3 }0 J( B. f. u+ [, h v5 a( s - p( ~, W9 Y# W7 r9 A% K@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ' _8 l, S0 e1 u& M! D, V/ g: l" h public double getMeasured pressure() { - D) W+ @, Y3 v8 q: Z& e2 x return measured pressure' y5 d2 p$ g; h
} ! T7 a* d, ]) f4 V. n public void setMeasured pressure(double newValue) {9 \/ @! Q" |- ~4 g; u: m
measured pressure = newValue5 p! p6 A$ Q% X
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public double measured pressure = 00 v4 ?" W' e2 b/ k. M
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/** 9 s4 c! y" K4 E0 N0 i; D0 B * 7 N! z( r% m+ i0 B * This value is used to automatically generate agent identifiers.1 ^) F/ P5 k. K+ n u
* @field serialVersionUID - r5 s- i# S9 m/ O5 K * 4 s: `# ?; T3 l4 c3 D */ 9 q7 I4 `7 A6 Z7 `! u private static final long serialVersionUID = 1L / d1 `5 r% V7 a- W5 _) d3 Y. [0 ^+ I6 ^" _! j
/** 1 K, M0 z% o7 |7 ]7 ]2 s5 d * # [0 o, @- U9 f! F F+ e * This value is used to automatically generate agent identifiers. & C) z% X: R: `* u1 j * @field agentIDCounter3 W7 P5 q) L$ o7 ^
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protected static long agentIDCounter = 13 W' U" z' O: }7 Y& Q+ M7 W1 Z
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/**& G e- p1 J) Z6 Z
* , G2 i# P3 N* T. h- l- [ * This value is the agent's identifier.1 s3 o( B9 }/ o' s2 G8 k/ Y) W' ^
* @field agentID4 Z( ~. j! w6 l0 |- m& U
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protected String agentID = "GasNode " + (agentIDCounter++) 8 w6 S2 a' k1 D7 n 7 m" M. k: A$ J8 R! P( ] /** 1 F4 `4 }+ R& R1 O) F6 V! G *0 _; E' {0 b2 `. m) s! r
* This is the step behavior. 8 D! A) P0 R. k4 L, P" p5 \ * @method step* q1 N8 `, m7 _! |' A* e
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@Watch(8 B T& j$ a; Z
watcheeClassName = 'infrastructuredemo.GasNode', 2 b! l! z9 n$ s4 Z watcheeFieldNames = 'pressure', , s) y- z8 w0 j& |' m# P2 Q query = 'linked_from',# a9 t3 C+ m* n
whenToTrigger = WatcherTriggerSchedule.LATER,$ N; N, v# @% ]
scheduleTriggerDelta = 10d, f' C( \, S# q0 y
) { ^9 [ x2 U$ N2 A
public def step(infrastructuredemo.GasNode watchedAgent) { ! r. z& h$ E! a' i8 i 2 g( w7 v6 [% W4 b2 N1 ] // Define the return value variable. 3 s1 X* {, g3 n9 R, o/ t# m5 U5 n def returnValue0 ]- O0 Y& g1 V( G9 C- ]
: s, p% _, Y% Q: ?4 V) T# l // Note the simulation time. - Z6 e, |: x) a# x* Z- U def time = GetTickCountInTimeUnits() # e1 B: p+ I- w/ u 4 E4 B5 M' |* A: ~# u! e& s " K; P9 q# A0 l U. P7 ?# {- j& X1 { // This is an agent decision.: q* O& a' V* x! o& U
if (watchedNode.pressure<200) { # z3 P# k' [$ z, }: o' h( Q : k3 n+ M0 O9 R' t" i) I# s4 j // This is a task. - [& x0 Z; G! P2 R6 O; m, F7 W setPressure(watchedAgent.pressure) 7 @$ C4 l5 q. i3 e3 B% C- k* |2 n) ?0 F* Y7 {
} else {- ^% d1 h U5 S( k) N- r
% P5 x0 G: ]# x$ P" O2 T( G 7 d9 _7 f9 o. y' o5 W } & b8 c( A$ H2 f& g. d' Y // Return the results. . f& P; \7 X2 X8 S1 M) ` K return returnValue/ \4 H( m* c v. W1 V; U: @
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/** * s$ n+ W) [ v * ; h7 y+ X3 P4 Q4 V9 |9 A * This is the step behavior. ) b8 s$ y5 `7 Y) }6 H/ d * @method step" V; ?( s% q* R3 l* ~- S" P
* 4 i9 Z7 n" {4 J. R( c3 c */ 7 O( O9 x. V' L- F5 f" Q9 | @ScheduledMethod( 2 x1 d1 m! P; L2 R* I start = 1d, * H0 T* k- X7 Z" v! \; W. E interval = 1d,( N6 A, K" [7 t( Z5 F# B
shuffle = false- m; ^. P! C' u( \
) ' n5 i: R3 v& H) ?! k3 G3 Y2 T, Z t public void step() {# a: |4 G2 Z9 X% M3 V8 ~
c' {+ ?% _7 ~ // Note the simulation time.: b# v: n8 Y0 k0 V& x, t
def time = GetTickCountInTimeUnits() & P( r! r7 n/ B) i- n- z! X7 W R5 d% l, K2 a
// This is a task.' Y2 H9 N: r* z/ W; e3 K- e1 w: B
measurePressure=pressure+ RandomDraw(-20.0, 20.0) . |% {0 c9 x6 ` x. U& g // End the method. 6 ]$ ]/ n5 m! Y5 b' A5 e" ~6 f return " C2 s3 e+ n4 ? ^: I ' T: k2 u* M1 V; d1 s }