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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , \" q i% A3 @1 K4 l+ t; o9 R6 n public double getMeasured pressure() { # _5 o. _- l3 }9 U return measured pressure 1 \2 E6 K& B; H5 r" p }% ?( j8 l' [0 {& W/ |5 B$ f2 n
public void setMeasured pressure(double newValue) { ; [+ ^8 z8 N8 z measured pressure = newValue2 M4 [. q4 `- D+ c6 _
} 3 n# A g3 A+ |) q- a public double measured pressure = 0 " `4 s( j% d) w! X6 Q, P% h. Q* K- q/ y3 s+ U
/**$ R. P- N' J9 A: e7 g9 _ u8 r
* 7 h1 |# b/ W9 s1 i {4 [" i. Q6 R: D * This value is used to automatically generate agent identifiers./ i/ w. U- r8 O p# q
* @field serialVersionUID 1 e" O0 R9 a9 Q *3 `! C& W6 Q* Y( b# S
*/ ) {9 z5 {% G" Z# r' D6 K5 }! ?9 F private static final long serialVersionUID = 1L2 X' M5 z3 h- T. r: N0 l8 P
# m) ~; m2 q/ _- p+ P& B /**7 ]% T3 \0 T$ D N8 _0 `( M( X& T: z
* % m( Q( r9 Y' o2 V: o: K7 L * This value is used to automatically generate agent identifiers.; L' ], g" \# V: t$ @2 D
* @field agentIDCounter - i& E% S6 }( E, Q *, H, x+ d1 C* x" R# q [" G3 V
*/ , V- _5 A+ J7 V& o. W4 b3 n# t protected static long agentIDCounter = 1+ D/ R( m2 }. t, p' }: W
, d$ F2 T! m- }0 s /**0 \3 Z& H. t) {9 t& O }' \( C. d
* ) ?' r8 f7 H/ f) E, e- U# h" n( Z * This value is the agent's identifier. ' ` B0 I e( X( a* V * @field agentID 2 p) ]7 h0 k9 G5 V* ]3 Y *) p3 A+ ~/ G4 P
*/0 k+ [: N9 Q- h1 I1 r \
protected String agentID = "GasNode " + (agentIDCounter++)+ X" K9 m4 f3 U% A
3 \1 I- R# t' X3 k% J+ K /**- j& f* g# _5 z; p+ F. t
* . `/ R0 K+ L1 d# i& L * This is the step behavior. 1 A. J# ?, m0 J' i * @method step " W; ?( p; P4 D; G) u% u' S * " C# U! ~5 R% l; W% k! n */5 S1 x$ M4 r2 H- a
@Watch(# w/ {/ ]3 k: o4 V, S1 X8 j, `9 d4 c
watcheeClassName = 'infrastructuredemo.GasNode', % C6 a* O, y( H8 z! [4 f) M watcheeFieldNames = 'pressure',) e% T( ?% o* U
query = 'linked_from',, D) J1 _2 A1 f/ Y) K2 c1 f
whenToTrigger = WatcherTriggerSchedule.LATER, " Z/ R" w: w& J# b scheduleTriggerDelta = 10d , M) b5 w6 t! e- Y ) " V9 I& o2 \8 U& j& E" {, L+ [ public def step(infrastructuredemo.GasNode watchedAgent) {( a- R5 S: q9 y6 R: `- b
/ S' [4 k2 u4 X7 z; T0 u6 B% b) u$ L // Define the return value variable.5 [0 Q& |/ p$ n7 x8 r
def returnValue 0 [5 p$ M9 u0 x3 U" w/ h / m, y9 n. d% s0 J% i // Note the simulation time.1 V9 N/ b6 K$ d
def time = GetTickCountInTimeUnits()8 G: H' K' J8 I8 U8 {% s2 ]1 H( V
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8 E4 f+ s8 } s" m // This is an agent decision.* K+ o! T& G9 x6 _
if (watchedNode.pressure<200) {2 e- T* I) S3 [/ y, }9 _. i
8 M& \: _5 m; G1 U( w // This is a task. 9 j$ k o* M9 F8 _3 Q setPressure(watchedAgent.pressure)' ^( \& e. m( C& U2 K! O
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} else {4 \, z( X' J1 t: h$ ~- Z0 o" q
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} * N( a4 T; I$ \ // Return the results. 1 }: p" S# t8 |' g7 Z7 l1 A3 M return returnValue ) w. ]' C7 F! q8 `: d- I! c) u 8 D5 E0 z4 ^# a* X- t } / h8 \- K0 b" V- |6 P; D * X# H! s3 q, T% n /**& P+ I9 S( ~2 x, Q5 w2 P! c- t
* 2 u! o4 T, g& e) L+ O+ `) ] * This is the step behavior.9 W2 o6 S: h! W. ]$ a5 y
* @method step6 _1 N Y, D" U3 g' M5 x
*) r5 ]: s5 ~. j
*/ 1 Z6 {+ v% W, R1 B! }( H8 V @ScheduledMethod(* r1 u* @ N/ k1 M8 p0 U% f. {4 \) a
start = 1d, 2 |# ?. ?% \/ T8 y* z. B interval = 1d," C$ D! w) B8 v# `# _0 x
shuffle = false 1 i& i X# I$ D3 _ )) E* y; M; l3 \7 M7 G
public void step() {: h, G/ G& J. b4 c& X' l/ u1 x
* ^ m4 z3 M5 `+ T) ^/ f
// Note the simulation time.4 p0 A4 }4 z% W9 U) x( f6 z
def time = GetTickCountInTimeUnits()$ d4 @+ q1 G+ b" B% a# b
6 H7 `$ H2 r5 _+ {+ ]) H5 } // This is a task.: k: b& O- ?: ?5 M4 A/ d7 H
measurePressure=pressure+ RandomDraw(-20.0, 20.0) . I( @" t" e- D0 g- D: ] // End the method. # ~* H; o2 M2 i& ^ return. a. p3 I0 v; u: ~5 P$ K