' w7 H6 l5 q+ ?@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% X7 T {+ D! ^2 U
public double getMeasured pressure() { ) y8 n5 v# ~ z; E. _5 e/ w return measured pressure 3 w. j. E4 _ P# P } & T$ g' ~: j( p* u8 v& r$ G public void setMeasured pressure(double newValue) { - `6 S/ d0 Q$ f$ u1 a+ D5 b measured pressure = newValue 2 ~ c& f. w( A j6 S } 7 l- z, ^1 d" {& o; k, {5 g9 L! g public double measured pressure = 0 ; ^+ L" P. d: `2 L 8 F- e6 x0 [) ^6 r& ] /** ) S( e' S$ V; c7 K) P8 c+ G, q4 } * $ k6 `2 ` [* a1 ~" ~9 @4 q' K: H9 ? * This value is used to automatically generate agent identifiers. 5 Y6 w# ~! `% q * @field serialVersionUID # E9 l4 X; s3 h, z% X * - c8 j8 x" h5 s; S% r; C7 G3 _ */ ( V. I; a) E/ ^+ @3 `+ v8 E8 b private static final long serialVersionUID = 1L# p/ g5 T8 K! n* y A
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* This value is used to automatically generate agent identifiers.2 t/ a& Y+ E. U! r
* @field agentIDCounter3 B" }0 U; M$ x8 y W; ^; X2 {! Q
* ' e" q" w/ e. q; ^5 f */ 4 x3 a/ q# r2 {$ k3 E protected static long agentIDCounter = 1 / f( T3 W4 j' S4 T ! ?$ `6 }$ Y3 H2 U; X0 k5 E /**# p! j$ s8 { z9 r6 }
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* This value is the agent's identifier.1 ^0 m& ?; j" Q# Z$ e7 x
* @field agentID ) B1 C4 q# \6 ]( d8 b9 K * . ^/ x. l9 K: t2 B2 O# { */7 ?1 |/ d t9 k+ a0 z$ D
protected String agentID = "GasNode " + (agentIDCounter++) 3 c1 U% T- M' r6 {; u. X( @- f& l5 h! C0 e% D
/** % B6 ]: o9 ^( k5 ~7 ` *' j4 s5 T7 X8 L3 C
* This is the step behavior. 2 ~# j- f# _- Y2 `' L" v * @method step, G% r/ G; f/ K: }
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@Watch( . n( h, {. l1 Q0 R5 i0 Q [" i watcheeClassName = 'infrastructuredemo.GasNode', 5 Z/ }& \4 J6 {4 r# z2 K watcheeFieldNames = 'pressure', . D0 b0 W$ O' H6 H query = 'linked_from', % K7 l. h) t- I! j+ H whenToTrigger = WatcherTriggerSchedule.LATER, 5 V8 E; ~6 h; E- ]- \/ H& I$ q scheduleTriggerDelta = 10d3 w% r K* E" Q, _" f
) 5 m: @% Q+ C* B5 b% Z: q3 { public def step(infrastructuredemo.GasNode watchedAgent) { % [3 j& z) k D6 e : ^# e; v, e7 r // Define the return value variable.) E: \! Q/ j; g$ A
def returnValue, n3 z( \8 _$ k! x9 m
?' K2 q1 z5 I) y# z // Note the simulation time. x J0 h9 K- P5 E& r
def time = GetTickCountInTimeUnits()! A# \: c. j Q2 V# i
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// This is an agent decision.1 A6 b' D. J2 {' e z, g
if (watchedNode.pressure<200) { 9 j& v+ [3 G. w5 G) u- X4 u, I6 o N8 z$ a' D; L0 ~* H7 z1 r0 J# }
// This is a task. $ |& j0 B: C( f$ S* @* p# a4 s' H0 W setPressure(watchedAgent.pressure) # g6 _6 y- x8 j) H( f, `& _8 L+ j. _9 f' T0 g4 x) M4 A
} else { ; ]% A' p& Y3 o. p1 X* o8 ~9 E: j8 h* Y' y/ O( n& |9 H$ b
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} 0 v/ X; ^. L+ i, a // Return the results. r7 d) r+ l& d1 D3 R; X
return returnValue9 @0 o3 k& U% b9 u
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/** a1 t9 V! `( x& D3 L% ]) | * 9 _9 V& m* [* ~7 b' C% _3 {. M+ W * This is the step behavior.3 P: A8 g3 U$ h2 ^1 s* k
* @method step4 S4 N. ~9 K0 D A* F" B! d8 _, ?
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@ScheduledMethod( 3 ?; c" u4 L: ?" E$ X- j: R start = 1d, $ a: d+ Z/ Y) A5 m* y$ h, d interval = 1d, 0 ]" v G: f& N/ u9 D$ b shuffle = false% w4 n. ~* [" w/ ~0 J
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public void step() {$ J6 a" H% _1 c/ F7 n" F& R
2 Y3 e, Q$ O; u& \ // Note the simulation time. - i* a- a7 Y# z def time = GetTickCountInTimeUnits() ! A* p) I0 W) }4 A$ {6 n$ ~; q+ Q3 K
// This is a task. 2 q$ v% ` {; J measurePressure=pressure+ RandomDraw(-20.0, 20.0): y5 l! {) Y' s+ p- F
// End the method. ) Y$ D- A( H9 F! o% R8 ?, u return7 C A, F. T! ^5 }
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}