; W: z5 L& Z7 j3 ]@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " M4 R ]& R" k" `3 s; e1 j, z public double getMeasured pressure() { # a4 s: I" W% \ `" _ return measured pressure ! I4 j" s# x- A1 T* `+ L }9 R6 K6 d8 p1 C* V. F+ t
public void setMeasured pressure(double newValue) { 8 C$ m. b8 m: Q2 a measured pressure = newValue : h7 ?: i, n# Q+ { } # k9 w* `' T2 L4 s. t public double measured pressure = 0 / f# ?5 j6 [) b' Z, \# T, _ 7 ?1 Y1 M$ M" l6 J6 _. x /**& w% D% P: ~3 k1 k* p2 D
*' I M7 k, M! T a# D
* This value is used to automatically generate agent identifiers.( N9 ~! Y; N5 c4 ]! w! {
* @field serialVersionUID6 w9 \/ O2 m$ t9 {0 h
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*/. }$ `) J+ a9 I) F4 p
private static final long serialVersionUID = 1L 1 v$ ^9 P* S: Z7 l' I: J/ U ~6 K
/** 6 Q' d; m+ ^& m" [% C3 b) ? *3 ^2 [' i6 m" ~
* This value is used to automatically generate agent identifiers. 6 n, x- [8 U, u" ~. f * @field agentIDCounter 9 r, q: Y; u( v *# p, I' X. o. h. z0 v
*/ 1 C5 I& @: T: L7 I' {, w1 O protected static long agentIDCounter = 16 @8 P( M% ~) p- g+ w1 x
# [2 p; H" P0 l3 K% R4 } /** . O; `, m2 y3 V4 v2 F8 D *7 n& ]( K8 R. z
* This value is the agent's identifier., M* [! Y' S- \- o7 o" e
* @field agentID6 v' L8 J3 j# ~+ r! j7 d- R& L
* 9 b# y8 Q- \$ k8 x) M0 T */ 0 C' v/ x4 Y0 o protected String agentID = "GasNode " + (agentIDCounter++)! M( ]8 _3 V$ ]/ q+ i
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/**' {: G8 J, r* z/ g1 O5 p1 l, S+ R
* 0 B3 H6 s$ K& i8 m' D+ J6 } * This is the step behavior. 3 t1 [% l: {% R+ i* U' X0 Q) {1 Y * @method step6 x; y" b7 V. q5 w; e
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*/ , x; m; Z9 g) S! p2 M @Watch( ; U0 ]# \2 {! a h8 p& P watcheeClassName = 'infrastructuredemo.GasNode',, G8 p4 o7 ]/ r$ i$ X9 a) m
watcheeFieldNames = 'pressure', 4 j3 v# f/ G& ^8 a% o query = 'linked_from',) n) N( M/ t5 F' n4 c0 c
whenToTrigger = WatcherTriggerSchedule.LATER,2 s( o4 q7 T# c4 W) P. t8 o. y- L- V
scheduleTriggerDelta = 10d4 i3 ^9 P# y& L& t# ^9 I9 V/ H
) : \6 L, T+ c6 q. {! R4 e( Y& r. c8 h5 E public def step(infrastructuredemo.GasNode watchedAgent) { . V" y4 I$ f5 T. s/ a+ H# \& S" l8 k; f1 B% L! f
// Define the return value variable.9 @7 \0 R0 V& p: t, e
def returnValue 3 {7 g* V7 h- Q+ _0 U$ @: {& a 7 I _& Q8 b* a( W // Note the simulation time. 5 g5 s/ g$ V8 u$ P' Q& w( p2 _6 g def time = GetTickCountInTimeUnits() % G5 T$ d: H. [: T; {8 v2 Z; e+ x$ g( c2 G. V( C& f# f
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// This is an agent decision. ) |5 W6 q" i; E' S if (watchedNode.pressure<200) {$ y9 J) F: K) D# k$ [ A. M
. P7 h: Y" ]& d4 M% _ // This is a task.$ F; ?# j, m3 { V7 w- F) F
setPressure(watchedAgent.pressure) 2 O+ _6 K; y9 z, e: G2 T$ r0 i# S. q2 K* Z$ }5 h
} else { 5 e3 t3 T; Q! k) u) t" ? 7 S5 s _- c' _! v+ Y ' y w) c8 D% [6 C' \6 D% |2 Y }/ v. k3 F/ J) K" \
// Return the results. 6 B. L# I: A, C } return returnValue 4 |% D/ o/ C" \& v% f+ k 1 _+ N d2 D- T0 T% I }2 ^9 F% k" N' Z& }3 S6 p0 k
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/**" r2 L5 B, C! m w" ?# @& T
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* This is the step behavior. 5 E. x [" s1 o! Y; r- Q& Y * @method step! }% n T8 P6 d, l
* - y! ]0 C0 K. V4 Z# D& ] */ 3 j8 \( ]* k0 d) v) n- m5 W0 c* o! D) u @ScheduledMethod( % o4 ?: f; a! R0 W9 B start = 1d, ; G) w- R4 }% w+ |( U interval = 1d,* a+ }9 B+ b( d! P Y, T
shuffle = false - M* b3 R3 l) w ) ' M" B b! R+ g+ l: s' y% {" O- j public void step() { 9 a0 k3 O8 Z$ t( Y$ L$ N* h: l$ z' J9 G$ @* f) b: s5 a8 E
// Note the simulation time.5 s& Q7 F5 t& @; @( {- s
def time = GetTickCountInTimeUnits()- ~% ]$ s8 Y% i, U4 [6 O
4 ]" F) E' E. m. L. f# z // This is a task. % w8 W3 a5 b2 U6 k measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ ^ n$ Z% A c
// End the method., r7 B. h- v; M2 z) Y
return . p- d# A, Y. e- t5 E" c, Q8 d& |, t" r) j! P+ z2 }7 o
}