. j3 v a/ a6 S' J) @" j% Y /** % }- r, {1 { s * . q) h1 X' { p |1 T7 q * This value is used to automatically generate agent identifiers. . l0 ]5 O; A1 s, d * @field serialVersionUID + M7 u/ b$ K4 A p Y6 K *% P _. K+ ~, K) i \
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private static final long serialVersionUID = 1L. a7 O' E' a0 o2 G p$ A
0 j- n7 C3 Y* t6 V* V4 }* _ /** , I* a, T. j! C. {* k * ( m; ]+ k) R+ ^ * This value is used to automatically generate agent identifiers.3 T, o2 T, j! g9 ?* u/ S0 ^
* @field agentIDCounter # m# B, Q+ Q8 o! f3 ?4 S1 ] *; M2 m( f; C+ j8 m
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protected static long agentIDCounter = 1 - m+ p6 b5 q! l( R5 W1 i& A+ w' Y5 v; v
/** : l7 q% [5 m6 e. f+ T# O8 K0 N *2 q0 K: F, D( B
* This value is the agent's identifier. % l; l" w3 L' L2 U1 S* p * @field agentID6 |% ?. B# C+ M# i
* 8 |% k" p. D& t2 v9 f9 e* ? */ + p) M6 j, k: T; p; M+ `0 t! ? protected String agentID = "GasNode " + (agentIDCounter++) / p& x4 @. J$ d2 Q1 n) S" }% f8 G
/** 2 Y: m4 `+ i; L5 }) P0 X4 m' x9 A * / h$ a" I; y! `9 ?) \' I * This is the step behavior.0 ]8 `% e: c( H% o
* @method step - \% ?% i- l$ D; G' Y# L *6 w4 t. R9 J1 A" e4 j) n
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@Watch( , t5 q8 @" }0 ~" t( G* ^4 D x: J k watcheeClassName = 'infrastructuredemo.GasNode', + f$ X" V* |0 \' g" B' P; S watcheeFieldNames = 'pressure',# O1 ]9 n; P& E1 C8 G
query = 'linked_from', ' d! N/ A' L/ [( D2 b whenToTrigger = WatcherTriggerSchedule.LATER,* Q4 R0 ^' z' Y; x' E; n. ^3 G
scheduleTriggerDelta = 10d ; T/ q& v3 t2 m5 E8 P2 F5 m ) 8 w7 n0 H$ R$ d& A$ t2 w public def step(infrastructuredemo.GasNode watchedAgent) { $ k8 P( N9 A% p, _! T, z 3 M2 f( `$ ]+ Q) f5 f3 f$ H // Define the return value variable. 1 [- c# k. L3 z' q3 M* H, }6 e def returnValue( C$ E1 a4 L5 v/ e' B# a7 n7 U1 R
2 \8 D7 v2 v; O0 C; Y2 g/ S: X$ J // Note the simulation time. $ L4 Y) k8 Y# E. u# E def time = GetTickCountInTimeUnits() ( `* Y1 n& G5 z6 J9 U 8 P+ }2 H4 I) h4 F# d5 z0 X; T% t# ?# |: q6 ^: M8 ?. T; C
// This is an agent decision.7 _2 o% ~* L- B; i
if (watchedNode.pressure<200) { Q8 \# s( m6 i+ K5 s6 W6 h8 H & r, R9 o! l8 t1 k // This is a task. , m- F. D7 m; i. J7 E+ p* b& p setPressure(watchedAgent.pressure)7 S! @1 b" P" M' g" r, G
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} else { 1 F6 P0 o7 l$ e+ L1 E9 T i9 |* u: T) b! ?: X( ^! k
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// Return the results.4 J$ }( p7 i% R# Y
return returnValue4 f# r2 f. T& s, v8 l7 q( o( N
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/** 2 ], x6 ~ s% C/ j7 ? ** r0 q5 b6 a3 i% L7 c; q( f1 O; ?
* This is the step behavior.% E( D7 h U5 z
* @method step + ~: J- p5 P. C% u" k * + d+ W: l: y9 D; Z */ - t/ \% ?+ {/ @5 U, J9 l, ~ @ScheduledMethod(5 X) R7 m! Q) n$ a% w H
start = 1d, H* y9 |5 ~" k; o( s7 t5 S interval = 1d, ! {. T. l# F% ? shuffle = false 0 l+ H: M# @6 ~. F4 P' ~' X )" R* D/ @# t% U* |
public void step() {( \6 e- E7 m; K: B, p+ g; {: A
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// Note the simulation time. ; z6 r1 C; e# S: c def time = GetTickCountInTimeUnits() ; }/ k- C+ p9 h" }& r6 h 5 s# U3 v3 v& p3 j% Z // This is a task.$ i5 }; g* b+ ]: z. c- e* B
measurePressure=pressure+ RandomDraw(-20.0, 20.0) & }3 H& r: _1 Q+ `4 k% l // End the method.6 H# w) S5 i9 E4 D, I; N1 N& X& }6 Q
return1 {' E6 J9 a) {3 f6 A' k) E. J