5 ` @3 }3 @/ b0 R, n+ P# T : x% u2 K c4 m1 r4 V/ F- w@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 7 ` F3 c5 E& ^, s+ y4 }6 A public double getMeasured pressure() { # ]9 Z+ Y+ W4 L! ] g7 s return measured pressure # u9 U+ @" a- q+ F } 2 l; f# L4 @% t7 O) o7 M public void setMeasured pressure(double newValue) { 5 H; ]4 n+ r; [( ?$ \) I, R measured pressure = newValue1 f: Y* Q9 E' `- Y% D8 x ~9 }4 a
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public double measured pressure = 0- S( J: X4 p6 b) x$ p
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/**4 d6 B+ h% Z* y5 W$ r/ T6 o3 E
* 0 ]% s; N# w+ G6 K4 k! ? * This value is used to automatically generate agent identifiers.* v- T* Y' A, q: V$ O8 p0 b* @
* @field serialVersionUID 0 w, ~* b3 Q5 v" K& E0 }& A *1 A2 _$ a; _; i% `. a' m6 S
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private static final long serialVersionUID = 1L " e# j" Q$ Z; P/ V5 q+ k' Y6 d7 }$ R - a2 n8 [8 {& p# T /** 4 [# z. x, g5 F b7 q3 m, t *+ u4 N p# u; a5 \. z' o0 J
* This value is used to automatically generate agent identifiers.* K, T6 n8 X% Z0 @. O5 U9 y
* @field agentIDCounter0 k, p) J% w0 n
*# U4 A, L7 v/ e
*/ & y4 i8 n9 v% ~+ n3 R1 j protected static long agentIDCounter = 1; o/ [) O; d1 G
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/**3 V' F) \3 }7 v+ S0 }0 |8 G
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* This value is the agent's identifier.) p$ S* I+ d+ F! Y" w7 q6 h
* @field agentID 9 B4 M; R' y8 }' F * 5 n5 S* r8 r5 `: j- i# J1 [2 K *// L5 u$ t0 y% t* S5 G
protected String agentID = "GasNode " + (agentIDCounter++) 0 D1 h( F3 I+ g& v4 ~+ u% O + o% Q9 R- D; Z* I7 ?, e/ m /** ' g' w2 j9 ?/ Z: f+ W4 P* _ * L2 ]3 @: P; P2 a! |( W * This is the step behavior." f6 a; V9 R% U* |- l" v& H
* @method step 7 h5 T4 R# @3 x8 T" ^3 R; c2 P * 9 ], q- Y m1 D! ]$ [7 s: a */2 H. Z6 \' w3 g4 k! b* V
@Watch( ! B- K1 e1 n, P& Y' n watcheeClassName = 'infrastructuredemo.GasNode', 3 {1 S# k& Y/ A, M ] watcheeFieldNames = 'pressure',6 g* D4 r" k' Y6 ? _
query = 'linked_from',6 M- `$ I j# |- \4 } S
whenToTrigger = WatcherTriggerSchedule.LATER, 5 o4 H: m/ |0 E* i" w) b1 @ scheduleTriggerDelta = 10d 3 S2 ^8 x6 K: S3 u' N o4 Z )) k1 v" X! t) k
public def step(infrastructuredemo.GasNode watchedAgent) {' f% r' ?1 e" p/ m
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// Define the return value variable.- @- ^3 j# f( O) e' h) D
def returnValue ( d+ q1 q+ T6 G8 d! {- y 4 |- y' P/ `3 ~# Q, a/ Y" O6 j/ \! `. A) { // Note the simulation time.+ @9 j a8 }/ r1 o1 q) Y# k
def time = GetTickCountInTimeUnits() ; G: }* C. f" F) G5 d' Q5 k% N2 g$ Z" u
; U$ E$ N; L& J+ f# P, O+ J/ X // This is an agent decision.7 W" [ Q. s1 y7 R4 d* K
if (watchedNode.pressure<200) {/ M d# D* ~4 q
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// This is a task.: j2 }! j) U2 S8 H/ E f6 k/ k
setPressure(watchedAgent.pressure) 8 V# O' s- O) Z" T9 J" A . g, I6 X- s2 J) J } else { Y% \6 O* ^' p' p) W
+ h y. u' n( t( B: s$ ` . G V4 q0 l% `% ?7 e$ g1 `9 _ } 3 o! g# Y) c$ t- s8 m8 y // Return the results. & P8 Y9 T% d, z/ W0 h return returnValue - v9 U8 s0 U" s& {! D5 ` 7 j6 I* {, z' ~ } * D8 z2 Q* Z' n( K ) M# Q; I0 ?. H9 z! ~' r2 L /** 0 q. u- L) x7 e- O# x * ' W0 g% i& ~9 b v _! `2 | * This is the step behavior.9 p; K/ Z" M/ a+ w
* @method step ! A$ q) [1 s" m' W& G *% y) R1 N: p8 M6 H* p+ w0 Z" e
*/ . S( v# e3 h3 e; E8 W( v, _8 S) \ @ScheduledMethod( " m" N9 N5 V) ?+ V& x2 W8 a start = 1d,. f# C3 X; c5 \/ n/ ]9 L
interval = 1d,# p. }! A2 T# \2 |3 l& O
shuffle = false& Z7 h, d# e, O
) : v5 h" x! o( L# x0 M% T( x( D public void step() {& v, }# j+ P# C8 X7 W
4 J: }( Z& o! M& G- u( J3 g. D' C // Note the simulation time.% F( A! Y! t2 ~+ }
def time = GetTickCountInTimeUnits()$ \4 u4 D$ h2 ?
' h% h$ w0 J; i // This is a task. e8 @, R& B! Z( g3 ~ measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 M; c9 X3 z& j8 W9 J8 Q; I. t
// End the method.. V, K! _! W0 a3 A/ I! `' X% t* y
return * H+ y/ O; x" w/ V+ E$ e+ m % Z6 D$ z A. Z2 n( b' k/ o }