. }6 \. F( g% ^6 T- u@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , P6 t/ g; N( V+ {+ |8 w public double getMeasured pressure() { $ [, [( f! C" D9 P9 S r' {# x4 I return measured pressure. c, o2 z6 ]+ [/ p! V
}. W) K- c& e; U
public void setMeasured pressure(double newValue) { L- B5 P" \/ [3 f: p9 y' ?* m, L- F
measured pressure = newValue / o& V- @% v& ]) G+ _6 P } # k7 f+ s, I" t1 Y' q public double measured pressure = 0 " n6 B$ [" V' d4 k0 I+ A4 x! U! ^, g 8 L. t8 A# {! E8 O* v5 z/ [* m /**+ Y1 A$ U0 v- q9 `, q- x( A, e
* 2 F9 j4 `1 |- r1 |8 l# Q * This value is used to automatically generate agent identifiers. 7 O+ h6 }7 z& o- b2 @& m. h S) g" w, [! y( v * @field serialVersionUID " T$ T2 [" Z, M& r7 ?% Q- e- \ * 5 t2 I# [5 O4 G$ B" W */, \/ V" t& z4 W& h
private static final long serialVersionUID = 1L 9 X# m+ d. @- m1 @0 S* V: v& o2 O4 k9 X- E
/**" t6 o0 ~/ B4 ?: S& d
* & ]2 @ S# N6 p4 t7 X; Z6 Q * This value is used to automatically generate agent identifiers., Z& V7 ` X( D
* @field agentIDCounter6 }1 q; `0 e: Y2 W1 ^ ?- A
*9 h0 F. L1 F1 O6 ?6 A
*/ % C; l" f7 d" L3 v" X" v protected static long agentIDCounter = 1 ) \ W1 x) r) E( J) y: _$ C8 L5 k) A( T1 [2 ?
/**( X8 N/ ^9 F/ g3 R7 n) L! K
* & i" @) d ~: R0 s, {& Z' i * This value is the agent's identifier.2 @% c: ]2 I" t+ c
* @field agentID ) {& J$ d8 P' |* T2 e *; ^5 K. r: s: t& ^# k0 j/ f
*/+ B ~ L* h% k" S
protected String agentID = "GasNode " + (agentIDCounter++) : Y9 N! U, W+ C, [9 I8 W8 }( M- s2 L- H
/** $ ]& c2 p# V7 T; g( A+ |+ R- M *4 k( i& A' u, x5 @' o
* This is the step behavior. 9 g% J6 \+ N, f8 P: v * @method step 5 t) ~$ L+ @8 V# D6 w8 v *; m0 B1 X& I* a7 [
*/ 6 y. x- \+ V1 g8 D2 t! ?, s: k3 P @Watch( 7 ]" g, p! f5 I watcheeClassName = 'infrastructuredemo.GasNode', , C4 J% S' D( {- v- R9 F8 z watcheeFieldNames = 'pressure',6 E) T! S. E' h0 |
query = 'linked_from',1 o4 F1 a5 C$ a, d; x
whenToTrigger = WatcherTriggerSchedule.LATER, m7 c$ G4 ^. A6 A6 W scheduleTriggerDelta = 10d % W# B% r4 { @. B) O' @2 W ) 7 Z/ }5 ?+ _- V. ] public def step(infrastructuredemo.GasNode watchedAgent) { 8 S+ ~, Z* p9 G% |& W ' y8 g0 x' K. Q* C4 P- F, a( b9 A // Define the return value variable. ) r! b* B' ?0 Q# E def returnValue$ E3 @& e1 l, p" m7 ^7 P- F9 y
$ p0 t" C% k0 Z: e // Note the simulation time. 1 P" j3 C7 N- _: M+ [ def time = GetTickCountInTimeUnits() " n! X" J6 h0 G 6 m! g; w3 @9 A5 q9 C / W, B' ?3 }8 B' I1 ^5 y // This is an agent decision.! Y5 _4 y5 j4 D h
if (watchedNode.pressure<200) { 6 f8 o% A) K( [8 D6 m5 T% m" q" ?+ _1 S B: u
// This is a task. 9 s9 J. ~( `3 e: b1 P1 ` setPressure(watchedAgent.pressure) & `& t* {: N, B" L" v2 j 7 L& Z( ?9 @4 l2 g' O } else { : u9 n( m5 z- m6 ]$ G E: H/ C/ b' P0 P) I/ c/ s' @: }: n2 O; O
9 P/ @, e1 u% S% y }( f# Q; v4 n/ [9 M% C7 W
// Return the results. : g( ^) g6 z5 O) o return returnValue 5 r+ Z7 A/ A! W9 L6 c! H \, P% E# h+ E4 G3 n3 n
} 0 P& Y- y, p8 Q/ o' w- u- Q 5 \& \. o' J9 l- Q1 j- _ /** # z% v a4 j$ \5 v/ s; e( o *9 u0 N: x7 }* ?7 T# }8 V
* This is the step behavior. , v9 o) D. E: m6 ~ * @method step . q* g- C8 S) l, a2 {/ ~ *9 ]4 p7 p: a* }% Z
*/ . V9 j# ~+ I& B% d1 v$ N5 s @ScheduledMethod( & Y5 a" G" S- l4 N, T5 K2 _ start = 1d, - o& x6 H9 G6 v' W8 A+ Z5 @- u1 ]+ [ interval = 1d,1 G4 l" D9 Z1 W/ z$ u5 o6 e! G
shuffle = false$ q+ @8 a. A# B
)0 d2 B8 o5 H# M9 b. R
public void step() {- ]! f" H+ y; {! n/ Y, W- i
' c# n) @! @$ F // Note the simulation time.( c" C: N9 i: t7 k
def time = GetTickCountInTimeUnits(), E" G2 O; c6 `% V* ~8 |' D6 W2 l
& L3 @9 |( c" S% x5 u+ o // This is a task. F$ N( E3 B. [) j/ @" w# M measurePressure=pressure+ RandomDraw(-20.0, 20.0); {- p4 B$ x& @
// End the method.( p, ^' W) l2 Q: Z
return 9 I" r# ^1 \% L, }' x: m( O0 w " E* d7 g- h, C) y; p1 U }