( [$ p1 [# @. @$ T1 z5 i- e0 T 3 B! d# y3 D. _# @3 X( q5 |0 A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 {: I; D/ {* M$ _) p: f) N: p public double getMeasured pressure() {0 u* k1 H. f/ u% p2 b3 T! A" J
return measured pressure) a0 ^5 p9 [% I
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public void setMeasured pressure(double newValue) {4 k i, t% Q$ Y% i
measured pressure = newValue3 \0 ]4 g `# _/ W! ]
} 1 x! z) H3 Q3 @8 b4 E1 E public double measured pressure = 0 * Z& i5 L) p# H! N& h' H" g ! G& V4 g9 D3 W/ G /**3 x* ~' F X- E u
* , Z4 ^7 j7 J5 ~ q9 V- i1 Q * This value is used to automatically generate agent identifiers. 9 E+ j+ ]0 L% X# J# x! d4 S * @field serialVersionUID0 }% u, i' l4 J" z, s" P0 m% {
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private static final long serialVersionUID = 1L " c; `" t7 E# ?- y4 Z7 n \2 {& v# _, p4 A3 L2 P. j1 d
/**1 u( w9 h% F+ _
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* This value is used to automatically generate agent identifiers. ; T5 ` f* M y * @field agentIDCounter $ H+ Y) J j, q+ K5 l! ` *9 x. A# U" \! h, ^
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protected static long agentIDCounter = 1 $ I; e4 Y1 _) S, @/ e/ h" |& o4 _8 I1 K1 }
/**2 t' m) `7 ]; l0 T, a' u- B) T
* $ s0 i( k& i# Q( w- e3 Q+ Y( U4 g, O# i * This value is the agent's identifier. # b( N0 L' ^7 D2 t( g( ~ * @field agentID $ U7 U5 ~+ S1 ~ * / y; R$ r+ J* G: |, L3 v( o$ { */$ T( z- }+ [1 c4 c
protected String agentID = "GasNode " + (agentIDCounter++)/ [( @, \& y7 z& Z4 b" P
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/** 7 i0 \! f) E) m" ] *" e0 `* C9 j8 W% q, c
* This is the step behavior.8 ] o( P9 a l1 ?" e& ^( Y
* @method step# x' H" p9 H, d. i/ Q
* % `* X0 A. B/ {4 a. G */7 }# H5 V: G; d% Z% ]
@Watch( ! I3 U; ^7 S4 U K1 D: o watcheeClassName = 'infrastructuredemo.GasNode', ?$ S1 f# f! M0 [" q, M& l: T$ J
watcheeFieldNames = 'pressure', i9 E6 t+ I; p# u- K query = 'linked_from', # a' z! t h1 d$ x8 m1 A whenToTrigger = WatcherTriggerSchedule.LATER, 1 v# K& D0 [! n" u1 g scheduleTriggerDelta = 10d7 }" ~1 f; H3 ]9 ^: ~
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public def step(infrastructuredemo.GasNode watchedAgent) {6 n2 F$ `: O2 i0 e, ?9 k, W G! J* a2 p
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// Define the return value variable. 3 j, |$ W+ c- o/ H. [. X def returnValue# P# |# F: Z7 R$ h4 x% q: c
1 P4 @$ ?. v7 E0 \7 M( | // Note the simulation time.+ x( B' H, G' A4 F+ V8 H# _. h
def time = GetTickCountInTimeUnits()4 W6 y. C: ^' O+ D4 h, B
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// This is an agent decision. " u% V; G+ s' M( U# f8 r if (watchedNode.pressure<200) {6 i7 V. l# h+ K$ x! \# r, x' D8 ?
4 L3 ?1 [$ v/ b3 |5 j // This is a task. & y) a0 d- C1 m5 ] W setPressure(watchedAgent.pressure) . @9 c" w% z; L ' z/ ~1 p' {$ P# q+ |5 Y* m8 W } else { * W8 b% ?$ K. C% q C- p+ O- ~% m" d& j; |: E( ~' F
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} 7 q$ X: P8 D# T* c+ u0 n/ h // Return the results.* S* v: q- l% F/ p
return returnValue 5 f2 y! g5 Y) M0 g V& W3 J7 c6 h- S, |3 n
} M* V+ m1 [& }% D* a2 X& {8 w3 {$ w) v9 n: Y( W2 B! ^4 k( r4 A
/**& X$ e ]2 m- A' ~, a. U
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* This is the step behavior.9 F5 q3 L; b. c5 B/ m
* @method step 5 s) J* [! \- ] *3 O& z" [. f- J: r! Z5 f
*/ ( _1 R I* J5 v+ s' i @ScheduledMethod( 4 T1 z* m: @+ ^; \ Q& o+ c O start = 1d, P, F: y+ b8 t3 @! D; W interval = 1d, 7 Y' q2 f0 k* j5 g0 T6 Q8 s shuffle = false# `8 ^2 l) m) i2 E* [
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public void step() {+ @5 p4 k5 S! W% T
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// Note the simulation time. 1 R; o) D# o. A& x; e) k( p, x def time = GetTickCountInTimeUnits() + s+ @2 Z9 s4 R( C- t# N! _4 c' _/ Q3 o) G
// This is a task.# Z0 }2 a) z! v Z8 y* M1 n
measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 W6 |9 T! v1 d
// End the method.2 j6 d9 F. @' W/ P
return + t5 w! ~' i% H. V7 ? U P$ H1 v& p6 j }