( Z# ^ S( f. l5 b- _) ` // Note the simulation time. 8 I5 J9 e8 L7 ^* A( ] def time = GetTickCountInTimeUnits() ~ q# D/ o; Z/ R
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// This is an agent decision. : x& k" d2 e7 d6 B) U4 m$ ? if (watchedNode.pressure<200) {. H: ]- k; d5 W2 q; W, I' n% z
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// This is a task.$ q1 Z L1 [; I
setPressure(watchedAgent.pressure) ) V9 K3 e. j$ h' b3 t$ }. L 4 V/ v7 |* E ~, I+ p+ L& ] } else { 0 Z \& `7 n8 D 4 e$ `6 K$ a) O. K, k' J& o( {; C7 U* x% U& m
} - J: q5 n* F* Z; N. y# U // Return the results. / X# {! i; F5 ~; K/ E return returnValue ! W6 R7 {# p% N/ Z m$ {1 S( ~0 `* |
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/**5 e7 v8 V8 n' U$ o8 N
* f1 ]- T9 N% _) ]; M) t
* This is the step behavior.8 g6 _; G9 }! Q2 \9 `% j O! w
* @method step" H1 @5 r* v; ?
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*/* [& Q9 K" t; n% g6 T- V
@ScheduledMethod( 7 Z* n1 h8 J0 a# Z, F% I start = 1d, " c+ n5 I/ S2 a) s interval = 1d,5 X. q1 K5 c2 f! s y# V
shuffle = false/ o4 Z, ^; R: @ m
) / z8 r1 k) O( \2 |/ e. V* d; F' H- e public void step() {8 T$ Z' T1 I' ^& m7 x' e0 @
- [# o: i* O8 k# w% @, c4 q* | // Note the simulation time. ; Q6 R1 B4 k- U( j def time = GetTickCountInTimeUnits()9 M# }+ Y. b3 s' o# m/ U( Z8 f( E1 {1 g
% a2 ^8 C* r/ [5 X6 {8 O; c // This is a task.( g N$ q5 L# s
measurePressure=pressure+ RandomDraw(-20.0, 20.0): ]( [# F1 m- k6 H
// End the method. , B. s' `6 N: J) l7 ~ return 0 W) a/ H: o& m) o/ S, R) d9 I, X& V5 z7 t8 k" p+ l4 v2 k
}