E1 H1 m4 q' R5 f( b public void setMeasured pressure(double newValue) { ; y$ Q$ i. Z5 V5 V measured pressure = newValue) h* E1 b- [0 ]: N- U P* ]; B- }
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public double measured pressure = 0 ! @7 \4 o4 s9 x" o) s# a 0 f) h9 w2 L5 y1 ~ y6 T /**! G4 X4 m8 {9 w3 H! v
* ; D' a5 r6 Z2 ^: e * This value is used to automatically generate agent identifiers. ) X# X& v( Y: b& o, L * @field serialVersionUID : Q! e' S6 T3 h1 o * ) f4 j. f6 f: r" O# p2 p5 Z */ : [$ ]4 y( N% O& R( a9 c private static final long serialVersionUID = 1L + Q4 l: }# @2 M4 X; B- M1 P9 b# N: V/ O+ ` D
/** 5 ]- l) K9 C& Y' R+ M$ k *6 q! k8 q3 \ b) V5 v" z0 {7 V
* This value is used to automatically generate agent identifiers. " p1 _9 J, w3 m' Y7 w * @field agentIDCounter- K$ N$ h2 Y; Y: z( `. J+ v+ z
* 7 N3 {- i3 n& Y! f/ |( c$ d3 }, } */+ {5 u4 G5 N8 D9 n3 ` z
protected static long agentIDCounter = 1 ! b2 T5 t# z( Y 5 H* ]+ z2 f; D- T4 I: D' T" ^ /**6 b* X7 T; \% S2 c6 E# _
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* This value is the agent's identifier. ! `4 ?. [1 U+ C * @field agentID7 t) }; E, ^& u$ [
* # S3 \1 M* l: R2 d3 s" f! M2 b6 f+ } */ , a% L5 \6 H, ?, M) N protected String agentID = "GasNode " + (agentIDCounter++). G# G( V# Z: L6 y$ s1 i& `
) ^- J- ?9 s1 K1 q9 ]* r /**# Q5 l8 l' P; d2 ?
* , |+ R3 n4 Z0 P2 s# v2 ~' d * This is the step behavior. 1 @# b. S" I4 a0 z0 P3 P6 V' _" m s * @method step! c+ [7 N' s% D- N' j( \4 F- R
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@Watch( 7 U% }- d6 m3 G& } l6 U& ? watcheeClassName = 'infrastructuredemo.GasNode', - Q3 e4 t5 O* ] watcheeFieldNames = 'pressure', 3 I% C( G( D# e: [( S* m query = 'linked_from', ! V+ a5 _( x3 s: N! J4 H whenToTrigger = WatcherTriggerSchedule.LATER, : b2 Z& X% R7 m' J scheduleTriggerDelta = 10d 3 T; i9 K0 Z, a2 ~) ? )' Z6 ]# ]7 r9 Z5 I# p
public def step(infrastructuredemo.GasNode watchedAgent) {+ A2 u8 H4 ~& X
1 ?# O( K' {/ s1 u R3 y; ] // Define the return value variable.; v( {& B: X- V( a, X- [! }
def returnValue4 t% {* m3 Y" p" T; w% b+ ^: \& k
" k1 N( ?. ?1 z5 d5 R9 s // Note the simulation time. / ^# i# {8 b6 `6 Q5 L! ]) s def time = GetTickCountInTimeUnits()2 B% w/ O+ H0 t8 X# @" t6 O- y
+ ?; i4 e8 l2 x: @1 [- | 1 \8 x# i8 ]. u) g; e8 f% } // This is an agent decision." }' U0 s7 x+ g: `
if (watchedNode.pressure<200) {8 \5 H7 ? l: r6 \. f
3 |4 L7 q1 a1 E, o& N8 \ // This is a task. " J9 r* g) b- I6 i- w; \ setPressure(watchedAgent.pressure) 2 P: |3 q* g0 p! \. ?, a) H6 m% w$ v5 J1 w0 w
} else { 3 Q1 N( [# R1 U) _ $ R/ R8 n4 E9 r1 X8 G # O# D) n$ I/ x2 i }+ G( r+ ?7 g* G. P+ ~$ Q) f) J% y. N
// Return the results. * F2 H7 Z6 n5 m! ^5 A return returnValue + c! x& H3 @; z$ L# |0 F2 r9 n' F/ W& Q9 Y$ u; b b/ \# W
} % Q5 X+ c* U, `0 o8 V; B6 s4 ~3 L( l) i
/** % N& Y: v) W" @: s *- W6 ]7 z" A0 G
* This is the step behavior. " v3 ^: c. b; J * @method step : [0 d- \) X: D' J * . h/ x ]% N; K- s8 i4 ?; g */# R# A& P7 w r5 f7 T+ f
@ScheduledMethod() |4 C' s% B4 W5 m
start = 1d, . ]4 U0 B' y; N interval = 1d, 5 e. n% ~, Z+ `4 G shuffle = false& [$ A9 P \/ h' o; B4 T9 a: U8 \( y
) 1 W7 m, ~; T X- m9 `. z }( e public void step() { ' g1 O; x8 E" c& C2 C ' @7 K# p4 L4 @7 @0 ?/ W // Note the simulation time.: p9 e5 x; B7 e$ R- ~9 f% E$ I
def time = GetTickCountInTimeUnits(). Y: P# L/ ]6 N+ m
u' Y, r( s+ t0 `- I* \( s // This is a task. 9 U3 f2 b9 q8 Q8 d) N1 R measurePressure=pressure+ RandomDraw(-20.0, 20.0) ! t4 U+ E. R* C( n! h6 b // End the method.+ n @/ n. X, K4 i. B
return ! n( t. R5 p$ I8 i) N7 m% Y- d$ Y9 o; X
}
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发表于 2009-4-4 12:21:26
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