7 n7 A2 V# S1 U" i; [- _1 T8 Q
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 2 w" {) h5 |( P public double getMeasured pressure() { ' y3 q/ `+ }% S( N/ C9 w" F return measured pressure! h5 W( }4 J' z, [2 }6 I3 d
} # k+ H7 i% K& V" `+ w" T public void setMeasured pressure(double newValue) { - r3 `2 s: R: k! t measured pressure = newValue j6 x' i6 K6 F } 7 p7 [/ \% P( E public double measured pressure = 0 9 d9 Y7 J7 i7 e, d8 T* v9 m" D! c7 d+ j6 D+ E" D
/** ; {# V: }* r9 H+ x" b- z7 n *2 E- O }+ m) l( U/ W
* This value is used to automatically generate agent identifiers. / ^* D# z6 k, }; T8 J. Y' H * @field serialVersionUID6 L# N6 V2 A3 ^( P1 x; I
* ' b) E, o% _. } */ ; F. x) F i7 b+ k7 R private static final long serialVersionUID = 1L% C. _, j a+ a* t' j
/ r; Z$ o. x4 N/ J /*** f; |2 L; f) {) H0 {9 j( P: K
* 1 V) u1 n2 h4 \8 F * This value is used to automatically generate agent identifiers. 4 o! R# D% G. ^) a" l, B * @field agentIDCounter + c/ p" }* i2 r1 `2 V8 h *) p0 T9 o7 V' I7 l3 q; E$ Y
*/+ O. P! Q0 l& ^- l, C W* h
protected static long agentIDCounter = 14 |0 R. v1 _6 g6 p' {- d
0 g3 N$ X& N% S7 i7 V x$ x: Z /**7 e1 P7 i4 W! `0 C% k/ L
*; v! ?+ f3 F8 {, o, L7 {7 r3 F& h
* This value is the agent's identifier. . \1 i. C4 d5 P: k- ?: Y* e * @field agentID9 w" L. o8 @6 ^# b2 }- t
*2 O& A1 f- J4 v$ k8 C+ s
*/! k# B' R3 r& r) J" b, Y
protected String agentID = "GasNode " + (agentIDCounter++)+ g' M% c6 F6 |. o+ m1 A2 v0 O- B
# W6 w5 ]0 c2 g7 m
/**( w& c( V) K) c- E, G( x
*/ u$ q1 z# a% Q8 ~
* This is the step behavior. . l6 {+ }0 M- K5 H; i6 J: v * @method step 4 w) G) @& N- i *" C4 D1 F& k* p" B; T9 E, j$ a
*/$ t) x- r, D" N0 z4 n. ] T8 \
@Watch( / i1 R0 W# z* n watcheeClassName = 'infrastructuredemo.GasNode',: c$ V7 ?# u+ o3 Q- m6 v7 Z4 G
watcheeFieldNames = 'pressure',3 g/ v, Y( |- q4 J, a* H
query = 'linked_from',% f* Q: h3 L9 T% p4 D. _; E7 M
whenToTrigger = WatcherTriggerSchedule.LATER, " o; q, P/ o3 [* G+ [+ r; \" Q( z scheduleTriggerDelta = 10d # O$ Z' j) n2 ]6 p# V )) }( S9 Z# s7 c& C: ^! @
public def step(infrastructuredemo.GasNode watchedAgent) {! J% S/ i6 F" u( d- n
/ U% R" S- y/ x4 g // Define the return value variable. 3 g; i1 A* @. @/ a( @ def returnValue / f5 ^" M' I. ~+ a" x, U. h" ]0 O. ~% |# i* X' |
// Note the simulation time. / q6 C1 ~; ?4 C4 S) D. _8 h def time = GetTickCountInTimeUnits() / p% e. {( n/ j7 | v4 C' t/ v5 \. w$ C9 W: _
" U# F; i3 s2 ?4 {8 ?$ H // This is an agent decision.. ^7 s* h4 q+ y$ e0 V# ]8 J2 A; J
if (watchedNode.pressure<200) { & k- h8 ^6 }' \4 K- q& Y% o8 |" M( o( o$ Z
// This is a task. 9 T" u# J1 W% O, K! F6 O setPressure(watchedAgent.pressure) 2 E# l! ?3 v. i7 u0 E8 J% ^. }/ R2 B8 H- {) u; @0 [
} else {) |! L8 x2 L5 _$ `9 |, u
3 P2 r* y( g! R# ?; l
, ?% ` o7 x( O: s" G }- Y& S8 G& M; Z+ [
// Return the results. & t X- ~! f4 I5 C: I+ y' e1 J return returnValue 6 Z) d. K s2 k# [+ y( q% ~ K0 Q: l7 b [, d+ V8 I h
} 0 r) W- m. ^% M. {3 x% K0 [' h h 4 i$ ]8 f3 w9 N) { /** * H- y% C0 U4 S; J *8 I* r& ]2 A6 l# H/ v* j' D
* This is the step behavior.5 |5 ]6 D# [7 N' k
* @method step 7 l: b# B4 C6 Z/ S *( k$ V- {: v" ~5 s/ ]! j& E9 {
*/ 9 Z6 U, p7 p* g- f0 E3 c3 f @ScheduledMethod( P; J m" K' @: q1 o
start = 1d,- J/ `7 V6 \2 M4 D+ \6 l
interval = 1d, 2 S Z, Y1 |( w shuffle = false" O3 Z# D4 u4 y( |7 ?8 w% ^9 `
) & x2 X: V. e8 c6 Q: `7 ~ public void step() {. F$ {) u, v& Y; ]* r' Q8 y
0 ]. S4 P! b5 \% L
// Note the simulation time., v, q6 f8 e# m! U1 j
def time = GetTickCountInTimeUnits() 7 u0 M" V* U" ]5 B: A/ Y9 x5 }: S+ M' r, Z9 A7 E/ N/ D
// This is a task.9 o. E0 ?" c" S$ d
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 s F) C+ I- L' ~. l' m- a- @
// End the method. % Z9 i% }4 Z3 c# `- C return 5 ?4 W* L3 ?# j! A9 I5 U& T0 K . `+ U# x0 ~/ ~, |0 U& u }