b0 Q3 v# {6 }& r. ?3 i( H0 b$ | 1 p: D) J2 R; z3 V& p& u@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 0 ^2 c- ]/ \' f! u; T) ]. Z public double getMeasured pressure() {+ s. l/ z( _. g3 y. `; B7 L
return measured pressure 7 a% P! w% V8 `% v }9 m9 K' U2 i; D, U; d
public void setMeasured pressure(double newValue) {1 i$ ^9 _, D! @) _ Q. _7 o
measured pressure = newValue' I: A# \+ {9 Q$ w3 r7 E
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public double measured pressure = 05 ~; b& }* M, B9 E! J
5 K& O2 h; \: E3 x& o /**8 K' F7 z1 M2 {; M; d
* , Z: r7 V% Z9 }6 Q" w# q! l * This value is used to automatically generate agent identifiers. / w, [( Q2 B1 Z, R4 H, L- m9 x * @field serialVersionUID . X% y1 _) C% b; q% U) ? * 4 h% |+ p/ R1 K/ o6 @ */9 |) V- x! D" v7 w
private static final long serialVersionUID = 1L 3 ^6 K, k, n2 {3 P7 R d. ` o B % Z4 y. b+ o. G1 z6 K- | /** + k8 _( Y2 y5 F5 z) D3 } * 1 q, s/ V. _- _6 T * This value is used to automatically generate agent identifiers. 0 b: d0 X; c# g! M6 S0 d- O * @field agentIDCounter % b+ I Z1 ]1 g9 C * , _% g! e0 K( z4 O */ # |3 E }5 ^6 w protected static long agentIDCounter = 11 y) J& j; c0 Z5 L5 {0 z) `
- \6 _+ h' T5 d7 m /**+ E7 s1 x. l. Y" E5 `
* ( s; B. e: a! F. |+ g2 g * This value is the agent's identifier. ! U, K5 a! G6 S4 l g * @field agentID 9 E$ A' a& }) u$ `0 @! ?2 F1 c# _ *: P6 ]1 r- @$ }$ j' k R9 n* p$ X9 w1 p
*/: N6 _& d" S: j8 b$ R! n- {3 z* H) T* s" ]
protected String agentID = "GasNode " + (agentIDCounter++) + m: l$ n+ H4 A# q* \+ u + v7 r6 J7 I* d- L: [ /**3 P9 x4 S+ N* ^
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* This is the step behavior.- R4 N9 k2 g2 h n3 J; p6 W
* @method step # m& K# t. a; x. {4 F! \ * * I- W( E \ k */& b8 V% x$ x9 C5 K7 T
@Watch(* l. U" H0 _# Q: j' h5 O
watcheeClassName = 'infrastructuredemo.GasNode',( x% v* B# ]9 x2 f( I
watcheeFieldNames = 'pressure',0 `6 C$ G( R, ]; A
query = 'linked_from', % Y' b. G$ z1 ~' I8 L" _5 }. n" H whenToTrigger = WatcherTriggerSchedule.LATER," }9 t7 r: O7 Z1 B" m
scheduleTriggerDelta = 10d; `% r4 q& J% Q8 t. W' [. z& r- v
)+ y; @2 h1 z# J0 g6 ]
public def step(infrastructuredemo.GasNode watchedAgent) { / v5 t2 H( U: P, |% j; x+ K3 u* l' c
// Define the return value variable. 9 ~ V D2 N% b def returnValue1 |4 h7 g1 ^+ |$ d' F
3 ]! ?, Z8 z' E# C$ o
// Note the simulation time. * H7 N8 Y; j9 N [$ { def time = GetTickCountInTimeUnits() : g- x' M0 Q" B9 O+ r, L8 f1 K( f. y. \0 r" V
3 t. o3 t" k9 b% E. y // This is an agent decision.$ O; E, ]5 p8 ]- B u7 e
if (watchedNode.pressure<200) {" Q% [6 `2 G) f- a
+ ?2 @- j- E: A' L, P. `" o // This is a task. : @3 R0 z& q4 Z setPressure(watchedAgent.pressure) 9 L3 K: l8 ^+ ~* ]& i$ H: b- O9 q9 M% V" |
} else {5 M% \0 H5 Y, t: q
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}" l3 u8 G, f/ j
// Return the results. , {" t8 d0 c! E1 z3 j% k0 O$ Y return returnValue 6 R- {" v6 s8 T& W- m( d7 o3 @3 E" N- o/ l' Z, K# E
} " r9 ?1 l/ w" y' u- H' b1 [ 3 V7 B3 @ a1 h% o$ J /** / P/ r6 L Z2 R4 `1 ~+ R *% b3 K/ x0 y. A, p5 ~
* This is the step behavior. 4 m/ u% b; b+ u7 }( k# Y * @method step* L9 e2 V/ j) N+ Q
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@ScheduledMethod(- c4 X7 A5 g$ N I2 i$ }0 x# @
start = 1d,$ O' V# q6 R. ~8 n3 `' r6 b( n0 A" p4 c
interval = 1d,$ l* F5 Z7 F: _- t
shuffle = false( P# \3 S' v' g7 Q
)1 _4 }4 L8 G" Z: R
public void step() { * B0 Q2 @: H) P" S' a% c, v+ y . T2 x% d) ^% d/ ]* V1 Z6 p+ q // Note the simulation time.! P0 g1 ^8 }8 o. \
def time = GetTickCountInTimeUnits()# V# s; W0 D" s; N- f
) z7 j( T: ^( t9 b- l // This is a task. , @0 n4 g( h! Y B measurePressure=pressure+ RandomDraw(-20.0, 20.0); m, l( b! `6 O; m( J9 s
// End the method.0 v/ R* M! q- V0 X1 H
return u& y" l+ y+ y6 Z6 a J" A$ V) L7 K. J q
}