3 X- T! G9 U& R9 m& O' Q; R2 W@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; G2 t; X2 i! a# c5 A% \ public double getMeasured pressure() {8 P( o# F$ m9 d& K3 H" q
return measured pressure. D; k# z5 p, c( u
}. M l( G6 @# J
public void setMeasured pressure(double newValue) {" p- W# o! g) \9 D
measured pressure = newValue2 N$ @6 o0 i: ^) u# G
}! B3 U: j5 W( B+ S5 F; |* l& w
public double measured pressure = 0 " D+ K3 q$ X$ X( }- Q8 K9 B& A, H. `( R# @
/** [+ ]( q; ^! ~1 ^1 s2 c4 a *7 N- u& G4 N2 `+ m& `5 }8 R/ I
* This value is used to automatically generate agent identifiers. + o1 |" R% n" @" w4 ~' v3 T * @field serialVersionUID : x& n* h5 H$ f0 w' _; F * ) s: i" X6 ]1 `5 B) w+ X) m v */6 l2 D: m3 R/ f! D$ i- o* @. C, c H
private static final long serialVersionUID = 1L- R9 i& D; y7 r
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/** 5 i4 W2 K4 a8 e6 L4 H *$ q2 T: K5 X" X2 l
* This value is used to automatically generate agent identifiers. ) U! K" o/ G$ w' Y * @field agentIDCounter ' K6 K3 s% k' a8 e+ P *$ l) V# m* B" ?5 Z, D7 ~9 H
*/ : @5 w6 e: a" L% B7 `+ d9 b protected static long agentIDCounter = 1 ( z4 m" ?2 y: J2 J, ]) {/ H4 m* j) ~; k( \
/**/ H' _* B, ]6 e, g# @
* : r. w6 f, c6 m6 @4 A * This value is the agent's identifier. 3 j0 D2 q4 p: X. N) G * @field agentID 5 {1 d) z) S q" ]4 ~7 n$ t1 R. j *1 A# r8 J J2 k; r2 g$ G& y( J0 c
*/ ! Y4 g& _" k/ j; H" @& D1 v$ z protected String agentID = "GasNode " + (agentIDCounter++)6 d" Y6 X: c( n8 z7 k2 i. z
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/** * b7 W3 W; f1 `. I' T9 ` ** p4 J' F4 w- v
* This is the step behavior. % G) Q9 `& p% ^: b4 r) Q& Z * @method step 7 ?6 K% r) v y6 |8 l) f * 9 o, m9 w4 c- F */ # e! p; _9 d* E K! w/ E( [; Q @Watch(: W$ w( l6 B" p2 _
watcheeClassName = 'infrastructuredemo.GasNode', + B! v$ i3 d0 R& U, \ p watcheeFieldNames = 'pressure',- |9 _' G' K; c
query = 'linked_from', 8 K( B1 F) V( C) I2 S) c, w whenToTrigger = WatcherTriggerSchedule.LATER, 4 {7 R- T8 F1 V0 S scheduleTriggerDelta = 10d $ H' a I2 x' s% ]1 ~2 V% o @ ) * a6 M& b* P' S7 {! b public def step(infrastructuredemo.GasNode watchedAgent) {( w/ i6 W# r3 Z ?7 f
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// Define the return value variable. , ?" ?- H+ H8 ^! A; c) e6 b def returnValue) C7 @' y- C: B. F
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// Note the simulation time. : C, E+ r5 ^/ j* d" k$ l def time = GetTickCountInTimeUnits(). k1 U( R% a, I
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* r" p* F! a+ S6 i q // This is an agent decision.* M- k. q; r1 S7 q2 m2 }& j' w( Z
if (watchedNode.pressure<200) { . N! |( X# `$ }/ O7 j/ ~. |9 O9 v% S0 {
// This is a task.( h1 U q: Z5 `0 [3 R" M* P
setPressure(watchedAgent.pressure), z: [3 W' c! W; b; [
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} else {. O. W: n7 t# h8 a
* g$ v0 S1 E' L. M# A; ? " `2 q/ U* a7 ~ r' d) J1 o } : c) c9 T! I! ?0 M" ]" T" a // Return the results." _! t# q* m' c/ t2 ~1 v
return returnValue3 |, O. ^' Z6 L7 w
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/*** ^) m5 Z, H" Y5 u6 m) [
* 1 B9 J% s$ B! s& R# A8 P * This is the step behavior. 4 Q1 j. T% z( o; y8 ] * @method step 5 m1 W0 {6 R+ G6 |6 U/ k * 9 Z9 P+ R& C0 H# |) C& x- o */ 4 O8 l2 v' g1 O5 }8 G* T @ScheduledMethod( 0 j# }. E; I1 Z8 \ start = 1d,( t3 z* V' {: J- e8 B
interval = 1d,1 M% u- Z, w- L9 ^1 j
shuffle = false& A/ b! T5 K" K' E9 O- F) L: ]9 c
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public void step() {1 w# j8 V: `1 t$ P0 G& o/ g
7 K5 ]: Z1 A. b% g( | // Note the simulation time./ }3 @) J" E, a/ `. e: i
def time = GetTickCountInTimeUnits()5 V3 c# u: c) M: C& P% B5 d" _
3 n4 \7 ?7 T, M A // This is a task. . ^( z U! n# H; q7 d measurePressure=pressure+ RandomDraw(-20.0, 20.0) " J1 }8 x7 {1 W) w) t // End the method. 9 l/ r5 D' R6 K4 ]' {" T return / a5 t9 b7 |$ Z# y $ i* v9 K; W% b$ z: _) [& t, b% R+ K5 w% s/ M }