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// Return the results., A6 z5 T2 e' Q. y; k( R
return returnValue E4 ]" V' e, f
" {: X& b1 ]+ d' Q+ y; x }- h; W& T/ P% P
3 v, T( V ] j; j5 M k+ ]2 V
/**; h3 ^9 M* H% L1 r, M2 ^
* ; `% E) @! n8 G4 Y * This is the step behavior. D C H7 j. J# ?1 m0 X
* @method step; z; C8 W6 C ?) u- F3 p
*: Q! y7 W5 e4 k) G* l
*/ , h1 H. x1 c0 N! j% a9 Y @ScheduledMethod(1 s7 @/ X$ p( q
start = 1d,0 ]( {+ `: f9 D. i7 W
interval = 1d,( Q+ q$ c; O% h* |8 C8 z7 V
shuffle = false 0 U. q. J/ p8 [$ o" t% P8 |# } ). `4 s7 u k* K1 M* k
public void step() {/ D' ^8 o3 p+ T n( |8 w
& a3 R7 x/ l. N
// Note the simulation time.) e) w5 l' W' m! a
def time = GetTickCountInTimeUnits() - x1 F9 \" ^: b2 M( i( \' T" E; z9 b7 X. t
// This is a task. $ c% [1 g, G; z/ G6 {3 e measurePressure=pressure+ RandomDraw(-20.0, 20.0)# E! Y) X: f3 Q" n
// End the method. ' v; l' Z; a& h! B: \7 I8 y2 T return 8 E8 C G0 Q% B0 }6 x ' Q2 t, H+ y; M, h6 s5 z }