; ^ C% d6 I6 K# V& ^@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 w) h" H2 J8 _. c/ x2 @! O8 j public double getMeasured pressure() {( k0 N% G% t$ F2 ?; h
return measured pressure9 N2 Z% ?7 \% v+ s" Z0 x
} ) W& n" D9 A c) y! {/ p public void setMeasured pressure(double newValue) { 8 O& b8 ]- D! S _8 J: Q measured pressure = newValue 4 I# n5 u& ~7 s1 E8 t" l) X! H! |& R }/ ^' t+ I6 r& N7 ]4 @
public double measured pressure = 04 F& }: n: C9 f
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/**; p% W4 }$ x0 F' O) c8 t
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* This value is used to automatically generate agent identifiers.- \* ^% x: B# i5 a, S
* @field serialVersionUID 4 p: _/ R; ~0 g2 H6 I$ B *0 o: C- M: Y0 n# O i5 u0 q
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private static final long serialVersionUID = 1L 4 J! ~+ `7 o6 H( q2 S! `3 {1 n( }- {8 `
/**# i! \& X% a+ b3 B
* 9 j% o. v3 K( Q! H E8 ` * This value is used to automatically generate agent identifiers. ) G! K6 ]- ?6 w$ D2 T2 d * @field agentIDCounter - o; q4 K# m% |# t. K8 ? * : I0 l( @- e0 m8 F */ 9 U* R( I/ p2 I! E protected static long agentIDCounter = 1 7 T; w* T& p, }# K3 V: s2 r- e9 u2 O* U: @" f: o! g/ v- \
/** % q. @8 H8 h3 ?/ B: B4 v *% F* G y/ D8 I. F
* This value is the agent's identifier.( o, a; j- M+ h0 A6 t( b
* @field agentID 1 P e, n. Y# i6 [ * 9 r/ ]7 `4 O- \, @/ C* i7 X6 }; k */ 1 b+ ^0 ~/ F9 r. c9 g. U- x. V8 D protected String agentID = "GasNode " + (agentIDCounter++). ?5 A& w) I9 E# F
/ o5 m; Z' Q) F2 i9 l /** * e" C$ u$ O$ ?0 M: @' r2 V: L *! e& d7 ], I4 Y! Y ~
* This is the step behavior. 5 N4 H& P' z6 H8 W, ?) Y * @method step 7 }9 u& j; h- F: L7 Q: Z$ m * 4 q6 j+ @0 J c3 z' P$ ]) V */ x9 h! a/ b( L7 Z: n @Watch( ' h6 z( Y5 Q k1 ~( {/ c watcheeClassName = 'infrastructuredemo.GasNode', 2 {6 u' R2 H$ G, I" p+ V( P; X watcheeFieldNames = 'pressure', ! x5 g) R/ C/ H query = 'linked_from',1 E# Y* }. b6 _0 B% r. x
whenToTrigger = WatcherTriggerSchedule.LATER,- c p6 k& P8 q+ |8 N
scheduleTriggerDelta = 10d V$ v% P! t! D& C' \
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public def step(infrastructuredemo.GasNode watchedAgent) {# q8 L# i c* @
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// Define the return value variable. : C9 @. g) Y, x" u. i def returnValue, D% O' F0 F7 ~0 j
& s% Y& ~- j0 T2 X! S) M // Note the simulation time.0 W, m/ I& A8 s1 I
def time = GetTickCountInTimeUnits()& b9 A* m3 c9 v$ T+ c
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// This is an agent decision.6 I; @% u5 J' i. ?% W
if (watchedNode.pressure<200) {) J$ i# x* P2 `. }" F$ r3 i
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// This is a task.6 j0 o( d: O) n* v z$ H
setPressure(watchedAgent.pressure)/ ~" C1 g' `7 x3 u W
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} else {( i2 j* ^+ z, z7 w; B
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} * a' j( F1 [& o) x1 i // Return the results. 0 t: Y- S M7 W) h( H return returnValue 0 k, \5 ~! P, S3 L& ?1 Z0 Z9 @) b, m! X5 _, t( j: i2 U
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/** 1 p5 r5 u$ N2 h; X- \& L: v *9 w1 X% A, o9 m- I2 B, a: }2 d
* This is the step behavior. , b) X( W( [' R: ?' P * @method step 7 I1 l8 S+ y+ d: Q% y/ _0 D * / q+ \* T% W- S! J2 e5 z- c( N% @0 s */ 1 ^, a7 I0 f( y, N @ScheduledMethod(4 M5 y" U- X! R9 f6 q( w9 [8 p( X
start = 1d,- ?$ J, L0 Q4 r* _$ \
interval = 1d, $ {( j' N7 A; k shuffle = false & d/ K4 K- ~+ b2 K5 A8 _ ) . C& p+ e8 Y( \* ^) t8 C+ H) G public void step() {, d1 k6 \! a2 ^) u4 U1 J
" ]1 [6 \! T7 j3 P S // Note the simulation time.: I2 g! y) W' X7 S' ]! p6 ^
def time = GetTickCountInTimeUnits()$ D7 o5 w2 K5 i9 _2 l- \! m
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// This is a task. / |) A: y6 b( `5 I3 n2 d7 g9 C measurePressure=pressure+ RandomDraw(-20.0, 20.0). g* X, u5 V* O" J- {% @
// End the method. . f# ~6 v3 J% y) } return # D2 H5 x+ q2 c . E1 N3 k4 g7 h- j }