" F- s7 g" ~8 W0 J% h% N5 P# Q# k /** ' b4 t4 o, a& l" ? W# S$ S ** D( U9 e, I' [0 [0 P( I
* This value is used to automatically generate agent identifiers.) a" m% V2 s6 c, z4 J3 X! z5 {
* @field serialVersionUID 7 f; P k" T7 m, Y$ Y u. m *) y) V2 o7 K- M" A* i# Z% @+ f
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private static final long serialVersionUID = 1L1 m8 M4 D& h2 L
. Q$ W' t9 v" H8 Y/ h" K. c) a+ f /**7 a' X) z; w, _. O- J, ]$ P
* + i, v A1 [+ r5 ~ * This value is used to automatically generate agent identifiers.+ z/ K7 V. \) {( D3 t" H$ }) h* [
* @field agentIDCounter X& K& j4 L7 E8 [, _6 f! q, G* u
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*/ ! R+ s7 Z' A4 m, S) B protected static long agentIDCounter = 1 + }; Y- ^: H7 E' w( W , u, F0 e8 w7 H- v: q" w% L/ P1 B /**& g/ M* o6 A$ W% _1 q* D A/ c
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* This value is the agent's identifier.6 M' V9 ]$ i/ j% _( @! Q
* @field agentID3 E( P; E/ {5 [: P- h7 X5 p! m8 q' U
* 4 A }3 d) A0 O# }- V n */ 7 T7 e- z4 `+ e protected String agentID = "GasNode " + (agentIDCounter++)8 M. v. ^0 q5 P5 ?5 x1 H* a
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* This is the step behavior.- i9 E1 V) ?4 p# x3 j% E' w0 o) v
* @method step* P. D) O1 [9 [2 H, F
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*/ * x+ K, U ?8 L1 ^ R @Watch( ! o5 g- _" r% \/ N watcheeClassName = 'infrastructuredemo.GasNode', & P6 H: b8 x1 w1 i1 x' Z. \5 d watcheeFieldNames = 'pressure',8 e$ a4 y6 l) n1 A# Y( Y7 w E5 O0 n
query = 'linked_from',* A. W' e# v9 a2 [& Q( u5 x
whenToTrigger = WatcherTriggerSchedule.LATER,. Y& d% I% x3 x0 a" e }
scheduleTriggerDelta = 10d% a. t: [3 ^& o. ^
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public def step(infrastructuredemo.GasNode watchedAgent) {; Q# ]7 Z8 | @
7 t& ^- N) ^! {& R4 |3 _8 g // Define the return value variable./ f N5 O, L( p
def returnValue # L7 E3 k4 E' \/ z " c6 A& t+ s: k; n" Z // Note the simulation time./ ?* }0 j) k7 e
def time = GetTickCountInTimeUnits()' L: F" f J! y$ N7 ~" v. s
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// This is an agent decision. . I9 b, u$ H/ I, d if (watchedNode.pressure<200) { 2 v8 b1 @: P/ `/ `9 F' J0 }7 X- P, H; j6 R# P! [* K
// This is a task. * }3 z7 c; b2 L5 }4 K+ Q setPressure(watchedAgent.pressure) 4 a" y c p( w, ^ 1 V$ L, @ _8 P% m1 }$ B" s: Z7 f } else { , }7 t/ w7 q8 ?5 R! s- w* C% D: w$ I* }2 l5 [9 m
7 H3 g) z/ | Q. o- A } + K% y3 U6 H; @8 j5 R* p // Return the results.% Y+ P5 d) i0 |
return returnValue 0 m( d# p- c1 Q9 L( Q1 c. q0 o8 ]/ o+ }& ^
} 0 t/ y9 H, ^- E' v' K. }% q( {( ?! X , o8 y* w/ h5 `1 F$ J# a /**# @0 _/ v: l9 C
* # ^8 F4 A9 }1 s2 R% H( T& Z& X. Q * This is the step behavior. " [! |& K, K6 g: `0 m, w * @method step$ E1 C9 \2 m+ a# b/ G0 d/ B3 B# A
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@ScheduledMethod(1 R9 Y" p8 E9 \1 X% {! S( O* v3 r
start = 1d,5 v, J) q( Q/ _) n7 ^' T0 }
interval = 1d, " w- c3 ^ `. Y# Q+ Y: x shuffle = false 3 I1 E% H8 p J7 m" C- t+ U5 V )$ ?' [9 [2 F! N. v9 w0 ~
public void step() { , `; j' O C M, V" f P" [7 u5 R7 g; i* L7 S1 x/ N // Note the simulation time. 4 o& C; ?$ d, j4 c; @ def time = GetTickCountInTimeUnits() 0 C4 i E; C$ s1 W+ X y$ ^ ) \ A3 h9 }: y* ~# T. Z // This is a task. - u! L6 b3 Y4 k measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 P8 i' Z! I! p# M7 v% R // End the method. : {4 h3 z2 W# S4 l2 l' S return 7 l. ~# L( R+ c/ o8 b5 P3 H8 k, K7 K/ b& L3 P! T
}