3 Q. q, W3 h y* b /**3 v8 t8 g2 r9 n N4 ~
* n2 F% r w7 H3 @
* This value is used to automatically generate agent identifiers. 4 t4 X; ^* b: n% o* I6 Y * @field serialVersionUID * F/ C$ Q9 Q/ J *$ U' c* Y" F; X% W
*/ 1 I1 y. V: f/ R$ d7 ^" \ private static final long serialVersionUID = 1L , u! R7 M; ?. ?+ |2 _: f3 R+ k8 [& T9 l2 d9 e- Y: \) f2 k
/*** {3 K7 Y( n" N% L
* . J) y! d5 t) b' G * This value is used to automatically generate agent identifiers. . h0 l2 j- D5 \& F* }2 D/ V * @field agentIDCounter ; J) m& y; ]3 } e8 J * 3 V! T1 n& r! y( L5 C */ 0 J! R2 F$ P2 k/ {( z3 P7 A protected static long agentIDCounter = 1& K! C# x" x' B( f" r( Z* I
: t; |7 [& `# }8 x G
/** . E. G1 q2 v; e8 g * 4 Z' _, C. s$ ~. r' x9 u. f * This value is the agent's identifier., ~8 Z* A& ~/ |$ l& Q2 O
* @field agentID 5 q+ p8 g+ T! W* ?4 D *; t6 @" Y# s9 C1 i
*/; ~! [6 a( f$ c1 R7 f$ q. t
protected String agentID = "GasNode " + (agentIDCounter++) 1 f' d9 F9 J& N6 l+ w4 N1 z & x6 `/ T# L, I6 G /**% ?* E t @' h* I; s( I
* ) a6 S) _. i; q# H# o0 L" x! b) c * This is the step behavior.) j, p7 a/ d) W: Q( G
* @method step' F* E6 c5 ~1 d* x: B |
* 8 Z0 @4 |% A1 U: c8 k7 e */ * ]( ?4 k* {0 ~ @Watch( + b- t1 s$ \- c$ R; O' D! j watcheeClassName = 'infrastructuredemo.GasNode', ; C! n% A) v# v8 S+ @) D7 Z4 m watcheeFieldNames = 'pressure', , v5 {/ |: D2 q( Y query = 'linked_from',9 O# n, z& M+ O2 R/ t0 i
whenToTrigger = WatcherTriggerSchedule.LATER,( _3 o: P+ Z. D1 G
scheduleTriggerDelta = 10d 4 s: |2 T; c- Q )4 A0 R, |% D% [' |* M2 k; o* k
public def step(infrastructuredemo.GasNode watchedAgent) { ; t1 i) Z4 t( \, } - Y, ~: D. @6 g // Define the return value variable.& O1 N8 c6 r+ D g* }
def returnValue - ?$ C- f8 E* a# S0 c4 S0 `' Y* w7 \: E" z
// Note the simulation time. 0 }6 N4 Y1 Z, a; Q0 I7 m, J* d' c def time = GetTickCountInTimeUnits() ) k7 I* ^" z8 c+ V- t : B. @0 z& G9 Y# a6 W 9 ^/ K. R1 X1 C' c6 u: D // This is an agent decision. / x5 J* t0 T8 i% C f, m/ P if (watchedNode.pressure<200) {$ s% x9 |* @* y6 t/ E% e
9 F" Y, x+ t: _' p
// This is a task. & h+ ?8 W. n' f% \; l. d setPressure(watchedAgent.pressure)7 O. b2 z0 }( _5 ~' F
, @ `* G% q: d" P1 ]4 B } else { % R3 w( y$ s; Z# c5 @2 l9 A : e9 v Q/ ~/ l2 j& }: Y4 F: Q a6 @2 p, m# O+ S1 L3 |" Z+ `
} " A$ Y! {7 w j' S; ] // Return the results.# S/ B; @9 ?- ?0 ]4 C
return returnValue % Y0 p* e/ |9 ?6 e7 q 2 Q3 P/ J8 f; J5 A$ x } 9 j/ E* t/ k: p7 B T' J3 y% C, a9 t. i /** ! g. i# l' d# u; I$ \. H * @; B7 P7 r( ~- F- r# U i7 P
* This is the step behavior. , c6 t( P! _' _5 M2 O- C * @method step 1 g5 S( C4 Z$ ^ *2 k1 i, Z9 A# o4 A% c* E) W
*/ / {+ \* C) ~& R9 r @ScheduledMethod(9 q+ v( F; X% r8 M( o- Y6 i6 M
start = 1d,8 }/ s2 B" E. x$ Q( \ b
interval = 1d, + { B; J# j- p- z shuffle = false- g) v4 {- u1 n+ E9 w! w2 |2 w
) 5 \- |2 e! W& g3 [6 c public void step() {6 l- `. Z+ Y/ M: A
4 c1 b# f% u9 @$ P {5 Z* s8 S // Note the simulation time., M- x, d6 e# {5 x
def time = GetTickCountInTimeUnits()2 b: C$ `: G5 p( j
, T" V u0 E$ Q9 } u2 m // This is a task.8 B! y4 B% H$ E: D
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! ^; ]# }7 V* t
// End the method.9 E: D( y/ `0 U% ~5 Q
return 0 k; f, o- M7 d" Z9 J: N1 ?) P$ q- N Y7 p1 ~+ n, e/ v- G1 D
}