# E, s9 x5 h5 b: l3 O% T. e# m" a n 0 B' E. B+ Q# n$ K# F@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"), \/ O. B0 n, u }( m( F
public double getMeasured pressure() { ) ~% f3 J' {+ ?: ~4 u) x2 i return measured pressure; E5 [! x( Z0 _: T; P
} ) q4 Q3 s7 E6 T/ \* F' k public void setMeasured pressure(double newValue) { % D: a; F; \: `. }! I$ V5 Y# M measured pressure = newValue ) L/ ]6 N4 M6 H# ?( x }0 v9 R |! Z7 O1 @* R/ s1 P5 H6 J
public double measured pressure = 0 9 M. S8 h2 t$ A: G0 k& H7 u, I' c/ g. @/ f. z6 [
/** & x' f1 D. N9 O; G9 ~" n. J% z * Z: U6 \% Z; @( [+ k9 K0 }
* This value is used to automatically generate agent identifiers. : _9 g6 c/ @7 W$ ?6 n- f: }# z. m * @field serialVersionUID 5 h2 b, D* q* a4 m E *4 s: K3 }3 }) Z" F/ {5 E$ o1 O* C
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private static final long serialVersionUID = 1L6 q( }4 Z P* `1 H; m
- F7 J2 P9 `* i6 a! L. E /** ) w0 E! \: l8 z9 }3 a: V9 { *7 v2 s0 q U" y
* This value is used to automatically generate agent identifiers. 1 W( P5 G. F8 S8 T3 ?8 g1 X * @field agentIDCounter ' C! @0 r; c5 T3 { *' O. A% o% K5 C- w4 V H
*/ `1 v, N+ J" M( e protected static long agentIDCounter = 1$ A0 Y$ u% [# D+ W$ n
; u9 u7 Q8 F( ^. l5 A$ T /**% E( Q, S8 _: q0 Z! k2 M8 P7 V8 a
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* This value is the agent's identifier. . K$ {% X9 k, R9 A- z b * @field agentID & s1 P/ f8 ^* ^/ q) O *5 H- a7 Z+ C0 N4 `4 p! l
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protected String agentID = "GasNode " + (agentIDCounter++) ( S& n- Y- Q+ y1 Q; i: \ ( c+ [* y0 Z8 |: s1 ]3 m* G9 I /** ! H F7 o+ Q. v0 z * 8 u7 ]* e' e! K0 X; X! l * This is the step behavior./ ]0 I; v& P1 @' c: x3 d
* @method step* M$ C. v* ?: g1 _
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*/ ; s9 \9 s: E' C' [ @Watch( ! t+ o4 d S" i( q6 o6 A watcheeClassName = 'infrastructuredemo.GasNode', ) i5 U* ]( r3 \2 t6 v. I watcheeFieldNames = 'pressure',/ M, d1 o4 Z3 a& i5 h( m; W3 P
query = 'linked_from',* @) `) u! d. L( Y
whenToTrigger = WatcherTriggerSchedule.LATER, - P4 h4 I u/ D) x2 |% v scheduleTriggerDelta = 10d: }* Q, ^1 b+ S* w* s
) 4 P: n* e# Z9 N public def step(infrastructuredemo.GasNode watchedAgent) {( z; ^. h0 D! Y; @) [
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// Define the return value variable. 8 B1 C5 Z) E3 ]; n, w def returnValue2 D1 W5 i, `( j, f' Y. A; N4 @
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// Note the simulation time. # S$ b6 i- R" P9 P8 r def time = GetTickCountInTimeUnits() ; | T4 r0 ]' L' D8 c ; m% Q+ {$ k: S . k; I8 \2 q5 i& \' B& Q. v$ [# }5 s // This is an agent decision.3 }: _$ b f: T" B2 @6 M
if (watchedNode.pressure<200) {5 Z/ d. V& L1 o& y
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// This is a task. ) L5 [/ L) H0 T f setPressure(watchedAgent.pressure) g* }% p3 \( d( ?7 M ' W, [ k% E4 E4 w } else { 3 ]# h, z- _, d, t# o- y# t% b/ Q. L & S( O9 k1 w% y" d! P. q+ r/ ] 5 N/ x" a' K4 E6 [ }& M6 n! L* a8 G) N
// Return the results." x* a# I" k5 o! z3 l" k
return returnValue 7 N2 N) A) T1 q) R4 K% Y; C6 A [! w5 t# i, k
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/**9 o! B2 \ Y; O
* - K3 R1 x4 l2 ~' }, Z * This is the step behavior.( |' b3 y2 n \
* @method step : b, s; Y" s8 T$ q& @4 h* @1 B * 0 |9 C2 ?4 h3 y1 S, [+ S+ }, ` */0 c7 k6 w; v! _# g7 ^1 y
@ScheduledMethod(+ x5 T; `2 z' _$ U
start = 1d, + X Q' R( @$ v1 ` interval = 1d, $ j- Q$ U8 F3 L* n/ N shuffle = false6 i" q7 a' i8 v$ f+ e! v# w+ N
) " a2 m: Z p1 s: [8 K. v* p, B public void step() {. i# v% d6 G' w7 z/ \% j
6 s3 R1 }7 R( [" ]. U // Note the simulation time." I2 A# X5 D) f% w; Y A) H3 ^
def time = GetTickCountInTimeUnits()+ q7 l8 x* B8 h" o" d6 Z, N
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// This is a task.& C& u2 S. R+ k# _# l& B; P* [- ]
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 U6 m [, k9 @4 M8 L // End the method. , D5 z0 n. }- A return& C: `0 D, U. n( }7 {5 k