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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")4 n" O/ v, e( H" f s! b1 ?& H
public double getMeasured pressure() {4 P- W' P( Q0 ?
return measured pressure . e6 _/ d) }$ j: b! d } # g$ `: R( j- k% { public void setMeasured pressure(double newValue) { , j1 z' u) _$ Y measured pressure = newValue( E( [4 _+ o2 t: V: Y8 l
} & h1 e' V4 k3 Q$ d0 t: }% P public double measured pressure = 06 L% x% b u; e7 H
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/** ! y3 w' E: U y, C9 Q * _# P, o+ S' ^1 k" I" J" G! U' M0 ` * This value is used to automatically generate agent identifiers.) `5 Z2 H- s6 V5 v ~, A9 N( g
* @field serialVersionUID 4 q0 e1 k; Y2 W% n! P * ' ]8 \; g, ^8 M* `- @2 X# p( N* V */' m! W5 b$ t; p8 X) N. b# p
private static final long serialVersionUID = 1L ; b2 w9 s/ z' m : j8 E7 e$ p& j( B /**, F' h P! y3 U7 C W) d! L/ {
** W1 v4 h7 U% \. }
* This value is used to automatically generate agent identifiers. - o# D1 ?: ]$ @" T, E, D7 z * @field agentIDCounter * Y5 ~. W2 v5 e1 d8 Y& h: a; M' z * ) M5 o4 U z/ @ */- t6 o& N, s; O3 J& A
protected static long agentIDCounter = 1) x- @- x# U0 O
* o8 Q0 D, A% @, D7 j* e /** - o6 l9 k: [- l *; j% l q# e6 n/ x
* This value is the agent's identifier.) C `4 q, p O6 K9 `. E; r
* @field agentID8 T9 [/ g/ q3 L4 L+ N2 M4 B
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*/ 5 I, O6 C; i3 j( Z! I protected String agentID = "GasNode " + (agentIDCounter++) 8 A7 ]: Z7 O% m# |$ `$ I% E5 Z; n2 g3 T+ X) D
/** 0 T5 c! P: H |- w) S' b * 8 M6 `4 h2 I- f * This is the step behavior. 4 T2 z! R8 A0 \; {/ i * @method step % B1 }% V3 q7 B' V8 c; u! z6 \* E * , P( H! d0 j; f. [- Z; U */+ g. Y$ K6 i$ q' O0 g, s
@Watch( / ~7 A* l c* F watcheeClassName = 'infrastructuredemo.GasNode', 5 y# a3 T3 V! v o! R, q watcheeFieldNames = 'pressure',1 R9 ^0 d3 W: s
query = 'linked_from', & E9 x: z5 }# D8 G$ E$ b, E) l whenToTrigger = WatcherTriggerSchedule.LATER,8 ?2 \) B# S% w8 X
scheduleTriggerDelta = 10d0 A: X+ p, y- L) X2 L& ?
) ! P" R+ b2 [! x- h" v: r4 Q public def step(infrastructuredemo.GasNode watchedAgent) { 0 C# m0 O/ x7 A/ E/ H& @ ! I2 b" P$ h8 r. C // Define the return value variable. ) X9 g M: {- V7 q% W def returnValue" P2 k; V) T4 Y8 T( E
# D; T9 o: m8 A# o7 L: _) r8 P // Note the simulation time.6 g' q! R6 D0 m' G l w
def time = GetTickCountInTimeUnits() ( x3 k# u2 G5 n8 a2 j$ ^/ ^: O: }/ v& I( T
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// This is an agent decision.: |9 i; d; j3 i" k
if (watchedNode.pressure<200) { ; u& f) f7 U6 T- K" r; l5 p2 s2 }8 Q1 a1 A
// This is a task. 7 R4 `% q3 |0 Q+ H2 Y" q setPressure(watchedAgent.pressure)9 s0 H' C/ ]; ]
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} else { 1 z" X0 c- w' j2 z; \( { & M6 L3 l' A$ G, g( c3 d , k6 P5 W# Q! R: ?! w1 b5 O8 b) H }6 g8 V5 t/ U3 j; f8 q! \# p F% P; X
// Return the results.! P" s6 U/ v% O9 x+ I" j
return returnValue 9 _! s" X8 d' i/ E* Z8 U: h( r7 g- V- Z. [
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8 R; I1 S% ^# g* w /**" E {* ]3 S9 f
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* This is the step behavior./ W1 e5 G3 P: N, E9 p: \- g' p
* @method step ! d& n6 D, X& b1 L n8 r *% C; Y8 F- W- q( S
*/ ) C* F$ ^1 Y9 m! [& n7 Z, Z! Z @ScheduledMethod(% G |* V/ D: N5 E6 s- ]
start = 1d, 1 g _& |0 N& h# t! G interval = 1d, H1 n+ v( q( x: U, ]7 B shuffle = false# Q7 R3 Y' r3 P, H) h" ^/ _
) 6 K4 }* o1 K3 y6 B' e5 q public void step() {1 I \# j }% w/ v, [
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// Note the simulation time.: H% k! R2 G0 \! e: p |
def time = GetTickCountInTimeUnits()9 p+ {0 q% z$ E7 T: q9 E# _
' M; r# j, i5 \& V- K // This is a task. 0 O2 O5 i( b4 W4 j. O6 A measurePressure=pressure+ RandomDraw(-20.0, 20.0) : T( g8 X: t: W/ \; p/ |) l // End the method. " s7 B- i& M6 G8 _5 B7 T return $ G/ n. T/ W9 m% {* P! ?, {0 _4 Z5 l
}