& O% f5 w" Y2 @# P6 {4 ?8 j9 O& d // Define the return value variable. . U& W3 b$ P) O4 H" v def returnValue6 q8 E0 u1 E5 D0 Y2 j
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// Note the simulation time. ; m0 U' r3 u% ~( N# g def time = GetTickCountInTimeUnits() : O& m' a0 \& a P ) I, Y+ h3 x! z% n: X) j 4 Q T4 ~6 R5 M& k // This is an agent decision.0 y; B* g# M( Y
if (watchedNode.pressure<200) { ( S0 {/ K8 e, W j% x' \ ( R+ r+ |% u* Z4 g // This is a task. ; _9 N9 e" G& b1 l setPressure(watchedAgent.pressure)0 l) \3 k! d7 l& _+ X, h/ U4 J8 U5 d
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} else {+ Q4 H% P# g5 p: ~9 \( u. l
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} 6 U$ N0 ^" o- N9 P // Return the results. ; \) c4 A+ _( E/ @. V return returnValue+ g3 }3 M. q! ^1 o
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/**# W1 T* J5 s0 A6 p
*! s9 Z, m( A# g( S9 o0 K
* This is the step behavior.$ e% q6 l# t5 q9 k
* @method step * y* n; d' `- B+ { * 7 K6 I" M3 C7 w" C" n6 b: e. K */ 3 s+ p/ ^8 }0 b& ? } @ScheduledMethod( $ k" V. V, B I start = 1d,0 R8 W& ?$ q# U- R
interval = 1d,% X) \5 ]3 ^9 P4 g! I, E
shuffle = false ( _; P1 w4 u# J$ ?# C )7 x/ B+ F0 {& D( _( }! [ p
public void step() {8 F W1 n( A9 X5 k) F2 `5 |
I! V% z3 H+ z& x5 O& O+ H2 d* ~ // Note the simulation time. 7 Z0 f1 [0 p R% n) N8 s def time = GetTickCountInTimeUnits() ' `* K! B) I" R. n 3 d7 @ }& h8 _* O0 H* k- F // This is a task.2 |/ I1 y) i5 p# I
measurePressure=pressure+ RandomDraw(-20.0, 20.0) * B( C0 D* U2 B- m. D/ o9 R // End the method. 0 D; h* }1 J* {( M5 Q0 Y& _ return$ L% O# g6 H9 [- S' H2 \