' `6 B4 @ i5 |8 R7 b1 [, Y@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")( e# P8 Y0 Z) _8 X) G$ Q
public double getMeasured pressure() { 3 C& R3 G- J! ~/ Z- ? return measured pressure 2 P' n' A0 E# b: [; R }% i& ?- `0 v3 y9 T# G
public void setMeasured pressure(double newValue) { , C+ c% s* {6 q1 t6 _8 D measured pressure = newValue ) n7 i$ t2 K/ @5 v0 d! x: o4 H }% d Z" u- M2 ]) F1 X/ z
public double measured pressure = 0" t! {# P0 @- r& C$ n6 F
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/*** \9 B( L; ]* r/ e& i" y9 {
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* This value is used to automatically generate agent identifiers. . g5 l% c+ L1 r0 ]. _# s * @field serialVersionUID- e) f7 {4 ` b$ \
* + A+ A8 y' t3 N% E4 C */ ; b& v; K8 w. f# T& D5 o private static final long serialVersionUID = 1L 3 _! Z* P* q- k " d7 f+ g' K0 b4 D /** + m4 z# x) i5 ^8 r# q6 v/ U6 K' g *4 n$ u) E6 j# b, T% K9 q: i
* This value is used to automatically generate agent identifiers. ! `3 [, m/ j9 ~0 ?# ]& r1 D+ F( \. d * @field agentIDCounter, t' L* u4 S- J# K a& E$ K1 I
* 4 b- d; j8 J. m( M */ : f+ g; z w' `& {6 n protected static long agentIDCounter = 1. C i' |5 b$ M: w
' v; v: `* r' _+ A7 k! S /** 7 P3 X7 S( o6 S9 R5 K4 g ** ?& q2 f C7 d9 g
* This value is the agent's identifier. 3 P# W* K( F8 ?5 r% g * @field agentID* B# m3 E, k: r# P" F1 d9 A0 p i
* 5 M2 y( Y, h4 h" D4 m9 v */! D6 c8 {8 E- |8 H; a1 e! A8 _
protected String agentID = "GasNode " + (agentIDCounter++) $ i$ E' w1 ~9 U4 b$ z; l & u3 @* v4 Y T- U7 o /** " F5 t0 R: r/ l; I, } * 9 F- ~0 m5 f8 c9 x: g ^2 U * This is the step behavior.7 g" q, N T* m
* @method step! T3 y4 l' k$ h. R3 k
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@Watch( P2 _) A$ ]& i0 v' H
watcheeClassName = 'infrastructuredemo.GasNode',- Z8 O5 B" T* e3 }# [) S
watcheeFieldNames = 'pressure',8 S, K8 m# j: w, s# l/ A: O
query = 'linked_from',) I9 k1 l+ n) |* V8 H
whenToTrigger = WatcherTriggerSchedule.LATER, 0 G1 m1 ?" d, }7 z scheduleTriggerDelta = 10d ! S" C( i& X6 E, f5 D ) + M2 J/ X) |1 q" S4 V: f public def step(infrastructuredemo.GasNode watchedAgent) { : T1 @% k0 m9 o$ s& m( q X; A* ^9 \. @
// Define the return value variable.) P6 h- G+ a H7 g# w
def returnValue" t, h0 C E. S: P3 q7 i
5 A+ ~5 K4 x) [5 z. |2 s // Note the simulation time. / A" p) e& t5 M" \/ x# Y def time = GetTickCountInTimeUnits() O+ @# V6 R. Z1 J. B5 E4 x9 d1 w @5 @* |' y8 o
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// This is an agent decision. + Z" b! n# v D' w# A* d/ C6 I if (watchedNode.pressure<200) { : }/ A- E; ~6 H 8 y& `' d$ ^3 ^8 \5 b2 s- S // This is a task.. s( o B# f+ q- w+ V) n- y' D0 m
setPressure(watchedAgent.pressure) # T2 W0 E' P0 n) l ; ]- ^0 P) B3 h1 O& I } else { 8 l! s% g1 c3 @% o* q + p# A* m& t( q- G7 G 9 f4 J7 U% ^( p: |1 t2 j4 j' v }5 p: z$ q; L, ]% j6 b
// Return the results. " f$ p0 ~, q1 Q, p; s return returnValue6 \' |7 l# H0 `; }1 U3 }# k2 i
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} ) R: b, P7 _1 G2 ^! u- W$ R! x& V4 k3 R% y5 H4 H) F6 J: ^
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* This is the step behavior.* B* w% {8 q R
* @method step 4 g( S7 p( b( [& F' s% Q+ i, @ *. _# Z% p7 y5 ~4 v! t, V& h
*/ + M9 G9 T( J5 N3 f- n @ScheduledMethod($ e! l7 s' ~* S8 `0 Y. H
start = 1d, / R& N6 D0 }6 t7 F' p) f) v2 ^ interval = 1d,7 Z. J. g+ i$ N w5 P
shuffle = false1 Z, \9 I' c- ^6 h9 o
) $ u: E- P! |( [ public void step() { 9 F. }/ @4 w! D7 ~: H4 X v6 X& ]. |/ A; Q1 J+ X // Note the simulation time. 6 @: P2 ~$ l6 e4 l def time = GetTickCountInTimeUnits()) ?" \9 H) e" ^7 \* v' E# _
% B9 X3 S, y" a U5 f // This is a task.) E5 X3 ~! _( g' @0 n
measurePressure=pressure+ RandomDraw(-20.0, 20.0): w' i0 q9 z4 G, I
// End the method." l X% ]) |$ Q' K% l( G$ W
return 4 Q1 K+ h" P7 d M2 K" \1 u7 I( C I" f. c
}