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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 3 X) F0 ?& R0 m7 ?: i7 h public double getMeasured pressure() {- q& W& ` U8 `& h! f
return measured pressure % L) g1 d) ^5 W4 N: H% [ }% L! K& u$ y+ Q
public void setMeasured pressure(double newValue) {% h+ p9 T2 A+ Z# o" H, W
measured pressure = newValue 5 R& p! {; ~ E# k: l% I) w0 F* W }5 W1 }" i: F1 A$ E+ H
public double measured pressure = 0 ! E4 G0 A- V3 u - Q9 s5 r5 j- j6 G# A. Z, q i: \/ ^ /**8 |/ _& o4 S, l9 m
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* This value is used to automatically generate agent identifiers.. h* J5 m8 \& }% G' P; H
* @field serialVersionUID/ g" C6 Y; Z1 E
* $ c9 h6 }9 ~3 z8 L; ?; U4 ? */ 4 o. x" {; K: b6 p# X private static final long serialVersionUID = 1L ' R" F2 `* ~2 a- J( }0 s 6 i+ t8 |, N$ P# g. Q/ \/ g /** 4 n! |9 ?) `- O9 H+ G * : b, h4 q L) S. w# n * This value is used to automatically generate agent identifiers., V/ j4 U" N# \4 n
* @field agentIDCounter 0 q% L- ^# i$ ^- o4 C6 H. J *; P2 b: m( S G1 S
*/ 1 W7 G# D3 Z5 u protected static long agentIDCounter = 12 ^. x2 }9 f, E. x# O6 e3 ^
. b }* }! a: L% r0 ?" E9 \7 h /** . D! a3 [8 E( w* V4 a! {, F *2 r) H1 R) w) O( \6 D
* This value is the agent's identifier.8 g4 i: B2 o1 R. @
* @field agentID 3 O( Q! w0 e( t. u *2 E5 }4 z7 p4 @; p
*/ 1 V/ }# b! f6 f protected String agentID = "GasNode " + (agentIDCounter++)1 u3 j: d9 b" L6 r7 x
& u$ K* p% y# b# d' A /**0 a/ T- e: n7 i b
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* This is the step behavior.5 |/ n% | t4 v& s G: a8 j
* @method step* a7 ?& e) }, t8 J
*# w2 o( I- O" P9 H. A* b
*/ K5 t& H% A3 a% @$ C @Watch( 1 \! r! R- r. Y' T/ u watcheeClassName = 'infrastructuredemo.GasNode', ( Q0 I6 {+ j- h3 v4 u* w5 T watcheeFieldNames = 'pressure',! B8 D- R" F: Y/ x0 ~
query = 'linked_from', - O4 k5 m+ a) [8 i, L whenToTrigger = WatcherTriggerSchedule.LATER,; @! `. c" @, s, i2 v% |/ k8 n
scheduleTriggerDelta = 10d 7 i5 K; z9 l) @8 b6 I1 Z5 { ) ; J) ^5 B! s, u5 I& ~9 f( o public def step(infrastructuredemo.GasNode watchedAgent) { $ w, S, H! j) C2 E( }* H; s, |+ O5 f/ ~9 u
// Define the return value variable.9 ^9 \! E4 o/ ? z6 N
def returnValue" R$ j* A$ v7 l" U" F; q
6 n7 T2 Q; u, v ]& _ // Note the simulation time. M. c# u @' D
def time = GetTickCountInTimeUnits(). g6 V, z* P% J4 I
8 ]2 p0 B: `' K, b. k 9 @# {* |- V( ?# F& k" g' m% z4 C // This is an agent decision., T0 m. l: P# u8 ~. M$ E& v- H
if (watchedNode.pressure<200) { 3 e; L2 X' i- ?2 K. @ 0 v* D8 Z! ?+ i( W# h // This is a task. ; P1 G0 J* r4 q$ o setPressure(watchedAgent.pressure) - t8 K! ?2 Q; O: i- Y7 v ! H" |7 M: n; |0 v; u( j# t } else {3 M9 c( k: F, [0 e+ B
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// Return the results. , V* ^ i0 J% P3 X* F# s# {4 P3 N return returnValue, h) `, ]- [" J: O% X$ F; y7 d
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} 4 H! j8 Y+ Z# d: g* \/ [, ~) z5 F! c Z
/**# k% K" H% T& ]; |
* 3 w5 M" g; h' m * This is the step behavior. 5 c, y' M0 }- Y( ]: @8 u+ n * @method step " M) {9 a% w# a; L3 r7 u4 u+ t *4 ^4 D9 H- k0 v9 D
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@ScheduledMethod( 8 N1 j$ W. S L) h start = 1d,/ a- Y5 S' \ f3 Q
interval = 1d, # ~: B: A% l/ @+ \9 |$ J shuffle = false , l0 R4 [" U) m' F2 _. W+ s ) / G) O; k7 `7 _6 u# g- z public void step() { ! ^/ z5 A& v9 a: n/ U6 w8 c+ z5 y( R8 _( g! ^/ `
// Note the simulation time. 9 G" J. P, D$ @3 g1 P def time = GetTickCountInTimeUnits(); O# m$ o0 i/ [( ^$ t- R5 d$ N- C
2 D; G$ `. T3 O8 c9 Z! a$ \6 V // This is a task.+ \2 M- f T7 B
measurePressure=pressure+ RandomDraw(-20.0, 20.0) " Q O7 m* k, M2 `1 C! F8 J* P$ o // End the method.9 T X! M9 _0 j% ^
return 1 T: k4 W n( }3 q9 p; f' {2 E' t% s3 W
}