& y( @% V* s# T2 J7 M' ?@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")) ~, K! ~, q/ T2 k( L# V! P
public double getMeasured pressure() { # @8 x# I/ a' g return measured pressure" Q" O% k5 f5 G- h& Y
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public void setMeasured pressure(double newValue) { * D) z9 q9 n' D$ p/ x5 K measured pressure = newValue # a' K8 ~3 c0 X- Z6 f% X% O. \4 j }9 x& K/ D/ y2 `, U4 r
public double measured pressure = 07 x1 @4 y& k: ]8 T) |
' @ k: N8 H' i% B4 L /**: l {: G6 ~2 ] m T
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* This value is used to automatically generate agent identifiers. 0 o4 _" { b% c/ [ * @field serialVersionUID9 x g5 [6 N; H* w$ P C
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private static final long serialVersionUID = 1L h8 _1 g9 S( w7 `5 i4 J ' q: g- t& `3 J, z+ A0 b /**& g5 k, p4 C/ `0 E1 O! M) r
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* This value is used to automatically generate agent identifiers.: G4 J7 i6 O: I7 f8 R
* @field agentIDCounter * \& T& |. h, C8 b( l2 m3 G& G6 D * 4 A. o- A r8 X: \3 j+ @2 P */ 5 J0 o! p, E/ [7 F( m* W, Y protected static long agentIDCounter = 1; C3 [# n/ g3 I9 @* `. A4 `7 g
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* This value is the agent's identifier.& J2 ^5 e5 l4 _
* @field agentID : s4 |; P# X' K0 i( w) { * ) T! ]# Z* G4 N, A */ + p5 J4 h& Q8 {8 g) K1 v protected String agentID = "GasNode " + (agentIDCounter++)) q e' h# ?: n/ B4 A4 z7 E
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/** * D0 g+ L$ W* L& O% h0 K. o *, _1 c# Z! G- M! x0 n) a1 F6 |) l
* This is the step behavior. - S' `5 M) O; J/ C& _; i * @method step" q# n* m! ^' @& y0 F! j
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@Watch(! L7 }# C; `4 ?5 N4 q+ R
watcheeClassName = 'infrastructuredemo.GasNode', 7 f6 z( b/ K" V& i watcheeFieldNames = 'pressure', - D, @- y( g2 K5 U- O& P query = 'linked_from', $ s4 _- M- @( l {5 n6 h* Y- ? whenToTrigger = WatcherTriggerSchedule.LATER, 0 }9 t6 D- e* R2 S scheduleTriggerDelta = 10d - c8 m0 ~9 g/ | ) }2 W g- d3 j6 P
public def step(infrastructuredemo.GasNode watchedAgent) { 3 a/ Z3 Q) ~/ \) [ C 9 S8 G# ~( z- _3 a% n // Define the return value variable. ; Q2 z7 a" _3 I# p% b5 G# j def returnValue4 c5 ]' ^- O1 e
) J4 H7 L6 X# h) m // Note the simulation time.! M) h1 u! l1 I& T7 s+ o: J' v
def time = GetTickCountInTimeUnits()8 j, u) }! s0 b! R+ v) T
6 i* T' L. ]6 O! X / s. k+ k$ A# J4 b // This is an agent decision.4 p4 Z$ i9 `& L- k
if (watchedNode.pressure<200) {3 [6 W8 D# c Q+ A
( Q4 F1 T/ \3 F, ? // This is a task.( C( j a9 d( p
setPressure(watchedAgent.pressure): E; v0 C; Z9 o9 H b
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} else { 3 s. q8 q/ `! n( I0 Q5 m6 ?5 _ : \' w2 c: @2 i& [ 0 p% J. d+ }0 f }* b0 W5 [% k/ g) t; i
// Return the results.. f3 o: q, ]# v: y% u" l3 `2 z
return returnValue & T6 Z2 q0 x3 G9 \! | ' h( T0 R5 ~ l' | X } _( J$ j4 q4 _) a2 b- x5 | U/ _+ [3 H
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* * b, c2 D7 ^2 ^ * This is the step behavior. p5 y! V! `* t
* @method step ) C _9 ^* e2 f1 J: h- P( m- m1 B J * , N4 @" h2 y4 h5 [5 G# t */' x+ Z4 F0 ^: @7 S# n( o
@ScheduledMethod( ; Q8 ?' Y* P W% K# U start = 1d, 4 E6 u a' V. j' t/ P. l1 }: ] interval = 1d, ! g$ F5 Z4 Q$ [1 d s$ j3 W) \% i$ i shuffle = false 7 Q* t+ x& I" F )# U9 a" R" o3 a" U ~) n: H/ w/ w
public void step() {+ a8 h+ A, S, X0 \3 I) n1 e8 r1 G; d8 g' T
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// Note the simulation time. 9 p/ w2 i, E0 m" E, r' Q; A$ c7 E( M def time = GetTickCountInTimeUnits()& @9 u5 ]- \0 a) b# F( N
' d) [" A- p, |% Q, B( G: ^ // This is a task. 8 n" [- I7 p# a2 x1 N2 c& O2 M measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 A7 ~( a; p5 @. Q // End the method. ' X& p e% P2 I7 ~# B/ c) K3 D% x return7 T: b* Y) D' g- k
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}