/ [% k8 ` a! S7 O- | , k3 z" _# }( m% N@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ( O; ~/ P' b0 Z9 n7 Z0 _6 F | public double getMeasured pressure() {# `6 i) X2 y p& s5 n5 t
return measured pressure3 _/ ], q3 Y6 |
}& j9 P9 t: {7 [/ U2 C$ |
public void setMeasured pressure(double newValue) {6 Y+ L/ d2 d9 G# |0 p! x6 w
measured pressure = newValue" x3 I6 p% x% C
} ) J; v: J$ N; X+ I B: I public double measured pressure = 0 7 Z! B0 Z- \& t; Y% C" P/ ^5 J7 p1 o0 l" O: [* y \- q9 k! Y
/**' a( X, E S8 m1 z
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* This value is used to automatically generate agent identifiers./ k3 H& ]% N/ x+ M+ {
* @field serialVersionUID ' m3 t1 \' z4 _3 i * ' u: {6 D: K/ V6 i */; m. J3 u" d) q( N. `& b, ^; I
private static final long serialVersionUID = 1L ! j5 t2 n9 I7 }, ?/ E2 W 4 W% n( c. u1 T+ }# n" O6 ] /**8 J: X, s$ n% z3 J
*( G+ o& H$ e* n' N y) u
* This value is used to automatically generate agent identifiers. $ ?- p" a8 v8 R' } * @field agentIDCounter7 Z, U3 S2 z$ B, l$ O+ Z, ?$ `
* ( J6 ?2 E" _0 C0 `+ u */( x" d1 c2 c9 ]( L& `
protected static long agentIDCounter = 1 ; X3 [3 U1 E& U8 d4 I* @9 e; K' a: A7 Y, \- n
/**7 c1 \& A/ v! e
* 9 T9 R9 l: h8 m$ k6 n6 g * This value is the agent's identifier. - ~3 x/ _- f4 K h * @field agentID* v+ b: B- U, r$ m J
* 5 L0 v" J; O6 g1 h- Z */3 [0 \; j0 P& v/ ~% T5 H7 Q
protected String agentID = "GasNode " + (agentIDCounter++) 2 L+ I+ a% `, D( R+ d6 S # [; r# f( d0 z6 a3 R /** / \& {- u( W& H! a# y *- P' J- x( Y9 g1 a
* This is the step behavior. % M. l2 f/ `1 \* V2 B7 J* q- t * @method step % `5 _ m9 S+ K- F; e9 }" o * 8 \: f1 t# c, x7 X$ e: j */! r+ G6 L: ^5 d5 D% P
@Watch( 7 u A7 y, [9 q5 `8 b/ t) k8 w watcheeClassName = 'infrastructuredemo.GasNode',0 S2 {) z0 j$ S: l
watcheeFieldNames = 'pressure', 4 \' r$ ?# i# r# F" k8 Z% j query = 'linked_from',2 e( T/ o [5 q: [% S/ l1 p, p
whenToTrigger = WatcherTriggerSchedule.LATER,+ r* E8 n' _4 G9 v+ c$ k
scheduleTriggerDelta = 10d1 e/ y9 B/ i% Y! @% p0 L, C7 ^
)+ v# r8 E8 d3 M/ m) p
public def step(infrastructuredemo.GasNode watchedAgent) {) }- g9 }+ f- s4 y7 r
: R( L/ _) M' B0 v ~ // Define the return value variable.# v/ @/ _1 _4 i, |* v
def returnValue+ o! J `+ Y3 ]+ i2 A9 e. L
8 Q/ }6 _1 i+ v5 D7 B4 C
// Note the simulation time. 2 h. n) {1 W% K7 C4 `' x def time = GetTickCountInTimeUnits()4 [/ ?3 q' L. w! n% u& T
/ ~/ b. D% U/ Q v3 T
1 p u9 h5 q# P2 O% z2 I0 h // This is an agent decision. ) l; A3 P a' O if (watchedNode.pressure<200) { : V) m$ z# y% l" I. g) b( F% J+ O7 S* R3 U1 \; v# D, d
// This is a task. 8 h$ ]9 g5 h7 j* U. u7 q- _. O setPressure(watchedAgent.pressure)9 t, h5 s( r: U' K
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} else {# U5 f8 `+ `; w& k: \" N
2 r6 d9 i- Y% \. `! b. {" A
- B" I1 Q, v; N0 g /** 9 D% P: I) o1 s; |1 d( B; g *$ X$ t; l0 U" `& r$ R: K3 g
* This is the step behavior. * H* F; T6 z. d6 w+ e: ^ * @method step - e. ?: v- w3 T$ k0 x9 E5 O. [+ L *+ |; Z+ V: ^' a% G' u5 m" F
*/ ; t/ }. j. y1 X+ {& _( h# Q% Z5 m @ScheduledMethod(; Q( r1 j3 l7 F0 f4 B2 c
start = 1d,2 _6 s6 ?: \2 D \& D0 n
interval = 1d,# s* r5 C! q; s
shuffle = false 9 L, M9 Q# U( C$ H, z/ Q )) D7 C( I! v+ D1 b+ X6 J" l' d7 @
public void step() {: z, R) T- s! u8 G4 F
) Q& Z, w+ @0 p // Note the simulation time. ; d/ B8 I; u. C8 q* }* g def time = GetTickCountInTimeUnits() : {- U( e! P# g" k$ K1 e. N9 ^+ s+ d1 g
// This is a task. 0 J8 t2 r/ P- O- }' P2 J3 s measurePressure=pressure+ RandomDraw(-20.0, 20.0)$ o0 e! {- t) }' ~' r. ~- h
// End the method.: n. @0 c4 v2 c l& e& ^
return# ~+ ^, o& H3 Z% y; G7 V/ O
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}