& f2 `$ u! k( ]7 S2 ^3 x' [; n@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")" I: |& `8 k, J& A. {
public double getMeasured pressure() { 9 b( i. B& L* C# L, r return measured pressure f# g) [ T+ i* A } ' F& @% ?9 F- }+ A' H. _) ~ public void setMeasured pressure(double newValue) { 2 v( a; L% m- v! [; T measured pressure = newValue 3 {2 X: w0 e4 |) q3 r( v- _ } ( z- Y( T* I; J$ Q7 R public double measured pressure = 0! i- \; g! v! c$ e- Z+ D" D$ o8 f8 H
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/**9 D) r. K |3 `" V& f3 E3 |
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* This value is used to automatically generate agent identifiers.& B' N# q3 Z2 y1 D
* @field serialVersionUID $ W2 u' B+ n$ Y *' [9 A6 @! `; n" [5 ?
*/: t9 [1 ]$ N8 m6 n! C6 L' i0 S! g
private static final long serialVersionUID = 1L0 ?3 {& X: I. A6 _) T( t
, x5 Q U% o- k" W /** 9 [$ S1 e# P7 ]* V9 Q3 _- [% H * 7 E- T/ Q x i6 r3 `$ A7 J * This value is used to automatically generate agent identifiers. + _) \! \# g$ ] * @field agentIDCounter - ^% ?. B! M+ k& y7 x * 1 {8 u3 t9 Z7 r- I/ r: d; c( \- t */0 y# {8 N5 L% ~3 F, r
protected static long agentIDCounter = 1/ `; l: M+ f4 L: U% q4 d! Y
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/**4 e6 j: \+ R! X* }- j
* ; x) A3 M2 f/ [2 { * This value is the agent's identifier. , x& ]8 V! p* `6 y/ |7 X( s9 P * @field agentID& @7 R& o1 E9 K
* % ?- z" @4 D" g' {+ u& V */ , e, |: w* ?. o K" g5 j protected String agentID = "GasNode " + (agentIDCounter++). k8 m5 E: n" a, O
' s" |3 s/ Z$ a# a# H7 i /**% A6 E( V6 {3 t- {: _
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* This is the step behavior. ) l% ^; ?. K! F& B * @method step 8 [. @( z/ e! Y, L * # n0 R' z; Z, y) @- [: H- a */7 y4 S; S" e: m1 m/ \; P1 ]( d% c2 f
@Watch(5 m# y4 N/ C: E e* w* ~$ p; c4 I, f
watcheeClassName = 'infrastructuredemo.GasNode', " @! e. i4 n; [8 y U9 M watcheeFieldNames = 'pressure',, h+ ^6 c% P- U1 t$ [" E8 x, A! E6 a
query = 'linked_from',8 x- [0 N3 E% w0 r* I% U
whenToTrigger = WatcherTriggerSchedule.LATER, + q5 A9 x D6 |3 [, D: C! s scheduleTriggerDelta = 10d C( y8 B/ \; { l' C# C2 g0 m( t
) 1 ~- R* _9 m. G( J3 G5 @3 x) s6 t: {. M public def step(infrastructuredemo.GasNode watchedAgent) { ' x& }9 g9 F: d+ {# N : n3 H0 `6 ]4 X1 y! P4 o // Define the return value variable. % k* {% h3 A1 N+ n( L0 g def returnValue# l0 H/ f; Z7 i
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// Note the simulation time. ! q; C0 M4 G N9 e4 k def time = GetTickCountInTimeUnits()1 G9 [! I9 e7 p2 O7 [& p
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// This is an agent decision.; }* m5 ^2 B. P7 m
if (watchedNode.pressure<200) { # a. m4 t- B: I4 C & `. F+ t( u3 Y! G5 ~7 W // This is a task. 5 t* K6 q" k; I# Q* ^ setPressure(watchedAgent.pressure) ! |. j0 }* W7 K8 W , K) X& i7 i: w" q: h' r2 ? } else {9 n1 R+ u, v' o5 W0 |! q; e. U
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% _1 H6 \4 }; Y# H; O/ g } * N+ |, ~5 S6 N7 @ // Return the results./ i5 X3 N2 A5 K9 R8 w
return returnValue 6 f4 o: r M( b v' F" v $ U+ F l( D2 @" U! [ } - ~% g3 _9 n1 ~6 r5 p$ O ! `, q& @1 G5 G8 p/ R, E3 I' i /**$ V. b0 F' ~% Y& I" {4 I
* ( e b+ s& Z3 H0 C2 O * This is the step behavior.4 F5 w/ C5 d6 @6 x3 V) V* v
* @method step% @! F3 n8 d9 M
* 7 q: S0 d$ N0 Y7 T6 }" a */ 1 J+ S8 ^6 n2 _$ ] @ScheduledMethod(! m6 O# L! x( m6 e x
start = 1d,2 G& m' V/ l; z- U! \' l
interval = 1d, - M& x# t$ a# W1 r shuffle = false 9 C6 M8 k/ c0 y0 C/ r/ i- m9 J ) 9 J! D5 h: F S+ }6 }3 b: D+ G public void step() {9 x9 E) X# A" c9 Q
$ X" [$ I1 `. L" V // Note the simulation time. / C* M p* y! o: X def time = GetTickCountInTimeUnits() 9 k4 h. n! X8 z( E6 {2 U% L. D3 b( q' |/ m9 n" d1 B
// This is a task./ `9 v0 P3 V' J- H
measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 B$ i& J. p" r! s8 y z' C Q
// End the method.7 d& X! v; M* x% ?/ u6 y
return 7 j* E$ X- v4 \: g6 b* N * _3 T2 R- w% g1 } T/ X+ k }