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// This is an agent decision. : q! Z' L! Y0 a8 N8 f8 j) Z+ C) x if (watchedNode.pressure<200) {. Z+ {6 P1 b) u/ x/ m) n Z
7 Z c3 o1 ]# I& { // This is a task. + g9 |- B- ~0 b7 N- ?; @0 ` setPressure(watchedAgent.pressure)4 w( z! _# z5 A5 o8 [
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} else {+ m [% o+ } \7 r/ f
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// Return the results.; w- d _; Q( `! S/ s3 s+ z
return returnValue1 _& K: l1 k; N0 a6 r# d# v
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} 5 \9 d4 J8 Y8 p( i5 c9 G* X& y- q2 X' Q% Z0 m7 Y7 O/ o. N. J- h1 |
/**7 i6 ~) g' k+ L6 u/ [& t2 d) g9 L
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* This is the step behavior.# T6 z2 A! Y0 V2 g3 j. P
* @method step 1 C; j: } \' H# i! E( ~- f: B9 E! `; o& a *0 g* b8 J8 \. k- @. C' o
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@ScheduledMethod( 7 S& L. R- q* N* }# X start = 1d,+ w/ q- |4 i2 h' ?
interval = 1d,# U7 D) J. |8 B. h( {3 a5 x2 d
shuffle = false( t9 t' a) Y' T: S* r
) 1 J- l m' o) z1 N9 H" ?$ H public void step() {9 _% T9 U3 r% D. _. O) b
" Q6 k1 a3 N9 ^7 a8 w, G+ r) R7 b // Note the simulation time. 8 Z5 ^: S3 ^/ O, M) y5 l def time = GetTickCountInTimeUnits()7 u6 S, `1 L4 c( p' j- J
7 I7 w1 ]; M4 N* y4 l3 S4 L- b$ L // This is a task. 5 M2 x4 H, i8 {2 v; y: T5 W' s measurePressure=pressure+ RandomDraw(-20.0, 20.0) : U" m' A2 h2 X2 z5 [7 _- ~ // End the method. ; Q) n$ j. t+ ] return i1 c: F/ J& h1 U+ o! k6 i/ v: \ 4 ^, f0 O. x) b2 [ }