) k* b- J% [4 m4 Z7 M; H@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") # ?# C6 ^. b/ g( y5 d4 `: F+ Q% s5 k public double getMeasured pressure() { 6 V4 A$ F+ \% R& R' c return measured pressure - u8 T; s6 d! N6 X( C } # H0 o- M% k; X* W9 `% N6 G public void setMeasured pressure(double newValue) { _& D: O# |" t5 E6 D
measured pressure = newValue8 y& b% p b* ~
} 3 c* S, o- i3 x6 f& `6 j8 Y6 `! L' o public double measured pressure = 0 % C: Q; f6 b! w( F, @8 a4 \, R 5 O4 D2 `5 L8 n1 |2 p' C) m# s /**. Y# O% I2 ?: w
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* This value is used to automatically generate agent identifiers. 5 s# W6 [/ q3 b7 U" j5 H! ~ * @field serialVersionUID' C% v- T8 m8 `( K1 T, y7 u
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private static final long serialVersionUID = 1L 5 e' L5 U5 B1 t8 u' t 1 |; y$ r$ X1 x3 y: P: \8 n /**3 z, W1 ?1 [ C2 Q/ n$ _; x/ K
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* This value is used to automatically generate agent identifiers. # p5 U5 | m8 I( v( d. e S, d8 D * @field agentIDCounter! t' e" n3 Z) t4 I& [: F W
* 2 h! M1 K; D/ G6 Z1 }# t */ & y3 v1 l2 a" B/ u) k5 { protected static long agentIDCounter = 1 4 M! |- h- M9 R& H- b( z1 j2 t
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* This value is the agent's identifier. . W8 g. N/ T- V" T# ? * @field agentID2 G; d; Q* |" T% G* V8 I3 b7 n1 ]
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*/ + J% f1 H: e2 A: }) Q protected String agentID = "GasNode " + (agentIDCounter++)* K& N4 \* Q7 `3 f$ o0 g! D
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/**/ g2 @2 m! h8 ^1 y+ Y
* 0 q; U: _" b8 V9 d+ Z( N$ o# z! M3 T * This is the step behavior. ! }1 d* J- X! k5 i7 U' w$ P7 j * @method step: H/ y! ~# |1 t4 a- M
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@Watch( u, G% U/ x' L; L
watcheeClassName = 'infrastructuredemo.GasNode',0 h6 v3 s4 w$ b# o& x* U. T
watcheeFieldNames = 'pressure', 9 C# i D# S) w' _ query = 'linked_from', + p9 e8 s& ~7 r( u whenToTrigger = WatcherTriggerSchedule.LATER,0 z& S o' |5 l+ `3 l6 Y, n& f/ L
scheduleTriggerDelta = 10d7 a' u* H; S, t. D$ d" W1 B
) 5 E/ a/ g6 f9 x$ O6 g& u public def step(infrastructuredemo.GasNode watchedAgent) {$ ?& g" J+ g9 S, {( q# f, S
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// Define the return value variable. 9 z6 P" u4 [9 Y( E) D def returnValue( R" E# Z1 @& f7 U( @/ [
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// Note the simulation time. - o2 F$ J( `; E: O3 K# e1 a: A def time = GetTickCountInTimeUnits()) ]# V5 v2 ?! E9 M
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// This is an agent decision. 9 f( d/ t/ D E/ X! a- b if (watchedNode.pressure<200) {3 f0 i+ [1 [; ?+ Y2 T$ s
! u2 Y* ?1 r) k: p" r8 G8 u // This is a task.3 _6 Z7 }( w0 [4 c/ `, P% g
setPressure(watchedAgent.pressure) \% I! Q y: h1 d3 g1 h
% } v. t" n, B } else {" t7 {, f8 g6 J# c1 q2 j
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// Return the results.) {# r% h4 J4 l9 ^
return returnValue3 f% r. }0 `6 C: P' D1 N& [
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/** % e& i1 u' k8 a& P ** q2 w1 S# R6 v4 t' H3 O8 N
* This is the step behavior. 2 U/ ^8 m% C( M9 U( n- N( V6 J: N3 r * @method step * \9 w' K2 z, N: H2 W; v0 o+ p *7 R6 \& R8 W7 j/ y' E+ x
*/ ( j( a5 b {6 }9 w" O, H% @: I: ^" V' [ @ScheduledMethod( ( W8 k8 g& [* S8 F6 f! k! J start = 1d, % t8 {: z: ~; I" ]$ ? interval = 1d,& y b2 H) i l) Z9 ~9 g
shuffle = false! D4 z c2 g2 R/ E0 b1 F4 i) A
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public void step() {# u+ N9 v I$ l1 w: R; ?3 Z0 l
" U( @: _- Z/ |; B. A // Note the simulation time.# G. v& P9 I4 G
def time = GetTickCountInTimeUnits() ; U) M0 U O% i 3 P$ X; V* F. w // This is a task. 3 X: D7 w* l6 |; K measurePressure=pressure+ RandomDraw(-20.0, 20.0) 5 v5 ^- }& s* j. E" J // End the method. % e* P. U/ H2 V& { return . C/ S- H" ^5 y' y1 ~' \+ |$ t 0 a3 z. A. ^. L. ?' u0 k. N }