) S7 S! L7 \$ n! I2 |' t1 [0 [$ w a@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# |. n T9 C( _, o$ v
public double getMeasured pressure() {" T8 z6 b( f# v+ s
return measured pressure 0 X5 ?1 t4 q: g8 W3 g }- | l' C1 b7 w0 |1 X
public void setMeasured pressure(double newValue) { 2 Y$ b3 Q/ k! V* t+ H measured pressure = newValue , {% C- r& W4 D& n% N0 T8 B }' b; O3 v, B+ }1 C# b+ ~4 E
public double measured pressure = 0 & W' @% N6 j! o/ K3 |; g3 q* x0 S) }: x; n% U& w z
/**+ m5 g5 {$ H: {) Q e* l) e) F
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* This value is used to automatically generate agent identifiers.) ]( B: @# U, |/ @ X7 x
* @field serialVersionUID 7 D) T. U9 A1 G9 N' t *- ^. L. ? K+ D+ T. O7 y% F* I
*/ * h; ]' Z3 O0 d% b5 Q. V private static final long serialVersionUID = 1L4 D1 z. @. f$ i
$ K: F+ L- N2 x/ N8 {/ i /**" Q; W o V9 w5 r, B+ o
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* This value is used to automatically generate agent identifiers. 1 O# t2 g R! e9 C _ * @field agentIDCounter l) |; s9 \% s2 B
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protected static long agentIDCounter = 1 . v A* u$ R. @3 o+ m; ^" @( J3 P8 b. ], M
/**- s; d0 ?" ^& J9 R
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* This value is the agent's identifier. . m7 D$ E7 G8 z. g# {4 ?$ a * @field agentID . z1 i& `0 v5 z& |* }2 C3 @0 ]; Z+ L *4 L" H. _, l4 s" l
*/ 8 D3 A- h9 G9 g8 S/ z# I v' f6 s protected String agentID = "GasNode " + (agentIDCounter++); D& ^' b: D7 Z8 m2 J8 {6 i. H6 }
+ S+ ]) ^$ {* p3 ^8 O% _0 m% u; p/ F /** m! h3 d, e, I1 y" V3 F* u
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* This is the step behavior.$ x( J6 ~4 T! U# W m
* @method step% o- k$ ]9 ?: ^: ]; a( x* @
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@Watch() F6 k& B3 x/ B3 t: P: c
watcheeClassName = 'infrastructuredemo.GasNode', - n. X: O4 A4 O; ]0 ]+ q* B watcheeFieldNames = 'pressure',3 X* S4 l9 e# T6 m/ w) n, s
query = 'linked_from', 4 x, ~1 z- G. v# W3 r. L whenToTrigger = WatcherTriggerSchedule.LATER,) J$ c8 d0 W$ {: F; A5 l/ d5 T- L
scheduleTriggerDelta = 10d0 o- n0 d- k% a% Z, z
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public def step(infrastructuredemo.GasNode watchedAgent) {" ?, S( z* v, C
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// Define the return value variable." h3 t6 h0 @; j3 D* K7 j) i' d
def returnValue # ? A' E# R1 k5 ~5 Y" M1 y * ~ G8 Y& D9 P // Note the simulation time. 6 `0 X$ l0 |' B( N" [ def time = GetTickCountInTimeUnits() ) Z; Y4 C7 S( N. G& S : A5 {; M3 `' C- S/ s! `* n9 B5 ~0 ^/ V# A. N( k# s: ?
// This is an agent decision.+ J- I9 C, |4 j6 L: ?- S
if (watchedNode.pressure<200) {" w A6 a% m) w+ i+ J
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// This is a task. 3 W+ `: g3 }: A" S% V setPressure(watchedAgent.pressure); d4 t" h) z% v* `8 ]9 P+ K
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} else { 1 N: `$ c5 N# q# s7 m7 B 1 M0 R. O7 O: P' C* ?, t+ S# m9 Y+ ~: o4 u. V$ C# X$ t7 g
}9 ^1 M/ {$ \6 `0 E7 t
// Return the results." K' N+ q, @' d$ n+ T. u
return returnValue 1 L ?% u, p# N7 ~, M% I; w$ H3 Z% W5 s2 x6 l7 ?
} . w% X, n; Q! `. I+ r2 c3 f3 k* v" E# ?& Y2 P; H% a5 z
/**4 Q7 y) k. O, ~% V f( C
** \) h0 j7 U6 \- v6 Y
* This is the step behavior.. s) h8 e. e; _6 I* a, n( d
* @method step 9 m6 O7 ]2 P3 E1 s * " t( V8 H6 n2 C+ v */2 B' G( @9 p8 L. j
@ScheduledMethod(5 Q) n5 z" t6 _- r
start = 1d,3 G( W- [3 P9 f9 ^: U& n
interval = 1d,9 K: l4 v8 o* E' t% _# h9 R
shuffle = false , c! f3 B# S% P ) . u& @) [7 O" U; N& c public void step() { * v% \+ ~* M. p3 m j9 X* j; Z ' X8 M. p# Q' _ q9 ?7 m: z. R/ ^/ ^ // Note the simulation time. 0 U# [) V& U4 G' H6 @+ a def time = GetTickCountInTimeUnits() 0 ~# A+ _7 \& T. ~* |" E% o! w 2 W) `4 j# y4 v) i // This is a task.) W2 h1 Y1 M; L9 O; x
measurePressure=pressure+ RandomDraw(-20.0, 20.0)# p4 G/ t% F* h2 ?2 ], D7 q
// End the method.2 \; T% k( r$ T# d+ j1 n0 t
return 3 ], ~8 _5 u9 D9 [3 `9 K' O + G: Z6 h2 X A0 ?+ q G }