9 k" h0 a) i9 A. j6 @5 C8 b /**- R: {. W* _; I2 s' o
* * L5 S- u: c3 o! l* Q * This value is used to automatically generate agent identifiers.. R2 T$ w* }! j) T J: S
* @field serialVersionUID) |6 @* f. v. w( d6 L$ V0 b
* ! |% Y) a2 r$ i5 [# O& J */ ! @8 a4 P, Z3 q" c0 I; V private static final long serialVersionUID = 1L' `+ n' K4 _' A/ b) W$ f" i
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/**7 \. P$ t3 D. e( M
* # t1 z3 e4 k. c+ I5 f! V% y' M * This value is used to automatically generate agent identifiers. 1 u# j" I9 ^* J# R, w7 r& Y+ K * @field agentIDCounter3 t: X j) J0 G) c6 _* S
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protected static long agentIDCounter = 1$ A* Q, [- h9 q6 t
* y* d3 C7 U4 M2 | /** 6 g1 S0 n3 S& U4 R4 J3 N *6 l0 {, {" W$ A4 f/ n' s
* This value is the agent's identifier.6 Y- h5 L1 F% }" |: A6 y
* @field agentID6 Z) I0 a7 j% J+ J* M' A' N
* * y: ?$ O- g, _4 |% Y2 Q */ 6 u7 |4 ?8 Q7 B5 S$ i4 ^' n+ i8 H protected String agentID = "GasNode " + (agentIDCounter++) * k5 P8 Y# W p- p 7 p; k7 i4 [: t2 b6 N /** ) m/ _7 n" m0 y$ }1 x% r) Q/ s * i4 P. Q; S8 a4 Z% g2 D
* This is the step behavior. / |! D( E4 l1 L2 z * @method step0 a! c& l" _6 {6 }
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*/ ) q9 A, J7 [& ?) T8 X% D7 T' J @Watch( + [9 s) m5 H- q/ b) n k- S watcheeClassName = 'infrastructuredemo.GasNode', b4 {1 g; s5 o4 T3 e2 g: l# V
watcheeFieldNames = 'pressure', _% I; M7 ~/ R5 R* J query = 'linked_from', - o* I2 W \* K. F# _! e& `+ G8 D whenToTrigger = WatcherTriggerSchedule.LATER,1 V5 J3 i1 E' c' x ?
scheduleTriggerDelta = 10d 3 _% p( v& O# e) I/ @ ) " j: {8 l9 M; t8 k! M public def step(infrastructuredemo.GasNode watchedAgent) {0 G+ q! J5 f N/ F! e+ J& t/ L2 W
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// Define the return value variable. u* z, h3 ?: i
def returnValue : V* j& n, p! t# `' R' y ) w1 D0 K! W% H* V( p // Note the simulation time. * p7 E* E- O8 a. z5 I5 g& g& ] def time = GetTickCountInTimeUnits()( M* Q4 P& D1 O
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6 ~: H6 v1 j5 {8 Q1 l // This is an agent decision. 9 u9 M4 h/ s8 a) X! } if (watchedNode.pressure<200) { . z: Y6 r' D" s5 Q( G4 X" d* I0 k' ?/ D
// This is a task., A6 p9 V5 ]( e( o7 d8 z+ i+ y
setPressure(watchedAgent.pressure)/ o4 H& B6 B, f! v! B
; D' @& J7 J/ ^; Y; J } else {0 s' r0 u3 K8 K) a
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// Return the results. - b1 R. A3 L1 [, q. A) O return returnValue* W* E3 Z/ W+ w2 o
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5 d8 U, X, W6 H3 a5 _5 j /**/ V3 [; j0 S, D
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* This is the step behavior.0 j$ T4 ] m3 ]+ m/ W! p
* @method step3 K {6 s( A4 g, `3 y0 g
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*/ ) m" i4 E! T4 ] @ScheduledMethod( # I( l, E/ m1 H4 @1 Z start = 1d, 3 |% a! u0 V `& M9 g4 n+ b: q/ _# s interval = 1d,1 z8 l6 e+ D: d' _6 I3 |" b
shuffle = false : m! L6 {6 D' J+ ~: f& \6 z; d ) ) f; _, O. X' L; u( R9 C' o* I& j8 `/ l public void step() {$ G; a! p& T1 `/ L( D9 @) L7 |
, c0 e8 D3 [% Y" V // Note the simulation time. 1 W* a* c3 X+ v9 D+ V. { def time = GetTickCountInTimeUnits() G. d! i0 K" [& i- j8 e9 s: \* e( m) D
// This is a task. 3 Z- W7 c; u2 N V/ Z9 |# R measurePressure=pressure+ RandomDraw(-20.0, 20.0); I* G2 h4 p0 c ^' L
// End the method.( Y, u( J8 ^2 L Z$ Y: Y
return/ y% [; M1 l# i# R6 E