8 ]8 Y$ @+ S1 P1 \- f( N1 y /** * `( m: j" i7 [- d * % @, k) S3 L& l* P% R1 A * This value is used to automatically generate agent identifiers.% d6 H) t" |; W6 y
* @field serialVersionUID' }4 j' g- |7 T9 h3 b5 Z% t
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*/ : z/ _$ [' I" _/ S+ p; k private static final long serialVersionUID = 1L 6 W( g- R. X1 o2 x4 z& \, w * \ f$ H9 x" w9 @2 F) E9 S /**3 F' s4 ?1 w* t) d0 K- g
* 8 c( z* T9 [) k5 u * This value is used to automatically generate agent identifiers.2 K8 m& k# n1 n( \
* @field agentIDCounter) E7 k1 V- q1 M- ]7 S; O
* ' [1 n0 x2 S/ G' j# R4 v6 F/ t */ & Q) F9 I1 p: B! q* ? protected static long agentIDCounter = 18 z& B1 Q T. I/ e2 M; a
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* This value is the agent's identifier.% y, I4 N/ O( i3 e5 E& m) t$ n4 J1 l
* @field agentID " O5 q9 l- @- ?- L j3 k, g *! `- c6 ^+ z6 a- N( `# d2 L
*/ # k- m; k9 H; x: H& O+ l5 Y protected String agentID = "GasNode " + (agentIDCounter++)( _$ |- \* O$ \( k: J& `
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* This is the step behavior. 2 c, R5 U+ c- F9 e R * @method step5 l! h5 _' G6 t$ [4 s
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*/ 9 Q+ b% A/ I( Y3 I @Watch(9 g. e( x5 a, H. s C& z
watcheeClassName = 'infrastructuredemo.GasNode',6 ]' I( k8 q5 u) w( k. H$ N
watcheeFieldNames = 'pressure',5 R7 t- z0 H) u X2 Q, ]; p, N
query = 'linked_from',4 ~9 h' i' E. Q# N
whenToTrigger = WatcherTriggerSchedule.LATER, ( H" X& w; Q" Y. N scheduleTriggerDelta = 10d 5 W& m8 l7 b$ ^: e, H' x )' F% T4 n! o' l! J
public def step(infrastructuredemo.GasNode watchedAgent) {" e- v' B, d* \0 C. @6 c
, }9 C" C; l$ |& n. H! V: {! ] // Define the return value variable.- x! E+ ?3 F {0 e. k1 ?
def returnValue 5 {" u; ]$ M$ `5 k* f$ e7 ]+ Y V4 M. h6 E2 O5 @) P
// Note the simulation time. 1 S( Q, A: r( [$ s3 P def time = GetTickCountInTimeUnits() 8 I, t. Q- E% H9 Y7 b! K4 V$ v% l+ D* B+ U
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// This is an agent decision. 6 C; D/ S4 h8 @4 H X if (watchedNode.pressure<200) { 5 _: I( L3 m, a& ?+ P" z" R7 I7 y, h- b
// This is a task.2 c- L! `: M& ?1 j9 A' f
setPressure(watchedAgent.pressure) 6 ~' O* @) `' P : _* p; r8 a2 v8 h" @/ H } else {8 @ C0 Q2 I y _/ l5 x. b
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} # Q- C2 I2 {! \ y# P // Return the results. 3 D: u) R6 d9 g! q$ a/ o return returnValue ; i+ C6 f, Y) M5 D ; B, m& L- P3 V+ g) z; a# i }5 B/ Z# x' B; N$ p) H4 k+ ^6 i c
" w" |! w7 ~ [8 M: Q. ] /**5 W9 x" j$ P0 f! i/ p9 X
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* This is the step behavior.5 O. s% d3 E9 k7 @
* @method step 9 r9 z a6 K) X% X C; e * - S7 z: b; G! T. J: ~ */5 C3 x' t; o g) B
@ScheduledMethod( " v0 {( i9 G0 u' _* a5 M {% T start = 1d,6 {' ~' v/ @' z2 i) } M0 j
interval = 1d,. T" v! o; T) ^- M: E0 \
shuffle = false9 t4 T) `% g4 R8 f
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public void step() { * k3 ~6 Q" f3 V' a9 k* R. { 3 Z2 l, E" N( P; ]- S3 r // Note the simulation time." n1 Z& s: j& v7 f& W- n4 f- r6 l @
def time = GetTickCountInTimeUnits() ) G4 b( `! r. W0 a0 O% T l' e Y/ m 0 _4 A- x: y5 O4 U // This is a task. # v1 V; R @' ~/ K measurePressure=pressure+ RandomDraw(-20.0, 20.0) * M8 h5 b s: f1 L/ { // End the method.8 z6 x; w. G6 J
return7 K' S4 f. K [/ y! @
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}