6 Q8 v/ G2 M+ J6 t' B@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 4 |, V" l$ g5 ~$ l5 b: Z: q public double getMeasured pressure() { ! @0 \# j. [- m M1 A3 `/ G return measured pressure9 ?/ a+ q3 I, f/ J, _" L* \
} $ B+ f! P: a, b: q6 [ public void setMeasured pressure(double newValue) {0 ]% O3 |; o4 S" P+ z. N: L# |; k
measured pressure = newValue " P8 O/ _0 M" m1 z8 L5 X }: S q+ Z6 b4 n( m+ T
public double measured pressure = 0 6 l) ^& n2 t ^' ` M6 J# |+ x6 M' K+ |5 y+ ?) i: f
/*** |+ N: n n0 ?$ i2 y4 v% J
* / a; {+ E& J' d) v * This value is used to automatically generate agent identifiers.5 N9 [# z2 [9 A
* @field serialVersionUID" w, b& e* d% ?; N! u! z
* ; z& {# z# g2 r0 Z8 @6 w */ 4 Q/ S/ r7 V! R5 G6 x private static final long serialVersionUID = 1L % H" N2 ~2 @' V 1 B3 z2 Y p" H$ s6 | /**+ h( g# ^. u( v- v& F
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* This value is used to automatically generate agent identifiers." H/ H- Q! M# B
* @field agentIDCounter 4 | G( S! E& w! t; D$ Z0 E4 w * 5 Z$ P& J5 w6 M! S6 H7 Q! H5 u */( u# M5 c9 B$ r' k' `" ^
protected static long agentIDCounter = 1( Z8 x' t# Q7 W& e
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* ; i* A; A9 g% D8 K: `) E * This value is the agent's identifier./ n2 \0 w, U4 I! `
* @field agentID2 w+ ]$ B; G8 Q
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protected String agentID = "GasNode " + (agentIDCounter++) ; l. W, m% B6 d8 A$ e1 u" b$ a1 q2 ?# K9 w! Y1 ?
/**5 b4 p Z- O7 L( u0 Y
* $ M' ]! S; M. F8 o * This is the step behavior.2 s3 L2 M$ B7 G1 }0 w. H
* @method step M$ d1 v; @1 X$ v* ^# ~/ |
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*/( _/ p0 s" v6 V& V0 j5 S5 r; H
@Watch( . I9 w u: H* c' M+ t4 u. z2 Y; a watcheeClassName = 'infrastructuredemo.GasNode', 5 c" t8 s$ t( h6 W4 O4 Z: [; I watcheeFieldNames = 'pressure', 3 g6 e) m, a. g0 D query = 'linked_from',7 ~/ M' y7 K4 E l* s3 `
whenToTrigger = WatcherTriggerSchedule.LATER,0 l U' l9 {2 `. v* b& T! s
scheduleTriggerDelta = 10d % G8 S5 i( v- B! [8 W. T- \ ) ' X# k& ?) y# A1 m& c' j1 I public def step(infrastructuredemo.GasNode watchedAgent) { # u+ y3 I* p, f( B3 }0 c. r4 n! t( p2 t8 B/ C
// Define the return value variable.) S# r# |! K: T- w. Z$ }+ q7 @9 C
def returnValue! P! V4 a. c( g0 _% R0 W$ }
H2 s( J& d2 `* M: a; A" D // Note the simulation time., H8 v; g: y9 y
def time = GetTickCountInTimeUnits() ( [5 u7 N# V& f/ O 7 e. e5 S( E& c " O" \4 N, V1 `1 u! Q+ } // This is an agent decision. 8 p8 n$ ]7 G8 G+ N1 W# v4 a if (watchedNode.pressure<200) {7 m6 h1 Y0 h2 u
! Z0 z; M5 v0 T1 {2 M$ a6 u // This is a task.) C* M6 x% Q& @9 q" Y. X
setPressure(watchedAgent.pressure) ' M$ g/ n& s1 S& Q( Y5 I0 Z5 t7 R6 I' m5 K: _2 X: A
} else { % w ?3 [) u7 p$ X7 R% M5 _. H1 v$ d6 G. ~( [0 I: n
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} 0 K6 D5 S, p; z+ ~9 y // Return the results.# R0 I2 e; X0 \0 P/ s o0 c7 d
return returnValue. x$ H7 O* A K' R- E. A6 ] F
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1 ~( R: T0 ]) \8 C7 ]/ X /**7 J$ t# X# O, R+ U' `7 X
*1 b" W' ?# X2 m- o7 I+ ^5 K
* This is the step behavior.- | c$ `# S$ Y" |
* @method step; D0 y2 N, J: ?* U( I9 T: _. [
* ; `/ U2 e$ V. ^3 m" J7 [ */; M/ t4 A' W! s9 R7 ]1 ]0 _6 S, d
@ScheduledMethod( 0 P. B r' D' O1 L start = 1d,; W; @# z" C! J7 J1 ?& @+ D1 i3 `' Q
interval = 1d,* x2 A2 I* G3 m6 {$ S
shuffle = false " A9 K& @1 `, y0 Y# ]$ |- U )5 x; J" D6 ]9 g' Y
public void step() {( }$ H+ g+ o+ p) V' ^
, Q( ?" q" {6 D; ^: P // Note the simulation time. * v! {+ R$ r6 {6 I( _5 @ def time = GetTickCountInTimeUnits(); y9 l9 I' y* A/ \/ x7 H
1 m9 [( G" C4 D N& h9 L // This is a task./ H2 c: o, [8 W) g
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 }. N) M' v, Q( R // End the method. / H9 |+ M/ e2 Z return7 b5 i- N# K: i9 L* u: r