2 @6 [: H/ q2 U# X@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") |$ P; n. N; D8 z. Y' H! P
public double getMeasured pressure() {3 T, |5 w$ {7 D( G: ]
return measured pressure6 F2 ]6 z d, ]' G1 _8 |0 j; P0 @
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public void setMeasured pressure(double newValue) { 4 s! m/ A% ? k; a: ]3 Z0 j ~8 K measured pressure = newValue : E$ p, @9 A( e! c' s; U }5 s/ `7 F" N( K( t" F
public double measured pressure = 06 F5 ?( N, i% P1 {
" W& o; i, N: u- y, a% i: ~. W /*** Y2 p @5 L5 _
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* This value is used to automatically generate agent identifiers.& ?+ l# D1 l2 C2 i
* @field serialVersionUID: t) T. ~- M$ l& w. F$ R
* 5 a9 M7 u: a' o8 ?- X( ^+ C, U; e */ - V/ f L3 g) x7 {: ?/ q; s private static final long serialVersionUID = 1L ]' W. C: c# y( a6 J
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* This value is used to automatically generate agent identifiers. - W9 P" r6 y1 u) C0 c7 g% h * @field agentIDCounter 4 v* h5 K: }/ w. [, o. ^0 S f * / @4 g, b7 Z5 s: O */7 X( K2 h$ b. l
protected static long agentIDCounter = 1# y% Y, {8 A- ]
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* . _; N( d! R1 d2 n; w5 h9 j * This value is the agent's identifier.: v/ M6 P: ]8 q. {$ `4 ~, H; }
* @field agentID ! b& h/ P9 G3 u0 k9 D *6 Y$ V6 O9 _* \' `6 _* _
*/ ; d x) l6 m, Y! }$ ^9 w8 V4 I protected String agentID = "GasNode " + (agentIDCounter++) 4 n0 t9 F/ s+ |: P6 V$ W( G4 s% s3 [# ~* r
/** 5 X* F7 \2 ^# U *# |7 A" ^* b* \2 v7 X" r0 `7 Q$ z
* This is the step behavior.3 M4 `( w, Q! K; F% V( \' z. a; }
* @method step6 a# Y( ]+ C0 N" _- @' L( W
* 8 E0 E' V$ u) d4 L h */2 M; H8 K2 b' Q/ B/ Y
@Watch( - h5 C* z% F% x0 d( z watcheeClassName = 'infrastructuredemo.GasNode', + j5 P3 f9 I9 h6 B' g1 k watcheeFieldNames = 'pressure', 8 |0 y* L7 P) V& ` query = 'linked_from', ) H W" Q1 |2 T5 [; s2 @0 `4 B whenToTrigger = WatcherTriggerSchedule.LATER,! R5 I9 ~% j% G8 L
scheduleTriggerDelta = 10d0 _! j, r1 ]7 c+ V
) ) i3 c" x1 C+ `+ c' X& r) g9 X5 J public def step(infrastructuredemo.GasNode watchedAgent) { 2 B: V; r6 U$ F) W) C' ]- w% Z1 l7 K) l+ a: `9 g9 e3 i5 z9 f
// Define the return value variable. $ O. P/ h8 x0 O3 c$ w# r8 i% G def returnValue- J0 f$ D0 l- b9 |
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// Note the simulation time. 6 @5 A0 p& Q8 b' \ def time = GetTickCountInTimeUnits() . e% P/ V% D7 O" \4 S R ` 9 ~/ \3 L7 x! f: k0 I: p 6 }2 A4 I3 u Q B // This is an agent decision.& Q' Q" C: \5 f! G3 x. _
if (watchedNode.pressure<200) {# I& Y) y) i" e5 l
" r/ W) s% W H9 b# S // This is a task.; _8 d- C( d# N; K$ N
setPressure(watchedAgent.pressure) & m4 C3 U! p, z, F; U! d( u, t' v7 s7 m
} else { 9 |- c. Y& c- v & w+ I/ Z7 b% w9 R0 r: ~4 f1 t O
} & \6 x: K% y; J/ W0 u+ S+ M9 e( I // Return the results. 0 z) r. Q* x' i/ O; Y return returnValue0 X+ X. _3 K% x5 K% w7 @6 e0 p1 `
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* This is the step behavior. + E% H* ^; T8 v1 ] * @method step : W, X+ K9 ?; H m) h0 o */ b3 [' l5 O, b6 {3 O( O! {% z
*/ ; b4 t, I; V: J; ~& O" U @ScheduledMethod(3 f' ]$ @9 |9 a3 A2 o8 \! G
start = 1d,, u; _6 y( I* U: I- [3 A, `
interval = 1d, ) I" z3 m& t+ C( }4 a( r shuffle = false : _ `' ~7 N+ X4 M( b( u0 \ ) - t' ^8 S* k0 p+ i public void step() { ' r& {6 y1 J S0 n# a* W * Z+ ^7 N0 e. Q5 G3 r2 j) g // Note the simulation time. k ^. ^0 b U: H# y6 L7 u def time = GetTickCountInTimeUnits() ) E8 ^" m0 V7 P0 o$ n3 R7 I& ~6 g5 W* y* Q
// This is a task.! S+ g+ b" o2 h7 Q
measurePressure=pressure+ RandomDraw(-20.0, 20.0): J* j( ~2 B8 w" p+ O
// End the method.3 S- n9 [) N ]( a7 e
return , o0 I: a- B, Y9 ?# f0 o( Y! X+ _
}