* R3 p, S8 \, n1 w // Note the simulation time.% p( E) t/ R4 E8 K3 Q* ~) w D
def time = GetTickCountInTimeUnits()- ]9 d8 y+ S- G( I' c- P& g8 N
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, Q9 u' q. A' d" [ // This is an agent decision. : I% Y8 a- A; S+ m: U* v if (watchedNode.pressure<200) {# O7 {1 ?3 w8 y
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// This is a task. * [. Q7 S F; G" `9 Q setPressure(watchedAgent.pressure)0 a, g( `7 A7 |$ s
8 m0 A' {( O5 j' P' S; n3 X } else { + |; @4 x9 Y# B: ~9 N0 i6 C ) I: y5 M- x" z8 i) e, V$ \ 4 k# p. h B8 f }- f" `- F+ t" |3 e
// Return the results.; B' D/ d7 e* y9 W2 n
return returnValue * H+ s! y6 L5 \$ J5 o 5 t; [2 Q# J$ L3 o8 B1 V! R4 p } ' Q m; ]$ N' X, j! a! l9 f/ e( S) W% {( ]- k2 P" \
/** 5 G0 s7 U# T5 l1 a *$ s- S% c9 l: J& Y$ o+ r, l* S
* This is the step behavior.9 F# U4 m6 V5 M0 R: Y1 }$ i
* @method step/ O ~ d. N$ `' V8 O5 ^. m- Z2 T
* `) C. w$ k/ [. d. r
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@ScheduledMethod(3 F! T; o: y; T/ K
start = 1d,/ `/ J( `: X* b& g$ n
interval = 1d,) S! r$ K/ M& E' `5 X- f3 ]
shuffle = false , ?0 i: o7 p* w e _* c. ]4 z ) , l7 ?0 b, M2 ]& G+ Q public void step() {/ @% g* R. w7 ]
[( y% V$ V% r9 h0 ^/ t2 M) u
// Note the simulation time.# C! q& j0 l0 k3 J6 B+ `: C" o
def time = GetTickCountInTimeUnits()3 @+ n3 Z) G, g' v% {' M: f
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// This is a task.) f7 h3 S9 n$ z% W. O! F4 y! |
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / I# f# z( Y% z4 B: q // End the method. 5 X+ v" ]& k3 M j8 @ return1 y$ d/ M# v, Z, M
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}