_' _5 i; K7 ]1 @ c: L+ Y' p G@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- M) T7 o& j7 m$ v& h1 l
public double getMeasured pressure() { d" L+ D. p; {% U" G
return measured pressure " r$ |/ v+ J, I3 Q$ v6 ? }1 U; `& L4 X4 l+ k4 F& M1 M
public void setMeasured pressure(double newValue) {. A! u: U- c. o" C
measured pressure = newValue - R7 A3 l) k3 {5 H- U } - G* ?2 I& C i( j public double measured pressure = 0 # u+ f6 Y8 u( Y# D7 I# u- ^ 7 d4 u$ Z, u: e% ]1 e, M" o /**$ h8 I+ ~8 c7 @
* 7 S, P: w' \5 H: P$ a, ]" C * This value is used to automatically generate agent identifiers. 8 x! y3 ~* {4 [, _' ~ * @field serialVersionUID2 }' I8 b. E0 |4 R6 p* ?$ t5 I
* ( f l$ N0 z- t. T- \) P */( T6 o, W5 B, S* ^# _
private static final long serialVersionUID = 1L( a1 O! ^& o7 ~$ d" I
9 D' d* g+ M2 D2 j) K C O /** ( i% H. b: A4 ]' X7 v * 6 z! Q# p& H+ m( @" k9 s: B6 W * This value is used to automatically generate agent identifiers.% v& C5 D: I. R9 a6 J
* @field agentIDCounter ( o# H |& u: k! Z* C$ b0 O */ g9 L0 ^6 T" K+ r" r& Y& I0 j% K
*/ ! i! C* E& ?# I+ m protected static long agentIDCounter = 1 . U7 e) Z/ K' j! ~% C) S( r8 u4 O9 Z% t" S: X8 I+ l8 }7 n" ]
/** & X0 [) x( A6 ~ z O! A * - S8 `5 T6 _7 l& E * This value is the agent's identifier. ) s( k2 ~& X4 \; W * @field agentID + S3 I& o& d8 G C ** E( r$ w: \ ~8 S$ `+ O3 Z) }
*/ # K( _) ?. P* x! P { protected String agentID = "GasNode " + (agentIDCounter++) $ T6 A' s' Q9 A) L( M4 p# _* A1 A/ Z: {0 X
/** 0 ~# E5 ]6 T* y3 X * 9 ~' e! c8 d Y) D! @' E6 A * This is the step behavior. - ?8 R% K3 w0 q" I2 @4 r7 U3 K * @method step 8 P' q' V. l6 f U- |3 b: V" v- ]. K ** ] P y4 R" _- C; Z1 u* t
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@Watch( ]' ?- x: B& c8 [3 v" R
watcheeClassName = 'infrastructuredemo.GasNode',) q9 S R- e( K1 [) N* v
watcheeFieldNames = 'pressure', % r# M6 {" M1 j9 [% ^6 C query = 'linked_from',# S; y" t+ W0 J, ?" f/ n5 }
whenToTrigger = WatcherTriggerSchedule.LATER,6 O- R7 w$ [, w ~( n
scheduleTriggerDelta = 10d u$ h1 Z5 q0 C; }1 {4 \0 \% B )) Y; w) \+ @9 ]' k! k( E
public def step(infrastructuredemo.GasNode watchedAgent) {2 V8 W8 f, m2 S5 Z6 J0 m
& U6 J( a) i7 ]* t. \ // Define the return value variable.2 n0 `/ c% ]# [" O( T$ T
def returnValue, y6 {6 F% I; {1 A) L1 `
5 v4 n3 v( |7 r0 ?" s. Y4 ~ // Note the simulation time.# O `; H2 R" T8 T& l
def time = GetTickCountInTimeUnits() 9 b) }1 d9 u* g0 K- w$ K 3 B. C7 {' b1 ~) _ # A1 k1 {# E; s- d/ u* Q6 Q0 f, b // This is an agent decision. 9 C! I6 B0 N9 l' H/ N) L7 k if (watchedNode.pressure<200) {( |* {; C9 {: x N0 F9 v. a
2 k$ R# a5 j# s$ C. }, w. R // This is a task. 6 Z1 G( D8 ?4 j3 @- T* z setPressure(watchedAgent.pressure) ' g3 o, i, `0 V q! X& w% k1 |- z: a
} else { , y; l: J. F; M9 ` 2 }) A$ y, }: e- e$ U$ A $ z4 R) F' K$ Q( O0 j4 ] } + E# B) z7 B7 C8 a% S+ F // Return the results.3 W0 A" Z$ H; r& I. S* b
return returnValue % d- T, |. e8 P, c; o$ V" _' N " c0 Q8 I: F: |4 ? }2 b) L% s" V, d s4 n* E' r
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/**9 {4 @9 M* h0 r: ?) Y4 q
* % ]. X6 f& t$ w8 ? * This is the step behavior.3 h$ _$ g ^. X ~- P
* @method step , R! ~ V; \; i( U *! {8 G1 O b( {& l6 D+ b( N0 u
*/ : v+ x- H; h/ g( Z( ]/ r8 H @ScheduledMethod( 6 S( q- q8 z5 z: L) b0 U0 ]1 p6 Q start = 1d,4 F' }# K( ]2 Q4 K
interval = 1d,* Z9 o5 @$ d Q& I2 e* s2 |+ u4 [
shuffle = false % P) ?, F o+ v: g9 u; z: `8 i3 t3 C ) 7 M7 X1 V& @; a) Q2 K public void step() { 5 ^; @0 u' z( B * I! S8 Z$ O2 E+ [* F // Note the simulation time. 4 L1 T9 T$ [8 `/ n5 a# ] def time = GetTickCountInTimeUnits()$ e* M, R, ~6 c# R/ e3 \+ b! D
1 O1 @3 ?$ E) `' h/ C: ^8 A2 H // This is a task.9 t1 O) j% z i5 k
measurePressure=pressure+ RandomDraw(-20.0, 20.0)& P7 |& D( ~! y0 V
// End the method.; o8 R/ E# e, ~5 K
return 5 _. Z X" H8 u7 T7 p; r; ^' B, z! I+ l
}