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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")( i$ u, g2 P8 U5 R5 n; `
public double getMeasured pressure() {6 T' ^0 L) Y/ J! M' V2 H
return measured pressure n3 v2 U4 o* F+ d9 W$ I! M! r
} 8 b. j$ I, h' `' A public void setMeasured pressure(double newValue) {( Y2 j6 W6 ]+ G6 E
measured pressure = newValue , S/ ^" b& D( [0 D7 F; n0 P }' S' C1 u: k+ R$ v j
public double measured pressure = 07 H- f9 K" H$ |8 p
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/** 5 e0 f9 i& X9 L4 ^! E * ) G; p( c% p% K0 F: S * This value is used to automatically generate agent identifiers.5 \: y5 ?( m/ D/ |
* @field serialVersionUID ' I! c) L8 |7 v* o * $ [' [% J9 a6 q9 Q" ?- L */ 9 ^- ~" r; }. d. ~& |8 e private static final long serialVersionUID = 1L 8 I7 V; R$ s) ~6 b2 |- X l& |6 g0 t4 c1 R
/**& a5 r2 U2 z( ?2 N8 c: u- i
* % f2 P) B+ d& Y: m6 {- U+ u7 J1 o$ i0 ` * This value is used to automatically generate agent identifiers.1 e: [! v8 s1 }! Z
* @field agentIDCounter % ~- E& [: h' ^# V& W * + ]5 ? a, m8 v3 W */ a$ \3 Y% C. U protected static long agentIDCounter = 1 & U5 m8 H4 d% H, e6 t* b6 R. L6 `) ~8 T1 L( I' Q" ~( H
/** 5 _$ u- t- r; J' y1 } * & A1 m z' p" d1 N * This value is the agent's identifier.: I; G1 V* y- n) j8 y* v6 Z
* @field agentID# i2 p) M$ i6 g1 @9 B E
* # K) m1 ? @6 V' P" n4 u4 y! h */6 z3 I5 ]+ a% l
protected String agentID = "GasNode " + (agentIDCounter++) 7 q- t+ P" m' N1 Q; e3 ] 7 p( P% L. e* x /**9 d- b' W- E7 ~, ^ W9 S
* : L2 s) p% ?. F- ^: z# u5 A% A. l * This is the step behavior. : x+ V; h5 {$ i0 Y& {0 U6 j * @method step ! E6 X; U1 `+ V * + w5 s6 M2 N0 ]- `: x */3 K" a& t& }, ^5 ]2 x; O4 B
@Watch(0 b# Z$ b# E E! |" {
watcheeClassName = 'infrastructuredemo.GasNode', L3 Y0 H5 K$ H# T4 v& p5 w watcheeFieldNames = 'pressure', b+ Y, F& G) X- l
query = 'linked_from',: g/ Z& N2 {2 S
whenToTrigger = WatcherTriggerSchedule.LATER, 2 Y u0 S0 D4 r' h# l" @ scheduleTriggerDelta = 10d/ ?1 T$ A& e* X' U7 Y5 R
) $ m& g& y3 E R8 s! m2 q public def step(infrastructuredemo.GasNode watchedAgent) {/ ~; t* O) g1 ~+ \! r0 E( p1 Y6 U
; @; ~( Q5 _* g // Define the return value variable. 7 r+ H. k- v* O# D7 n! p% l6 x$ O def returnValue& |( ^( Z' |5 c% W8 v+ g7 T1 v
+ G Z! \0 g$ a9 f: H- t) G3 E
// Note the simulation time., l. e% `" v, P* u; r0 n
def time = GetTickCountInTimeUnits()( o5 F/ z; K0 |9 [; _
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' R! i" `/ z2 c9 }6 m* Z // This is an agent decision. # @ a) S$ V% M if (watchedNode.pressure<200) { / |3 g {6 O, I9 ]* W0 R: Q: s. E, }! L. N2 J8 L9 }
// This is a task. 8 p1 u6 P8 }0 x: L setPressure(watchedAgent.pressure)/ U& @1 y# c4 h5 r" K