3 B" V0 ]- e7 G4 y$ z8 q3 B ; `2 |9 C3 r0 \" C8 D. Q9 O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ! g. m% N5 z, w5 }; I" ^- L) v" [1 m" t public double getMeasured pressure() { & j0 W; x0 o: Y- b% P return measured pressure 0 I% U# G2 e& \ }! _; U' z! ` W5 T2 c f' _# }* Q
public void setMeasured pressure(double newValue) {9 C5 I/ x" g0 g% c$ U$ X
measured pressure = newValue / ]8 K6 x4 t: f0 I. ^ V+ f4 s }/ D4 V+ g( T5 V! d4 w6 f' [
public double measured pressure = 01 k- H. _* X& K
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/**1 n" F, M, U8 i$ O; {* T9 G
* - h5 Z: i0 a4 x! K7 L: U) k! i * This value is used to automatically generate agent identifiers./ b* P0 i/ f% a3 r# X1 k% u q
* @field serialVersionUID ! u+ }% [8 T" g4 s9 [ * ( g0 A1 u0 R7 Y! w */0 c; K5 D" _6 A j8 Z
private static final long serialVersionUID = 1L/ J! O6 j" v/ d! l' M4 G9 Z; [
; B" f& }6 x1 o* P' b /** 4 D2 @: j( T) j9 [( G9 [! a( \ * ) i W6 a+ t* Q4 ]" k * This value is used to automatically generate agent identifiers. , Q7 f& r W% I * @field agentIDCounter* z) p6 z4 G! a% k: F( y
* ) @7 k3 C$ S6 C8 i7 i6 j: e */ : c) A/ t( E/ {: K protected static long agentIDCounter = 1+ O- }+ ]$ v: ^* ]0 r. i
9 g4 Y2 o+ W& ~1 b3 g0 ? /**/ v" s* c* L$ m H: E% b7 B$ @
* 5 `) e/ f* y. f+ u! j * This value is the agent's identifier.' W' r' ?! ^( b$ C
* @field agentID ; s' n# x- h: r7 W8 N/ W4 a+ d * & ^! o/ o* J3 O$ w5 f */0 p3 }( t5 ~4 {* P" A9 D9 M
protected String agentID = "GasNode " + (agentIDCounter++) : K. @/ ~+ ^9 i Z! ?$ r2 m& j$ c9 P9 U: Y( }
/**9 l6 g: o1 G( i8 `+ D, |0 h
* ' Y2 K3 V+ C" O* G * This is the step behavior.$ v! z/ h5 a) P
* @method step C5 s+ E8 w- ]. W: K; X! W+ [# n6 [ * . Y1 E5 I( E/ ]1 Y9 [: I% F */% _9 ]0 G( B6 b7 n
@Watch( 2 E5 S' H3 d1 D( q. T) E9 [! i watcheeClassName = 'infrastructuredemo.GasNode', . ~3 G6 e B2 C: d6 p3 r watcheeFieldNames = 'pressure', . _' }# o( h% b$ n1 S" q$ L query = 'linked_from',: v+ A8 d" V" k5 D9 S* b
whenToTrigger = WatcherTriggerSchedule.LATER,' m5 c0 I: D* B
scheduleTriggerDelta = 10d0 R! q/ k* u' j! G4 I# o
)6 y) O- k% b+ _4 f& {4 R
public def step(infrastructuredemo.GasNode watchedAgent) {8 y! t. D* }+ q* V
$ i- s2 ~# i, y4 e
// Define the return value variable." D! i! g* m5 P& H" b) G4 [4 A
def returnValue & ]% U6 Q2 b$ Z k+ O4 m/ B; [ [% V1 ]3 s6 o# t2 h5 d& \+ k
// Note the simulation time. " t. X: }4 ]5 j( B0 ? def time = GetTickCountInTimeUnits()& t2 }; m7 y# a* e) Y% \$ O) r# d- y0 i
4 e1 ~" A, E& Z
( S4 C$ O4 ^2 J/ t9 `& `9 q6 n$ G // This is an agent decision./ v3 _3 {9 V, l4 x! L
if (watchedNode.pressure<200) {& z/ Q/ z4 ~/ M. @- B3 c
7 h+ |8 X6 n: F. V5 _ // This is a task. ! s# n0 ]8 b' Y, G! E setPressure(watchedAgent.pressure) 7 o( J5 Q4 [0 H- N" l% _1 J( L7 G* W( j6 i) K) O
} else { ~, l1 @* N! D. U; c) G8 H+ C! \* |( O+ x9 O0 \* r% ?' m
/ H+ ~& M1 |8 L" T/ j8 t2 C
} 5 u7 G7 P' e3 y8 K3 l // Return the results.* k! W! q) Q! J
return returnValue( n! ~( K; V9 j' t" b! a
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} ; k) [* g1 q9 O2 L. }# D1 ] 9 d9 z/ z9 \* }; Z7 p" l /*** ~" Q" E5 D0 k. ]) ]2 c" v
*4 a) P0 i: C& ]7 }8 E* a# E; p
* This is the step behavior. 6 u2 [! A" C H9 l! {2 ^* z# V2 K) m * @method step) }* i) M5 [ h2 t
* . y) l0 b" R. {; x */ 8 x: v |$ Q* C+ l1 A! [: [ @ScheduledMethod( # U+ A& F1 l0 V; H5 _( C start = 1d, 0 U8 Z0 u# R" J3 M+ l interval = 1d,$ H6 }! `' j1 N8 Y9 r9 g8 T
shuffle = false3 i9 G; { r7 x' h) o
)) k* c" O( S" N1 `8 e
public void step() { . D5 k$ h; b# } . z7 }' S5 C6 \* ]2 d // Note the simulation time. 3 Y8 @( Z% R& V5 v def time = GetTickCountInTimeUnits(): F; A; U! T7 z4 y/ Z# F4 o
& n/ ^/ s& c$ r# p4 h+ @/ n& m
// This is a task. . t) G/ J2 N( i' ^9 E2 L measurePressure=pressure+ RandomDraw(-20.0, 20.0)4 r# q) g! k# o/ S! m8 w( [* l3 V5 \
// End the method. 4 b$ P7 y- v+ `/ k2 I1 x6 J* s return ; s, `* {0 Q; _; }& O% b3 j4 G C1 @( g- E2 u F5 K# P$ u
}