9 g6 G9 P' c9 C, p$ p9 _. ]" N- v; o! B4 B, x% U* Y
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"), }2 w3 Y7 v- j; A; o5 J* R
public double getMeasured pressure() { # l" A4 x6 N2 D. j p return measured pressure5 [8 \% n3 \3 N& f" w
}! k+ t' R7 O. W6 n/ ^
public void setMeasured pressure(double newValue) {7 Q" b, S" g' Y4 _& e( o
measured pressure = newValue & S/ T1 c. ?( B } 3 G3 q8 f7 [& l+ [3 u; v# i$ U* @ public double measured pressure = 0+ E/ q4 X3 u3 \8 d9 h! k J4 P
. z! J7 ~+ k4 }4 U! j; s
/**6 s1 o, g0 H: x9 q2 u E; b
* , I+ |* q2 y7 ^ * This value is used to automatically generate agent identifiers.: M- x+ O5 [ Z! M6 k1 d ?
* @field serialVersionUID; K! u4 ]% D4 e8 \4 g
*3 d) a+ a9 l: ^
*/: T* ]- t8 z2 W& e. X$ p; e# h, X. `
private static final long serialVersionUID = 1L8 @% o( l2 g% d$ {+ J8 t
1 l p: Z; D0 X$ l4 E
/** 3 ]& f0 B0 ^: K5 i% f. s; g5 V K- k *0 z# @. M( y/ |3 q8 K
* This value is used to automatically generate agent identifiers.3 |7 r1 G0 f) o* r7 ` X5 d
* @field agentIDCounter 0 g( r( i% D1 J, A * % c2 V3 p% ^2 a: L+ R% ` */ 9 n. }% F. Y; T( C; [ protected static long agentIDCounter = 1 k! J' \4 [- a* C8 d' o
8 R4 H4 u8 r0 Y3 Q; A9 Q /**2 U$ b( K% |" A5 `) y5 E
* # s- e4 h4 z$ T+ v7 C * This value is the agent's identifier.8 O+ B$ Y( f; X4 H
* @field agentID : \ p( Z) t- P- r) h3 d. J; w *! n% a/ {: Z# p; {$ ]+ V
*/ + P+ ~! Q+ ]# n0 C( D protected String agentID = "GasNode " + (agentIDCounter++) * {0 z8 k0 z3 k% I" J o+ P7 S( a1 b% g4 R
/**# i6 N. g3 r b5 y5 ^3 w
* ; z( |: u) W6 o8 c * This is the step behavior. 5 m" p% K5 O9 W, K- q2 i% ^ * @method step; m4 E9 ^7 C! I- I
* # d; u: O- e# N- I% H& w1 _& j */7 H' w8 c5 J3 J' [. Y8 H
@Watch( ; Z$ |) _: G; s' |6 c: E watcheeClassName = 'infrastructuredemo.GasNode',+ u1 m/ Z2 f, R* G& a
watcheeFieldNames = 'pressure',0 x# x) c/ h, o, c: a( d
query = 'linked_from', 6 y& b+ {. a( F$ ?1 D4 N whenToTrigger = WatcherTriggerSchedule.LATER, 1 y# ]0 d) N3 e& e9 j+ T0 m7 U( u: T scheduleTriggerDelta = 10d* f; }. e0 V2 I! m. M. M
)' ]# U" r( g* \! [0 T2 t1 R6 E
public def step(infrastructuredemo.GasNode watchedAgent) {$ E* M; {0 R4 L. m7 w& a
; B/ B( Z Z }6 v$ C# ^/ s // Define the return value variable. 4 _7 b6 p4 f; }- ?$ O% J3 k* `) y1 h def returnValue " s. J. B* N! v& {5 B% B/ r. E! X i9 K- K4 U5 S
// Note the simulation time.& r) w" R' T/ H
def time = GetTickCountInTimeUnits() # a& ?3 E& F5 ^ z2 y7 }2 v 2 n8 R5 ^/ e; n 5 l Y1 e+ m5 M // This is an agent decision. 8 Q5 |7 r3 v. @2 @2 a* j7 T9 ? if (watchedNode.pressure<200) {* [6 Y, |: P7 X: {
; k% j2 T& w) R* K3 i2 O
// This is a task.( K3 u q6 ?* f6 a j2 g8 G, L
setPressure(watchedAgent.pressure) 5 z- ^ d- |. O" c: p' Y , G& `! r& W3 H8 a* ?0 O9 e. F' m8 g } else {+ h/ s, W' Y! ?
. ^3 B6 p+ B3 A9 r9 E- @+ z' E/ K+ o: d# y% l
}2 H+ A) x: U3 o/ ^
// Return the results.# k# L! c: s& F, O' L
return returnValue ! U: w8 O% {" n; x0 H( t+ Y6 ~" Q n) q# \
} 0 h1 h0 H8 s- U& O/ h$ \3 r3 r. i9 l. s' K' H; c
/**. R" z: n3 i& c/ b5 h( u: |: f
*2 W4 u: s) L! ]3 @' h$ ^2 b0 T
* This is the step behavior.4 T: z* k& B: X6 j1 q
* @method step0 T+ `% G, ]8 k
* : j3 v7 p& j% B3 ^; i* h */4 Z2 J( v" y0 v( k, E
@ScheduledMethod($ v, Y/ K9 o2 @' ^
start = 1d, . d; \% [; ^4 E. p# B* q$ } interval = 1d,, j' \ R# x5 y) u: _1 {- n
shuffle = false7 @+ H8 q# u* ^9 K
)7 ^6 m! F7 s9 z2 {
public void step() {& L1 ^5 ^/ Z: ]( Q. P5 H
7 {; ~& i5 ~% m
// Note the simulation time. / t; _; w6 T ?7 Z, I. X def time = GetTickCountInTimeUnits(); ^8 Y3 |' u! L9 P3 N1 s& H* N
# M/ M7 }5 j, O* n$ N! x2 U/ G, B // This is a task. ' O, G( H' e6 v3 ~" \: R measurePressure=pressure+ RandomDraw(-20.0, 20.0) " j `& K l, M2 V) P; n5 h+ t0 }, k // End the method.$ ?4 l' V$ _1 y% z( H3 M! k l+ N
return 1 q; l8 X& @2 a( |# k" W+ W$ J5 k# f. I: Z& d7 ^/ F2 o' m
}