, q9 e+ w: |3 N! c . b0 D* C# O& V- l Q% }! f@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; q7 m0 A6 ]7 [/ M! d: U( A- y public double getMeasured pressure() { 5 f* }, j4 R) x9 F return measured pressure/ `6 H) `% |5 G1 R# X( A
} ?; q4 ^2 J+ I9 H7 H1 R
public void setMeasured pressure(double newValue) {9 I, f' g, B2 x H2 }( i
measured pressure = newValue ( H7 K% F9 n- E2 V } : e/ o1 W* o3 K8 @. j public double measured pressure = 0 ; N1 u8 x3 X4 c$ I# S " w/ J0 a5 Z( D" }4 R /** 8 v- e. z o/ U5 \ * D$ _+ O! x6 Q3 w4 h * This value is used to automatically generate agent identifiers.: e. m7 K& I+ R6 o: g, q
* @field serialVersionUID& c2 d" d& @1 ?0 @
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*/" @3 I% [# f/ T" |5 S! K( i" v
private static final long serialVersionUID = 1L J) ?0 v- ]7 {" `" n2 ?3 K6 |/ Y' p
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/** ) ^ ~ ?) V7 b4 [+ F *3 h: ]0 d! Z0 x y$ g3 N- Z
* This value is used to automatically generate agent identifiers.; J" F/ g/ k7 J+ U
* @field agentIDCounter; K4 F, ^4 ], n @8 j# E0 S( \7 H2 m
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protected static long agentIDCounter = 12 [% ?4 r5 b& M1 T: G: {# B
N! ~% k- A" n! r8 _* ~ d- a /**$ b$ |4 {" v8 e+ Z- X+ ?, g9 b
* ! }0 i' y3 s J# D, z; n * This value is the agent's identifier.( U2 Y# m. q$ R3 v
* @field agentID & k: O# {. c7 M+ p: L3 l * + x6 ~: S2 o$ n% D$ j; j% M */ " E) F( K5 f" C4 t protected String agentID = "GasNode " + (agentIDCounter++) k0 o/ z. [ E" M , ~$ }+ s$ C! b" S5 W/ K1 M /** % N' F% d; |9 @ Q * - D( E% ^/ w5 J( w2 d9 Y0 u2 A * This is the step behavior. : A( z' i; o1 o6 i3 [' r7 Y {5 V * @method step/ q% Y. B6 `3 V, W# m/ d
* 4 S% e% \# |3 ? */. E5 F9 n( w/ p \
@Watch(& o% |) X3 q7 ^9 b9 m
watcheeClassName = 'infrastructuredemo.GasNode', " W8 p# ?$ e! d% O watcheeFieldNames = 'pressure',! w9 {" h8 T& `
query = 'linked_from', q2 G6 T2 T% y) J' O' P, |, x3 _+ n
whenToTrigger = WatcherTriggerSchedule.LATER, 9 |! |0 X" c5 W; X scheduleTriggerDelta = 10d + _3 \+ w: f$ M ) % S8 Y) }1 b) F# N/ K# m) ~ public def step(infrastructuredemo.GasNode watchedAgent) { ! X/ [9 x7 s" h( i, f: r7 p% W/ h# S+ k. T# u
// Define the return value variable. / `/ d8 f, y/ Y1 D, c" J def returnValue) ~5 n9 i$ K! g9 |
9 g! h; i5 _7 z" j% v // Note the simulation time. $ O' Y& Z, U- t \$ s def time = GetTickCountInTimeUnits()3 m' {% |4 l- C' e% E9 g
8 a" j. o5 t9 j9 A) ? F( P 3 v2 [' ?6 B% M7 d // This is an agent decision. 1 B! R4 w4 ?8 _! R* R8 L: f if (watchedNode.pressure<200) {% l8 H/ \; c+ j- y/ }3 x( @
, n( A+ |; v- @7 J+ y% z. X1 X) ` // This is a task.$ j( v3 a Y c) ^9 b. d
setPressure(watchedAgent.pressure) 4 P# y& P' l! y7 }6 F( @4 f6 K! b3 u
} else { . c% \/ }% E* f$ K. i4 t5 A2 ?' w. Z# J8 f2 Q' ?- b% Q
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// Return the results. 2 i+ C& Z" [$ ]- L# F return returnValue + w6 w1 C+ Q) C- i, F! Q, d1 P6 W7 C, {, B
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/** N$ h" t* K7 X0 q" n O *8 `' ]0 d5 H9 U
* This is the step behavior. 5 q* u* k7 t) Q; |" A+ ~0 \ * @method step 9 O) K: l# t+ T2 f( U" Y! S9 q * / _* ?" C9 u' A$ T% I1 q */ ) E- F# u. e* q/ g/ \2 k# _ @ScheduledMethod( # H' Y. ~- M/ ~! R/ e3 Y$ S3 M start = 1d, 8 A- j! X, P4 F$ G interval = 1d, 7 O! o/ [, c8 u0 I: S shuffle = false - C2 f+ ?7 [0 Y! ~' ^! ] )8 ?" X7 N5 i4 u k" Q4 t
public void step() {, N3 l( k- ?0 y! Q
& k- M: z6 C& c/ u$ r" v7 r // Note the simulation time.; D9 k5 j+ o. r2 ]( k
def time = GetTickCountInTimeUnits() % O' n! ?, @ H1 e! g" Y6 w1 r _6 L) h' [$ H8 N. N
// This is a task.0 [# k8 t- U) o) L( M( d1 o5 ^; @
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; K' c+ F9 U# o1 E& k' X // End the method. ( ~8 k( i- ^$ U0 F return: L- \/ q/ Q/ m& ~( L, w
8 T! m# ]' A% k0 [ Q% |
}