7 O; A5 N, a+ w B8 T0 n0 w. F@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") . R' ?' z" [7 L( n/ \+ J" {0 W% S: t public double getMeasured pressure() { 4 P7 Q2 M( w; k. i ? return measured pressure / I. k8 k% U2 w# V2 L* ^( G( [ }1 u* `8 j6 f; A5 r8 }
public void setMeasured pressure(double newValue) { 2 n! k3 l; j6 A/ U, l3 a measured pressure = newValue5 ^( {& X0 m8 f1 T. W: P
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public double measured pressure = 0 - ?; N& b x! {. F! U3 v: W% j . R7 y9 _& P/ f5 Q( H /*** ^8 t8 l, ~7 C4 y5 R' j7 H: ]
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* This value is used to automatically generate agent identifiers. ~8 u' `, q6 S9 {
* @field serialVersionUID / t# s7 s( P. O, f+ z& B5 S$ |& N. b/ m *2 a% X! \- q7 G" F; U( i% k7 Y2 @
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private static final long serialVersionUID = 1L8 x* Q* N H9 k3 m( ]% g( {
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/** - Q6 Y) C: J- Y: b * # t2 D4 U6 t& h * This value is used to automatically generate agent identifiers. % [' e# C, T/ c$ g * @field agentIDCounter1 i" X& I4 h* E6 d9 G
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protected static long agentIDCounter = 14 ^' ~6 q: V0 R# b' L( B3 A
9 n6 R) A; E# S, i! @ /**3 s: \6 P" n% G5 P3 O
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* This value is the agent's identifier.& |1 @ N l& s5 M0 m, F- ]2 w' _
* @field agentID & N; Z9 J* ~# a; x; l * 7 U# p" _2 f( {" u8 |- o8 [+ v# S */ 7 I! `1 w# T' A: ?( p/ ~. N( E protected String agentID = "GasNode " + (agentIDCounter++) * A5 h/ _" n2 ~3 H% p9 I7 I6 t ' {& C, F) W, Z# d, O6 ] /**! \1 F! @! e, S! G, w( c: [
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* This is the step behavior.4 \9 L$ [4 ^( V$ Z0 D
* @method step# [1 l3 Y- o: l7 K3 W
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*/ * F! K5 t9 t4 C+ @5 x) @ @Watch( 5 \5 s4 w' U8 O watcheeClassName = 'infrastructuredemo.GasNode', J# A6 w4 w6 T0 K5 e y' x watcheeFieldNames = 'pressure',. o' ~$ N) C* E$ C8 O, @+ o U
query = 'linked_from',$ T1 [ m* Q* q
whenToTrigger = WatcherTriggerSchedule.LATER, * O7 O( Z/ c7 W scheduleTriggerDelta = 10d 5 o/ E; X1 q4 [# q6 t8 P6 F. K& ~ ) p- m) k6 a. R8 M( D: y0 P/ {& n public def step(infrastructuredemo.GasNode watchedAgent) {6 P- e! y7 A' N4 v- G. T: Z# t( C
/ g! p z" g: g3 a // Define the return value variable. 9 x: P" k" `( Z def returnValue* d3 O# z& G, o4 ^& o2 e2 C
! ?4 f' J9 d9 i8 @: J6 K% ` // Note the simulation time. " g+ H. e, z* V6 k6 d def time = GetTickCountInTimeUnits() % [3 p% b. s3 Y6 [ 1 K+ W8 d/ w+ s% [, F2 l 1 f( M. p- O# a* N4 J1 R // This is an agent decision. 0 `5 {' E% d3 B% Y4 Y if (watchedNode.pressure<200) { 0 x1 s8 p: L; f/ t; z$ Z- H) f; a, g) @$ f8 |+ |9 @) }
// This is a task.2 O/ @' J2 t$ y9 }& x
setPressure(watchedAgent.pressure). \; w E5 P( T: i' I
& f ?9 w7 ?! V' }3 b) p } else { 0 s* a1 \! T" Z4 [; C" B, L5 i( G- _; V- R- o. V
4 C" M4 P9 S W } ' v+ q0 Y, R* ~2 s& a6 p5 D6 G // Return the results.7 V4 ], n1 C2 ?% g9 m# J
return returnValue- b- t, @; K8 h" `0 G
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} . N4 e& x) |- B" n; ~4 U # w7 a1 ~" S! q( [, p /**: a, u! z8 [ ]! ^
* 4 y2 K! l( v8 t+ t; x& I3 D% H * This is the step behavior.4 q2 c4 G7 {1 V8 V3 @$ @
* @method step ) F+ p4 O: O; J4 z */ Y2 H+ t* A, k
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@ScheduledMethod( 2 y& }7 p6 q8 n0 Z1 c' k start = 1d,* n* P3 q4 m6 n9 B2 W
interval = 1d, & P: \# O" R8 b# m& N shuffle = false ; Z( c" Z% e: i6 I ) & O0 }( w# Z+ p; f9 o7 F public void step() {) D7 i0 n3 @% u+ n" c/ L
1 g, s3 _) G0 @9 |& k // Note the simulation time. ) M/ s. D0 b: Y6 l* y$ ~ def time = GetTickCountInTimeUnits()# d9 i8 C5 Y, Q e
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// This is a task.8 G" [ O& z1 P- l. T5 a! y
measurePressure=pressure+ RandomDraw(-20.0, 20.0) : W4 N: R/ ^' S7 k // End the method.+ N: b! o) i2 j5 N& {8 o+ C1 G
return , d5 D+ g( t1 l ?! h1 d7 e+ x. E . x- h% z. Q h, l* c }