+ F; ~+ P1 O A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " L o/ E A: f0 \! f% n$ q# _ public double getMeasured pressure() {3 m) s$ k* f/ ?6 T3 C7 U6 X( V2 N
return measured pressure 0 r4 [0 n# u: f# Y) K } 1 [2 ]8 m! m7 q+ C/ h* Y! Q- o public void setMeasured pressure(double newValue) { ) E# G/ A& Q- i# g, ?: S: S measured pressure = newValue# B9 r6 s9 g; ^" C5 `
} 8 g( `( p: s, @" ~6 e1 n9 P public double measured pressure = 0 ! M. G2 E3 f1 }6 ?' z6 E" L7 X$ F- f# q" L; {0 @) m0 }
/** ( q" u' r* F! N: |( g, Y$ c6 S% A ** w3 E4 J+ E) k5 U
* This value is used to automatically generate agent identifiers.* f' ]9 d2 V! [' f
* @field serialVersionUID . S+ G. q: m2 s* ]( I- T% w, O1 q * $ k- _6 f& O0 i" A */$ z; W6 {4 ~" i; B* v4 l2 R1 z- o
private static final long serialVersionUID = 1L6 x' W5 ?$ ~* s1 }
8 o2 |' Z- s- ~ /** ) t7 e6 I* K( ]1 g5 f9 g& y ** e& T0 Q; i1 ~
* This value is used to automatically generate agent identifiers. ( J% N. r% ~! v4 @; H- Y% w * @field agentIDCounter 4 ]; e4 @ M( h u0 A5 m7 s0 Y- H1 p * 2 [5 j% O& h" i" ~, {1 ` */ 3 z# i6 ]% s# n5 S protected static long agentIDCounter = 1 ' h" U" s+ N( Y5 M5 h2 R+ l j0 r) I- f
/**- r. c, v' c" G1 |5 U. G8 G
*- \3 c/ O( n. @- E
* This value is the agent's identifier.: E# g O6 f+ j" I9 T) t
* @field agentID& n1 t# W) L2 g2 F2 R
*# |. s# a& w; J
*/# F+ X) X, @4 l4 N& A+ S( [, u' H
protected String agentID = "GasNode " + (agentIDCounter++) `: I1 o; @' l
% ]1 O Z5 e* V: v* Q /** ) N) k. n z" M3 I: B5 d *- ?$ L Q. ?/ E P7 S% g1 E
* This is the step behavior. * O! @, I2 E$ h8 U3 ] * @method step5 w- U- S, a% B# f
*( `' [5 S5 [* g1 x+ ]+ m
*/: D7 R! i0 U3 O/ M; q6 a" c
@Watch(' a7 U& O# N% T( l
watcheeClassName = 'infrastructuredemo.GasNode',, h& ~1 |3 {$ p7 J4 W8 {) y
watcheeFieldNames = 'pressure', * u9 J0 L8 i! t( d5 a4 ^$ n query = 'linked_from',$ j# B) \& H9 p4 O) w8 \
whenToTrigger = WatcherTriggerSchedule.LATER,! t8 i5 z' N1 i3 e+ _3 @7 n W
scheduleTriggerDelta = 10d1 g: Y0 Y1 [' b" k" [* s
) & C- y; o- s- G9 } [ public def step(infrastructuredemo.GasNode watchedAgent) { 2 t1 l( C0 J6 L. l5 A, h5 o% ]2 ~
// Define the return value variable. n" I4 j! ]9 u- G" ?' w def returnValue# D3 h, c) M5 h- K" v& o
* q2 `: ]; l- Q6 ^7 u# |$ i, B6 M! G // Note the simulation time.: ~: d' t. H$ G& X; R
def time = GetTickCountInTimeUnits()8 Y3 l. _& `: [, @
4 H6 A! i. b' u( w. l8 o# U/ H
" S4 [; T- U; K8 @ // This is an agent decision. # G. O* a3 r. Z! |! \# q4 { if (watchedNode.pressure<200) {& S1 i/ d8 x( r, G/ Q
, Q& _( }) ?. h4 ^ // This is a task. & U3 e+ S" @0 z setPressure(watchedAgent.pressure) ' z' T% ~* y. k, i: G! V0 x0 z2 v7 u. J0 I5 u a: j
} else { y! p! x" \( U: z
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% D# j' Z2 X8 i5 c; W } 1 Y( q0 G9 P* A$ E" b9 S& x // Return the results.$ I# z0 K! P) L# k: A/ c
return returnValue4 l8 H; G$ k! x3 Z. J! ^) l+ O: l: g
1 m/ W; r \7 ]4 X: H! s+ h% b( A
} " g( M* |) n- `8 {% }8 ]1 K$ P# y# a, u4 W
/** & l4 ~! Q9 ^8 j& Z * 2 T6 x+ I" }/ C6 x/ j * This is the step behavior.: V7 \* V2 U( i! n
* @method step + [! ?8 E; S+ `* l6 ?; Q * ; v; a/ q" r) v2 W+ q! U9 K- X& t */8 p" E8 K* J/ N/ F: P" _, ?! B
@ScheduledMethod( 2 p7 t; w7 `+ P6 c5 h& b start = 1d, ! V9 t' V- P" v V8 G) ? interval = 1d, " ^! ~# J' c# a v0 I% H shuffle = false 2 M. z/ h7 m: g& n+ w) h )! J8 r' ^/ \( O+ N; z
public void step() { 5 k* a. P+ M* F1 \, | Q+ ^( N2 u: a" q* t4 c
// Note the simulation time. 5 X8 n# E, G5 y; P! Z def time = GetTickCountInTimeUnits() 2 `' H# {) Y9 ^6 o" L L: \" _' b# p! G1 @2 I
// This is a task.' c r$ U( A& C" {
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 5 I" J+ r% e$ D, A+ g' m" _ // End the method.! D( @" d C8 G/ I1 B" g2 y0 \
return* a7 L- P6 \ A6 A* ?