/ |, O' X- g- e6 T1 L/ v ' N6 H$ u: h/ w+ i& Q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 x& u3 _6 W2 C) _6 w public double getMeasured pressure() {5 t4 h, G" O: b/ @) z8 B, |
return measured pressure% k/ O0 Z f7 e6 z: l& k$ N
} 3 f! i, o) ~7 R% \8 z public void setMeasured pressure(double newValue) {& c9 ? t$ U ^
measured pressure = newValue % _2 x8 W8 l% x1 V9 I3 I" z# @2 S }* @1 K9 Q2 M* m0 x1 ?) n/ T
public double measured pressure = 0 2 f0 f$ s; k1 `+ s( R( d: \/ Y9 `; D$ e# _6 \ N
/**/ z' q: S4 K" z
* # q/ K- h. t+ T7 Y1 [: c * This value is used to automatically generate agent identifiers.6 [, o- n; U/ A
* @field serialVersionUID 1 F5 c( ]% [, A4 _ q ~7 |# ~ *: o5 }4 b& m0 U: }; G, Q
*/' y% |7 g4 y2 ^- v6 y
private static final long serialVersionUID = 1L: d2 W6 @" e0 d3 ~% M& R/ H/ y/ H
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/** # k( O. q3 d" l, b9 S * 4 V2 J/ A9 T K' p * This value is used to automatically generate agent identifiers. - M: d% D: {+ W * @field agentIDCounter 6 Q& j: p& {! [- f0 `+ v *! R8 y" x. W# M# @- P, v
*/ , }+ h2 L% O% G$ q% ^ protected static long agentIDCounter = 1 : m4 M& O0 \# k W0 G5 a% j " E( f j) B9 b( Q7 r /** _- o% c: W- M4 w1 o& \1 f
*" @" p* G* n1 Q5 T+ V
* This value is the agent's identifier.7 J U9 V" [9 s' G( c0 a
* @field agentID! T' j4 A5 V7 [ z
* T" b$ q. `% p: \8 h8 T" e */ " W" u5 B! U2 a& H9 p$ {6 t protected String agentID = "GasNode " + (agentIDCounter++)/ {) w: L& ]7 O) r
- U* I. t& n# Q+ q* ]
/** * J% S/ r9 }( X" e8 F) v1 w *3 S4 S: C+ h+ R$ j% Y! }5 i. @
* This is the step behavior. ' b7 u7 q2 S: w! V * @method step$ m; G; ?+ i- b4 O4 d# {0 X
* ! ~/ s$ k" @' F5 Q5 H */3 S T# R9 O. G& r
@Watch(5 m! R1 r1 D1 [* b
watcheeClassName = 'infrastructuredemo.GasNode', + T2 B% W% ~- v6 V watcheeFieldNames = 'pressure',, B* u% d% d9 ], P" y( C- E5 g7 C
query = 'linked_from', - |) b) d! U) O( g; [( A whenToTrigger = WatcherTriggerSchedule.LATER, 8 V# ]0 D6 F! ?# ~: B, |9 B scheduleTriggerDelta = 10d ; A3 s! E# `3 q3 t% i ) - B- h+ m% j6 [' Z' K: \ public def step(infrastructuredemo.GasNode watchedAgent) { 3 k5 ^) v9 M) I( ^1 j4 u7 X m + R z# Z- `; v$ c // Define the return value variable. G$ U8 x# G8 j% ^. s# h6 Z def returnValue ( ]) y5 I3 g2 z* u5 `/ X6 z( l5 d; b- |2 N I o( z$ F% ^5 S
// Note the simulation time.* q; V3 p6 B' ~+ Y) e3 K, Z
def time = GetTickCountInTimeUnits() 5 N7 U c7 t( i' n4 z! a% ^ Z5 c * Z& K/ h$ i( d3 S % _- S3 O! }5 _( B6 e // This is an agent decision. b1 d( a! _: Q" |4 u* a# D' |6 D if (watchedNode.pressure<200) {" c _$ i; |, m" E
: b$ e! } J+ I- Z // This is a task.5 a. X( v9 a# p2 Q9 x% W9 |, S# s
setPressure(watchedAgent.pressure) - K L2 m! a- @2 W( d1 M2 }/ _) F6 ]2 G3 @+ G2 n @
} else {7 I; M5 z8 S, A e0 A7 {
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}3 ]( P( E/ g: j8 ]" P( t- J* e& p6 a
// Return the results.) |, v- s3 q. G* j* B* y
return returnValue) [ }" E; \+ n$ Y8 v' _4 f+ [; A. z
9 w4 m9 s( J5 b& E9 Z0 I
} 1 e4 c% S: | N9 u) I) n8 J + |$ e8 ~) L( J+ r( l) y /**) b2 f$ w0 _; e P2 x! z
* & ?3 U/ t* G5 c$ W * This is the step behavior.- d( Z2 L! N# [0 Z
* @method step0 I O/ F6 @: Z6 j3 d: F" n8 `
*) B. k: m' q; C
*/, q$ a B% H% _, H5 G# s3 x
@ScheduledMethod(# O/ t8 Y$ c2 j# S' b3 y: p
start = 1d, . u+ g# A; y5 g; ~! \+ _8 R interval = 1d,# A0 I2 S7 g/ d9 r3 u
shuffle = false; q& d6 P0 g4 f5 i" `6 p9 ~6 ~
) ) Y& @- \8 E% J public void step() { % @2 X0 [0 f" ?1 @7 T/ e6 i : j4 S. I' ?- ~7 F O& q$ P% {4 { // Note the simulation time.1 v I5 D7 ~4 \4 ~4 O; Z
def time = GetTickCountInTimeUnits() H# F' U+ Z, L# T; z3 c2 u
4 z( O4 }- I4 h! @. b- r // This is a task. ; E* j7 T0 y! S0 M0 j. \ measurePressure=pressure+ RandomDraw(-20.0, 20.0) : w4 o4 |, y1 f5 [1 G. t // End the method.+ s& U0 E7 |2 C" a( u+ g# d: D
return% `; |2 o( J- K8 Y
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}