, a1 P8 H2 E3 A" c: G+ ]& L L@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 2 L3 [" m0 W; S' R' S, R- i9 Q public double getMeasured pressure() { , S: R3 ?) D- h9 G7 t( e9 S( t return measured pressure. W- D. `* f- m5 A$ D% c
} # E+ R) K* R5 p* t4 K+ @2 @ public void setMeasured pressure(double newValue) { : W5 m( n# O; @0 @* p measured pressure = newValue# q" S2 I. i( v B3 e0 p
} 0 J& d5 G# ~6 c public double measured pressure = 0/ P& ], v+ K( Q5 s8 x
4 D0 k. v' V' s /**$ Z" t# R- u, p- }& [: v6 O
* 9 m! S1 Y2 C# A) K% r4 T1 P6 v8 ~ * This value is used to automatically generate agent identifiers.4 D4 l s# ~7 ~/ w/ Z
* @field serialVersionUID % o* o3 W. g' N7 Q: w( l * 8 W9 d, R3 L1 T& K */+ R" [) w, |+ G! ~( d& P) ^; T5 Q
private static final long serialVersionUID = 1L * {' [& m' i0 e& z( t! \4 `1 O+ I5 Z. F6 U+ O K4 M
/**- D5 M( T# ?- I3 g, A
* ) Y" v8 R# b$ m) R2 P, R, |0 t1 E * This value is used to automatically generate agent identifiers.% u, f2 U- N* e$ g0 `$ P
* @field agentIDCounter: O+ ^/ S! t' u% Q0 L$ m
*+ ?/ H7 a) U: O$ v% J# D
*/ 8 m6 m' o2 X' F) A8 R o protected static long agentIDCounter = 18 N& }- y2 u: |) f8 R
2 S4 L& E' q! p /**7 k! R2 e' B( U- g1 |6 {
* ' F# _# I2 K& j0 ]8 E) K. V* t * This value is the agent's identifier.6 e c1 Q% b( X
* @field agentID2 J- h) j/ R& |2 E& Z
* / @3 d* Z7 d$ {$ M0 ?$ o */ 3 D+ g- x) r3 j1 H1 Z* U5 l protected String agentID = "GasNode " + (agentIDCounter++)! S( `" t) d6 B- m6 j
% V/ L0 u% ?2 z& v9 Q2 _8 K
/** - b* Z0 L8 B7 L U( t *' _, J9 m' Y# m$ `- j/ ?
* This is the step behavior. " W1 d9 l: I2 }8 x) _9 H * @method step/ v8 O3 v- g/ k% F) G
* : P: a9 s; d& Z7 ]8 L2 l+ Y1 q- Q */# g+ w2 s& l9 @
@Watch(2 ?) @* x8 U( H; Q6 G7 K' i% p
watcheeClassName = 'infrastructuredemo.GasNode', # c( H$ U' Y3 H" W: b watcheeFieldNames = 'pressure', * p4 B$ y# ^) K9 l+ { ]8 ~ query = 'linked_from', - r8 U' R2 j1 @' l9 I Z whenToTrigger = WatcherTriggerSchedule.LATER,4 z) w9 P6 U* G0 v
scheduleTriggerDelta = 10d- A |. l: T6 P
) / \' H( M F3 S: _) H# w public def step(infrastructuredemo.GasNode watchedAgent) { 6 w% z# ]% g( ? ! M. L& M% ?8 w3 @9 E% w: s // Define the return value variable. $ |) n; P$ z, F8 k' p' G def returnValue + U( t2 x, U4 q) g# r" B- s- X9 G2 }* t7 x+ i
// Note the simulation time. * \" d% Q1 j/ Z5 y def time = GetTickCountInTimeUnits() ; X* H, A& E; X3 r; d n* h2 S1 f% c6 v" O
; Q3 q# m3 a. N9 L% q/ V // This is an agent decision. 2 B9 _/ C# _4 ^. Y. q6 k if (watchedNode.pressure<200) {0 a" @: ~# Z6 h
# g" f/ x$ N; h9 Z1 _! ?* d // This is a task. 1 v- @# d4 H; t3 d! S: k- q" K. Y setPressure(watchedAgent.pressure)' l x! A5 ~1 E8 v
0 f# f2 t+ Z W6 L4 u. R1 T } else { # Z$ ]. s* ~, J$ W" J# J; m/ M1 V1 B( A% U. h: l! h
/ R8 D- k! Q1 |( M3 X8 ?) \# E3 x }4 _4 R. h {. Z. U1 g9 P# i
// Return the results.1 l( T) r l- D( V2 V
return returnValue & @8 F8 `) q/ _% |5 l/ ~ ! y; S- H8 m$ [& Y0 L }6 \ w |; @5 G/ N2 l; E' C
, E T2 Y- b, Y /** ; R; }: R3 @8 y* A1 P7 V * + S$ g/ S% R$ Z& ] j * This is the step behavior.- `! o! s0 x1 D0 R$ O$ {# M
* @method step " l" D# P7 _7 n4 d ** |% z% E& _" _( P U" V" k
*/ * n3 u) V7 o6 s4 a3 y7 ?$ n0 ]$ h) E @ScheduledMethod( ; e0 l' Y( g# `+ g# O start = 1d, 0 z: P$ R' V6 a, m interval = 1d, 8 ?- ]# l( g" S& ^0 D% c r; i shuffle = false5 P0 n( e1 R4 K- K. ~5 r
)+ }3 F- A" z2 @3 g5 O
public void step() { a- \7 g$ u3 S: m2 a8 ?6 O! U
& S% c0 R" X9 N' V, G // Note the simulation time. - S* P! J: D5 r% P S4 H2 G def time = GetTickCountInTimeUnits() + u9 \. w& ?9 C3 H: L% C ! d2 D) A" [& t // This is a task.3 U8 O; X/ F$ I5 ]4 c
measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 b J5 u9 S: b
// End the method.3 k) w/ e: E, |9 Z, P+ `
return * a3 J P# Y T; H% r, d' p% Z! k6 u) h' Q: V2 B2 C
}