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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")7 H7 D1 K3 H3 @
public double getMeasured pressure() { e7 c" Q# o2 m& u# I return measured pressure% I5 c+ g. f2 i0 \5 I5 r/ M. O5 I
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public void setMeasured pressure(double newValue) { . o" ~) T4 J$ y6 O measured pressure = newValue" `4 ^+ V6 V/ d6 S/ |
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public double measured pressure = 0 ) {6 B G1 ]# H1 S # n% u' G! |$ i$ \ /**: q) l P# o: z- E* I, {
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* This value is used to automatically generate agent identifiers. " m) e$ ?* b ^9 c: x3 v * @field serialVersionUID5 K# S8 d2 U' a9 R+ Y7 E" |/ I
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private static final long serialVersionUID = 1L8 \: x0 O5 R+ q9 L
3 V) `7 {2 o. B: w6 W /** , i" j8 p/ b1 M! g4 e2 Y0 Y * 5 Q) H1 y0 R8 C7 F( g9 ~, R" J * This value is used to automatically generate agent identifiers. ; g; M* R$ x, U. B. C * @field agentIDCounter + [/ q5 S8 Z' v4 @/ V( Z * , i4 R% W3 ^6 l */ # f5 S/ s$ H( g* ?7 @2 ? protected static long agentIDCounter = 1' H$ T, S, |) Q7 W
3 ]/ Z9 g% D5 y% K9 W' e$ ` /** ; ~3 w% Z7 {% v/ r *4 K& w( P+ Y1 u
* This value is the agent's identifier.) U6 P" J- m- }/ v/ f: N/ s/ R& ?
* @field agentID . @/ ~& l& g6 W, r& b, c * 8 S: T, h. V7 |) \6 s */9 b! r+ h1 v" k) _( V$ B- E& F F
protected String agentID = "GasNode " + (agentIDCounter++) 1 A) [5 h* T2 q) F7 B* Z7 I% {- c: i3 B
/** / Y9 B$ R4 h1 Z$ O *8 C9 T6 D- p3 M# \
* This is the step behavior. 0 R) F* l( g3 P& n * @method step 6 }: t) }* }3 g- u1 D * 1 E1 ?5 g# {: D2 m */4 r; w Y% o; n, ~1 x4 R: E! D
@Watch( , [; D, |# v1 Y/ `0 P* W$ y! I watcheeClassName = 'infrastructuredemo.GasNode', 6 F! v+ f9 x0 A* A watcheeFieldNames = 'pressure',( ]; _% z5 D, B* E% d. Q x
query = 'linked_from', 0 _. U f" x- B; ?; o whenToTrigger = WatcherTriggerSchedule.LATER, " Y: p3 V& p' U% o& { K scheduleTriggerDelta = 10d # r4 f' j1 u/ r( q' ^ ) % F: B* O! s/ T" w0 j8 l3 ]8 k8 d public def step(infrastructuredemo.GasNode watchedAgent) { # O6 {& m* \" J4 y0 B* C% z6 E! d7 R; g
// Define the return value variable.! i* w8 _# l+ s4 ~% b g' p% P
def returnValue& v4 b5 ]. R+ L# N% `
6 x+ t x+ r- N! F: ~# M0 @ // Note the simulation time. ) i. C- }& k9 v" j% d3 |7 Z4 I def time = GetTickCountInTimeUnits()+ T" f! w4 }5 i: G2 [0 Z
- G3 A% b& L! ?) g0 e 5 x s7 w& I& {( _2 e M- ^ A // This is an agent decision.# p ?0 k. K( x, u: ] {9 Z% p
if (watchedNode.pressure<200) {/ \/ ~5 d) \$ b& l
& H: H; W3 X/ j5 O t: X // This is a task.! Y+ h) g; r! e6 ]' W. m
setPressure(watchedAgent.pressure)- u: k7 n/ Q1 y5 l$ U