9 P' Q: [) y8 n. z } . \7 g p: k9 k5 }* U5 Z# s // Return the results. , Y/ `3 Y/ c- E: f return returnValue 9 H1 _* y3 [& u$ c- ~! Q# U 7 Y$ ]2 c2 V# n* D( ?$ s; o4 y% g/ {1 _ } ) L Q, R, S4 H9 U. K3 ]: B% g4 s( Z
/** : q/ h) w# H5 s9 {; e# F1 k *9 u, @1 L5 I3 s& e9 ^4 \
* This is the step behavior., N# e. T: E/ d: ^8 g' W! p
* @method step : I1 e8 C9 i2 c0 i" H% d' | *# U/ {: ?" N( R' }# B+ u9 s6 {% a) H
*/ 5 K- y; f( q! x$ m @ScheduledMethod(( K3 v1 ]5 y' t* W: y
start = 1d, 1 Q0 x& E, i4 c/ h2 U5 j interval = 1d, 8 w) L3 H* i' F. F9 I7 N shuffle = false* ]% K/ L8 j0 r: o" m" `3 m
) . H6 ^8 r( P5 ` public void step() {( }) Q E& c" N& _
; k% n8 {7 w8 G- n( X // Note the simulation time.* P* i+ w& `2 @
def time = GetTickCountInTimeUnits(). N5 G8 [' G$ u2 D" t1 d
* L. `# N( o! F ]* f, |" c
// This is a task. 4 r' ~* S3 W/ }3 S measurePressure=pressure+ RandomDraw(-20.0, 20.0)8 _/ m% ^# P6 }1 J& h @7 A& g
// End the method.! E5 ]2 m9 v$ r
return0 U c% y4 T2 |