& A$ L- k% t9 |0 j, u* A K; G- d9 _@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ Q2 ?! V4 r; [! w! z
public double getMeasured pressure() { ; R$ `! I$ y. a! B! p return measured pressure! Y6 {* j* ?' e! t7 ~
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public void setMeasured pressure(double newValue) {- P0 p' s: s6 R$ q' Q
measured pressure = newValue( ~% F$ Y1 W" J3 L6 p3 M
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public double measured pressure = 02 h% T7 V' [/ \; U& ?- p$ i
. k) ^# p; W% y! V /** 4 n: v7 U+ i4 q8 z" R( ] *, c3 ?9 B* ~9 t. V1 p; @
* This value is used to automatically generate agent identifiers. + c8 L, W. J% |9 t6 K/ A- t! M( C * @field serialVersionUID- Z5 [8 h. ]" ~0 J: A$ C' }
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*/ $ F+ r# j; X* G8 { ~( L private static final long serialVersionUID = 1L ! q( k* J# p H$ { ! u6 N( d: J' D$ V& J# x /**$ A( a& ^; o7 ~; O! ~0 z2 X2 X# y
* 2 o* ^" [: c; ?* W * This value is used to automatically generate agent identifiers. 6 W/ {# L# z8 ~2 r! U * @field agentIDCounter" i% a: ^( a5 t2 {: \/ C
* & Y1 E4 T/ k" q# k */ 6 Z5 y, f1 \, w9 S! c protected static long agentIDCounter = 1 & q! m& P1 W( C . k5 Z& m3 E5 x+ l2 Q: y5 s) _ /**0 ^/ n- _" {/ U; e3 ~' g. S! q# O
* " t$ B2 ]4 ~* x * This value is the agent's identifier.% ~( v" m: ~6 |5 a
* @field agentID% e5 l n# R( N8 W& {: i# |
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protected String agentID = "GasNode " + (agentIDCounter++) 1 \5 B. e+ Q' l$ N & ^: p. P n |% o: L. v/ j /** : v) ^4 {: t" Q0 ?6 p7 d1 x * 4 k: a- {7 t$ p9 h * This is the step behavior./ V1 c9 K- K1 }6 O% Z% E5 m' @1 `
* @method step 7 ]3 H4 Y9 L* [) ^# t * 8 m S: Y& L" k& _ */: v1 g% |. a1 ?( G, D& v$ A
@Watch( * Z- W( ~ b' W+ Q! x watcheeClassName = 'infrastructuredemo.GasNode', 7 H' J# I1 N7 z watcheeFieldNames = 'pressure', $ W* j6 f' {$ L4 \. u query = 'linked_from',3 J3 t K! g1 N$ O& H; E
whenToTrigger = WatcherTriggerSchedule.LATER,* P2 ^, Z0 f* s S; s6 L3 s! k
scheduleTriggerDelta = 10d # O/ J/ G2 L; d* h; q ) + \3 C/ A& k3 E public def step(infrastructuredemo.GasNode watchedAgent) {4 [1 J: G- [& |( c
" @- C% h' J+ ^& n8 k v% R // Define the return value variable. 8 g$ f& N6 C4 I6 T def returnValue ' C; c- ^1 U: D" ^8 H9 E' c4 t$ w# ]
// Note the simulation time. + r4 J# d" n! ?; z: a' m' ] t! L def time = GetTickCountInTimeUnits()5 X8 ]2 z( G- F$ M' b5 p
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// This is an agent decision.9 s' Z3 A2 E6 m1 \
if (watchedNode.pressure<200) {+ q' W7 z2 L. F
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// This is a task. # l/ T4 M0 ^( e% q |- D setPressure(watchedAgent.pressure) + M( `3 m- q6 c) N% ]) J6 \0 l/ J+ g, n9 J' u! b' ]8 S$ j
} else { ' N+ Q( f0 o0 V. a9 h6 ?6 _, c5 {2 @- S' r* M; t" B# c7 ?4 h
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// Return the results. 1 ^* K9 E$ q* C b& @7 J; n% Q1 `* | return returnValue) V+ T( H w2 p+ f3 i6 @" i
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% H2 A6 ]3 d, F0 R3 [ /**2 N Z1 l2 |) d/ m
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* This is the step behavior. * a* C- S+ D r * @method step 5 h- f) M8 R( w3 B: {- a9 ?# s- P' O *7 _( z4 C4 [. R" i* I
*/ : a/ T& h0 n: `+ y @ScheduledMethod(; C( c: b- a3 w6 X
start = 1d,8 h' ~8 s: b: L" X) U6 B) c
interval = 1d, : }1 q7 q0 T, H2 V) f% \3 \1 I shuffle = false. J; Q* ?7 y- ^4 c4 J
) : e% }5 x* o6 L4 Y S. { public void step() { 8 a* n' V3 R6 r; A/ o& T8 c& U) ] D, m
// Note the simulation time. 2 y& T. n6 L% l3 j def time = GetTickCountInTimeUnits(); g8 a& C( {& ^4 n$ U$ k
' k! \+ c+ ~4 N# |# v // This is a task.# J8 [4 i |6 p/ n: L1 x# j( ]8 C
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( V$ \# V( c' g7 r3 ^0 b2 q' {
// End the method. , o, [- y6 K+ y5 \8 M return% Q( W9 i* P8 w5 m. w! y. b8 A