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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")' T: w/ D5 d' e6 g/ B3 s
public double getMeasured pressure() { $ _. B9 c h. @$ }( l# N return measured pressure ( t! \* I( y6 L. C& v' @; q, i } 8 Y1 e; p" ^1 W3 [ public void setMeasured pressure(double newValue) {/ X/ Y5 `: J4 a7 ^
measured pressure = newValue( F, Y$ M2 H1 c- D) D
} ' N- Z( k. D3 j public double measured pressure = 0' u/ P9 x, n' r4 b( j/ j0 O$ e
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/** $ P! H% V1 }3 b* |9 @ * ; H- Y* j/ D+ I; d: W * This value is used to automatically generate agent identifiers. ; p2 }2 q! O9 i0 B- { * @field serialVersionUID " l' Q- U! D3 ~" \5 k$ i, B ** _' m$ m3 Y& f) Q* L
*/ $ @4 `& t+ K5 K. g4 f! r2 B private static final long serialVersionUID = 1L 4 \: I/ H& k% ^1 |+ u1 q0 {3 l5 \5 h5 k+ E# p( X. Q( S7 r: y8 \
/** ( y) T* P+ W, Q8 d2 g* F9 D' L * 0 _ ]$ H7 V0 v * This value is used to automatically generate agent identifiers. ) J, a* v4 O! u( W/ e8 C k( a% b, L * @field agentIDCounter8 d. O" {8 G% C) U% @) N8 h9 E
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protected static long agentIDCounter = 1 2 I; [* T5 q3 r% | ; Z3 _. N$ v4 E, z! t+ Q* ` /** / V& S0 y" w* S1 R% f * . ?" v' s3 n4 d) s+ z * This value is the agent's identifier. . z. y/ R( i6 g- h, s$ m2 @ * @field agentID % U0 Z& I1 X& W! O6 [8 z3 P * 2 {. N5 c) i5 L8 k; Z */ + b9 K% @% H# X! a2 `! E protected String agentID = "GasNode " + (agentIDCounter++)' ]( r0 e; M" y! _
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/**+ z3 B7 ^( X0 G( x3 v" Y' O
*- z4 T/ ]& R, R& y& U
* This is the step behavior. 0 j- Q" i6 {- O8 q. T * @method step 0 d2 l8 ?7 j- M. T0 B/ I * ' i, f+ U: o1 y# i */' T( p8 o c7 k, r
@Watch( ) t3 O" t$ r: P C3 U1 @) h watcheeClassName = 'infrastructuredemo.GasNode',9 h) t+ J7 @) @" t( P
watcheeFieldNames = 'pressure',! h0 S% A' q# [5 v [
query = 'linked_from',# b* j2 U7 I" a6 ?* D% B
whenToTrigger = WatcherTriggerSchedule.LATER," u* O/ Y7 X. U" g4 z% e5 c) X
scheduleTriggerDelta = 10d ! z: l( e% I9 p" I5 s3 s ) 3 F! N2 ]& }$ a# z# l" _4 r public def step(infrastructuredemo.GasNode watchedAgent) {2 O4 l' D0 c4 D5 T5 a$ Q
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// Define the return value variable. 9 Y# h$ M/ |* x+ ~1 s( ]0 o def returnValue7 r; N8 S. j" p0 _# r( q0 q
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// Note the simulation time./ v! Q( H1 d) L' Q
def time = GetTickCountInTimeUnits() 4 ~* S+ }$ N9 M6 S2 n" ]- E ) w, g* D; [+ h C- t) h+ E% l* V+ H3 w! G5 b
// This is an agent decision.* F# m7 u* k7 q8 t x& Z2 N
if (watchedNode.pressure<200) { $ _6 S8 ]' M8 U1 V 8 }0 V: M. |- v5 B, p" R$ b5 L, t // This is a task.% W- V0 L& t, F' c; ]) u3 I% x
setPressure(watchedAgent.pressure)& y/ g# \& q2 ~% B: u: f
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} else {# N: ?9 g4 o8 T$ g5 E
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// Return the results. ' y$ o# c" I% g E- K5 E- E return returnValue! u6 l! y' m+ t( }1 J6 Z1 U
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6 [" E$ f( W% ~ /** P, D2 N( B3 { * q) }' I- F3 h8 | * This is the step behavior.4 c% B. u7 r. [ H
* @method step0 l. d( i, u9 g
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@ScheduledMethod( c/ h, Z2 N& G- j. {
start = 1d,) H6 ]3 n8 c+ L- [( B' t) l
interval = 1d, * b9 H# R1 p5 p& d# ~ shuffle = false$ X% T5 _' v& D) Z% } l
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public void step() {+ a: K9 \" ?! }* D( S1 l) E
4 X) [& t3 [" \# ~ // Note the simulation time. 1 l" p: D7 J8 V% N& B def time = GetTickCountInTimeUnits()- \1 O6 T5 W) ?$ v4 b- h) a
2 K v9 y4 @+ G, i2 w g" N. w // This is a task.* Q# W+ b$ _, W+ r
measurePressure=pressure+ RandomDraw(-20.0, 20.0) " s. X4 F3 L, G // End the method.' p" F8 q+ M) {* E$ y/ p6 z& o
return9 b' b4 t* b! j) }: B
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}