3 [& x7 w% W2 }6 L@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") / r' \3 o5 Q. J, y6 |0 Y( N public double getMeasured pressure() { 9 M o# C' Z3 O v return measured pressure ! u( Y( |) R! u } 0 J9 e! ]4 e- }$ S! ? public void setMeasured pressure(double newValue) {; r! l; @2 H! n$ Q* s
measured pressure = newValue * _! U, u' u( X+ F, p }& G+ `- k. q9 z' l) {( z K8 M
public double measured pressure = 0# l4 H5 V3 m, ~2 G# u- X$ {
1 g. z& H, D& P# b /** $ K. i: o( \. ]* ]- `2 j *5 @, O0 p/ v/ k+ r: d7 V
* This value is used to automatically generate agent identifiers. + U% c( V* f( [! T' ]* S4 \ * @field serialVersionUID' I: Q" o" Z' \; p2 @- R
* 4 b% b' J4 h; K: X& d */2 W/ M0 ]6 k* f+ _8 a4 U/ V
private static final long serialVersionUID = 1L , k, F, M k4 P 8 x/ Y+ e l$ h T /**/ m4 ?8 s% k) e. w" a
*8 S# p7 v" I7 N n
* This value is used to automatically generate agent identifiers. ! k, F' x! x( k& ~. @ * @field agentIDCounter1 f( J4 K* }7 P3 F! f
* ; I& V& |& F8 ~, T* I/ C */ q7 X: M9 l* ~3 l8 z* q
protected static long agentIDCounter = 1+ Y4 L: t d& w) o4 p0 i
/ E$ f- Z% g! W) Y6 [2 V /**1 R) V6 e2 B4 n7 J
* 3 \& o5 L7 P( P5 [ * This value is the agent's identifier.8 C" q# i( L& ~- l1 V
* @field agentID + l4 Y7 |6 X2 {* M5 Q; i * ' k" r+ n1 I3 b F) ? */ o% A7 c- T* Z. B, Y
protected String agentID = "GasNode " + (agentIDCounter++)9 K( m; H2 Y8 o" D2 s( e t' W: y/ q
! `7 F$ E7 z* x0 h4 a& f+ J
/**( e# k1 U$ t& f2 {! k
* ; ^6 s' Y/ J6 N * This is the step behavior." G3 M- |" v; R& ?4 `
* @method step 6 ~0 S( b4 Q( Y2 _/ j5 i7 G, g2 G * $ ? Y/ _% k/ a, D/ q t- B */* l# u* Y0 b: X, Q* j" S
@Watch(" j+ A2 z1 x z( H5 u0 t- a/ q" U
watcheeClassName = 'infrastructuredemo.GasNode', , D$ f1 ~" D9 x) ~* r/ T watcheeFieldNames = 'pressure',8 [% [. e* p. C9 g0 L
query = 'linked_from', : e1 [% Z+ }7 w2 v whenToTrigger = WatcherTriggerSchedule.LATER,, j8 j$ f, u+ B+ e; H# `
scheduleTriggerDelta = 10d' h1 }7 W0 Z! y7 B6 a" n
) . s' E8 j" O- r5 u; Z public def step(infrastructuredemo.GasNode watchedAgent) {$ y1 O7 Y9 o2 R0 u- T" ~
# s. v6 P2 O5 O( Q // Define the return value variable. $ | Y4 {& `2 ~; V def returnValue : o7 [, [% K" p. w' Z. N: D) h$ v( V! A0 M& U) i! Q
// Note the simulation time. + [1 q7 s8 ~7 n, P2 g+ N def time = GetTickCountInTimeUnits() 7 @7 V$ L7 y. v- y" h+ l/ ^+ L& Q) Q$ S; q* P& g. d9 \
3 ~. V! c: `7 K/ k0 i // This is an agent decision. 9 k/ }0 Y4 ?& q& a9 t7 A, K% l if (watchedNode.pressure<200) {1 o+ ]7 b" \: Z# H- V
3 ^8 Q/ `; h' ~/ v2 N! q; l) | // This is a task. 0 D0 a4 t4 j7 A% H% J0 m+ A O! j) ] setPressure(watchedAgent.pressure) 9 r" W7 B& _" X6 n$ ?3 q1 |3 e2 m" w3 Y9 g" u/ b0 O+ h
} else { / ?8 n6 K5 W) k" a 4 ]2 U* h) f$ P( j6 X* E 9 {; O, C7 h; ]; ] f9 x2 I8 ~ }- Q( r. I" S3 y- T1 J
// Return the results. * P9 M3 j, W3 J/ P l [6 T return returnValue " A) [7 \, Y$ l. ^ - w4 A) z# r- V } 4 I4 h' V6 T: {6 X! Q6 r3 t- m4 t3 {8 v
/** O9 r/ u" P G( d * # S. O1 b8 t7 K * This is the step behavior.5 G B# l3 a, W$ u
* @method step& _9 |' q+ V/ U4 t: V" s2 b, O2 u3 Y
*. [& F& ~; t a. _0 y
*/ . |8 [0 f J' j4 @# G @ScheduledMethod( # K; F! `0 R7 y" J start = 1d,5 L- ^! b) k( n! j
interval = 1d,: o1 Y& |6 F) M7 l" h( C
shuffle = false 1 C6 e7 a2 R& q )7 V7 o4 E7 y4 O5 @/ G- e! p
public void step() {8 c4 J" [$ }% q- }# @# |: I& B
( ~. F5 R7 g$ j // Note the simulation time.3 Q1 i9 G0 {/ `/ [/ \# e2 {
def time = GetTickCountInTimeUnits()8 T) w4 C' `2 Q# I) P) L! t
0 T H! k. V5 V9 ^& E; P, x% ? // This is a task. , f9 g I4 ~6 [' |# { measurePressure=pressure+ RandomDraw(-20.0, 20.0) * H7 s+ X5 C( k9 H' @ // End the method. / h; K! n& ?2 q. v( R$ h( ?2 d5 g7 G return 8 C# p9 q% U, v& u$ a! _1 j4 e4 H* y' R0 u8 O! X/ L) s
}