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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")7 P) X; a( U1 c( J1 J4 l x) F; P
public double getMeasured pressure() {) S, L0 n: s% S, P) J& W M9 D7 _
return measured pressure. c" x' t* P# M1 h, c# A: P
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public void setMeasured pressure(double newValue) {% t9 X3 b- K! \( N6 X* K
measured pressure = newValue ) `% ?0 p0 S O# l }, j* `/ y# b. V- B6 `
public double measured pressure = 0- b! O- E$ D8 j$ I+ R, b
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/** ' r9 k; |$ U3 \( l& G8 D3 B *$ W' V5 B; [/ x; l
* This value is used to automatically generate agent identifiers. ; W4 R' s7 h% c b& c- f * @field serialVersionUID & k* b( M% Q7 q# N * C; C6 c. \' c: L* \* j; r% r, D- [ */7 {- M# a+ k. y
private static final long serialVersionUID = 1L4 ]" s b1 ?4 R H! P
6 J) q& L+ q6 {9 P8 ?/ t+ J /** 2 y( M: K- A2 E; m @' x4 }5 a) r *8 R8 J" n9 T3 t
* This value is used to automatically generate agent identifiers. ; K& [& ~5 x. b0 B" I% Q1 { * @field agentIDCounter . i8 ~- X+ Y9 L+ F *3 Z" w6 { z. U+ y" F" ~& R+ Z3 W$ l
*/ 6 W. j, }5 x+ |. x protected static long agentIDCounter = 1! C- u' Z" i4 e* N- G7 N- a' b
# {' A9 K0 R8 I7 W /**! ]. N# {$ E$ p: o
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* This value is the agent's identifier.- C% D R( f+ ]1 U( |
* @field agentID7 l7 q7 K" E( w& ~, Z! r2 u
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*// V7 a; I! W; d4 {/ `, s
protected String agentID = "GasNode " + (agentIDCounter++) I. O8 E# y/ W7 u# ^: K0 z" g2 z/ W" i$ @
/** o+ J* q+ }9 r a6 S *7 J i4 b p9 {# v* j3 t4 {
* This is the step behavior. $ @8 R2 D+ H5 m# w * @method step " T/ O$ @) v5 Y; y" s *8 j4 c9 e, I: ^# B' r
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@Watch( ; n! G: Y9 ^7 ^4 |& Q& ^4 Z1 p$ h: b watcheeClassName = 'infrastructuredemo.GasNode',- x& w! R* t* k9 K1 | W! l' k
watcheeFieldNames = 'pressure', / e/ T# [, J( a* ]; G query = 'linked_from', 4 ^* N9 U+ g$ r8 j/ ? whenToTrigger = WatcherTriggerSchedule.LATER,; d! H5 a5 d$ h3 o. \
scheduleTriggerDelta = 10d $ d! J/ n) h% A ) ) a9 ^1 _% T* ~ public def step(infrastructuredemo.GasNode watchedAgent) {6 D7 r0 m7 C! |2 L# u
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// Define the return value variable.5 v# j }2 n2 t6 {
def returnValue ) ^9 Q v* R! U6 Q 5 k! w& j1 a3 i // Note the simulation time. 1 @" F; w- S9 w9 ?; \9 l def time = GetTickCountInTimeUnits()* ^, b6 N% ?" t; [0 ?' d
% d! X; E# c, X . I1 [# H, Y: b# @- P( G // This is an agent decision. " \* g+ @9 U8 K$ p. u6 R. i if (watchedNode.pressure<200) { ( m* y9 e6 T: `3 B 6 F6 ^4 B1 ~0 c( C! w // This is a task. 1 ~$ ?0 T' o% l7 S6 H$ _' {- i setPressure(watchedAgent.pressure)5 }2 B2 l5 e4 e- M7 R: m. Z7 E d: _
, c: i* ^3 i7 w6 h5 i- d } else {; A5 Y# ~9 q9 R0 j+ J; M
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// Return the results. % R _4 y* c7 a4 I1 c return returnValue2 P, X+ H- F" K- |7 M( a: [6 h9 R/ b* e
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* This is the step behavior.# v" R8 K( _4 g7 D" |+ V& s1 }9 M
* @method step " O7 I+ j% v& k- h6 `4 m/ m * 9 a# w6 D; C% C */ - I4 B+ x8 @; ` @ScheduledMethod(: ]! T) S& y* D) Q
start = 1d,( W1 D" \! n) y. d6 l4 t1 Q. c
interval = 1d, 2 {& C k1 ~9 ?$ E! z8 T+ u shuffle = false ) c; v0 U: O) V. X# g$ C ) 7 |7 x4 T0 {" w" F# k [8 A public void step() {$ c4 O' g4 ]2 R) p
7 B" @) @+ l: r T9 H // Note the simulation time. - d# Q( ~3 h# C# {- {8 R1 ~$ L9 @1 K def time = GetTickCountInTimeUnits()$ ^- D8 z. v1 k+ u% w+ q
- }7 c% }0 F/ w! B! o1 C // This is a task. 9 t! ^4 R& ]9 e# } measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 R$ H/ i S ~: V // End the method./ I; Q9 u1 C- ]- A1 Y
return # M& O9 O' U+ X' ~ ! k% G2 ^/ L0 F5 o }