! @- y. e7 r8 |6 U" K z. { /** ?0 E& x6 A# j# }4 H+ p *9 Z+ A. A$ ?$ b9 ^8 G% b' B% G, c( B: ]3 q+ |
* This value is used to automatically generate agent identifiers. ; J* u5 r- d3 j ]- q( s * @field serialVersionUID & |2 X3 G4 I i- q * $ L/ P. v/ r$ U0 G */ 6 H& L, i1 l V; V9 s private static final long serialVersionUID = 1L" b. p- e4 }! V
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* This value is used to automatically generate agent identifiers./ q! ^$ C/ C- I+ y
* @field agentIDCounter 8 U9 |4 g s5 T *7 N. ^) `& p9 \; v
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protected static long agentIDCounter = 1 8 J5 T$ w8 Y) z+ f# i$ d- P% Z8 x n& F7 w. s7 E2 ~
/** 9 N* m! [. D" ?! { * " K/ h5 v8 s) I6 w7 `- b7 u. S * This value is the agent's identifier. 4 S ]6 w; Q8 d3 g * @field agentID & T9 G8 S3 [2 G: Q- M) c( W * + E6 ^: R' N& t& J4 h- ?) d */% ~2 t# L) @4 S# ^; n
protected String agentID = "GasNode " + (agentIDCounter++); N" x# J J+ _ H* m6 N
3 d9 x5 u4 F$ i# S) V1 R7 [: o /**/ d" W6 _& }: r5 D9 |" U' A
* ; q: F/ x4 t) k, e- R * This is the step behavior.1 ?1 B: V; q. g2 J! d. } z" X
* @method step ) r* p0 K% X2 [: M * ' |8 t1 I" D2 S; Z# E+ V1 }1 M/ T */ ( E/ f$ Z/ @: k! k @Watch( 3 D& x Q/ ~& N& H3 `$ i# d @ watcheeClassName = 'infrastructuredemo.GasNode',, `9 y+ c& L/ [$ N/ S1 \
watcheeFieldNames = 'pressure',8 d, V! i) y2 C" f# g
query = 'linked_from',0 W f, N. F( v) V/ Y) g8 E1 _$ v
whenToTrigger = WatcherTriggerSchedule.LATER, 9 {; T$ b. w- V5 S scheduleTriggerDelta = 10d ; D* l" Q9 s. m; c )% ]) T6 ^3 R, T) `( r1 [
public def step(infrastructuredemo.GasNode watchedAgent) {3 c9 A5 G% N6 V
( R4 ]3 \: a4 Z# e* u' M. ~ // Define the return value variable. . p1 `" F `& M, v def returnValue , G" F& y" g' `/ p( q ( d8 r+ Y; G- V% q // Note the simulation time. 6 Z3 g7 v6 u9 n def time = GetTickCountInTimeUnits()0 `' f+ t) _! d7 S t, c6 q
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// This is an agent decision.2 M0 W2 x" F+ p5 | U* ?" K
if (watchedNode.pressure<200) { * Y0 y7 T# Q' W. i( K+ ~7 _( I% ?0 Z
// This is a task.# d, P" b) I4 z
setPressure(watchedAgent.pressure) 5 b# N C) o- B5 I7 R1 R! E% [" w7 y2 ~: ^# h
} else {4 n1 y$ T2 L$ `; ?6 f
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// Return the results. & ~6 _9 y) T6 e; S- S' Y6 | return returnValue 4 O o* y- k! a0 }# x 3 \ ?! W$ N8 p$ p/ m# h3 m } $ L: Q3 @' n& z, z, E6 P- H4 v- f- q- x6 b: m
/** + g4 V6 T& l% Y$ x5 I+ e) ` *7 `' [) @3 m& ] f% H2 |5 Y. `3 f
* This is the step behavior. ( f) `& `- d x( E * @method step 0 u$ J z# A2 c# w# ~0 _ * ; r P; K- c n( V4 }5 h */ # K0 b* A% Y! Z+ a. \# O, Y6 h$ g% t @ScheduledMethod( 1 M q3 ~1 k' E& M start = 1d, ' O9 `) R3 s4 ^. F; ?! Z* Y4 o interval = 1d,/ C6 {+ {5 Q6 @9 a; p I5 A
shuffle = false N* [+ I( c `8 i1 z3 i )/ Q+ d3 k6 I3 C' ?& U
public void step() { 1 B2 M: D) f) T4 G5 d. p* U4 u; W. e6 m! \4 V
// Note the simulation time. % ~6 S7 h. Z+ R4 ]; m def time = GetTickCountInTimeUnits()0 d, I+ Z' S2 o, E9 f: |6 `
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// This is a task./ i# Q) \2 B' a1 n; q* v! E
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 7 d) y. W d& ^" B+ @ // End the method.- L* p' h S% J0 M, t0 T) d( Y
return " e2 p8 U7 E& V( ^ 3 A9 m4 k3 X0 V. H1 w+ c: {; a8 I8 i }