$ Q, `' O- o' A/ \$ |5 [3 b. S@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") / f3 x* V; n$ Z8 ]/ m+ ?: m" p; m public double getMeasured pressure() {: j$ V# i: v! C
return measured pressure3 o4 {( X3 K3 A& h0 \& f
} 8 `7 [! M; m7 d% S public void setMeasured pressure(double newValue) { * ]: E# `% d @( L/ e# t2 W measured pressure = newValue 0 w& k- |4 e/ K. ] u$ @8 v }1 G* u E; q' F8 \8 h4 Z
public double measured pressure = 0( d$ N- v: A& z; |& v! K5 ^
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/**$ r5 f! n1 u+ z. p r
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* This value is used to automatically generate agent identifiers. / _. r1 F8 E. B* b4 e8 A * @field serialVersionUID2 I' ~+ Z+ n! ^6 R3 h0 a8 S* q
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*/ & G4 H2 S: r5 w% w9 T U private static final long serialVersionUID = 1L5 W7 [ S* t* U6 o' {' x7 C
J; i7 M2 q4 @ /** ( R, H4 k* a8 P, m * $ D; a" L4 W k7 L' m. i5 M2 a * This value is used to automatically generate agent identifiers. , T, M. i5 b1 y( T I3 T * @field agentIDCounter5 r) ?. _ C) N, I4 Y6 x( b
* ! x7 f- W! j' ]9 r */5 d. r7 U- A1 k! }- Q$ L
protected static long agentIDCounter = 1 5 Y$ p: o9 ^/ l7 C* [4 y# o- J' N8 p/ o7 F1 {9 j
/**, d w8 W& z6 X, i
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* This value is the agent's identifier.+ o0 R" e. Q" k. Q0 n# Z) ~7 Z" W2 n
* @field agentID6 M2 W* s/ M1 J* [! q
*$ c1 C2 Q9 I x& M% @: v
*/1 H9 O8 Q7 x, s; c6 T' d0 S
protected String agentID = "GasNode " + (agentIDCounter++) : S0 j* H* G( V2 F9 u7 i; A6 J& Q' [# Z3 J) [
/** 7 N% n( }1 i( q/ J5 i6 N; b: M x *- c! n4 \3 w( |* @+ B4 m& ~; l# C" K
* This is the step behavior. ! v( F- l6 ]& j6 r% Z7 _ * @method step 2 x' Q7 @! k/ Y( a4 M& } * 4 f9 N' \: i7 B0 d. i5 W/ w */9 J3 h0 h- b6 @. `
@Watch(1 r# P7 q: Q% I* y6 x, |& o
watcheeClassName = 'infrastructuredemo.GasNode', & z7 T, ~9 C) s8 b6 E/ a/ B4 c1 w2 M watcheeFieldNames = 'pressure', 3 s4 I% D' l/ G/ S0 P9 v query = 'linked_from',. B8 V4 V% h+ X9 ~) ]1 k, m
whenToTrigger = WatcherTriggerSchedule.LATER, # j9 ]/ I$ _; o8 [ scheduleTriggerDelta = 10d " L7 n% m% Y, r, f8 ^ ) 0 K& ~) K* e3 W8 ?! z% [; Z public def step(infrastructuredemo.GasNode watchedAgent) {* T r _1 n$ |& w b, s
- x" V, G N. e( i // Define the return value variable.* c1 C" u' L6 q, ?
def returnValue: E2 D- E; r5 D1 f8 f: b
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// Note the simulation time. ' V0 `; k% s/ ?8 n7 V5 e) J def time = GetTickCountInTimeUnits() 4 M6 h- Y9 F' Y3 C4 y# F0 |# U2 n. M+ Y2 R6 f6 J
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// This is an agent decision. + W! w( i* ]' Z) I if (watchedNode.pressure<200) {! R4 w: O2 f8 G
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// This is a task.' ~( P& I0 r) r- L: ?% u) H# t* n' E
setPressure(watchedAgent.pressure)+ t/ L% T4 j+ {9 w
" A+ q5 O3 v6 ?! v } * G2 |$ G$ ?5 p, O // Return the results. ], [# T$ C0 z3 C' s. @ return returnValue . w) I" ]- r& d, N2 ?2 e8 G3 J {% K9 G$ R1 q1 E
}6 {% q% a1 F+ l4 T3 J
) l ~8 K( w1 s4 {( ]' }7 ?- W, o /**4 s8 t; y* y. t4 @$ m
* % ^2 y% p3 ^( G, A( Y3 T" a * This is the step behavior. : G0 E1 `0 a; G( { * @method step. j& v6 B7 [ i9 B' F
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@ScheduledMethod(- f3 f$ v3 J4 J' Y2 O- _; [
start = 1d,( h3 c7 e, K' K# A/ m! l
interval = 1d,% Y) t" s+ ]0 E# i$ u
shuffle = false 8 ~* A7 E+ d7 O ) + [' q' K* g. }. u0 d4 N8 b public void step() {* G( n' C* w8 t
q: q" Y$ F; N' K! t: ]0 ~ // Note the simulation time.5 c' }) ]& A' w% k" k2 q' K* d( k/ g" @# W
def time = GetTickCountInTimeUnits() 8 J8 h) B( S% S! R# ~( W: N2 O, F& n) h' h) ^) D
// This is a task. / q! I9 F: c* y* t measurePressure=pressure+ RandomDraw(-20.0, 20.0) i# `) I. h+ Q, |5 L- f9 b // End the method.! v+ t% U% R& l# f# p% f
return9 g! X4 c4 ~4 q' @" x T5 q