- h' G$ \0 `2 {! ?* s: W- M 1 B) ~# Q+ ]5 E@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 O2 t! ~$ }/ f; V. G; m" Y2 m
public double getMeasured pressure() {# U- X; _1 j' R7 P2 K5 {0 g5 I
return measured pressure - H; ~+ c6 B+ b. \ } & N0 I. r* s' p! {$ ^ public void setMeasured pressure(double newValue) { : g3 c9 y" D" a" }' O- I0 v; H6 X measured pressure = newValue1 ?6 o# ]1 T) K7 m
} % |) Q4 t4 ~ o! Q$ |. Z public double measured pressure = 09 a" H% G3 f4 C% R2 y1 g+ t
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/** 4 N0 M' N; i" B) ?' B *$ A( I; X& W4 m) ?3 P8 D% z" C3 E2 g
* This value is used to automatically generate agent identifiers.! ?0 E; J* r% Y3 M$ G
* @field serialVersionUID . r& u' Q4 o; `, ]7 m7 r D/ E *5 C( k7 s; T+ }. J
*/6 c& g& N, T) e6 l
private static final long serialVersionUID = 1L0 v3 z% g: T' \- Q9 e( P8 {2 J0 @. p
) p. G( Q5 b1 Z: U9 y4 g5 Z1 l* u /** # V0 I$ b1 z7 r( f * : O# J7 k' M' g9 H0 ]8 m+ ~8 \ * This value is used to automatically generate agent identifiers.' e4 [3 m- @5 l& G
* @field agentIDCounter 6 a. K1 C/ J$ O/ O; } *- o5 J m+ C( O2 p1 a, C
*/ k& H% m: w1 m* c1 {5 [' y
protected static long agentIDCounter = 1 7 T+ T' d- U q+ m' G3 m1 h$ Y) m0 D& y$ g* x
/**2 t. s) q) J( h5 {
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* This value is the agent's identifier.8 @6 |3 p3 V! t! N! e
* @field agentID( }6 l$ x+ `! i7 M8 P# D+ |% @/ J
*. n2 Y% @; h5 g+ x- a
*/ 5 v8 d$ c* }7 V2 g protected String agentID = "GasNode " + (agentIDCounter++) % i b% O0 x: ]" M ! O9 ^) V( H6 Z+ P /** ) U6 X) ^0 L+ U9 } * f' Y- H7 t S2 M0 Z3 x. G
* This is the step behavior.; ?$ I1 I' h9 B9 s' `) d' q
* @method step* Y4 T' h: Y$ u. v
* ) p% I+ [# |3 j+ g7 C& p */0 V/ v u5 v& e2 Q; _
@Watch( ! K0 x4 f* Q% T% p6 K% F( e watcheeClassName = 'infrastructuredemo.GasNode',9 |0 f. b. \3 ]+ n. f A0 n" a: f5 y
watcheeFieldNames = 'pressure', 1 v0 O, |# I& j4 y9 Y4 T query = 'linked_from',( e6 t, O- g* V7 H5 f* L
whenToTrigger = WatcherTriggerSchedule.LATER,4 [3 E, x8 R( h
scheduleTriggerDelta = 10d: X2 W1 c4 m, P% } w! v* K' l
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public def step(infrastructuredemo.GasNode watchedAgent) {4 Q* [; j. s8 q4 p6 {9 b. `: M
6 M" @% h( k6 o/ j" y // Define the return value variable.$ _( r+ ~0 J! c" T( W7 W8 m
def returnValue 2 D0 `! _+ F6 l: {- ]8 N1 w' p- R # I* i7 e+ p' F4 Q // Note the simulation time.. ^+ w! s- X5 B) g; z! k* Q
def time = GetTickCountInTimeUnits()/ u$ }7 S! e* J5 ^# b D
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// This is an agent decision. . ?+ J' A% n! S) p/ d* @2 X if (watchedNode.pressure<200) {! F' O1 ~+ T$ D J P0 j. g
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// This is a task. 3 M# T+ q0 G" F5 B/ u setPressure(watchedAgent.pressure)& s1 Y8 k/ L- c, o- Q. `( }& t
" \' C& t( T, f$ F } else { : j! C h, q' S9 ?. S7 T+ P$ ^+ T7 M0 @5 g) i' o
$ s t: G0 P9 J+ A3 l } 5 @3 d; U0 }: \0 W0 X4 | // Return the results.% M2 y) e- b$ c
return returnValue# ]% T) u; ^" o8 T: h8 R2 c/ o
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/**1 n, \# F/ [* S" z
* 8 v- K7 I& X; t * This is the step behavior. , ]* f5 H5 ?) C( N A * @method step: \ O9 c( _- g: f9 g
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*/ ; H' `! {- D! i: p; s" s s, C @ScheduledMethod(: b( E% u* J6 F& E* g6 ~
start = 1d, ( S- N4 X5 r7 O' S interval = 1d,4 L: Y9 Q1 y* U. p4 F' r+ S
shuffle = false) x. p& F/ O* ~, s1 Y+ u
) " Z' C! S4 _# i. |+ ~0 x public void step() {3 ^: Q( }7 y& [! m- U! ^8 A* ]
% {* Z0 o* X8 a& }3 y- H // Note the simulation time. # Y$ n7 x4 z, u% T& C! o# S5 c def time = GetTickCountInTimeUnits() 0 k% B6 D9 y, Q* l! i1 p: K1 O9 B * [3 P8 V: J% F- N$ a1 z // This is a task. $ g: }% m$ m, f3 ~. h) I, f measurePressure=pressure+ RandomDraw(-20.0, 20.0)& \+ N5 C8 g0 P z) m z/ p
// End the method.$ b/ K/ m0 u' H2 r" `$ \) e
return% N& X$ k% f1 r7 i" ~5 e
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}