- ~2 j$ F3 z4 x3 v. G) c5 t@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 i+ q' R: l8 k
public double getMeasured pressure() {- E+ @' }7 L |2 a7 d& w$ N+ Y# O
return measured pressure ' y( U3 \5 I& _/ B# p; r7 H W" } } . O6 i' t. `0 A public void setMeasured pressure(double newValue) { . S# k) O2 C+ C& M& D measured pressure = newValue & I2 L# ~! N7 P, m, z2 U } . `- P: n$ E# y: ? j/ E2 K public double measured pressure = 0 ( X- s( ^1 X, `; o/ p% Y( O& Z2 T2 ]. A* [
/** ! y% b2 C( A; H0 j- ]- R" t0 ] * E4 }1 I" o0 I# m2 j7 O/ z * This value is used to automatically generate agent identifiers.0 \, y0 x4 ^4 W' o( W/ K7 K6 X
* @field serialVersionUID ! M$ n1 g; N5 g6 m- I * * Y5 J' |6 q6 a a$ E4 O */ & e) k% d* i7 k; @ private static final long serialVersionUID = 1L 4 J9 W" x) U8 Y) a% a" C) {" G - e6 Q: r$ c% p /** - V7 V6 h' h, O X! D: J * . N6 `) X, ]; {% W4 {. l0 I9 F * This value is used to automatically generate agent identifiers. 5 P; \7 T- a: Z+ @# x: v * @field agentIDCounter. c1 @' r; H2 U4 Z1 j% f8 z9 M) f9 I
* 6 P1 p G5 x5 C0 J6 k5 {6 J */- g) S. S5 V: s( K% z5 X4 s# j
protected static long agentIDCounter = 1 # R8 B! J4 i3 P' C0 i3 L , G0 L8 C: X& x5 o /**( z- A8 K' J$ {6 l* K
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* This value is the agent's identifier. + P0 _% r% J# \& j8 Y * @field agentID! ^/ h, @% p5 \6 W& |
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protected String agentID = "GasNode " + (agentIDCounter++) : M f J4 D8 n/ s0 O G$ P 4 d$ l3 h7 C0 `2 e, R/ G, C /** & t7 L9 E/ c7 r' H# k/ s *9 K% P+ O% Z: S" s3 D1 J
* This is the step behavior.3 [+ s1 C9 b, z0 m- o8 H
* @method step n, c) N8 x7 m4 X+ Z+ g: y
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@Watch( b* @) [: e+ `1 n. k8 O8 z watcheeClassName = 'infrastructuredemo.GasNode', ; A4 o+ u$ a, U x- e. ~5 E' l: k watcheeFieldNames = 'pressure', 4 N: c+ q$ i* G' x% R6 I query = 'linked_from', / j; p! |/ P- l, ^ whenToTrigger = WatcherTriggerSchedule.LATER,2 \" ~# y" u" z( f" Z, \3 ?' U
scheduleTriggerDelta = 10d 3 R% ?, D9 [6 r6 w" ~( C )' O6 J8 p8 |9 T! m" h
public def step(infrastructuredemo.GasNode watchedAgent) { ; N6 O# `4 q! w( J6 {- t( b9 |! w4 ^
// Define the return value variable. & @# a9 e5 G$ v. \, R% b, @. Z def returnValue # m5 ~8 t( G- n. s- D( s5 Z) l+ B+ h2 _ m. s
// Note the simulation time. 3 u! b, S& C, g% v9 \ def time = GetTickCountInTimeUnits() / H# ?2 M8 p; V3 E! ~0 g8 o$ M1 `7 V; k6 h7 ?0 ~" Q- z
3 r. a' D, l3 D7 b7 B // This is an agent decision./ b* l8 Z1 Z( l+ [* C3 g2 C
if (watchedNode.pressure<200) {. n6 g$ L C: d6 ]
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// This is a task., k. C* U% Q$ ]
setPressure(watchedAgent.pressure)- s, v" C; [2 m/ ]" L$ n
$ C8 o# v+ s3 J } else { " t ~& y9 R3 W0 C' q: U 7 g" z3 v/ N/ Y6 ~! w+ ~* L( }0 D% o% Z- [" W% M2 T' J$ w
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// Return the results.. ^4 ?8 z5 F$ V) X4 Z0 x) l5 H: W
return returnValue: r t/ U' ~' e# `% c z* \4 D7 P' B
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0 W, R2 i( h2 U4 a /** , v3 j' `& g9 x$ l- D* ?% f( C5 |8 O * $ N9 w% b4 e% I2 I; ? * This is the step behavior.- e3 n8 X: B+ O
* @method step $ q& o" n! w4 l4 K& S( R/ D *7 Y# G# `2 q( `5 V6 J
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@ScheduledMethod( 4 |+ k, } A+ \: C+ \ W6 B1 A- J start = 1d,9 j8 }. y, p# t
interval = 1d,% a+ c0 B. v$ Y0 Z1 z/ A
shuffle = false. [' H% w4 G& E$ o. e# q
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public void step() {. L9 z" S' K4 R% U( ~( W2 O# w5 D
( H0 `* d* X5 w1 ^; | // Note the simulation time.* R; x* C7 ?# I; M4 b% i0 v
def time = GetTickCountInTimeUnits() * K+ k$ d& b2 g, y2 ]# X$ I 2 d3 f" I: p6 L* r$ s // This is a task. 9 }' o6 s' T% Q9 [ measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 N- w5 a) K' ]2 k
// End the method. # @% n: t) L" Y2 L return- w% i3 t( F) N& u! Z3 T$ D9 {6 `