, m- K( U8 O0 A6 \, S; G5 t9 W3 ?@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")1 `2 V( [$ v/ ^8 n
public double getMeasured pressure() { / P* J9 `5 l$ H9 Q& D9 @- Y return measured pressure ( I- I4 J I# u" C9 v3 F' T }) W, S) v5 W7 W, G, R
public void setMeasured pressure(double newValue) { 3 o% Z# o7 W# ~/ [ measured pressure = newValue; B1 J( I$ c, k- |
} m. i i4 C& L# A; ?- [, H public double measured pressure = 04 ? F" [$ H" B$ G7 ~. ~
' `" R/ _! E: V! r% x /**& S' K) o0 m% B& N8 Y
* 1 H, ]* K' C* K4 K2 @- B * This value is used to automatically generate agent identifiers. & K% J2 e+ f @2 ?8 O }" b * @field serialVersionUID ' N6 l! {) V3 Y *$ n$ M3 @1 O" D7 M
*/ $ _& u! s' i7 t3 f# S( V. U private static final long serialVersionUID = 1L# L: r1 A' Z8 C3 V1 O- k5 a
$ ]1 N9 G. t# p' w5 N1 g /** % v, s6 V0 t$ X$ R. X# l; k4 V *5 i) c3 _5 g" _" ?" x
* This value is used to automatically generate agent identifiers.; b F+ N6 Q; i. C0 P' J# ~( S% _
* @field agentIDCounter1 I& q6 a G8 G9 Z" K8 `
* ( \6 y; V, a) u# Q) s */& S# Q M+ W a& D6 w0 L
protected static long agentIDCounter = 1( Y1 N9 E. l: Z( i/ H
* V5 P$ w4 H) C( Y1 U /**8 X/ _! ]& g1 F
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* This value is the agent's identifier. $ R: H2 t8 e9 J * @field agentID% W, j3 t2 ~, J8 \) h3 L5 l& A
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*/ / x3 B4 ]- j8 I3 L protected String agentID = "GasNode " + (agentIDCounter++)9 K) G, |# ~+ y
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/**; M$ P# ?' R+ R# t; @% I9 o
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* This is the step behavior.8 d! J" q1 I/ @2 U# F
* @method step* b5 P# l u/ P2 ?
* * [% g- H9 C1 s# D6 x% U* h' G: ~ */2 T8 b. l6 |) {
@Watch( $ D8 n8 [' s5 z' u( s' J8 B. ` watcheeClassName = 'infrastructuredemo.GasNode',6 [8 P W6 m4 W4 N0 R8 b* Q* S
watcheeFieldNames = 'pressure', & G2 B) Q4 p; k# j. s query = 'linked_from',5 j7 M0 t A) ^* C' q# p
whenToTrigger = WatcherTriggerSchedule.LATER, + } \5 U7 d8 S$ X scheduleTriggerDelta = 10d 8 e5 j; v( k4 ^2 r* ^ )# e, w- `* Y& m2 N* U7 W
public def step(infrastructuredemo.GasNode watchedAgent) { 9 P* r7 p) {' g- n+ ~9 r - ~4 ]+ Y, E: V- E // Define the return value variable. - W/ H: F2 e& E [" A% n) K$ | def returnValue% K3 R3 K' M0 ]" a" _+ k
% j& r6 Q/ ?& A0 b
// Note the simulation time. % d) x9 s% q4 q! Z9 L7 O def time = GetTickCountInTimeUnits()5 e: n) E& x1 O
, ?( R+ p, M* R" G8 o* J. a
( z( i% w2 w1 k$ j/ o2 A/ ^ // This is an agent decision.; C, D! O ^" r4 U2 z
if (watchedNode.pressure<200) { 4 L* c Y# B+ k* E( f2 ~4 k a: ]7 I; a8 w) K7 E) S: e // This is a task.8 S4 H# D0 A. N3 b& h
setPressure(watchedAgent.pressure) 2 `* _: U! I+ s : z3 |* t* q" C* I. q } else {$ l- y$ l( V4 T* p! O9 @2 ]6 ^
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, Y. Y7 i2 v4 I. m% T /**1 |: \ g, | v) T: h
*2 g9 u1 p/ F$ l( p
* This is the step behavior. + w9 D' `- V4 t * @method step # }7 Y) u, r+ S1 C0 l2 m *) s: O) K/ M8 Z9 T
*/2 Y) e# l! d ]- C
@ScheduledMethod( ' m) s/ @6 _3 U- U. ?! W) d& x" J! } start = 1d,0 H2 k9 S+ ]" h4 j5 }* ]+ |
interval = 1d, 1 K1 z# v- x/ s" N$ c shuffle = false9 U! U* [; M$ r
) & i5 r/ T' {6 f5 r# Z% t3 |9 M" w public void step() {7 \7 j; r' z2 R$ f4 s5 r, K. R0 x% `
$ C1 o+ N, g# ?, |
// Note the simulation time. 7 p4 x8 \4 m" Z3 O# C6 g$ i def time = GetTickCountInTimeUnits()8 ?* [7 S. b8 C9 {
( i% Y, u2 y& c! o+ p0 m // This is a task.8 Y8 c6 i) ]2 o" h V7 P
measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 \! D7 _, U A6 n I d
// End the method.; \' {' G# }5 {
return / h- q" C, h/ r" `4 J 0 }7 M0 ~& U' s' V4 T }