/ \& ~4 `* U, U5 B /**$ ?, H8 C' G- B" i4 t1 H
** ^7 f# H+ t) V" |9 o
* This value is used to automatically generate agent identifiers.# f) G3 `( O6 y3 e; x
* @field serialVersionUID( m% H# C- e( \, B
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*/ " k( y, [1 x1 j3 B* s$ K private static final long serialVersionUID = 1L 2 ^. b( [+ F+ L x& R " V3 F1 p. b$ n" t' x' a) f /*** m+ N+ o& e9 [/ d* }
* + H9 n, P: e0 s2 r * This value is used to automatically generate agent identifiers./ K2 K' G: k; N, P
* @field agentIDCounter 7 y1 M' ~6 V8 Z( x7 T0 k *. P; p0 y4 t" y- J/ V' g
*/8 r8 z: ~, K8 k& s
protected static long agentIDCounter = 1# x* M' X# l) a) \ ]& c4 q! l
+ ~% L) A; _* t h7 X7 P+ g2 j T6 ?' { /**$ d3 t c) q/ ~; s, k! m
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* This value is the agent's identifier./ j8 c# k6 A/ ~3 s J* B" v( F+ o
* @field agentID: A; f% h2 t3 ^+ D L, D1 D8 [" {
* + K3 D2 o& A& o3 \3 u% c \ */. J, ?$ V+ w. _
protected String agentID = "GasNode " + (agentIDCounter++) . { [' C3 p- P7 i& L A) D5 `5 z0 x# F' E7 z& T8 Z7 ^6 g
/** 6 f6 J' V0 ]$ _* @ * " L/ B- t1 ~4 ` * This is the step behavior. % M! b6 G7 M+ Y8 q * @method step8 v+ ~ g$ M3 X- t5 b/ D0 ~# H
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*/: S9 P4 r4 J# \( a6 Q
@Watch( 0 b; M, ^# \; N- x6 K' M3 e watcheeClassName = 'infrastructuredemo.GasNode', 6 c4 ~3 T. y9 y @7 ` watcheeFieldNames = 'pressure', * \: }) O$ `, v, w% P query = 'linked_from',, T: A3 _8 }8 J# |& E$ i
whenToTrigger = WatcherTriggerSchedule.LATER, 2 }1 o! H/ i! E' ?! t F* d4 E scheduleTriggerDelta = 10d D8 Y! b8 U" Y5 S& W8 K; `; a) o7 u% Q3 X )5 H( F \8 V+ b! \3 \
public def step(infrastructuredemo.GasNode watchedAgent) {: @( c" \: R# ^- \$ \2 }1 e
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// Define the return value variable. 9 q1 U0 O/ H( |$ q7 N I def returnValue; V& C; T' \: o1 ]
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// Note the simulation time.8 M( \. B5 |/ Q. i
def time = GetTickCountInTimeUnits()6 @0 E. _: |8 V! W
( f5 r2 w+ g7 r$ @5 S . s3 w( q! ]. F$ B# x" Z1 x$ D // This is an agent decision.; V; r0 ?# |6 i
if (watchedNode.pressure<200) {# i" V' f8 D" b |
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// This is a task.& H. Q( S: Z2 b o$ `7 e' e* ~; z
setPressure(watchedAgent.pressure) 6 e$ A' E( [$ F: S & f# K9 [* U5 l/ v% y8 Z } else { $ b- _2 ]2 h) T, v! p6 B5 L' u$ C$ J( M; O. c/ ~) [
" I/ w. y2 u& q } 6 s( X5 J3 m- n5 |2 D // Return the results. 1 N0 }8 N0 R; A; {4 \3 w return returnValue + M) }9 U- x! B8 e 4 Z+ A( l) J' J- n1 v: v5 W6 h } 9 g7 `5 A, I, C8 N9 L2 _ % @9 e) c0 ^4 E. T; E3 Z /** . ^4 b; S2 \. g. _ * & a6 U" v6 I5 K6 S \3 g * This is the step behavior. / s: s; y) P9 b( a7 Z9 K2 L * @method step9 _$ j) X' P0 R- G$ G# p
* ) R" s9 d1 S. T: _3 ~. { */. e! {3 o6 L* k" ?
@ScheduledMethod( M7 S! ?" E1 p7 ]0 e
start = 1d,, a* @( c0 i7 s5 V8 m1 J$ l
interval = 1d, 7 a( m9 [ h! g: e shuffle = false * f! V0 m8 Y9 M3 F* e ) 4 _/ b; p' [' M# N7 L7 G; E public void step() { # }% v; J3 _) v! C5 m& @- ^6 w6 W
// Note the simulation time. " T6 i5 P7 `& t def time = GetTickCountInTimeUnits(). k1 a8 Q' M' @4 G
3 b. b6 o7 [5 A% y // This is a task.1 w$ f' u* C1 ~ U
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 7 `* G( F( {4 p4 |1 s) e6 Q. C // End the method.* r* x% {, h$ S. Q* y6 r
return " u i! I4 j1 |7 _7 l: i% K& U6 b0 }3 {7 b g
}