! A+ S% J# ~) h2 U! P" M# t3 H /** 1 m7 a% U5 ^$ a *$ q9 ~. o- _; l; U
* This value is used to automatically generate agent identifiers.3 Z* {; @2 e8 r2 W0 U* q! L
* @field serialVersionUID3 O9 S H9 L. W5 D) U* a
* ; n1 M3 `+ E& j/ f& P1 f */ ) l; [. j' T1 q+ v# K7 v2 E private static final long serialVersionUID = 1L 0 k/ a3 S1 }) Z& _: s$ q* ~9 ~+ x% f y" L% \) L
/** 5 l' g( W# J2 C @ *! J: F; P% b7 X) v1 w. E
* This value is used to automatically generate agent identifiers. / R( \: e# ^1 k$ [& Y8 O8 D, N* b1 _ * @field agentIDCounter+ X5 A$ |( [) \
* 3 Q4 x( f# t# M' g; v2 b& n */& Q. k' p) L- ?/ H- u0 m) ~
protected static long agentIDCounter = 1 , A3 _* ~" x, N7 l7 `3 K* r+ u O( I* y
/**" M3 q2 o6 Y! T! F4 l+ Z B* V
* % G4 q7 {! ^/ \# C- p * This value is the agent's identifier.. n3 C4 h! i7 r* t" T. d/ D
* @field agentID * c5 H6 `( s! R0 c * " K6 W( y; A/ y" Z5 O *// K4 g+ E7 C8 d
protected String agentID = "GasNode " + (agentIDCounter++) 4 L$ V/ P2 y7 E% U$ Y8 N4 u6 M) v! o4 A% B/ K+ V* C9 h
/** ; D" p% L3 p9 K * % l. s! Y0 C/ J$ [2 m * This is the step behavior.+ D; `& R3 n [$ v8 h
* @method step2 g$ z' ]8 T; n! B2 A
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*/# _* m% G+ R/ w: a
@Watch( 1 X; x- I$ b3 S) V% H; b5 u watcheeClassName = 'infrastructuredemo.GasNode', 1 l% g" z/ ~4 O% z$ B watcheeFieldNames = 'pressure', 3 K% n( a" X1 ?# d! N, }$ m query = 'linked_from', 5 ~3 d! y8 J0 J% X whenToTrigger = WatcherTriggerSchedule.LATER,$ X1 c$ |8 b" J% M: ~
scheduleTriggerDelta = 10d - Y" Q) t- G1 F3 f7 T )2 E% |( ]4 G& o, ~: b" |! Y9 z
public def step(infrastructuredemo.GasNode watchedAgent) {' @2 V8 }& c1 w' x& o: _
V8 \: L! g; _& L ]9 U // Define the return value variable. 0 O5 V) w2 e7 T9 S/ Q' u3 C def returnValue ! e% `' q9 O4 E: N " n" n* E- B ?6 x% T5 i // Note the simulation time.! s# F' J0 p3 O7 C3 X- M
def time = GetTickCountInTimeUnits()" ^7 T* c1 T; g c, e$ T. R
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// This is an agent decision.8 f7 k# m! p+ O" I# z; I
if (watchedNode.pressure<200) { @* _1 b& f# {5 V+ m) X) Q
# i3 x8 t6 B% f, B4 W8 j& K. Z // This is a task.) n+ H: y) G S6 J* G
setPressure(watchedAgent.pressure); k8 K5 P# g/ E0 M9 A
1 m0 [( a$ Y q2 `6 U; `( h
} else {+ H4 i; ^, G+ X, h! k; M
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4 M) e8 T1 X. {2 c4 K }# B& G! I% B0 `2 w# j3 d0 V
// Return the results. l d, l/ J% ~! i5 u/ e2 n return returnValue, B5 N2 [2 q$ e* r
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# S1 c( m+ q! ^5 d8 s /** 4 H# h5 f3 E0 y6 O9 U( ~ * X }, S! x4 r$ m7 X& T( x5 ~
* This is the step behavior. " p7 q- @- v! l% i * @method step2 H4 N. X4 \5 z5 r( n
* ; V; n3 h* c2 B+ `- ] */7 Q4 W9 M+ \' N0 A% ^# G
@ScheduledMethod(" {* ?( |9 T5 B- {( ]) x# E5 Z+ E: Q
start = 1d,$ z V3 {2 P& A* b
interval = 1d, 5 \5 l. H$ I F6 h' ] shuffle = false/ `, x6 z2 ~0 Z+ f5 `4 f' X
)' J- y9 ~7 x/ |. E- i8 Y) Z
public void step() { 0 T/ O. Z7 f0 C5 \; [* ?( n- q & U# J8 t7 f; w+ _9 t // Note the simulation time.& C& G) D3 I' |- o( L
def time = GetTickCountInTimeUnits() 3 P3 A# a2 N5 T' E, j5 ?2 O3 ^4 j5 y, G7 v# d
// This is a task. $ `) |6 b. Y3 v0 v7 j measurePressure=pressure+ RandomDraw(-20.0, 20.0) / Z7 Y8 D0 f; W2 J; f // End the method. . ?: {" v4 {6 Z3 a% w return ; h2 O6 z* k; F 0 D1 S4 O2 V1 J4 ]% G b- c" d }