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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- X% {+ _) w5 K% I( W. h
public double getMeasured pressure() { : c2 Y' X, w$ @! u* k. W return measured pressure7 F. J& s. z1 U1 j' M! b
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public void setMeasured pressure(double newValue) {( M2 W& E* ^; Z
measured pressure = newValue $ P' x. R' p6 O: m( Q% O' p8 [! D; ^ } / [& a0 Q+ I2 X ?* G, k( Z public double measured pressure = 0 2 m8 W* f9 B8 F) J4 x) U" z6 U- @& C o
/** * \# l! E% \% j3 @# o* U3 p *0 r2 y/ ~- g N: T% L, }0 b
* This value is used to automatically generate agent identifiers.3 `! B6 p6 z. q7 M
* @field serialVersionUID$ i" R8 ~; Y9 R) @: x% ~
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private static final long serialVersionUID = 1L. Y/ T! j0 j2 a s
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/** 3 g2 b' K9 K* `: n& P * % x% [4 G& f4 O6 V3 W& K. U2 { * This value is used to automatically generate agent identifiers.( x Y# Y5 Z+ Y/ _6 J, G
* @field agentIDCounter 4 Y% `( ~, ^; A0 Z9 Z X, V *& J1 d# [+ c$ J: ]
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protected static long agentIDCounter = 1/ b) _1 D/ c, V" |( Z* L: g ]
+ M. `/ ?: ?3 k) |+ @ /** ) ]1 @; p, d$ _; C * 6 [" l2 W1 V5 c6 o * This value is the agent's identifier. 1 q- P+ C Q4 b: v H0 ~" J0 \ * @field agentID; O9 [2 [9 @1 @1 r+ G$ U
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protected String agentID = "GasNode " + (agentIDCounter++), o, w% K9 h2 I. d" F0 V& T6 e( p7 O
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/*** D4 ]. ?* O' H! X" ~$ E0 {. [
* : P5 X2 v! a' m2 P( h * This is the step behavior. / R) `0 A, s0 F1 k/ p- N' _5 S; [ * @method step ! c5 G1 J: m2 A+ R. Z *: t% h+ i5 }% p: o) e, T
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@Watch( * l* u$ B9 o: d. v" y# N watcheeClassName = 'infrastructuredemo.GasNode', 2 L/ J' @; P# A/ ? watcheeFieldNames = 'pressure', ) i' ^" d* D) S0 f5 b$ d3 ?$ t query = 'linked_from',% t) N1 u- h5 {
whenToTrigger = WatcherTriggerSchedule.LATER,* Y. p8 ?' V3 R- _6 W
scheduleTriggerDelta = 10d4 _+ z' C: G# i; J8 _) Z9 A; V
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public def step(infrastructuredemo.GasNode watchedAgent) { , t8 W _: M! |& Q- b2 `7 b 3 j) i9 ~! p4 V: f // Define the return value variable.! b8 g3 [* N* I8 \7 S
def returnValue $ r7 \2 s. w) X: h: q) y- H6 E4 D+ H8 g% M0 {8 n
// Note the simulation time. * |* d5 y. \& _" {& ]( O def time = GetTickCountInTimeUnits() ' w' o# R; X3 J$ w8 J5 ~9 L5 A3 O- T, ?. x8 w7 H7 t1 B( j
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// This is an agent decision.4 i; L& h5 ^2 E( v' d
if (watchedNode.pressure<200) { * E2 T! }* J. I5 g I- q - [; k5 ?+ R: _4 d // This is a task.0 Q& u) r- t6 w& t
setPressure(watchedAgent.pressure) - {: W" n; S; m/ Z- Y B 8 x; Q' G1 x0 C) I I } else { % G# i0 [& s- a% h8 c( L9 b3 r$ W: H# Z3 a5 L* s! z" T
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// Return the results. x) G% A; C4 l6 w/ ?' ` return returnValue3 T1 x4 M3 [ C; O
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} / i- v! Y7 `8 _/ L ?. r# h% |( @& j3 V
/** ; W) k5 d( P$ W/ M6 G; n% J * 3 y" ]& o0 {! @2 L0 T, p G * This is the step behavior.& n% k% ?6 c K) g8 a1 c* {' }
* @method step . B" h! }0 X- _$ p3 K *: C+ Y* ^) f2 N1 u
*/ / N5 q: A* j) j @ScheduledMethod(& J6 L, m, x8 i4 p
start = 1d,0 Y5 C& H* Y3 V$ O
interval = 1d,8 R$ {6 k7 p; y) T0 Z4 ]- q* [
shuffle = false4 f, X! q5 B: _; [! c1 s
) 2 f' c7 {# l8 Y, r# z2 n public void step() { 3 \$ y0 ^2 [/ I7 t5 Z$ J' ]) H5 ^
// Note the simulation time. " N# D' n' L0 B def time = GetTickCountInTimeUnits()1 ?1 S$ Y4 B H
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// This is a task. % _! a9 [ ~; o, x& e( i: X measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 S) e' c7 [9 P& j- S) e; |
// End the method.( m" A1 O9 x% N* f! t. f
return8 J! T6 J- j7 W* n
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}