1 `+ a7 U+ Y$ X- G" [ 2 P$ P0 j8 N, A; { q; h: `@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , {4 P8 F' j1 G4 }5 C! w6 O( Z public double getMeasured pressure() {, O( N- v" s* o% h. M
return measured pressure " {( t& G2 y* f5 k: p } $ U/ B" z# u$ M4 Y, R public void setMeasured pressure(double newValue) {1 X% A, j Z- S
measured pressure = newValue- ]3 } W8 |/ ]) o( j: r: \! a
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public double measured pressure = 08 B0 {. Q) a( G0 R" f7 J( W- K& }) [
; R F1 T: V A0 W1 R' q+ e y /**# G2 S- j/ }' ]! q. Z! F4 D9 g' V
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* This value is used to automatically generate agent identifiers. 1 V2 G6 U& a6 }. z9 Y * @field serialVersionUID1 h* Y) Q0 H% a+ U3 i
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*/ ) g( t# r, {4 ?1 d4 D) e% a private static final long serialVersionUID = 1L 5 h. i6 {5 O+ w9 ` - H' U" H D9 R& s; e /**: _: d8 J. W6 P
* * w4 ?9 C! N2 I, D/ b w' c * This value is used to automatically generate agent identifiers. 1 a f. H* ]- @" Q* Z0 [$ @, } * @field agentIDCounter# }5 c- n' _" C: t: O1 c) n
*- k9 r [: W- A" _. n7 e0 E
*/ ! ^) Z% q4 b( v, { protected static long agentIDCounter = 17 J: i. ], l7 _
- g2 G1 c; X# u0 w6 q* F /** 8 A, g. i Z' S/ Q7 l0 D * $ N( e. O6 N+ |! x% H1 l# \ * This value is the agent's identifier.8 n `) j9 W+ A8 W+ h
* @field agentID 1 d! j5 K N! r T2 r * 4 ~5 |* N" v, ?/ @, m. c */ * r0 y% u- m$ V8 z k' i3 q7 ] p protected String agentID = "GasNode " + (agentIDCounter++) ; B) u( q6 @/ E: W; D i& H: p- h9 e ( T% f2 S* u1 T% r( { /**3 u O6 G( j& V
* % u( U+ B( @) ?, n * This is the step behavior. 5 s& F- H1 {6 ~/ k. a7 K8 z1 Z; G * @method step ) B7 x0 c% T% V* n4 F3 B *, d5 I5 H+ f, {3 w9 e b+ v$ ? z
*/ 4 V5 V, X% b# h2 t6 V @Watch( * B$ Y1 |, a4 f. F watcheeClassName = 'infrastructuredemo.GasNode', `# _: ?! [! L' y" E7 ~ watcheeFieldNames = 'pressure',5 y: ?& ]9 r* }& `; S; `5 |5 O
query = 'linked_from', ; n" x" v# C8 ]! @+ s: P8 V$ k# [ whenToTrigger = WatcherTriggerSchedule.LATER,1 @3 c* M: N5 Y9 Q
scheduleTriggerDelta = 10d7 a) Y, f, C w( b" o. M3 p
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public def step(infrastructuredemo.GasNode watchedAgent) {' @1 G H- C1 T& u1 w0 u+ [
; S W5 Z$ {4 d' N0 y // Define the return value variable. " Y" N* T4 F2 I% W3 v& X def returnValue 6 W- |& H4 ]$ t 5 k: H$ s# C N% K) D // Note the simulation time.# [5 i% g. K* C1 |
def time = GetTickCountInTimeUnits() 4 ]/ o* L7 H4 h, i/ o$ o+ I0 ~# z8 P
! a, i% F5 h- i& X! W- Z // This is an agent decision. & \$ N9 @) {, B. A% m if (watchedNode.pressure<200) { * U& i5 ~( D" v# F" j6 ]1 f9 {: [6 F1 ~. U+ u& t# f/ r- d
// This is a task. / q5 z N! {+ p setPressure(watchedAgent.pressure)" i/ V- E' G, X$ i, `6 O: S: ^
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} else { 3 ]; d. a$ U* f8 F) T * ?7 Y/ o+ t; w) r! m! k & I3 n/ C+ M; E3 m }1 Z+ T2 B- V/ B2 @) q3 G! `9 |) s( O
// Return the results. " u' r" x% Y* _0 W6 W7 i return returnValue, _2 H3 }$ j4 _# O- d' A
0 w) R: \/ @# T3 G% H3 T } / c) H+ `6 M% i' i4 F- d- ^ 1 u$ J( H* _0 P2 n /** + c, w0 u' N7 ` g' l2 l *$ |2 G, M$ P$ R; y/ A0 O- ]
* This is the step behavior.2 c8 A8 E# C9 K2 g) x
* @method step @+ | \, X/ R: W" { q
* 4 u1 f% \7 q9 o' N3 T */: I5 y- e3 b' b1 ?
@ScheduledMethod(8 Z& m; l% s( Q! h2 U$ d
start = 1d, 0 L/ x; g: v. l interval = 1d, - l$ m f! U) z Y8 o# H9 a6 _4 h shuffle = false, a9 x/ r2 [4 ?" Q
) ! V' Q. S% j' F public void step() {. C9 H( D( [8 x
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// Note the simulation time.3 O! D8 ~9 C! h( a
def time = GetTickCountInTimeUnits()* ] t1 x, p; U2 b
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// This is a task.# q/ Z9 |% |5 X# a2 e( |
measurePressure=pressure+ RandomDraw(-20.0, 20.0); @1 |6 ^4 D, J
// End the method.4 ~/ F" P/ D0 `+ o \
return 5 |, o8 m }8 E: a/ f3 d% e6 p3 e' J9 i0 o0 |' O. S' q: n
}