) q, V8 h3 _3 X) i1 L" F@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")7 }% q) u) ^- A: g
public double getMeasured pressure() {' ^* L* w7 B$ C8 V. V( Y6 t* N( ]) P
return measured pressure i8 |4 A* {- O% B( b/ f' M } ' |6 J9 }1 M6 K' i& r( @ public void setMeasured pressure(double newValue) {0 ~" \6 F. Y! P
measured pressure = newValue 6 r, q$ G2 x6 x+ ]4 ? }2 g |9 F5 x" `( g" F# _
public double measured pressure = 0 , f/ G9 \. j! s: L* e( N2 C3 {, z7 l. X& U, ]' h3 ?
/**: Q7 _# k1 e, J) {9 w
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* This value is used to automatically generate agent identifiers.1 Z+ I0 t' H! Y* y8 @/ M
* @field serialVersionUID 4 X. Z! Q2 i) I, z3 n, M * , Q, }- N4 Z$ |2 _5 B- |6 D F4 C */ , X! E8 Y* E1 W# {5 d0 K. [- ` private static final long serialVersionUID = 1L. O) E3 L7 \' |
' U- W; X7 r6 _ /** 2 T4 P' N+ j& F# Q *# q- J$ U) a( D8 k+ q2 H1 M
* This value is used to automatically generate agent identifiers. 9 W" F7 L$ G: B: N" W* S * @field agentIDCounter ) W* G6 C) f& W* ]2 b# K" \ *" p: U7 H8 s8 r
*/ 6 J6 y2 r, ^, [ protected static long agentIDCounter = 1 ' ], u8 b. p' P5 ?! [. e$ R $ B% r1 @$ S; l9 L" |1 Y- l; f# n /**3 h8 S& V8 w. u. E& a2 ?: H
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* This value is the agent's identifier. % x2 F9 u: `& q0 | * @field agentID3 k g2 {% n! D% X
* 6 t3 S' A" D: a( R" W7 _, \ */ ! A( f+ F2 K0 G* b' e protected String agentID = "GasNode " + (agentIDCounter++) , u. ^0 [" s; O: c0 ]. H & Z9 G4 i. z1 s, ] /**# Z& J0 y: q6 I' N6 p+ N- s9 v
* ( a- w4 g% b: A3 } * This is the step behavior. 2 V2 s, L& D! `3 y, E! z * @method step: A% E. x K5 w9 Q; l$ c
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@Watch(+ ^' [+ I6 X7 l4 N* |
watcheeClassName = 'infrastructuredemo.GasNode',: c- B$ {+ V6 ~& L5 u$ F
watcheeFieldNames = 'pressure',8 q) {* d: ], o! O- j
query = 'linked_from', / o. a( W A: F# ^ L- z whenToTrigger = WatcherTriggerSchedule.LATER,) ^+ t" l. w: t7 w3 N' e r9 D* a% y' r5 P
scheduleTriggerDelta = 10d 5 @% i8 K# ?! g0 h& Q ): `4 z& d% |1 Q% p
public def step(infrastructuredemo.GasNode watchedAgent) { & s( I& M8 T, S/ U . u$ R. C9 k' m/ E4 t1 D // Define the return value variable.* Q N5 u: e _0 K1 B, ], D8 X* l
def returnValue8 K* M$ e5 ]: G: o$ K- N6 y0 A1 L
& Y0 I V. s. W9 |1 V // Note the simulation time.' A% J! E1 M8 U0 ^
def time = GetTickCountInTimeUnits() s- f+ }2 F% X6 ^. Z
- H7 O' L5 I1 M! p3 r$ ?- m ; H, S' F; y3 f( C- r // This is an agent decision. * e9 W- |$ V# R1 x if (watchedNode.pressure<200) {4 J; t* O( D( e0 H
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// This is a task.3 g$ U0 T: |7 H! H9 E2 e
setPressure(watchedAgent.pressure) * M1 {( P, f+ `$ o7 C ; Z3 G! a5 s5 E7 N/ a8 V } else {7 ?3 w* ^# R3 {" j
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} 9 L9 R8 x% \$ j) V // Return the results. $ k( X w6 h1 ^1 u' O; m return returnValue 3 h3 h4 L# P1 m/ h% X4 C0 g) ]. Z7 |
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/** ! A2 @9 B' D7 u X% w# H7 \5 T *8 [+ ?1 j- _) u4 R' B
* This is the step behavior. % A. T% T- O4 r * @method step* M5 S N( K: V( k" b
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*/ # A9 ^* r6 E) t9 l$ N- ~" |7 A/ N8 W @ScheduledMethod( 0 U2 L. ^; c6 f( ~2 n" r% f start = 1d, * M: a: i, {# v( |8 T interval = 1d," U" M! o3 D9 S7 o3 ~) @
shuffle = false + u; X$ m, z: L ) : x) l# k3 m, u/ z1 v! _ public void step() {. a; U6 s4 ~ ~" K* m3 h* I$ n
. t$ Y% C+ v: T5 p9 y# N1 ^ // Note the simulation time.6 d; R1 R& P: M" r }$ N
def time = GetTickCountInTimeUnits() 6 R- J+ u. }1 P4 x F8 S# o8 _ h7 F& E J+ a9 U7 b- H" r
// This is a task.5 q3 B' X9 F( U/ P: v o. D& a
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( p2 ], m/ M, Y @. i& i, M
// End the method. y% R+ c J) w9 @/ q# z% V7 _ return 6 |; _; l3 v+ q$ ?+ n n' N9 ~2 `1 [ }