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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; H! A9 c9 ^- A0 s public double getMeasured pressure() { # z1 ~9 i# p: g return measured pressure ! q) @& J& E' S# z9 S+ q8 ^ }( K, a2 K; ~: K5 H+ E6 @+ n; y
public void setMeasured pressure(double newValue) {& k: z+ z1 b. ?% {. t
measured pressure = newValue 7 G/ U# ]4 E2 x1 ~9 e } 3 n4 S3 l9 M6 ~8 I. }. d public double measured pressure = 08 r9 ] n, c! d, ^8 ^3 g4 L1 v- F
# ~& t3 p( Y, c d
/**$ e0 E1 h5 m& Q
* # r( a2 m$ R1 F* y$ n6 g * This value is used to automatically generate agent identifiers. K/ b9 o8 w. o+ c! H * @field serialVersionUID 5 m" ^6 ^- @) W- q) ^. Q *! @3 C0 w0 u/ p7 D
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private static final long serialVersionUID = 1L9 b, v' y- r0 k3 H& A t. L
4 O7 N. C% [5 X /** 9 u1 _- v# K+ W5 `, P& \9 p; o' R *$ x& v, R8 Z* q, B
* This value is used to automatically generate agent identifiers. ( T/ N7 U1 l; k! f * @field agentIDCounter % ^8 c" R& b9 s3 N3 B * : N% ~) e, [1 K! w6 ^. K8 ? */+ d2 K/ c1 I* {3 w5 x# u
protected static long agentIDCounter = 1& [$ W3 \, u, t |9 D* I
. ^1 u' b1 {3 v2 c' P /**; z& i( Y$ m3 f* A
* + _8 t/ G _) @2 ~" P$ ~, A- J& l) s+ k * This value is the agent's identifier. - j' n/ G. @3 N * @field agentID2 S% v* |' z6 S: A
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*/ 0 j* f* m0 q/ J3 d( `* D' q) ], M protected String agentID = "GasNode " + (agentIDCounter++) , e9 Y' P1 K8 h R5 C9 F( G. @9 B3 J: U3 J2 ]* `0 S2 F
/** - n) d/ d+ Q6 [1 z P \ *3 e# B: {9 G" b3 ?4 a- ~6 \. j
* This is the step behavior.7 |2 |, p( e$ q! s5 L
* @method step 5 d" g- ]4 v: U, e2 c: g. M * 1 r! ?# d$ m; g8 b6 H */ / W' k% ~# k n* S' L% h& W @Watch() a' f2 w" F) V. ?5 j i/ n
watcheeClassName = 'infrastructuredemo.GasNode',5 `+ [. S" x3 o& Z* k
watcheeFieldNames = 'pressure',9 ?' p* |! t$ C/ h d2 `2 N4 s1 ]
query = 'linked_from',8 x9 ?1 n4 ^0 {+ P9 m5 R( }
whenToTrigger = WatcherTriggerSchedule.LATER, 7 L& i: ~& Z, e9 w: I/ z' E scheduleTriggerDelta = 10d9 R7 @8 q2 V1 y6 v5 M# Y3 o4 m, J
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public def step(infrastructuredemo.GasNode watchedAgent) {2 H" w8 F4 k0 q2 e$ d% O& d! Y
1 H, \( n1 w# g // Define the return value variable.! H5 a" `; |) |. D+ z7 l" K* W; z
def returnValue Q# r8 {* A5 Y' ?# X8 e ' N7 J* E" g; H2 R! f/ `) H* \ // Note the simulation time.0 n4 }" [' U6 k) f, m
def time = GetTickCountInTimeUnits()1 Y1 z! K2 _6 Y3 ^1 a$ t6 @+ T1 J
1 L+ Z( ^* O0 X, s; Y8 q# I , n2 ?6 \, c7 L% v* z/ j" |7 v // This is an agent decision. 8 ]6 M) ~! C+ N3 ^/ ^8 Q' R if (watchedNode.pressure<200) { ; L; D! W) H! ^9 ^% i$ ~, g* Z& b" O* v# P: b' C
// This is a task.1 @& N& c1 |' c# p8 a4 ]5 Z
setPressure(watchedAgent.pressure) 3 m3 o6 L8 g' O5 s* T/ V 1 L+ W e/ R! Y+ W+ c* o* H/ q" D } else {$ Y: R ]& \6 q) ~* O5 K
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// Return the results. / v$ O( }# `, s% a return returnValue# ^4 F- X) S. Z% l$ h) n6 F
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8 @# l! c ^7 K4 ?; _ /** & Q: R0 u% h i) V * * R: b& |& u8 \# h * This is the step behavior. 8 `( c# M, |% w * @method step 4 D: Y7 W1 c, l& i V *6 c l2 U- x1 |9 e. U3 f |
*// i8 n+ h9 S( l4 t; ^
@ScheduledMethod( y; t6 O- X) ^& z j
start = 1d, 9 }' u2 T+ Z9 } ]& [ interval = 1d,3 [7 Q" f* I# P C
shuffle = false3 a7 w2 D5 w* n2 V( W+ V
) 0 [ o" X& V" q+ B' @ public void step() { $ D4 W1 I6 n7 M$ M/ }- p2 a4 }" d* Q+ _$ n
// Note the simulation time.8 j) \0 C0 a8 Q+ C# N5 Z& W
def time = GetTickCountInTimeUnits() - {' d$ x# i1 Q0 W$ M" ~; y/ L; X& x3 `
// This is a task. # k% V1 W) t. @) B measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ F5 k( x* X Y4 M# K. `
// End the method.! Y5 ?) }; x: c
return( @ y1 `# B4 A5 M+ t
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}