5 [- l5 T0 d/ J/ T S* I@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") - x& ~/ s/ U) u; G1 e4 ` public double getMeasured pressure() { * p ~, x7 A; k$ |* u9 I/ y return measured pressure 3 K) h, G5 @. g3 Z }/ E" A* X' P, O: v0 d; G4 o( n$ P4 P
public void setMeasured pressure(double newValue) {) p3 [$ j: o" p2 R r
measured pressure = newValue8 L7 Y: o; ]+ z: z v$ J
} " @& ?- p4 B! D! e# w$ v1 c public double measured pressure = 0 1 B0 |5 f* o" Q8 n/ L - w; W0 _- g* V* t6 w /** & y) `( [# N, Z( `' X1 g * T# ?: A* g' N; j) J * This value is used to automatically generate agent identifiers. ! ~ ~4 ~, s( n4 D: X) {+ S * @field serialVersionUID 1 {+ k/ F- L, \. a' G/ l& T4 B" Q * ! d/ U: o& Z- m5 ]! s */ . J, S, c0 K, `! ?5 | private static final long serialVersionUID = 1L6 H2 C7 B. H) D1 ? a
) v8 X% f* N& P9 h& B. `6 h /**/ d; K, h8 `. f4 Q7 @9 E* u6 s
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* This value is used to automatically generate agent identifiers.% L4 N" y5 T- ^/ b& t2 E( T, ?9 c- v3 ?
* @field agentIDCounter, A: b0 q- W" S/ ]$ T" v& l
* + k/ p4 u2 `% H& j: I */ K" C9 Z, U1 F/ ?/ b3 t; W0 l protected static long agentIDCounter = 1 3 P9 N! z( h* r1 c2 M, A. I8 t' A6 F* P5 i, ^2 V; x' w& v
/**# T+ {+ `1 w8 f* G) S2 T3 A8 ^
* F0 V' r4 q2 n v& ? * This value is the agent's identifier. ) t. Y* \2 d/ [1 c e) z * @field agentID! O2 C P% C; M% t6 x5 O$ U
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*/ # k& u$ n% w; v0 w" ]: m protected String agentID = "GasNode " + (agentIDCounter++)' b( O6 B# X$ Z. N% [' Q' W
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/** 8 X$ h s4 @( F; O *# R+ f. b1 @& ]+ o8 k: c) }# N
* This is the step behavior. 5 H( x& ^" c# ^- m& z * @method step % ?/ c; n2 b3 v7 r5 n. S G * 0 i. g" Q9 R5 u- x2 T$ S/ V */ 8 t' i# d# P- j! m @Watch(! V/ k3 V7 S6 E- H
watcheeClassName = 'infrastructuredemo.GasNode',- ~; l1 j$ Q" V$ C# n
watcheeFieldNames = 'pressure',. b0 X5 ~ Y5 M: P9 n6 {
query = 'linked_from',: W4 C6 X- v8 {' M- k1 I" [! m
whenToTrigger = WatcherTriggerSchedule.LATER, 8 k! C4 `/ g! Z9 f scheduleTriggerDelta = 10d , k2 n& f+ ~% R! y1 O ) 8 P3 `* t# I3 Z6 r* ?! [ public def step(infrastructuredemo.GasNode watchedAgent) { + Q$ V. a2 I& w1 \/ A) M3 v) s & u0 i3 W4 n5 c% n) r0 ` // Define the return value variable. + q" f$ l9 _3 y. N+ N1 \9 r2 T( c def returnValue. y) a+ c) ]5 n) m5 X
9 ]$ d9 B6 S2 H) ] // Note the simulation time. - m6 j# i0 W9 h8 F+ y def time = GetTickCountInTimeUnits()& F0 B' M8 I/ t6 O" O8 I+ C
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: D; i. b" S+ @/ M$ {. k // This is an agent decision.2 L4 ~2 E7 h+ D2 E) ?6 n
if (watchedNode.pressure<200) {) }' V8 N1 x$ h- G8 N1 P
; n8 o3 T; N2 t C& Q4 Z // This is a task. ' ?8 N4 X9 v+ D0 ~" } setPressure(watchedAgent.pressure) , P4 P' ~( K: d" r2 M ! j' h5 ~- J) n1 E/ {* `: C, q, l2 M- e } else {- `8 o- Z, L6 `2 s" `
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// Return the results.& _ u7 i8 j* k/ K$ w" w. u4 x* ^" v8 K
return returnValue 4 C: ]# B/ L" V Z* {2 { 5 ] X/ _$ U8 H% J; S } % h* }6 |/ h$ F @5 { 4 `- ~* |3 E+ A! R* B( s /**& q7 }$ K, p3 B
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* This is the step behavior. 0 C D- D0 |+ `& B5 R * @method step * v F, w0 v' i% N$ m! w * : q+ |7 }( h! P% ? */; Q; J ^, y# H
@ScheduledMethod(( w9 ]: {& I9 X! c9 Z6 M
start = 1d, 7 K" u/ X+ B! V" O/ N" h interval = 1d,1 y. i# a8 Z! M' M. `7 y- c
shuffle = false! t! R" ^" x4 d6 v
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public void step() {1 j0 j9 l. N& g. h" i3 |: M, b
# Y) \$ c- V: ^2 w* W // Note the simulation time.0 \8 |9 C! u1 [5 x' }
def time = GetTickCountInTimeUnits()( ^ m6 I7 m9 N) {
6 _ u* H3 }! ~" Q, F# M+ L W2 u9 t // This is a task. x3 r5 r( v3 m7 x. p7 h) W
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / I6 y$ g, _7 T# F9 [ // End the method. * b+ L/ _2 n/ T1 H7 b return : o) Y) ?' G+ p3 S $ J& S4 C. j0 k }