/ D: G. r' p1 [) D G3 N1 {& N. R! x, o6 C
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; F! i, X* j$ K2 N9 T public double getMeasured pressure() { 8 F- e+ S# ?( f5 i/ A3 ? a return measured pressure. i$ w. M. B! l& J
}3 `* c5 Z6 ^ A# I. B$ V
public void setMeasured pressure(double newValue) { / [8 |( k$ x/ u3 P measured pressure = newValue+ W4 n/ n( Y, b( c% d* A7 C
}. R. }# U4 ^7 L) G; [! Q
public double measured pressure = 0 6 c9 x, l1 S4 A( {1 `) c; C . d9 K, ]+ {" @ /** 1 U/ |) f! F) e& O * ! e; i9 {3 a8 O: Y! E- b * This value is used to automatically generate agent identifiers. ! i. w0 p3 y0 v5 z3 N * @field serialVersionUID ; D1 H* f+ H/ s+ u9 C6 `- q *7 b" Z, J3 n6 t" E
*/4 u& ]% Q- b, P0 T. Y, }
private static final long serialVersionUID = 1L/ {/ P% z8 v2 j% }
9 r/ K; |& x- v! \; l0 r5 f! Y3 X9 E
/** ; J* {/ S2 E, _+ [6 e; q8 r * ( O4 c2 J" t" y+ w$ ~! H! U( @; u3 S * This value is used to automatically generate agent identifiers. ; F8 j. ^9 m3 ^1 X) S * @field agentIDCounter " S% {6 |$ l- s F0 v: f * ' v) M1 g( c# W5 F( w+ x! p& ` */5 J3 g7 b, z$ o* U. s
protected static long agentIDCounter = 1! c' K1 s# E4 K" ?
) t* D3 B4 ~2 N) l2 ^; ]+ T
/** ( d4 R/ u; c3 g) V3 \7 }+ j$ k *" ]; w: S& V( m
* This value is the agent's identifier.8 y0 b: ?: x, @. N* h% Q
* @field agentID ; C2 I+ h4 c8 ]3 q7 ? * , @( u/ v5 k5 K */: O/ @9 L4 H. E" E" ]3 l! a
protected String agentID = "GasNode " + (agentIDCounter++) * L2 T, O. F& \+ B7 b - W/ z& ^- ^* u /**9 _6 i& p9 @9 l
* $ t! I4 u' e; T0 D3 H& D * This is the step behavior.% Y/ [/ V) q: H/ U( g; N
* @method step8 D1 ?2 Q9 e8 m
*5 ^/ ]& R9 k+ Q: U# q* A
*/ - b+ d" E5 n3 c @Watch(7 E" F, V) k5 j* y- D# M! D
watcheeClassName = 'infrastructuredemo.GasNode',' I' E9 |- j% L& |1 O! D
watcheeFieldNames = 'pressure',' J! W& o9 r9 W2 g* ]* c/ P
query = 'linked_from', 2 e8 b) l* C2 H3 g whenToTrigger = WatcherTriggerSchedule.LATER,; Y4 A1 ?* i9 y% O# r _# h2 l
scheduleTriggerDelta = 10d . } |1 E: C+ v2 Z0 t )! X3 _( _5 k* |6 T) @! }" y! }
public def step(infrastructuredemo.GasNode watchedAgent) { $ K: r$ ]7 R6 G' f5 I 2 X( p1 i4 s0 Z. e O5 j* b! I. c // Define the return value variable.6 s: W2 C# I' _% S: h
def returnValue: S5 w2 z9 a: J9 ]
4 |" e/ A, a- Y: T4 }8 Q5 Q
// Note the simulation time. 9 m0 f2 ?* f. c% U& ^ def time = GetTickCountInTimeUnits()! ~. E! z& e, B) i& t# d
5 k6 L7 [* j6 @4 m2 e. d1 Q+ D' M5 G) w. S
// This is an agent decision.+ Q- W* g, M) U9 K& |4 Y# y! _
if (watchedNode.pressure<200) {5 y; e1 y# d' E$ R8 {5 s( K8 J
% j, h; m8 R0 p L8 @ // This is a task.+ I: o$ e; v' _0 n
setPressure(watchedAgent.pressure)3 w z+ Z4 O) ^4 g1 x0 g
6 @1 r; l5 ^5 i `: Q# K
} else {) m# u$ l! @) v- D( g v0 [
5 p2 s) s8 G$ V2 t0 h( [1 X" E
4 \# K9 J: G A) t- E* L }3 t+ r& {* y6 Z3 Z$ l
// Return the results., {# U( c) Y! R, f7 q* e
return returnValue % N# R2 V$ J" l' f 7 B7 r z' F. D( ?9 R } & X. S. ^4 Y! ~, _# M- |3 ^ $ d+ `: W# h5 N3 f L5 v$ N$ [ /** 5 F7 o6 A2 j& H" v% V/ m *- Y2 I0 k" G# k# w+ [# }; i
* This is the step behavior.. N7 M8 [; S2 A) p" ]* R$ {0 E4 I
* @method step - v7 N9 |4 D( z *3 j g& q8 V( \0 N
*/ & D2 r8 z4 Z8 z; M; P' t/ I7 m @ScheduledMethod(4 s+ O8 a* G- e1 k6 s! _: ^" f! I6 e
start = 1d,: ^+ x; s! t w* l
interval = 1d, , ~$ O: C& b0 z: C' d+ M2 H2 k shuffle = false # g8 A# F- w" L6 G ) & C; n1 M+ X: p3 {0 e public void step() { `& ~" v) Z4 z; N3 f R' j/ f% W* m5 j4 N% A6 D B! U8 u& y
// Note the simulation time. . v/ \( s' l7 b9 S5 N0 L- J% a def time = GetTickCountInTimeUnits(): T8 T4 ~# a" m) {8 t# V; K& ?& a
1 ?2 j" }8 m; ^, Z5 B
// This is a task. , f9 n! h: @/ \; v* T measurePressure=pressure+ RandomDraw(-20.0, 20.0)1 z- d9 \% D7 A" d6 w
// End the method.- ?5 K& N3 s0 o- o# |0 _
return 9 v' j) J3 g9 @( ~, J% W+ G% ?" }& m% ?0 F6 C1 W: L- a
}