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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") $ O: D3 X; }0 B) z public double getMeasured pressure() { 8 {4 l( z) X1 V; h6 i; a" U return measured pressure * `* ]0 f# ?7 h }+ g* i: i2 L }' g/ g# [2 l0 l2 J" w" E, v- c
public void setMeasured pressure(double newValue) {# z# |2 H( `! @* v$ i5 v* K
measured pressure = newValue $ z, w3 V |# o5 [- |$ Z: H" D: x }9 g5 \! `+ p" S+ {% V
public double measured pressure = 0 . `* F6 a7 s' S L) b, ~4 i2 L. y 5 j6 G: M- d1 N4 l7 B8 i% U: ` /*** b' {% e3 Z U8 {0 p8 v
* $ ]. {) [. @! ]3 `: e3 {$ W * This value is used to automatically generate agent identifiers. " @0 h7 ]1 V5 J/ ~) P * @field serialVersionUID- D6 x8 n+ N5 c
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*/" z2 J/ c2 l. `- h0 u5 M$ ~+ Z
private static final long serialVersionUID = 1L ! ?2 K! F" j2 a6 \7 h4 y4 a1 a0 ~ ! m0 t8 p" O' k6 K /** . A! C% o( e4 f0 ^* W/ b7 J. O * / G% x5 \/ Z. s E. c0 ]: p * This value is used to automatically generate agent identifiers. - i' `* I/ \" v3 S9 F * @field agentIDCounter& t- E% K( N6 B, @% m+ ^( l
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protected static long agentIDCounter = 1 8 k5 b. t# t* `5 l B% Z6 K, ~9 n4 m' i# Z" {8 U4 b$ c, u9 O: M, R4 P: w
/**5 |' b/ ]$ V. f
* * d! z$ q( b8 N5 ^& b7 I) y. I2 T' u * This value is the agent's identifier.$ O3 d2 `/ C* b; u
* @field agentID % _$ \' E3 e1 d9 k& \ *, }+ c! v3 k+ b& r8 h" _
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protected String agentID = "GasNode " + (agentIDCounter++) ! [* j2 V# C. o& o6 W$ P: V% D. j/ h3 @4 g2 l! R5 k2 X: M) T2 S5 A3 f
/** & Q0 z+ J1 L" W; G1 f$ | *( `2 O" ?/ O3 l* o6 h% T
* This is the step behavior. 9 W2 g( e* \6 E9 _. c' |: ?& { * @method step , M1 O# o5 q2 g5 q8 u5 a * 3 ~8 t. @" X) D; |1 |2 o */ : Q0 T1 k9 B9 i5 x$ \: }4 ]6 f- C @Watch(4 z$ F5 ^! b7 l' _( r v) c* V0 H
watcheeClassName = 'infrastructuredemo.GasNode',$ g0 X. K6 p( A( u8 C
watcheeFieldNames = 'pressure',& O' Y1 Z/ c8 g4 w; w$ ~4 Z
query = 'linked_from',/ X" A" _9 e% e
whenToTrigger = WatcherTriggerSchedule.LATER,. b6 y z( w4 O" k9 y+ J
scheduleTriggerDelta = 10d* {2 m0 k/ v( }' R1 U4 H1 F
) - A5 z# D* Y8 b% Y public def step(infrastructuredemo.GasNode watchedAgent) { 1 E8 c: A$ M3 d9 O4 z$ b4 f. ?) c3 W; T* `+ B+ ?/ {
// Define the return value variable. 1 ]/ G T a7 f( P6 e) t6 D def returnValue 9 W5 E8 `" e4 c) u* D / t( c3 R+ V% Z0 |, n // Note the simulation time.0 b2 n6 x6 t4 m4 [$ r) r
def time = GetTickCountInTimeUnits()# }- Y/ _! W& w* z
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& V# c1 K. M" X% F* ] // This is an agent decision.5 A& Q! }2 a* N5 p: S3 ]1 C
if (watchedNode.pressure<200) { " ], @8 T/ L+ h6 k0 R 5 B, I9 o" R. m/ E7 E! w) K0 B // This is a task. 4 G" _8 ~0 j5 O setPressure(watchedAgent.pressure) $ s6 ^# ?9 F. i! V; x8 S 8 K% M$ `- w1 H% t# Z) @ } else { ) U W4 {& x e1 Q# J4 b ) f4 D: e9 B0 B) ?8 h2 B4 R9 s* ^0 A. P
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// Return the results.: |$ r6 {3 K" `8 D' K! O
return returnValue ! ]' x0 {1 `+ B0 ~& T) q: q7 H0 { \2 _3 ~0 H4 p
} ) S/ y _, a+ |/ e; G8 h $ Y& l, k ~# y, [ /**3 L3 h) [2 T7 M* H
* / m* S0 `( b9 c3 T) j1 M, s; k * This is the step behavior.# ?: M! P% O, Y- U7 K: N3 t
* @method step9 v6 t6 B" W5 s b0 u
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*/: s I$ s0 F& R
@ScheduledMethod($ K8 U9 E0 a1 ]( q3 a' x( m( E
start = 1d, 2 @5 a1 S+ W& } interval = 1d, . D4 C# T5 O6 I) d6 b shuffle = false / T1 t7 N6 `; @6 \7 p W. j- t )6 H1 ?5 p& `: s+ t
public void step() {( B! D p$ y. \( L
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// Note the simulation time. ) t4 {. d, }$ F- X def time = GetTickCountInTimeUnits()# W$ ]# c. @' M' T
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// This is a task. X: N. Q7 E S( ?* O _
measurePressure=pressure+ RandomDraw(-20.0, 20.0)$ q: S: e' g# j- h
// End the method.- m4 t3 U* u2 l. M6 Q0 a
return9 F% }6 h0 Z) P: o5 x* S