+ q5 B5 S2 q# w* z7 i6 C@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 R0 f- \1 x$ A public double getMeasured pressure() {8 p1 H- j" o( q8 d
return measured pressure ; A% }$ J9 g* v) N } . X5 i) f( M" V' |( b public void setMeasured pressure(double newValue) {& r0 {) Q. g8 [( k, L: o7 z$ t) h! t0 J
measured pressure = newValue: Z5 G5 Q# J0 r; _+ F
}! i6 M) a/ s7 r9 q) F. H
public double measured pressure = 0 1 W5 M3 y) M2 C) U" i1 o8 P3 r6 L( [1 P/ M4 O. c
/*** R% m6 D! c, Z
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* This value is used to automatically generate agent identifiers.+ w+ B# H8 Z: N& M' {. V
* @field serialVersionUID 6 k1 j N8 A* c+ W, R( ^& ^+ ~ *: h& u5 s6 a; T0 ]" X" ~
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private static final long serialVersionUID = 1L; A, M" x3 D! Z( G0 E" v6 i) c
+ u+ e6 p+ ~1 \ /**; b. [8 V1 g: f# O* q" a/ \, p
* ' q( f4 D8 O0 {% ?; B4 K" B * This value is used to automatically generate agent identifiers." u% e9 B. Q! v0 z+ s/ v% H
* @field agentIDCounter B1 m2 r4 l% M *' w4 j, X( Q+ o* N& N' Q E
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protected static long agentIDCounter = 11 _ T) e# M Z8 }
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/** & _4 {; @3 o1 y4 G3 _2 L5 U/ T *, f: q- F3 L$ k% k( u- {% V* a
* This value is the agent's identifier.% h6 ?# ]6 c7 N
* @field agentID( y9 v2 K/ ?# t5 k: |9 I3 @
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protected String agentID = "GasNode " + (agentIDCounter++)% s4 s+ J; d5 B, r5 j* r
: q) r3 ?$ \) Z9 c" u /** $ m2 Y$ C. ~6 h3 d7 N) L * M+ H& j! W* r$ P& x' q8 @
* This is the step behavior.) b/ J, M* h7 ]% Q; ]" `: V) e
* @method step 1 t' ?0 A) r0 y/ m2 m% j$ l * * @+ [2 ]' G) H) `/ V$ `9 H2 `$ N6 x */ 6 u- _/ r; v' `& n @Watch(* o8 ~+ M. i/ \# m7 [' V% v! ~
watcheeClassName = 'infrastructuredemo.GasNode', 9 Q* |4 D) ^" T watcheeFieldNames = 'pressure',4 x0 B/ O; l2 b8 p/ x- [+ ^. D
query = 'linked_from',8 V5 z3 m9 I# q. T1 A. W1 |& _
whenToTrigger = WatcherTriggerSchedule.LATER,, |$ E! P$ i! g ~6 L; u5 O3 c: z% q
scheduleTriggerDelta = 10d3 l1 J* v! q5 X- e% W
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public def step(infrastructuredemo.GasNode watchedAgent) {! k% A* r! \- p
8 L2 ?8 i: G) l3 [) r6 Q, r' p, `3 E // Define the return value variable.0 g* F' {5 f9 g
def returnValue $ `2 a" a3 z3 H8 L( c) F8 T$ n9 n+ M5 o" c
// Note the simulation time. % ^3 S; n2 x7 p% I2 D! f def time = GetTickCountInTimeUnits() ) k2 |. l2 g, d8 p9 R9 z$ Z0 r2 g- o+ m6 e, }, n$ z* Y
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// This is an agent decision. : |9 o9 L" F3 Q) X& t" E9 x if (watchedNode.pressure<200) {8 q* q6 o& y+ W" T% R) q( l7 w
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// This is a task. : b, f. ?- B5 S7 m& v setPressure(watchedAgent.pressure) ) ?+ B2 v' I) r& X7 o; c - ~8 g) x. C6 ^% V" _! S8 _0 J' z } else {+ c5 r7 N( |! E6 c) z& n
$ r# b% T8 k& \ 0 W, U* q _* A, r( u. U } & r# k/ x2 V" T1 C) m8 E9 w // Return the results. & R6 R& Y+ }6 h; w2 q return returnValue & M* g4 {) o0 `; V& ~# P 8 z; ^1 Z1 I. `# _ } 2 f. f6 A9 r% C: V( A$ L- u * C9 a! W; S0 z+ B) R7 e. T /**! {: t- b9 G+ Z3 E, w) ~2 W S% m
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* This is the step behavior.5 r& d; j8 K! c9 y
* @method step 2 ] y+ W* Z p* ~9 f2 E. Q2 L u * G& M6 L9 `& s: v% d
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@ScheduledMethod(* ~" e) `& ~' k; w
start = 1d, . v1 l1 ]) j0 k2 m; C& x3 K interval = 1d, + o' ~$ J# Y8 s1 _. h. _& E& ^ shuffle = false ( P' S8 M, V$ y0 Q, O )) @! F! y# V, y- I1 e# ]( X% l- _5 @
public void step() {4 B) w' Y, V6 N# ^$ l
) z5 t% n- B5 e7 ?; T8 P // Note the simulation time. ) J w3 g- V# p# Y6 f8 R- W5 z$ m def time = GetTickCountInTimeUnits()+ J( K' g# O, L, U6 o. U( b! @
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// This is a task. / U$ G' W% w6 A# ^- c( j measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 M. z1 e* h6 C) L" a* ~' P
// End the method. }" i8 _; Z d N2 r7 R return * ?* }) y# X% @2 }0 L! m [) i9 G2 h! c7 w5 F
}