$ G4 P! y& ]+ p# `( [ /** - A( f( q! M: U8 U/ X" i; F * * D& s# \: R" S/ X * This value is used to automatically generate agent identifiers. 9 r/ T4 p. y: t7 K8 v" X * @field serialVersionUID2 A# E* ^: G( R1 `) ?% q
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private static final long serialVersionUID = 1L & q: S3 q- O- H) F1 u: w & B* u; S/ j' r$ [7 z( B4 }/ @ /**/ M% N: Y- ~% n5 U& Z
* . _. z2 r; k7 |- A, r+ P * This value is used to automatically generate agent identifiers. 0 v% I. F, R* Z7 v8 n4 Y * @field agentIDCounter6 j- h1 R5 h5 G7 ]6 \! Z
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*/ + Z( w+ r; p! H! ?1 R protected static long agentIDCounter = 1 3 W# \/ ?7 g F% P p+ V/ } " G, n$ {, q0 b& J7 b" U$ e" q /**& W8 {' S! Q, b, c" V: y
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* This value is the agent's identifier. " y1 H% C3 k$ T * @field agentID) ?. n* |, T9 i: V" G3 u8 z8 }
* : @/ |% j7 A1 N" c' `. A3 m */ 7 E' [8 |8 n6 N- d protected String agentID = "GasNode " + (agentIDCounter++)5 v3 X6 x# }* `, [0 W, U- K
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* This is the step behavior. # t# ~& |( J! P& @ * @method step : X; x" J9 ]! e * 7 b5 T& j: i. m. X8 R; G) o- ? */ 1 @' Q4 A0 E5 G) [ @Watch( ( I! O* y5 u/ r+ D watcheeClassName = 'infrastructuredemo.GasNode', 4 Z8 F# k8 M, h- D" S watcheeFieldNames = 'pressure',. I5 M% _2 M" `+ b) Q" w" p# Z& }
query = 'linked_from', & L" m7 Y2 T) l. _( S" R whenToTrigger = WatcherTriggerSchedule.LATER,) I& o# t5 s( V; M- A1 V
scheduleTriggerDelta = 10d, ]& q6 I7 S& X" S) e. w# G
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public def step(infrastructuredemo.GasNode watchedAgent) {& r, V7 S* C& b1 N" a! A V- `
5 k* P5 X; k7 L1 z$ c1 S // Define the return value variable.. j: Y. @ l& f9 L
def returnValue6 L7 a3 j3 m8 w+ f* A$ @/ i
& a$ Y, C, Z2 L/ r5 a8 D // Note the simulation time. ! A& l- S& v" I def time = GetTickCountInTimeUnits() 9 \, p9 Z5 u0 I0 j! j8 P/ w2 w2 [8 A+ b3 r. t' l, @) ?
) _1 L$ d, N" U) ?& Y- c5 y7 w- G // This is an agent decision. 8 i4 ]/ \2 e0 p5 Z! ]' ~# Q0 f2 w if (watchedNode.pressure<200) {, S+ v, g5 G8 K- t4 n
8 f: z9 J; _+ E: m0 D // This is a task. 4 H8 {( b' i6 ? T setPressure(watchedAgent.pressure)8 A3 C. f1 @4 V0 a/ V
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} else { & ^- @0 ^$ k# ~/ P7 Z; m2 a 3 V4 W8 G; [& v2 A4 A ; Q3 A# M4 R8 a3 M$ F }/ K) O: V' ~! n; F O$ B" P; j, c
// Return the results.6 Y$ i0 i% e- l# ^/ c$ q8 M; ^% @' S( m
return returnValue7 N1 b v$ J& U& `/ V
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* This is the step behavior.+ E" U; s) v/ ^: o0 R( U- G1 a
* @method step; h: t- ~5 |8 d: k
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@ScheduledMethod(# o( @8 d" z1 P8 z" U* e# ^. ]& v
start = 1d,' ^9 A& V9 y& f$ V& A! L
interval = 1d,9 g1 u1 M% h/ D; n$ ]' N! S0 e! u
shuffle = false , ~9 ~; @5 F, e7 |( w1 w )" a* P$ O$ i2 U B
public void step() {9 J7 J( ^" @- ?
& d* Q4 z9 K7 L // Note the simulation time.) k4 x) b& N& @/ n
def time = GetTickCountInTimeUnits() 0 ]% b6 \/ r% a. G1 x* q+ y4 \( ?- w1 e
// This is a task. 4 H# H/ v! t& N2 x" |& M8 X measurePressure=pressure+ RandomDraw(-20.0, 20.0)/ ~' `) L9 ^( D. h. B& |" D9 m
// End the method., L% h }" n6 l) D9 i
return- l: M: @, h7 j. d0 ]$ K