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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- j a% k# }- O0 f. P( M* ^7 m& ~
public double getMeasured pressure() {' ^' o/ K' D' S7 t2 z0 J
return measured pressure7 b5 S P: H- l! {: F
} & C$ M4 q& P# g public void setMeasured pressure(double newValue) { ( i U& [7 }4 R/ U9 j, f7 z3 u, D measured pressure = newValue ! m+ f4 J! k8 K0 P) X }( z& ~" M! e# F7 z% V
public double measured pressure = 0 7 Y+ X, L; H# j6 [9 x% L# |/ Q" o3 S1 Q, o7 k3 i5 O$ j1 C
/**0 ]9 x% T( {4 l0 x/ S8 g2 t
* + q9 J- y$ d3 F# S * This value is used to automatically generate agent identifiers. - x9 ]7 j, G) ^6 x) E: R * @field serialVersionUID- b1 S: X$ W' b1 g3 D2 R( R
* ( ]$ D$ j, S$ ?: e. m3 M" J */9 X3 Z1 j! k2 K* [% |* R
private static final long serialVersionUID = 1L( f- R/ m- Q1 ?, Q3 x7 Y4 F
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/** 0 ?4 U" g3 G; g1 k1 R2 B *( p+ g3 K! N- H, n5 i2 l
* This value is used to automatically generate agent identifiers. 0 i. }3 N: i8 J' f2 t, T5 V * @field agentIDCounter, a& G9 y7 v- }, t' j
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protected static long agentIDCounter = 1 Z8 J- b5 U# j. C
( S+ c _3 d3 Q a& V /** : \. U- ^4 K; x( v0 } * 7 w- t$ j+ [7 ^4 D$ V/ N * This value is the agent's identifier. ! C. K u* {: ^5 J; V3 k; f* y% B * @field agentID + o, q2 L" G; H8 x5 i * # e; f7 Q- r( k3 r *// ?" v* e3 Y4 n' M( o
protected String agentID = "GasNode " + (agentIDCounter++) 5 A; f! }8 ~8 B8 v& C( i! a {1 Q' E& n; \' y' W' \
/** . H- N7 }, z: \ * ! R f. j! Q$ p) Q! {4 o" i/ L * This is the step behavior. % I5 j' r" E" C) Q; m8 | * @method step: G7 T7 @: | a$ w) ^4 A
* ) H9 E( [/ A6 l/ a# j# R: ^& _2 j* q */ % N! q+ s: w; t2 n8 m+ y @Watch( 4 @3 P1 [# g& I) s watcheeClassName = 'infrastructuredemo.GasNode', O. w$ y6 Q e I
watcheeFieldNames = 'pressure',; v: f6 v+ u* H$ b
query = 'linked_from',9 q+ c7 j0 L3 w0 W) I# i+ J
whenToTrigger = WatcherTriggerSchedule.LATER, ) u- l, G5 V6 @ scheduleTriggerDelta = 10d 7 b* |: W6 M/ X M ) " O3 j0 a1 B) P5 ], M. J- K public def step(infrastructuredemo.GasNode watchedAgent) {1 o0 \& M/ x0 P1 t0 x! Y3 P
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// Define the return value variable. % v3 M- E+ k. Q# U; _1 Z( [ def returnValue / U/ p* t& D1 _# X& ^% f 8 @% p9 K; k$ M# l* J. r% b // Note the simulation time./ t) h+ V/ n k% T2 |* R! k
def time = GetTickCountInTimeUnits() & t# K( r5 s7 |1 S5 s" i: `8 a, E' v' D; I1 q. n9 T9 ]
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// This is an agent decision.- ?7 q, T) c6 p" h
if (watchedNode.pressure<200) { ; r2 V1 ^* }# n) V, R5 \% ^7 j! ?
// This is a task. 4 f, P1 N# a& [! | setPressure(watchedAgent.pressure) % D+ c9 V% E) M' T. i& Y4 b( I1 d' {4 @( ?! S
} else { " h, R/ z" y( f# q. X4 R/ o3 T7 v8 c1 s
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// Return the results. & d8 X3 C5 Z/ w return returnValue . _* ~3 w% a% k) V6 r/ f# u2 M4 |# [7 j! Z9 Q: M. l
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/**+ J/ J3 M" o9 R. `+ z7 [/ S
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* This is the step behavior.; h L& t. T( ~ [9 ?& s
* @method step4 [2 f' q. N: w9 X
* , }) c& d1 h0 O6 `( k( H */ % @/ D5 z/ [% n' r @ScheduledMethod( ' p0 D3 u* g( M; b0 w9 f3 \ start = 1d,3 l# X+ b( _8 x2 w2 M* ^9 r
interval = 1d,2 j! y0 d8 p& P8 v6 [1 ~
shuffle = false3 M! a1 q* Z9 s& I
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public void step() {3 m3 Y# V" Y8 H/ O! s
- ]3 v- M d& a+ I; q1 V2 N& @ // Note the simulation time.! ~. |; a0 L# i# R# t
def time = GetTickCountInTimeUnits(), c; ?* D' P! x M
$ e0 D% x( I# u! I6 O3 i // This is a task. + q Z+ u9 \( q. U: q( [8 c I. ] measurePressure=pressure+ RandomDraw(-20.0, 20.0) / P% V7 T0 \' B+ }9 W* T // End the method. k, {; A& m. |( z0 P" y* D. d. y
return 4 q' T" \8 n9 V" J& W9 r" Y _" K0 Y& @+ ^: {8 l" M
}