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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : m9 M F$ n$ o public double getMeasured pressure() {9 U8 t/ g# i' q( H: _ Y2 I
return measured pressure + Q5 m- |, W8 H } 3 [, K2 \. c# R- K/ Z public void setMeasured pressure(double newValue) { ; L, f8 |: n7 i( I' O+ H measured pressure = newValue5 K, N, o- N0 _2 N) U
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public double measured pressure = 01 y0 R3 a# g/ K
0 r% f) H, i- u3 v- q /** $ c% p/ Q T) N8 c3 l; A7 ` * ( A, f) R" D# m' R. D B& d * This value is used to automatically generate agent identifiers.: a& }7 z; z4 a6 E6 O2 X
* @field serialVersionUID0 v5 d2 X4 ?, y' T, V4 E+ t% [
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private static final long serialVersionUID = 1L / Q* ^% ?6 W: ?% e& u4 l: V 5 N/ P# t) q8 K" e /**. ]2 @, ]$ |8 ]# F: j' Q* Q9 |
* , n/ j* Y+ J, b1 P$ G * This value is used to automatically generate agent identifiers. $ b- g1 |3 {) H( g8 W1 F3 U * @field agentIDCounter; w; J* G& u- r$ r( N
* " J0 F! }7 s# j: H8 T8 w */ . T9 J$ H. q% C2 W' l# D protected static long agentIDCounter = 1/ a" o- S- P2 O* R
/ |+ @0 f; |. _$ f6 B /**3 R) [8 |" f6 M
* / L* i4 K3 C* G; v * This value is the agent's identifier." }2 b6 T$ c. I- u+ ^
* @field agentID ' U1 u9 Q, T I: o% r *6 H: J0 m1 g- N
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protected String agentID = "GasNode " + (agentIDCounter++)' A% g) m. @ S( M- h! u5 t
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/** - ?- `2 N$ w1 `8 J) i8 T# f( } *2 k1 k' M7 ^% R5 x% N7 d/ H
* This is the step behavior. + h* N0 r+ E/ k" N q * @method step. @0 ?+ Y: B s5 _& p9 i& g
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*/ $ h7 H7 p9 b2 W: Q/ | @Watch(! k- K# ?: p: ]# f! A' p2 S
watcheeClassName = 'infrastructuredemo.GasNode', ) I: d$ Q2 F T2 Q2 E( y watcheeFieldNames = 'pressure', * \. x. r! }6 A8 r% z$ d; O4 ~ query = 'linked_from',# g2 f, z; Y' t) W$ E6 G+ l) x+ z6 h
whenToTrigger = WatcherTriggerSchedule.LATER,0 z* y6 F# }9 Q4 n$ P. r5 U
scheduleTriggerDelta = 10d$ U/ ^8 E7 I5 a- D2 p
) # b2 |* O# ^# r4 R9 j public def step(infrastructuredemo.GasNode watchedAgent) { 8 m/ ?% b+ I8 k2 H0 h o+ g" [: L
// Define the return value variable.2 h& a6 m2 P5 J( E% b& R
def returnValue ! H0 C& M! z+ o n. C0 N. Y/ ^& y/ O- ^5 }6 |" O
// Note the simulation time. R5 G4 i1 }5 \7 }! e def time = GetTickCountInTimeUnits() - Z' P$ U, }1 c8 ` 0 h. C" D9 E% w# U3 O( b! V+ D/ m: b! K5 ]5 ]4 k4 a
// This is an agent decision.& `( l4 R7 q7 P' \
if (watchedNode.pressure<200) {) E# L6 |+ g) t' p
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// This is a task.2 B, c Y6 X# F9 h5 w/ D8 V
setPressure(watchedAgent.pressure) 2 F% C/ p" o9 S, e2 }4 Y" ~ 4 A- O+ x1 r; f n) g } else { F a Y V* V, S# ~9 O5 j
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} 4 I& D( S+ E& @4 Z/ }) k // Return the results.# m2 T3 F8 ~! ?* L
return returnValue+ R" @1 a2 r& B" F; n, l. H4 Q
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: w- I$ M9 ~+ }* p. Z /*** F* Y7 W9 d6 z
* - R% W! h# b7 o8 I) n, R' F4 |# h * This is the step behavior. $ {% q! q% s4 ~: r% U. F * @method step$ N7 k* {% z0 k" b8 S! _4 R
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@ScheduledMethod( 6 _1 f6 T7 m$ @. @ start = 1d,+ Q L. Y/ u$ v$ q4 A
interval = 1d, X' ~. g R9 J+ g" K shuffle = false / H$ `* J5 e( e( z% R0 { ) 5 l0 a! b' j' c8 g* W: N9 D public void step() { 9 v( [* W( U( V % E+ a7 r5 \6 a4 U9 s& M5 } // Note the simulation time. ( b& ?: x ?. C, p3 p4 k def time = GetTickCountInTimeUnits(): l" [4 b! t' l# e+ S/ |6 Y
# s* e7 W5 w: Z3 F& r/ w" _& J+ A // This is a task. ; @+ A. ]6 k: t2 Q) | measurePressure=pressure+ RandomDraw(-20.0, 20.0) & R/ |' @' l9 ~4 G // End the method. 0 w* a, m% C4 N7 y7 g return6 M: G( b- u7 ^5 x8 W