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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " `$ |; S3 a! }% B; o8 | public double getMeasured pressure() {4 Q$ ]( v6 J+ S4 r+ u
return measured pressure 8 A- `# V. }! }7 b ^) E7 J Z9 Z, { }8 B& J, f! u* ^0 w, t
public void setMeasured pressure(double newValue) {9 ]/ o) T# b2 H
measured pressure = newValue1 I! V! ~9 J9 @ G: B( f* S# U
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public double measured pressure = 0 - {1 C9 Y/ S6 M5 c8 i: L2 e6 ?0 F( f+ D I1 a6 I! q/ K* V% v
/** P, a: X' i0 v% c* V" U% c8 q, Y
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* This value is used to automatically generate agent identifiers. S0 |+ ? M. p6 r5 r! _1 X * @field serialVersionUID 9 w2 P0 Z; m" q/ `2 z+ m* b ** D$ g( z' {* J1 }
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private static final long serialVersionUID = 1L ) ?5 B9 d% K7 }0 j( k: ~1 `1 g( G$ z: a7 A+ b, B
/** % [5 p% \) w* @+ h *3 {) |6 m/ g0 Y. Z
* This value is used to automatically generate agent identifiers.9 E9 Q6 m; q! K3 o
* @field agentIDCounter0 }& L( k9 u4 y9 V" q, s# [8 }
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*/ & n: a9 {) i! s8 k' @ \+ ? protected static long agentIDCounter = 1$ C$ G, N% Q2 x2 a
, n. @: U* \- A2 T1 Y* v /** 0 _, [$ C5 J m0 I/ x *% b( x& A- a% Z& }# q9 ^1 L
* This value is the agent's identifier. & i$ I7 z: b& j/ e * @field agentID ! ^* D# S+ e# s9 l& |* b# r. ` *% L; q# M, W8 o) C3 d, x
*/! t& N0 s* |. O4 O, K8 g5 h
protected String agentID = "GasNode " + (agentIDCounter++) ' C* ]9 ]; ^1 o9 N' v% [9 z# G# C1 b
/** - F8 T( i1 M- @ J5 g( A* h, r4 U *+ x* L* F& o" X# J
* This is the step behavior.& V% `2 s* |6 [) W/ [$ R# k+ d0 `
* @method step 3 n2 n" |$ p* n! Y1 n *- A+ f1 v p" d/ z2 r
*/ Q# K0 _1 N/ m- ^. Q( E @Watch( 6 S9 k% b) l" A( @ watcheeClassName = 'infrastructuredemo.GasNode',% f) U0 t% ~; j" C6 W
watcheeFieldNames = 'pressure', ! v( w d/ e5 }# l) d0 X query = 'linked_from',7 q" d; ?7 J) o3 L X l+ J h2 o3 r! |* Z- G
whenToTrigger = WatcherTriggerSchedule.LATER,7 p* @% P- w, I% L2 V( h: l( d
scheduleTriggerDelta = 10d & O* ?# m5 S9 a+ M2 x [ )/ \( L% }# y% r1 L$ w; h
public def step(infrastructuredemo.GasNode watchedAgent) {* [, D: @# r+ t; V
, F! w( R2 Z' m5 e, Z' _( i // Define the return value variable. 6 Q+ Q. H' m( B8 g! ? def returnValue - s6 G: B7 ~/ f9 H- H( Y3 q 7 f) R" I- h# j" J: ?: i // Note the simulation time.2 C! @* J5 [7 \- S5 C A
def time = GetTickCountInTimeUnits(); X; j) i( W6 I) R! z1 y
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2 Z. c! q; l! l. E" C // This is an agent decision. " j) C% T( o5 l if (watchedNode.pressure<200) { T$ I) ~: ?' p5 S. Q, W" d ~ . O$ {% }/ ? Q9 z% r4 x' p // This is a task.3 D4 s# I+ o" B
setPressure(watchedAgent.pressure)2 v+ p) q4 J, H, K- g! V% c" l p
( {9 b5 i* X. e2 U) X& y- p } else { 6 X4 P3 ]6 D0 f- x9 ^0 ~6 ~& N+ Y. r/ q3 L- ~" }
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} 0 c1 B2 O/ X3 B u b; D/ g0 H // Return the results. , h5 A( }" ]8 v6 a3 u6 s( p+ V$ O return returnValue( P. G1 P% l* U: M* ^. U# \7 q) P
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* This is the step behavior. ( n* N) J, L! S/ _ * @method step , J2 R1 ^ u& n5 Q. [ S# p3 A * 6 C0 o7 c6 X6 ] u& \7 ` */' l: N0 l0 Q- o7 N
@ScheduledMethod(" N n' e, w) P0 {+ y: S% c, D
start = 1d, / u" E' n' s% }* _- ] interval = 1d, " A$ u$ T1 N: C% y" \( F' W' M shuffle = false 2 N1 A0 l- K d( e )* h1 L2 N# e# z# [# ~: Y; \) S
public void step() { ' M9 B$ t- m# e {: ^3 K3 F/ E4 t8 `5 _. B; g+ g& m+ C& _& |
// Note the simulation time." s0 t; m- n, D2 y: z% P3 ~- I
def time = GetTickCountInTimeUnits()' f5 e8 u' }3 x
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// This is a task. 3 v( E& w! V8 g% V' A; B- v measurePressure=pressure+ RandomDraw(-20.0, 20.0) $ }+ i' T4 N1 o) G- O, g, D4 \: \ // End the method.# Y" A) f9 H* r" f% g
return 0 D% I: s# ^0 {" a w+ b0 a5 M; a5 @' D" n$ b( B
}