# k# R& W. @& T : p& c7 p; q" {0 Q9 o- o( V@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ! `( R% v: ]% s5 N% ?) d# R' ] public double getMeasured pressure() { j1 G. i. T# e% m. I return measured pressure$ }3 h4 [+ x( H0 t& p
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public void setMeasured pressure(double newValue) {4 N" [6 @# ]: o* x% l2 z @; a n
measured pressure = newValue : U2 I3 K1 `3 D5 o# g; L }$ T3 d9 k7 A9 X% v
public double measured pressure = 0. k" w2 c6 z/ w E& p% r& ], t
) N; y! c+ Q! a: F. E+ Z /** - U- M# Y) j( V+ ] * 8 ]% ?' ^; E- U6 \) K v * This value is used to automatically generate agent identifiers. $ ~2 n) P$ e, ]* ~) I * @field serialVersionUID3 v2 D6 O+ I. s& q
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private static final long serialVersionUID = 1L , z- R/ |4 p8 n. S0 r* V , }# \! e. h& M. q E0 V0 b# i1 h: ~ /**3 u" T0 ^" _& ]* C) v1 |8 s: [$ Y6 ? m
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* This value is used to automatically generate agent identifiers. 5 n$ m% ^2 }( C6 g! O; \1 _: w; j7 Y * @field agentIDCounter9 f0 d2 ?( x6 z* w s: ?
* 1 D" Z: \, H/ a' e S3 E H7 K */ 2 {4 ]5 J* r7 C protected static long agentIDCounter = 1+ |# |# J& Q: t
" a$ Z; i$ _% `6 P /**/ C) \$ Y+ @- a* K0 j0 M9 K# E, \# p: P1 |
* 8 a7 G" G4 J& T0 W * This value is the agent's identifier. 8 _- ]0 G/ F: U4 K * @field agentID. _# {. I9 T. I) I( {3 A4 h# ~0 A
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*/ * w/ _( B' g$ z. a. {- l) |3 | protected String agentID = "GasNode " + (agentIDCounter++)6 E& u$ N2 I7 F% t3 Z, |6 b
0 m5 D# h8 H0 \ /** 0 [- M# _/ }3 V0 d7 K* c * 1 t# R0 r9 C% U" S * This is the step behavior. 3 O6 x9 ]' B, R2 }! s& Z# ] * @method step / J! L; D& T3 ^$ d* E/ t7 ?3 t0 ? *+ E, K4 E+ ?/ q' F. b8 c
*/ 6 G+ R8 E; K+ O. i @Watch( . L) X3 |* ]2 F4 {; l/ u/ u( j watcheeClassName = 'infrastructuredemo.GasNode',$ l. T3 O2 {% C$ @& J
watcheeFieldNames = 'pressure',, d9 b9 M& a/ ]
query = 'linked_from',( ~2 V( z; S5 I) ^
whenToTrigger = WatcherTriggerSchedule.LATER,2 c6 ]7 S# I+ O
scheduleTriggerDelta = 10d% i4 o+ ]; v, {8 D! {; n) B# Q
) 8 F+ _; r8 K+ B2 p8 c; f; |1 V public def step(infrastructuredemo.GasNode watchedAgent) {) H# L; w1 z. p5 R
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// Define the return value variable. , V+ S: B8 l1 k, l( P# E- }/ E def returnValue- u r5 U' e2 o' h
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// Note the simulation time.$ C& R+ w2 O4 k- s
def time = GetTickCountInTimeUnits()& D/ c; W2 p' c/ C1 y( O+ d
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// This is an agent decision. - Q6 K- m* T: o- b0 e5 x4 R if (watchedNode.pressure<200) { . y8 _# p2 K+ ?- G! P : l% h1 V y6 n& d8 X // This is a task.5 c* _5 J4 _; i8 \
setPressure(watchedAgent.pressure) ; l& w% ^& }1 T, G + W: f( F. y, ?8 h2 a/ b2 p7 j } else { + T: \' o3 E7 `$ o1 M& U7 K" [, T' u$ o. X$ W6 `
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// Return the results.0 _8 g/ B/ c0 [0 ?: L
return returnValue - I9 J0 b: v# |5 M' }4 u! E: q 3 O- A% `/ M( ~5 T, b2 Q5 j }; [. z b1 L8 e: Y, {4 S. s
" G6 A( P1 v5 |5 _$ B- L z/ k1 o+ P! K /** + e, m: G$ E$ m E *; _& D+ V+ B: [; K. H
* This is the step behavior.8 b e: ?8 M' ~. m
* @method step 0 T! h6 e( B+ D# W2 d" t' M *& j# a' e# N) _4 s4 ?* [
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@ScheduledMethod(2 L C d D. h, \$ g( ]6 B
start = 1d,; o% x- j+ y/ Y n" U$ j2 A+ |" ?6 J
interval = 1d,4 Y% j" @* ~( X8 P0 K
shuffle = false . e3 \+ H$ B9 d/ }. F' Y ) * N7 x$ j& b! Z' _, g& Q public void step() {% H- K6 h6 x7 }0 c1 s# l# z
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// Note the simulation time.( j9 K# Y8 o; `$ k& S
def time = GetTickCountInTimeUnits() " k/ ^1 x" d5 v6 O' V+ W: R: E. ~2 P; d+ c) E) T
// This is a task.3 n! O% k/ N* p& p6 g: b, _& J
measurePressure=pressure+ RandomDraw(-20.0, 20.0) $ T: ^: b/ r: `* C0 L' i" d/ l) s // End the method. / Z/ v7 v3 t- }/ @- { return ) n9 l3 \8 J* k7 P; ?3 H% O ! R W" x+ v6 B/ r' D }