) g b% C! ?1 C; M9 K& Z+ x" k- o c@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 3 k' E) F) g p" f public double getMeasured pressure() {9 }, C' M7 s) a: y: x
return measured pressure / ~& E: e6 v" |" w* j: j } . Q1 ~1 y$ g: ^7 r* ]1 w# c2 a- v public void setMeasured pressure(double newValue) { * j. M8 |; H P0 M( @: f0 z measured pressure = newValue* n ^8 }2 J2 x
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public double measured pressure = 04 H8 F' a0 Q" G& f0 V
8 e( e. E" |3 T! e /** 6 {( s3 s7 }8 r) z& c( ^7 a7 R# K: u *: [# A6 `. x5 M
* This value is used to automatically generate agent identifiers. " ]5 n8 m0 v+ h2 Y. V * @field serialVersionUID1 F0 c8 B2 a4 O# t$ y2 c
* 6 ~0 b! {! K6 ?' f */ ' V2 s5 F. t) g* J private static final long serialVersionUID = 1L, X3 X: l9 s9 ?, \; l0 T
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* This value is used to automatically generate agent identifiers. " t9 y8 ?+ s2 U- ^- ?5 I2 v * @field agentIDCounter- b v1 ]" `" ^/ G# s9 e
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protected static long agentIDCounter = 1 h5 r( p* C3 @" d 0 e) J# h7 F! v! ^: L: j. N' E1 K" F /** # w g. f4 }0 ~; A/ g+ S* c9 r6 W5 q* G7 H* m */ B' ?" D/ z/ \4 S
* This value is the agent's identifier. 1 Y2 \1 s- [2 _ * @field agentID 8 A: {2 T; z3 ?, N/ o * 2 l" z3 O" t5 o g3 C* p: a" O' q0 U */% l! z; u7 y, k& j5 b9 T D% ~
protected String agentID = "GasNode " + (agentIDCounter++)+ w+ {0 g0 [ h; C+ l
% F/ O3 `+ H5 l0 C* q( {, ` /*** F) U3 p6 Z$ z7 u; ]
* % k7 |8 k* k! d3 A, _; ? * This is the step behavior. 1 X2 { F$ Z# L * @method step : V2 r n- O% W * Y* ~' X4 D; z I0 w1 L */ 5 R( W/ B$ y. J1 s8 i: o/ R& { @Watch(/ a1 y; \4 n2 a) | a
watcheeClassName = 'infrastructuredemo.GasNode',% {8 b( @) d2 {% g: i
watcheeFieldNames = 'pressure', $ a$ q% s/ |' M! \" y8 v query = 'linked_from',, I: r: G# y5 B- t; [# `* b: n
whenToTrigger = WatcherTriggerSchedule.LATER,8 G" [' A6 L+ j; M. D
scheduleTriggerDelta = 10d& p- H& P$ ~+ e$ x2 t/ I, q
) ' z- ~( u' `% H public def step(infrastructuredemo.GasNode watchedAgent) { 0 d# O! {8 }1 d9 c* k4 j: q W* ~2 p- H
// Define the return value variable. 4 R2 e9 J$ W1 L, \8 F! s, A: ] def returnValue8 t" m7 }) A A. e1 S5 x) @8 b
" |4 a# y2 j; n" b // Note the simulation time. 2 F1 z7 |. I6 M) ` J def time = GetTickCountInTimeUnits() ) z S" t' @) x! B3 d/ y # m1 S( a. F$ |0 N & O* I" G1 T! N/ L4 a6 [2 t // This is an agent decision. # a/ D) }7 c, f: p9 z: D if (watchedNode.pressure<200) {+ H4 t, ~! y% ]6 d3 D2 A
2 w9 J! f2 ]5 E // This is a task.4 p6 H9 H, n/ `- j7 \& Q/ _
setPressure(watchedAgent.pressure)2 E9 j, E [4 _% k3 p0 J, I
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} else {: I. ~+ I4 `7 l5 h7 o
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// Return the results.$ C8 \/ K9 Q1 u5 y8 z
return returnValue ( s* [* W, B2 R! C% S x( L# Z2 ~* c/ W
} ' x( ^; @# f- @' L7 Y% q6 U s( P a5 ^
/** 2 u n! v& t/ Q+ j4 V- h( g. L; W& Y *7 P9 e2 W" m0 w
* This is the step behavior. c/ E9 X. f- ?" K2 H2 Z * @method step 4 l+ |0 {+ Z: P- j# K* i9 w *# G. O" E: V, ?/ z9 p
*/ V( L, s9 j, L/ F @ScheduledMethod(0 n8 `$ g8 u8 [) r1 j
start = 1d, 6 X8 ^ Q3 i- N; P2 k1 h interval = 1d,3 Y. Y) B1 r8 q) L+ C7 b
shuffle = false 1 m6 I+ x) }9 ~1 a/ l7 S ) V$ n( P1 E8 S" F public void step() { f* R W- X5 ` z4 F+ b0 n2 b0 [. o. X , u3 T# ~+ ^7 m; b; ~4 A // Note the simulation time.+ q! T0 `3 K* k. r" t, p7 N
def time = GetTickCountInTimeUnits() ; s( `/ q1 n4 }4 E) y 4 G: m p8 J9 K1 A7 V* Q // This is a task. : a* s; K9 E4 o7 { measurePressure=pressure+ RandomDraw(-20.0, 20.0) 3 ?0 g$ i) u$ S1 v R/ O! V4 u0 J // End the method.3 s: T6 Q. h% p8 o" k4 \2 X
return ) J: ^" `! X' E8 ^, ~- \! `/ x C, l" a6 N# n5 m; e3 J
}