! f& F5 t* [8 B. w7 ^3 U /**2 {2 t9 j) `+ M( R) H. X
*) ?+ N4 o+ c' z# L; ]" f7 S
* This value is used to automatically generate agent identifiers.% [4 x9 Y" Y; I8 |
* @field serialVersionUID . k9 `9 r" Z( ]% O: d2 z *6 v/ O# p/ X2 U5 |1 P9 K
*// b. k* n1 ~+ k3 ?- l W
private static final long serialVersionUID = 1L + S' o1 {( E, n+ A* R, h , R3 f+ I6 A# W1 }3 @ /** % |0 L# O* d8 Q; ^/ T$ R2 x *7 R* K, n f( l7 P5 Z
* This value is used to automatically generate agent identifiers. ( [# Y5 C7 u2 c9 | * @field agentIDCounter 2 v0 s U2 q* Z2 D9 B5 L * 9 t% |8 x) A2 E: v */ + o9 y2 k$ M$ B protected static long agentIDCounter = 1 $ N: t+ b n, G$ Q 6 Q& U0 Q2 H ~* r- V6 Z$ b$ {9 m /** ( L, w9 ]4 q" d, ?3 F/ [ ` * 4 S" l, }% v' @8 y9 g, E * This value is the agent's identifier.* `% m4 D' f: R- K
* @field agentID * }3 u% S6 W5 Y, W * % I# ?, S7 j7 s7 s* d */ 7 s# l$ @% y9 @7 X( W) _0 N protected String agentID = "GasNode " + (agentIDCounter++)7 ~/ _9 y* Z+ o! i
0 n% Z1 F- L2 J /** $ S# E; e( B: a1 @ * 1 [4 i2 B/ t! W1 u6 ^ * This is the step behavior.+ O3 b/ m y5 z
* @method step / r. U2 l( u+ h6 L* ~ * 1 t$ {. ^- q! ^ */* d/ w/ Q% ^6 P: A1 {
@Watch(' \! v$ _& e7 j$ W. r% g
watcheeClassName = 'infrastructuredemo.GasNode',$ ^3 |' D! O- K, |% L
watcheeFieldNames = 'pressure',. Y1 ]3 W, F: @
query = 'linked_from', ( S H* Z4 B6 q% M- M. e# a n* v' l whenToTrigger = WatcherTriggerSchedule.LATER, ' T( ~# }9 |" N, J) R scheduleTriggerDelta = 10d 0 b) v, H( T, v' C6 z9 } )' d1 x4 P0 Z. l9 ^8 Y& [: x
public def step(infrastructuredemo.GasNode watchedAgent) {4 B3 V; ^* E4 a0 Y: s. N& W" C9 y1 ^
( P9 p. J" V3 W6 L9 X. k // Define the return value variable. 4 B* k W; p3 {! K, k def returnValue & ]2 R% S: ^9 e) Y! {( f3 I5 h* | M6 v$ M. s& |+ t
// Note the simulation time. 2 n" k9 G. b% h' n, F, q7 {! b9 ~ def time = GetTickCountInTimeUnits() $ M1 W' T& _* r# A, O }3 s7 T3 K) |3 z3 N% ~! V# M4 r* Z6 l/ Y
// This is an agent decision.. P, K! i2 X; j- ^$ Q" u# L0 m
if (watchedNode.pressure<200) {! L: y4 `: p' g& ~2 c( X6 B
. ^* D/ y" a' `- I5 ? // This is a task. - n9 Y1 r+ l4 y7 Q k% ] M6 Y4 X% u setPressure(watchedAgent.pressure) # e) d! T2 h' B2 z% v* c2 V9 N& Z1 f+ u9 j1 Y! e
} else {4 {2 R9 v; Z* J
8 N7 c" o' S5 w( f. H/ m$ o8 v0 n$ m' t8 v
} * M3 x$ P! c r h8 P% ^ // Return the results.7 `4 ~ Q. Y: e! J
return returnValue 6 B' |+ @+ j5 U% q: }. B0 i# j# H
} 6 u3 D' S$ S8 k* K 6 T, [3 u4 X8 k% h Z /** 3 ?' L: f# y4 z! C, r: p * : w1 ^) D6 s& L7 C4 g6 D3 a6 V * This is the step behavior. 2 A; ?" g, p x" b * @method step - Y3 x% \+ j2 Q6 M- b+ Q * 0 n/ D( g9 v) l4 F J9 b; K* W */ / n+ X9 x, n0 H) m- N$ ] @ScheduledMethod(: r: e$ j- T/ G5 a* q- D3 U
start = 1d,+ D; P8 `4 P7 B* y
interval = 1d,) d! D J; u; ~8 b9 ^
shuffle = false $ G) p6 _% ~7 h4 i: u4 ?" e( u( e ) 8 z+ r, S+ g Y5 z# e6 ~' I8 _: d/ D public void step() { 7 d1 _8 L6 k' L. x2 u5 y# d% h, Z! o1 s' K5 q' _- E2 C
// Note the simulation time. + ]8 ` l6 D7 q# F; B def time = GetTickCountInTimeUnits()2 _; C) E5 v$ q' V- z6 T: M2 q
/ ~+ J) K: S; u* [ t9 _$ U+ U
// This is a task. # j% j- c! u( v3 {: j& F9 Z' P3 Y measurePressure=pressure+ RandomDraw(-20.0, 20.0) 7 m2 J% z. t3 V' B, I, D2 O // End the method.: F- ^3 I) V$ ?- l8 [7 ~7 A9 N
return / K6 C9 n9 O8 Z# R$ B" y& e8 ?/ k' i* B( b, W& M v g
}