Q9 c( D% E. Z, k+ Z3 d- J * Z8 e: c2 Y% o# P; G( z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 L* _6 J/ x9 \% B public double getMeasured pressure() {- |- B& F- {+ d1 o
return measured pressure / G4 t- I) ?- s! ]6 t } : X+ t5 X: o2 D V# w& n4 Z1 a public void setMeasured pressure(double newValue) { ( c2 H$ r% L/ l3 ]0 v measured pressure = newValue 3 J0 z3 e. O6 |: S0 a2 Y, ` }7 }) O, g0 `" K0 O1 m* F5 q
public double measured pressure = 0 * u$ g( W, l% \4 d8 P, v $ S, H# @! o* W/ \$ p3 Z /**& M! F! c; O- n& f: i) n
*5 f' r+ t& {* _' f% V
* This value is used to automatically generate agent identifiers. + k- k2 |/ o% ?5 W4 Y$ H * @field serialVersionUID" v" M9 O$ V I6 C$ V0 e. n
* 6 @0 \' t( I6 w# ]" m */ : t2 I! E; w6 ^, W' e( w: R0 n" x* n private static final long serialVersionUID = 1L: L6 n# w O& |* M. N7 P
$ v, V2 G, i; @7 o; @9 R
/** ' q6 I& ] d$ U: T5 H * + a& C# ]4 f/ s$ w1 X! m6 e) C * This value is used to automatically generate agent identifiers.3 j$ ]% ]# Z) G3 I, z6 q
* @field agentIDCounter% j$ C) g9 f2 J, ?; q1 j! J& R
* : x5 w% o- J- y0 ` */1 I9 `4 C6 O! S" Y( w6 A& c
protected static long agentIDCounter = 1+ N7 \4 }) z, o9 V8 S2 D) r
! ^) }& c) \- _; d" W" K
/**/ h2 M0 M" P8 @" i9 P! Q
* % D+ z1 Z) f( ]% L$ D * This value is the agent's identifier./ N8 l: H7 O0 y" |8 n: g; [
* @field agentID m% Q! ?1 P9 h
* # g5 b& t9 o( S' Q4 K; ~ */ 8 h/ Q! _- A: f+ ^, c3 X' {$ D protected String agentID = "GasNode " + (agentIDCounter++) 2 ~* Z2 C( t6 f, D( Y! o4 w8 Q8 S3 s6 j0 Q! S
/** 4 ]5 S1 Q: j4 J7 d& w2 |& ], H4 ? * & a+ {. ~# C) N4 C6 c2 a * This is the step behavior. & q& f7 y4 u/ f8 A3 N * @method step 0 u' S7 o; S L *# V3 h0 r5 T) W7 X5 z& E' @+ x
*/# n# h- ~% |* a1 Q& h8 i
@Watch( * m0 b* f- O3 F7 g watcheeClassName = 'infrastructuredemo.GasNode',, z, Z1 O3 H) C2 G
watcheeFieldNames = 'pressure', 5 Y4 o: h$ z! R, B/ x9 _" j6 A v query = 'linked_from', 4 H( s+ _+ `9 w% ^* Q5 s, M1 w- B whenToTrigger = WatcherTriggerSchedule.LATER,; u0 ~: K5 y" ?' C
scheduleTriggerDelta = 10d % g! a2 A6 x% k- r+ z: {3 z5 x# V ) ! A/ f) ]3 b* b" A2 Q j public def step(infrastructuredemo.GasNode watchedAgent) {% E0 H( ?- Z. |& j2 T2 h/ E
$ o; o2 Z/ W8 L, A7 u
// Define the return value variable. : k3 Z9 R7 u: b- s def returnValue7 d( B/ Q/ A5 L6 R( q
4 K' L1 u' L6 e5 [7 c$ N4 m/ j9 d // Note the simulation time., n' I$ w6 G0 D0 y8 u w
def time = GetTickCountInTimeUnits() 8 t/ X: a1 x' L0 R8 u 7 G; C; \- O; ? J- G# A( T9 c, N N* Y' F4 g6 H
// This is an agent decision. ' F2 h' l% z( M$ d if (watchedNode.pressure<200) {! x5 ~& r5 ~( p* F
4 k7 U8 a$ i7 F' J) K // This is a task.8 K: D& p U. T/ n* V: k
setPressure(watchedAgent.pressure)4 O; a# p( R/ y
6 C; G, b5 X" B5 z* {+ w, I } else { : M' Z7 R) T" I & ^- \2 I% h0 G, x5 Q( Y, [! ~3 [% }2 R: Q
}* U. p g# J! S- e8 V% ~- Y
// Return the results. 4 M6 }& V+ r! ^6 g8 D/ ]8 S$ [ return returnValue8 f( } _& N0 J
" K! O7 H5 {3 H `+ r
}0 F3 V' M% X1 L2 V( a, p: O
. t5 f; \+ p' t. M) l) q+ r+ m4 U& _
/** , O+ i, S" Y! H( D *. A' \0 @* P1 u# D3 ^8 _/ d
* This is the step behavior. % k# v# ^" c7 G; L0 r, E2 \ * @method step ) U0 f }5 F, ~ * & {8 H, E8 i4 t1 g */ d5 U# u9 Y& E: u( `( `; }
@ScheduledMethod( % u6 j- ]* X9 X start = 1d,1 T8 Z2 u$ ~: `, K
interval = 1d,* o1 Q3 a& F1 v0 J6 T
shuffle = false + l& u8 Q! W4 }$ S )- n4 q. ^+ P6 Y& n) L, B# |( ^2 j
public void step() {3 o3 ]9 o# V* X, C* M% y. k( b
6 o0 U5 J$ |# N // Note the simulation time.( T1 m! B+ _: ]$ o' q5 O
def time = GetTickCountInTimeUnits() 3 e( x4 P7 [6 u8 U5 Y" r1 L P: }& I$ R% e, Y
// This is a task.4 e# v3 m6 J5 i
measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 `: u9 W" R! _* k
// End the method. * s! u5 g- t* t5 s, ~: j8 T0 U return" X, Q8 h. w" Z% G
1 Z) c% q* z. `3 [& D+ b
}