% B" L- W L7 @0 E! i: p h@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")$ {2 q* e8 f* s+ T: H
public double getMeasured pressure() {( v0 N' V% W( q4 Z4 [ c
return measured pressure. u& [. b9 c* ~5 d
}2 ?3 k7 j4 z1 @% O
public void setMeasured pressure(double newValue) {2 W8 N, l, Z2 r) o) A
measured pressure = newValue9 t# s% B4 ^* }
} . @" ?2 S) N/ T public double measured pressure = 0 * ~) a6 E) R4 {% C 5 l; W6 y" e2 h /**9 z8 [* ?7 M; v4 ^4 f% U/ e- `/ k' f
* : Y7 R2 g) L v }. ^& Q7 E * This value is used to automatically generate agent identifiers.7 j/ B: ]; q. B3 n6 l/ s+ ]0 }
* @field serialVersionUID! J1 ?5 B- [' Q, O ?8 e6 P, B
*3 J8 p, N: ^1 x
*/! ]/ K- T9 B U5 r- {
private static final long serialVersionUID = 1L : ~/ w" B, g) u. w7 v% P1 q$ U. r( X & I* X4 X) M/ _+ h# W; | /**6 f) \' u9 F# f: m7 y, V3 b) J6 W3 j
* : O- b* S: S# r. z * This value is used to automatically generate agent identifiers. 4 O6 D5 s$ |: J' o: A6 _ * @field agentIDCounter # a) T3 @, A. x6 o) v* T8 U *5 `9 {( u6 b# m$ @. {, ]
*/ # p3 h h" u( b' H3 u) i! N# I protected static long agentIDCounter = 1 - Q6 @5 r' j, D9 A" F) V - B) g) \3 s& i# o, {8 S /**: l, M- f3 n! y, J
* : u" g8 ?$ k4 b * This value is the agent's identifier.$ @' \& q0 y' u
* @field agentID 7 `3 I9 w* u" y- r" C7 s * + ~% T4 k4 x; N2 a0 n$ X# D */. v' I% J4 M3 u# a9 Y3 J' W1 k4 p
protected String agentID = "GasNode " + (agentIDCounter++) 6 q- d$ h% t8 S+ |( [4 C . y7 W6 r5 ?1 Z+ w* K /** 1 q3 Y r2 {( S6 ]7 Y * : C, t- I. _+ d; Q * This is the step behavior., W. b, Z* z3 u- T
* @method step ) z7 q; Q0 v! \ o *! y' k3 y' ]: x+ @# s
*/' S9 x( B) L! F0 D( U# A; r
@Watch(3 I8 V( X4 Q( F- T2 Y n9 u
watcheeClassName = 'infrastructuredemo.GasNode', 1 w% {! Y- X4 k' `8 F$ m watcheeFieldNames = 'pressure', * `' z: [' b( j {: o x query = 'linked_from', ! H- B% q5 R! ], u2 T whenToTrigger = WatcherTriggerSchedule.LATER,& r6 e+ c3 b1 L- ^! L/ S( U1 S/ _
scheduleTriggerDelta = 10d9 I2 q3 R( i0 \
) 0 K L0 l5 E' a0 r0 M8 Z6 l public def step(infrastructuredemo.GasNode watchedAgent) { 6 b# x! ~) m6 l0 C 0 y, h5 T$ O) E. Y9 x // Define the return value variable.9 s% h N6 v/ ^: I2 F& b2 I2 q
def returnValue % r2 Z6 b0 U: L% e) m% h 2 F& M4 o7 _4 X* u // Note the simulation time.% d% _9 c+ n- s
def time = GetTickCountInTimeUnits()) w# ^3 n% R( g9 \3 p# T. l: D5 O
3 Z( s1 l; f4 |+ K
, e. S% l' v Q0 I // This is an agent decision. ]! b2 N# Q7 W" W* S; E$ J5 R if (watchedNode.pressure<200) { 0 ]* M8 z: k2 X. V1 f- Z/ E. q: u : C5 v: V2 e( d2 I4 D // This is a task.( g, U7 \) ^4 {. N X
setPressure(watchedAgent.pressure) ! l: q2 j; X" X' }7 k$ E6 ?& }- o1 S$ _6 K+ ?7 y8 R
} else {* z0 Q$ X# W/ E0 Q
% K3 }. O6 _6 g7 g, t' L! b a. B$ R$ V [8 b' h
} $ v5 w* ~! l' C // Return the results.4 P3 J' d, G4 h) W1 J3 ^" H
return returnValue4 O1 R1 Y' f; x$ J
1 Y7 {2 d o; N/ {1 } }, g5 f, U$ T/ s& ~( e
1 _, c* d8 v2 e
/** 2 W' O2 H$ d. b# Y *5 u! k- A% _; }# \6 \
* This is the step behavior. : C. V! N: T4 R% T# L- d8 G * @method step + O& J6 I P Q! f ` *3 W5 c% l; ?( z7 m' }, I$ E: \
*// v# n- u6 v4 M3 l4 L! S% |
@ScheduledMethod(# }6 u' a: [) `& W9 L7 c
start = 1d, s9 O2 }0 w- e, J* \1 U5 N interval = 1d, 2 d3 b+ L1 u- g" i2 D# O' Y shuffle = false5 @- @7 S8 a3 q* Y0 i
)2 I9 }9 `3 v+ C# }8 A! m
public void step() { , F5 Z8 u0 l6 }- m / c9 N& o7 i3 E% \! D7 D5 r // Note the simulation time. $ H1 i) u3 y3 C- \ def time = GetTickCountInTimeUnits()8 B0 B7 X; G' }/ D
2 Y% E5 b0 R- b7 C3 p a6 l% N/ Z( G
// This is a task.% A- p; j# Z: B, |# m; g7 _% W! ], [2 x
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! x/ t: Z2 y a! ?0 M1 K& W! [9 z
// End the method. 4 {# I; |1 W r. a/ i0 W return# j+ e* D6 h" y* W4 g! r