; \9 P" ?( y# i2 n1 `@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")! }) v; d% `4 J6 t C
public double getMeasured pressure() { 1 G) D" h6 w; m: C: t/ K return measured pressure 9 D6 d9 ~" G4 K: M% T$ H3 a& K } C- w% g# [1 [7 P4 G( L public void setMeasured pressure(double newValue) {3 j7 W/ C6 X5 T6 G1 J- g1 f# P
measured pressure = newValue 2 J" A6 m1 o" `1 M% M" S4 v } h E2 ~: \6 W& y% d8 S
public double measured pressure = 0 # F& `. r2 d6 L # T" I" p; ~; K% t A /** * J5 g& g# f3 v8 L * ' N- f0 [! e, h/ @/ K- | * This value is used to automatically generate agent identifiers. & I9 A: Y* j4 \( E * @field serialVersionUID " z8 I7 J/ f5 d, e+ O0 n3 I *2 F2 m! Y- c7 G) _ ]
*/" e. V }, ]: c, }
private static final long serialVersionUID = 1L & n% _6 S) ?/ p+ M5 U9 d& c2 _& R9 I) {. `
/**- K* g- z& Y7 i! u
* + |* U! d! e- }) } * This value is used to automatically generate agent identifiers.% Q& Z, N9 w+ k; g- k0 e- Q
* @field agentIDCounter# w% e3 w M0 R/ p" z* P/ h
*2 B, o0 @1 X W' Y
*/ 7 M1 b8 _* s0 f7 x4 c: W protected static long agentIDCounter = 1$ y2 c3 h# S/ }, r9 z9 D+ P
& l* }7 V! G5 Y
/**' P- ^3 @5 h! w1 L | t# N
* 7 ?+ B( L- @/ }2 ^: n v' _1 { * This value is the agent's identifier.! K/ ?* r1 B' d1 k
* @field agentID8 R& M/ P9 |( P- k |) U
** X$ ]+ A+ z- _2 K8 B) y
*/ / z# ^4 e0 G3 f* F protected String agentID = "GasNode " + (agentIDCounter++) * q- _# U1 B- T- a# x: I0 V " y' p, _# x7 H /** & B7 l- e# k* `+ |. O5 f3 W *: T' e4 X# | P( h$ H+ J
* This is the step behavior. , B, G, R0 _: X) I; N * @method step 8 K' c# z! Y9 I; B' b * . R" E, e+ Z7 k, b */ 5 ]/ H+ A' p: s! B* O. [, @ @Watch(4 Y$ K' L* o- k7 I/ C t: x
watcheeClassName = 'infrastructuredemo.GasNode', 6 Z1 M+ z! S+ `$ D. g2 O' J watcheeFieldNames = 'pressure', 9 n( u) v/ K7 U9 s. i; p query = 'linked_from',) ]0 w3 X6 Q) q* n8 ^3 t) g/ @! Z: Y
whenToTrigger = WatcherTriggerSchedule.LATER, . q( `) G2 B4 D scheduleTriggerDelta = 10d; r5 c, w' {' X- j! r
)6 O4 {& o) }: ~. `3 _. }
public def step(infrastructuredemo.GasNode watchedAgent) { ) W2 |3 K3 z7 v( v4 v 1 f9 R3 z* J7 `0 V // Define the return value variable.) m1 N( P7 N' c7 o1 p: q
def returnValue I9 R* R, g: @% ]6 i. x+ s' h: g+ ~
8 Y. E/ ?' u" \+ x" s3 X2 K5 O // Note the simulation time. 1 U+ n5 R* H' c def time = GetTickCountInTimeUnits() $ B0 M( V+ U/ v* s# } 7 o) ^6 M; z3 {" y& w- z" r . d M4 f! j7 r, u O- D" [# p // This is an agent decision.& a( s. _8 i7 b7 ~
if (watchedNode.pressure<200) { & ~5 Y) R! z) O4 }2 J" y* K8 ?- b+ G% p7 I% E1 B2 W! R- b
// This is a task.0 i- a( X0 r, m4 ?' P3 s- g
setPressure(watchedAgent.pressure)3 D8 I5 x3 m( {/ J$ C B" P) }% F
" m; v# r% d7 n, D. j
} else {& ^1 c! H! @/ `1 `% v4 g
. f. m- L2 f' K9 z, A" W, j- y
e9 w6 w# n4 \3 j1 j- I } 7 `) x+ h% k9 R# p // Return the results.& K# L, Z2 F- c/ z, t
return returnValue ; {3 o1 U8 [; L 6 A8 b8 g- ?2 R" s. m }# x# O3 z+ R5 N! v
1 z U! f4 p# U/ z /**# h( m9 D# F! l" a; Y* {! e
*0 w5 Q6 J# ~+ u7 o2 y; P- z
* This is the step behavior.: G! k, a0 B f8 P7 |3 C, l2 x
* @method step 0 |, G n7 L) s$ E ^* J/ v B5 o * / m3 |1 Y2 q* g */% U$ R( S ]' O, L- U4 T% R A
@ScheduledMethod( 8 r, U8 |. m3 `1 W start = 1d, _. Y9 h2 a% I T- @5 ]
interval = 1d,% u- V2 g0 \4 ^: c, Z. ~" O
shuffle = false 7 O6 k! Q' Y1 J- F: B% d& d- p )1 v D) z) n2 `0 ]& ?
public void step() {' ~' A. z. U N5 C
4 ^$ u2 O+ o2 `) l1 B4 ^6 o // Note the simulation time.& J3 m" `* k/ ^ ?( m! a, i9 P
def time = GetTickCountInTimeUnits()3 Y/ ^- t$ q% J$ A# X5 A6 ]) ~
( q3 ~( @* I u" U8 G' ?1 k4 T // This is a task.8 \$ h1 J' Y$ V9 n8 |7 W: a
measurePressure=pressure+ RandomDraw(-20.0, 20.0)% Y S* x2 t) B) ^
// End the method.# C! F- d8 z$ w: Y$ |9 ]
return . ~2 c; U2 x, R' q3 s. [3 n/ _% [8 P8 h1 a, Q" d
}