8 |7 \4 c/ }0 V9 D /**; p! e6 t0 s e: Y- m+ u' W
* ! s* a% z# k w, D8 | * This value is used to automatically generate agent identifiers. / L8 \# N- R/ L/ q$ E* _0 L j2 E2 l * @field serialVersionUID 0 ~- N0 e" |! f3 M- X2 o$ B *! v% Q: i9 J. b3 z9 ~
*/ 4 O, l' C8 ^2 Z& i private static final long serialVersionUID = 1L ! z5 w1 ~/ z9 C9 B" f$ d6 a3 A8 D
/** 2 X' V/ `' H m9 ^! |9 s *5 D. F ?, |# F) Y4 m- d' T" Z- {
* This value is used to automatically generate agent identifiers. $ S' R* }. l# f, [ * @field agentIDCounter - S5 R: G$ ~& H: t: c: J * ( z( N2 F- l$ } */ - @3 Y4 p5 D7 p% Z protected static long agentIDCounter = 10 L/ j; q& m( O4 ^8 _& t0 l
4 X- X* G" S& X! P0 X4 g# U) l /** / Y$ ?1 S% z! n+ k * ; w' H# |& m0 H9 y3 u * This value is the agent's identifier.: n" j3 O, @- s2 g3 O' T* @8 F
* @field agentID / Q, C' B9 M0 h4 G* b0 v3 {* H * ( @5 o6 A0 V+ G& t */& ?0 O$ x. n6 Y5 W* G% l. q
protected String agentID = "GasNode " + (agentIDCounter++) M+ W2 e6 I" Y* R - C% V t1 F2 G /** * g3 m' D- u5 f) H) x *+ e8 V( d$ M4 r$ ~+ q& Q
* This is the step behavior.( K2 ]' |& r/ Q& G
* @method step( Z M( D& h W1 W2 d0 P
*) @: B; q" M7 P
*/. W4 Q2 r# o3 R1 u% Y* t
@Watch(4 u) G4 d: Y2 U' N, |1 t- F3 y: p
watcheeClassName = 'infrastructuredemo.GasNode', W1 n) D- ~* s7 M7 k watcheeFieldNames = 'pressure', " u! g4 i: H8 o# }" X- X( L/ P query = 'linked_from', + g. p* I, R$ j8 b- V whenToTrigger = WatcherTriggerSchedule.LATER, 9 c }. Z- `4 @8 I: i4 \( l0 | scheduleTriggerDelta = 10d" N4 K/ I, \& T. H9 [4 f
) $ C6 J8 F2 A1 i) m& W- E- s$ V0 n public def step(infrastructuredemo.GasNode watchedAgent) { , r* G5 C$ w/ e1 G+ ^ / A. ^8 [% W' Y; Y- P( Y9 w // Define the return value variable.7 t! E3 P% l0 w
def returnValue # S# R( E( M% |3 O # B$ Z) r8 L. P4 l1 D // Note the simulation time. + _3 G; d% [5 S" @, j def time = GetTickCountInTimeUnits() , j3 a) W; C" d* i8 M! N3 @0 K! D* G: p1 W( {: \, w0 O+ U0 x9 \
5 f: a; L2 _: I4 i // This is an agent decision.- r" q) k" `8 ?/ T: r9 }) S
if (watchedNode.pressure<200) {% t& e5 V7 }: r0 Y
- c" ]6 G8 {6 a
// This is a task.& v$ X2 N9 i" r( H8 T
setPressure(watchedAgent.pressure) . I/ G" l! |( n2 ]- ]# U7 |/ N. n$ h! y' b
} else { . Q0 }7 f' E/ f _ ' y `* b+ q0 z# B1 I5 `$ v# M* V4 g @" U8 j" p
} / @" a/ A4 h! }) `* O // Return the results.% U3 W7 ]4 {! B9 C
return returnValue D* a# R; {7 q1 z" }. F' G& t( o1 c0 V% a8 s1 Z4 w2 _: P' C7 z* S4 M
} 6 b7 w! E% u, n. q, H) G o$ f2 y5 ?& ^3 d' @ {! Z- r /** 8 r0 \+ \( o; r2 m3 l *( y4 B0 _" \ ^/ D3 X0 A
* This is the step behavior.) r. R) w' Q1 R8 V0 E
* @method step5 X# B T$ f4 y
* . Z9 C' v5 D5 M */- C! p! s/ B5 O* Z0 \6 U
@ScheduledMethod(8 Q9 t6 o& _) |7 \7 x$ V8 {7 e! U
start = 1d,7 |- E8 x2 [# l2 f6 _5 y: [
interval = 1d, / i7 c8 Y3 e4 \6 H( z& k shuffle = false) x A! P* L" X% }# r2 n
)4 e! \' j9 i; Z4 Y. K3 l( q
public void step() { 9 J" ~0 H; w; Z4 a0 F- F. y" g : s6 m- ?6 s& W$ C // Note the simulation time. ; W; x% O- v6 e: r: X6 M. l z def time = GetTickCountInTimeUnits()8 O& e( p4 W/ G& a8 {7 k7 q% o9 ^* ^
$ |- ^) g; N5 E9 j // This is a task. : K3 Q0 ~$ o/ w. N9 }* b measurePressure=pressure+ RandomDraw(-20.0, 20.0)9 l4 h/ \, R* N6 w" l
// End the method.7 D) T" U s0 m n, r6 f9 c2 E
return* h P1 r% Q8 n: b