( j2 w6 q: E4 d$ S 3 X6 O6 {6 Y- X: `0 z' G@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"), C; S$ e) ]* `2 V- q7 z
public double getMeasured pressure() {, K0 t2 q, E0 ^3 ?9 w
return measured pressure 8 ~. f8 H, T i4 x0 }6 l/ d0 o }" ?5 ]5 r( a/ L4 }6 b" Q' k
public void setMeasured pressure(double newValue) { . e: s1 A4 t' ]4 { measured pressure = newValue, N, H9 v0 \5 M) x" N* k/ _
} - V0 o9 R9 s6 q- q! v& F2 m" O4 i public double measured pressure = 04 T; N: J# |9 m" y0 ^
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/**& c1 }# C' A0 l, S$ d+ E
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* This value is used to automatically generate agent identifiers." u ?. z& b% S4 V5 g1 l' ^" @
* @field serialVersionUID( h" q3 _4 N4 }
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private static final long serialVersionUID = 1L4 j/ L' j5 x* K6 V! i7 `
8 g4 b& q7 R3 h3 `3 V! x /**8 g3 d3 h2 L( V( p6 y* P$ j
* " \$ m* W8 q/ H s7 o V * This value is used to automatically generate agent identifiers." @+ Z7 ~1 v4 Z; M
* @field agentIDCounter a2 b. S5 e- [- ^6 l
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protected static long agentIDCounter = 1. @; R! U# e0 ~* ^
1 c9 s8 \' s+ r$ q /** % x1 j( n* v3 z * . ~6 b7 a! v N% z) L * This value is the agent's identifier.1 ?, [+ B5 S; L, L3 b0 o( U2 |
* @field agentID 2 Y1 k9 w$ ^. b *" P- L w, L) H. u
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protected String agentID = "GasNode " + (agentIDCounter++)+ p* \4 ?: r. c. ]+ E# d. [' P) N+ ^
# J$ ?3 r: w$ \& M# n7 x /** 1 J% }/ I6 v* B& i *& m% ?3 e( m2 [
* This is the step behavior.7 T9 g4 E. s$ W) @4 x6 |
* @method step. A8 D" D4 v) m: D8 p
* 9 f, P$ q% }5 t" t$ ?. u0 y */3 A* W1 t& a: h0 \+ u; y
@Watch( 9 r& c$ z# H- m% A7 J watcheeClassName = 'infrastructuredemo.GasNode',. ]* E2 e6 f& b2 V6 h! N* H8 w
watcheeFieldNames = 'pressure', 7 I! J( `8 I3 V& F query = 'linked_from', 3 S! O! T) |. \8 Q* O whenToTrigger = WatcherTriggerSchedule.LATER,! L2 V! _5 M$ |8 f& }, a, M9 g" |
scheduleTriggerDelta = 10d- Q* e$ ?3 L1 H/ v0 `
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public def step(infrastructuredemo.GasNode watchedAgent) {* t) r. [: q4 N0 s) T9 N8 p
8 |) [3 g- V& N6 R! P' G& ` // Define the return value variable., A) [' E. w0 t: p( M
def returnValue 5 d2 d6 g' W# v! p , f4 a9 w! T: f& v // Note the simulation time. % M5 @4 y% P! z ^3 W def time = GetTickCountInTimeUnits() / |1 k( P) h# Y( a ; l8 i5 ]9 ] [; E5 ^ 8 m9 K: W! j8 m- |3 o- W // This is an agent decision. 1 Y2 {$ U; i5 K2 F) |2 ] if (watchedNode.pressure<200) { 4 Q& q) L* o1 K3 S. s $ W# c4 Z& h6 G0 w' s // This is a task. / o5 a$ k1 ^. J, z* i5 H+ K6 _2 Y setPressure(watchedAgent.pressure) ; S4 ?' I5 D) t, } R( @& K4 z/ e) U8 P/ ~
} else { / V3 y3 q% o6 y: h' D: s* ^5 Y/ j8 m; I% W M' }" `2 e
: y5 w t$ s6 k2 K9 d- O6 {) I } 5 I& E( X: Q7 j$ x7 B" n1 q // Return the results.; q% f9 Q+ z5 P1 W$ ]. j2 ]
return returnValue . C; u# Z) g! H& b4 H: z; h , C9 c6 e8 g/ n, p } ! H) o7 J. [9 d . T0 V5 `7 p3 p5 L /** * r) J; ]( F/ v2 @. F6 ^" I *+ ~9 p7 f# F7 U7 y/ F) J. x
* This is the step behavior.3 g9 X. _, m* ?% }2 G" ^0 R i
* @method step/ [) g, v: X2 ?* P5 |; B- w
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*/ : w% }1 o8 |5 o n' B$ B @ScheduledMethod(" m! A; `% V: M. V1 }! u
start = 1d, # S6 i! {/ T J! H- A( Q9 w interval = 1d,6 W6 e6 ?8 G) ^6 a2 _# i
shuffle = false3 c" u, `* F3 g5 T/ I5 F
) 9 T4 I+ ^) t7 S6 v' \/ p5 z0 M7 { public void step() { % r' s3 k% j3 T% ]" ?+ G& k+ f/ c& U& G. L* D
// Note the simulation time. P# K! a/ Y0 l, Q2 F5 O
def time = GetTickCountInTimeUnits(), ^, n. @% n7 M; ?1 e& |
' G# c7 ^& E# J# N( L7 ~# F5 | // This is a task.& N- R$ {- C4 S$ K( p+ ~3 D
measurePressure=pressure+ RandomDraw(-20.0, 20.0) & k9 z) R; \- Y- e7 z // End the method.. r5 Y# m2 r. Y5 @) D
return - F- V H$ k0 g7 Y( m# c7 j8 J1 E* w9 `
}