e- v2 H: h- ^0 O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") . }5 B9 G2 ?& Z, x ^, Z public double getMeasured pressure() {9 E" A& h9 T/ v
return measured pressure $ j; d' x1 ^0 W' X }0 t$ A- p+ e0 t7 r0 A n) H
public void setMeasured pressure(double newValue) { + d7 Y% |7 m& r, ]" e measured pressure = newValue: i7 {: H2 N- U+ J! P7 k
} & E! f9 f& C2 x, v8 { public double measured pressure = 00 }/ v' K9 J* v$ b
0 m& }- ]1 r/ d. f1 ~" B, E: V /** 9 f" v" Q8 G; m2 R1 g9 r *8 {9 u2 ?9 p2 u5 W H6 `/ d
* This value is used to automatically generate agent identifiers. ( h" `4 A: p% E * @field serialVersionUID 5 ?$ }- ]/ P a4 r- J2 O; Y * % d# M2 n, a& a& q */ ; M6 @. l: d3 V9 r J: s% ^9 `3 } private static final long serialVersionUID = 1L, r% ]( D6 U3 t- |
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/**, i; H B; u$ ] l' Y5 }5 d8 F
* 6 c+ H' F4 c9 ]/ ]5 C( A4 K * This value is used to automatically generate agent identifiers.6 o( q2 y6 |" \. s
* @field agentIDCounter ; |. O# Y- T9 E7 |( L * " ~2 ~7 U, ?- }( k u! C */ 1 |% K" A7 w4 ~( }, X% h protected static long agentIDCounter = 1: ?/ v/ @$ q [5 E
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/**9 D- d. Z j- T( I' l3 a* U
* + O" A+ M# x$ v5 J2 ] * This value is the agent's identifier.3 c I: X2 r% L6 ~
* @field agentID4 }% `' E2 f; m3 l9 ?; a
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protected String agentID = "GasNode " + (agentIDCounter++) + s0 d. c" J* e: L4 W. Y3 z( A $ ]3 b$ O7 ^) |6 \ /**" T8 U! |& w6 S5 F- t- M0 L
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* This is the step behavior. ' ~8 c+ j- O7 m5 k * @method step! T! _$ Y4 R/ J% {
* ) Z: M, a Q4 l9 M2 P- t3 ~ */ . R6 i5 k3 |- S. l' } @Watch( ; m2 m) E1 \# h4 G; s! p2 C watcheeClassName = 'infrastructuredemo.GasNode', ) {5 G3 s/ k. O* J9 R2 C/ ^( z9 @ watcheeFieldNames = 'pressure', 9 O) m/ ^- f9 G; R; k query = 'linked_from',2 _9 a/ [" A$ e8 h# `/ Q a/ R
whenToTrigger = WatcherTriggerSchedule.LATER,; M/ z9 S- g4 G, Y u6 Y
scheduleTriggerDelta = 10d, A) C$ T- j+ H: j
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public def step(infrastructuredemo.GasNode watchedAgent) {' q, d ^8 [5 I7 y: U0 |
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// Define the return value variable. / V0 U3 C7 [8 ~1 V/ e7 ~2 j7 Q def returnValue n1 ]7 c- e7 d" j p
! Q b+ T* h# e // Note the simulation time. 0 q6 z0 m+ k( p8 p" X U$ b" R# Q def time = GetTickCountInTimeUnits() * X Z: B7 X @' b* ?) v$ }! T/ H* l S+ F+ K8 h2 T: a9 Y
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// This is an agent decision.9 V# [8 k7 J* _; R
if (watchedNode.pressure<200) { * T9 L0 {, G1 K; o$ ~. b! _ " c7 ~2 E) C {# g, j3 z$ T. D // This is a task. & f5 F0 E. N4 M. K# {3 q) q setPressure(watchedAgent.pressure): }- i! O& R& x7 k
8 I, ]* W6 X0 x2 X# n( `# v" F } else {' T n- f% a+ Q$ ^2 M; [# n
. p- w0 C/ O7 x3 C [ & r ^5 E$ x0 j* t1 y } . I* d3 Z' S7 C // Return the results. + M+ `! b* S6 A return returnValue( o2 s8 }9 V0 c! {" Z* z
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1 Y+ y0 L; u- j$ w) x" i: |. R0 F /** ( _* M: q# k* r+ n& p9 A+ @ *6 e: U; Y! p$ P9 J, P, j9 }/ Q) x1 o
* This is the step behavior.4 G- F8 {5 [2 ~
* @method step : Y4 i* ]7 r& }. x1 Y, P *$ ?# t1 ?' e) n* t' u
*/ # M' ]6 O. m" I! d. F @ScheduledMethod( / O" u, R8 o% A) W$ c start = 1d, % A6 o0 c: {2 C/ m interval = 1d,( A. @7 _- I, J3 f1 D
shuffle = false* e8 b/ Z* [# C/ ?8 a
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public void step() { 3 n( R0 k3 R0 b. p; W8 c8 S" \, w. f9 V9 k" Z; a5 r; @2 L
// Note the simulation time.+ a# x* j; {# B* ^
def time = GetTickCountInTimeUnits() G8 G; f z% z6 E, k3 W, L4 v; M+ z' M& \
// This is a task.3 Z* `/ f6 V" P: L2 ~4 x/ C9 s
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 [; ]4 z3 c# h1 m0 m // End the method.$ S$ Y8 P: t9 N* h% X3 p% W ]" ~
return+ E% _$ d$ Q, E/ I
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}