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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")8 r- W6 i, P' G5 Z& `( w% h
public double getMeasured pressure() {& J" y+ z% S/ I9 Z; X" T
return measured pressure% `4 ~* U, t1 {& n4 U3 H( i
} 4 d: [$ d4 S) e {) m public void setMeasured pressure(double newValue) {) U8 j( h- r3 s4 d+ `& M: u
measured pressure = newValue! {& a; w! N- L: Z4 J
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public double measured pressure = 03 p. V+ [9 p* @; s7 K( ^" @+ U/ Z7 r; c
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/** ) w# T5 v) g* }6 w8 p. D& o" T *& M5 @7 W% a0 |9 Z
* This value is used to automatically generate agent identifiers.1 B8 p, ], q S- f1 E* D3 y3 m
* @field serialVersionUID 9 M5 ], g% F2 j: F# q, m+ \ *$ A- r2 f: K- M N, _
*/9 j3 I1 M9 c0 h) V2 M
private static final long serialVersionUID = 1L, H; B: V8 p7 O9 I; |2 @
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/*** s: e8 Q% Q$ i
* ; _% H. D% o! e2 w0 _ * This value is used to automatically generate agent identifiers.9 s# \+ Y5 C: z5 `
* @field agentIDCounter' _; Q7 ]" U* L) g$ w
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*/ 1 a/ G1 a: l. X/ z6 S% I protected static long agentIDCounter = 1 8 R" P( Y, _2 B/ P v7 F8 k8 v+ \7 G( P9 U- t L% T- `
/** # S& {0 Y# p, e0 k8 `5 p' S *6 Z1 Q; m# }( m4 h
* This value is the agent's identifier.8 p( k( w5 p' o7 p& t4 Q
* @field agentID 1 r8 j* G0 M! a6 d3 C * # {- `" ?8 H- |7 p/ O* M */# N2 ^) P6 a5 s% G; _
protected String agentID = "GasNode " + (agentIDCounter++)7 V. s, ]! ^9 @6 _ v" @# r' h
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/**' \% E: o, K% t1 }
* 3 [) }8 d$ Q( E5 _/ _ * This is the step behavior., b+ j) s$ N4 Y' m# F) l* _
* @method step ' L; `* o$ Z7 i *# s( e; g6 i( u, x1 A7 B
*/" ~1 L, ~" w$ }. Z0 F8 X$ s- m
@Watch(- I* c! ~; \- d
watcheeClassName = 'infrastructuredemo.GasNode', 7 Q! @8 n1 Q( V7 Z" }4 s watcheeFieldNames = 'pressure', 3 l( W6 Q' j9 ~2 T( X/ q) W8 v query = 'linked_from',2 i) m9 X0 z' g" N
whenToTrigger = WatcherTriggerSchedule.LATER, 3 H* F# J9 r' G$ l2 M# g/ k' ` scheduleTriggerDelta = 10d. X5 k3 c6 y- J. l3 u! t4 d: m# j
) & e$ `# n) S( E0 P" h1 c; \ public def step(infrastructuredemo.GasNode watchedAgent) { . L$ I+ Q9 r( ?" v1 o / y; s# @% D. h! t' X( f // Define the return value variable. / q* \' L# {: a5 e6 `2 X2 ^& y1 c/ P def returnValue # Z- @+ m8 {' J W9 X. P( O6 F& T4 U2 Z2 u) o // Note the simulation time. x+ n9 p6 e% i& A8 ^ def time = GetTickCountInTimeUnits(); Z+ Q' ]) G ]3 [
4 |; v7 Y7 x" `4 C/ G' Z $ q1 C, S8 y) Q // This is an agent decision. - u6 r) D1 |' I) s. [1 E if (watchedNode.pressure<200) {$ L% h5 Q& {9 ^+ `
' _9 G" p7 [) d1 {
// This is a task. % l( [1 ?2 f9 f+ A, N, D- X setPressure(watchedAgent.pressure)$ f% o+ J2 I0 w" k0 X7 e/ H, k0 d
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} else { o6 q1 }# D |! P 3 r! N8 L0 w5 f' ?( C* a; B# X! M7 a) O0 f+ W- {9 ^; H
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// Return the results. n% p: f' E# @6 n$ M
return returnValue* f9 ^* s- @# f
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/ a. c; g& i* _$ ] /**4 c2 o; r7 L: S6 T
* " J, j5 E, V1 ~" v: }5 z * This is the step behavior.* [4 j- b# \6 ]0 t+ m
* @method step ( L A" t% ~( A- X& e * & h D. x+ ~$ f p4 s* ~/ O) t" O */9 E, z4 E1 W4 ?1 R2 t( ?
@ScheduledMethod(' E& Y5 o- S6 y/ @2 ^7 f- o
start = 1d,, @* o1 H: G: `7 v& R9 g$ [
interval = 1d, , E- U/ b' {% s+ i2 n- a shuffle = false ! G F0 z6 E* Q& x6 m: u )' M; v6 u0 g6 s1 |- ?+ K
public void step() { ! n. ]! D; U2 [, E5 h. K8 j6 g: V2 T$ d7 t Q' ]
// Note the simulation time., M. g* G2 w/ [- T
def time = GetTickCountInTimeUnits() ' `, n' n8 [9 e, z- U, O9 E% ~# i : o0 r5 j# E; E+ ?2 v8 z; y // This is a task.% e! s/ Z: G; o( p
measurePressure=pressure+ RandomDraw(-20.0, 20.0) % T5 k4 ]% T* J# P // End the method.7 i3 |' z! k, J4 R8 e2 G
return3 _8 I, Q3 }; U3 k" @: \