- O% J! L! [) o7 u8 u9 {" ]( g( u ! Y% t( N% N7 i/ t+ t@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") # Y# Q$ ^0 N! I1 V5 a( ]& g7 v public double getMeasured pressure() { 1 Z& g1 }' l8 g; N$ [, g/ f! } return measured pressure5 a, W1 u3 L- ^( P& j
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public void setMeasured pressure(double newValue) { 2 _. O) L- K; A8 e' s+ @; `3 [ measured pressure = newValue ! C( {1 i& Y: d- t: L } : N/ @; A! t. \5 b* s! o I public double measured pressure = 0 + w6 w- J: P4 l0 h) u7 ~. i* r, G' f5 o5 M+ D0 v
/**. {% }: { z- j Q, v+ ~
* ^0 G2 f! Y3 y, O: ?2 F
* This value is used to automatically generate agent identifiers. }& Z& k1 J) D( C6 ?; t! v
* @field serialVersionUID - \- s3 [ P2 ^) l4 l *: Y- z' M' P) u( q8 Q1 i! W# Z- x
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private static final long serialVersionUID = 1L% y* u: Q) I/ i' @+ L; ]7 z
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* This value is used to automatically generate agent identifiers. f4 m+ n( l/ w8 _ b, E0 N" C$ E* N * @field agentIDCounter * Z% \# |! `* X * - S5 B6 H0 z) A9 X) x */ ' [$ F6 u; F2 c8 Y2 W protected static long agentIDCounter = 1 1 @8 r! x; D# @7 s! \% Q6 l) m( V: `3 q0 C/ K
/** 9 x9 Q$ f- r4 f0 N7 F * ) [" S% b9 ^4 N7 b$ f * This value is the agent's identifier. % n4 R- p& _" t * @field agentID2 r c& K/ X2 \/ e
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protected String agentID = "GasNode " + (agentIDCounter++) ) Q2 O1 s. l6 V7 x% H' f: }& Y! }0 J2 n6 P6 {$ K" G
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* - L9 E" | D9 l/ P$ {! \ * This is the step behavior.5 p i4 ~! m" Q! D( Y( ]
* @method step 5 q4 K3 r0 |+ \3 e% r *9 ^% Q6 V7 W/ E
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@Watch() \" f& x3 ~& N: o1 L
watcheeClassName = 'infrastructuredemo.GasNode',8 w8 R5 e) N4 _4 ?, @# ?
watcheeFieldNames = 'pressure', 9 [5 F1 q; ^1 w, L; Y query = 'linked_from',7 t$ p! ^7 J2 b. D: e" d
whenToTrigger = WatcherTriggerSchedule.LATER, ) ^1 y4 D1 X: W" i$ ? scheduleTriggerDelta = 10d: [1 H' u. o: j' c8 ^3 S
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public def step(infrastructuredemo.GasNode watchedAgent) {! N6 O! W0 d- Y5 W6 ^5 ]
9 W9 b! n1 b5 @2 h: N" e // Define the return value variable.& G$ q( t" ~/ a/ L. M3 v
def returnValue7 |- ?# M9 L8 T5 s
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// Note the simulation time.1 q) w' O4 n0 T) O, A- i
def time = GetTickCountInTimeUnits() 1 C! E5 n: {, o4 {& H X6 t; b, V& I" q 6 |9 j- y0 m1 i; V" d5 ^) G& l // This is an agent decision.' ?2 u6 f) j5 b* n
if (watchedNode.pressure<200) { , ]! ^6 T6 j. u, s2 o) P ! `" p* I1 T& [( i" M // This is a task.( f0 k3 n9 o4 ?% J2 a" ^7 y
setPressure(watchedAgent.pressure)2 J. o7 P" l9 F6 K8 F2 @( L- o3 q; d7 a
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} else {( ]- T# @4 J1 h
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// Return the results.$ z- V8 ~9 D3 d+ J+ }* C
return returnValue6 M/ [, f3 d3 L9 [
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/** 3 w8 _" w1 E& J: V% ` *6 O) _1 H' W$ y" p9 l' r
* This is the step behavior. ; p% @' ~7 C& u7 b E * @method step & i" r, D' Z ` * 0 n5 z0 q8 S5 W& y: ] */ / d; E( t% \% v& K8 v T @ScheduledMethod( 5 w, S4 ]: n8 N F+ K8 S- ` start = 1d,& W( w- [0 q0 i% R+ R+ r
interval = 1d,# {+ f3 }8 m8 A+ F# a
shuffle = false # c* a: B* n- W+ X. N )9 y+ n) m: F) j+ o N
public void step() {% d3 T* i9 ?+ a0 l% @5 o
6 u! D7 k& E! O m/ j# n J // Note the simulation time. . h* F" W( S2 k def time = GetTickCountInTimeUnits() 9 o% k+ t( Y( R4 i! S! [* E2 b) l0 ?" f4 B0 ^0 B$ U
// This is a task.( K1 S# t. m+ r! Z: M5 |
measurePressure=pressure+ RandomDraw(-20.0, 20.0). n/ h6 P6 m# \3 T, x# }) X: E
// End the method.) l. F: {: J" `& ?& m! R
return6 o F- W0 I6 T4 o
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}