+ l( T% g5 Q1 m@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") & C& k0 n7 \# C; b public double getMeasured pressure() {3 T: ^4 F: a: V6 i0 o5 a" x+ ]! E
return measured pressure ; `8 T/ [# E: }5 Y } . V0 h7 m1 \2 ~ public void setMeasured pressure(double newValue) {* w# C) A! N# Z4 x: h3 D+ p
measured pressure = newValue % x" a/ K+ _5 b* d# @2 Y$ _( y }3 n' U/ b: ] u3 T9 ]0 ^6 _, A
public double measured pressure = 0 ; i; d( \9 Y6 a8 _$ j; |( [) [- G3 D6 i8 D6 @7 q! Y4 K
/**! e2 @7 |' J/ p4 J
* . R; u. r o5 C7 L * This value is used to automatically generate agent identifiers. 8 B! d* X2 p j0 P) k" D& b! J * @field serialVersionUID * h1 Z/ n. B' X& {) ?, [ * 6 w' L: L. m: |1 A: A* r' T+ ]) B */ . J% a6 _' n( K8 [! T; g! D% c private static final long serialVersionUID = 1L $ V& ?) V% z9 n) E- A$ n. y4 N2 G: l4 G! m8 Z
/** # I$ L4 E+ f5 h9 d2 I, S * , ?% w0 P& P/ u5 |2 ^& S! D * This value is used to automatically generate agent identifiers. & C( v2 C, g. q7 e$ d; W, k * @field agentIDCounter * L7 L0 O9 Q9 |/ X) R e' Y * & u! u4 d( o/ U" o$ N! G */ 5 _& S/ Y1 @/ g9 _ protected static long agentIDCounter = 15 R6 T. V3 S8 [$ U" c: q
' \& [$ `/ W# U' n& l0 S& O /** $ E" l9 C" F9 E+ A *& f, m c2 s6 }# s
* This value is the agent's identifier.) g6 S, _6 j% j- e `* ~! n
* @field agentID( T- K. H1 H9 d- e. c
*. X+ v S h& O/ D% I7 o
*/ " e+ a3 p6 m7 a% R8 |6 a# I' \- |. N protected String agentID = "GasNode " + (agentIDCounter++)' s9 h7 k* t8 A A; O
1 p' R# D( P; d0 } /** ! ^2 z5 \/ d% t- o! i/ s4 H. X* x5 L *8 F) f% o4 Z& d1 J* ^
* This is the step behavior. 6 k( j5 y q1 B8 \/ u+ y# m * @method step u; {+ e4 G; W( c, L
* 9 D& r6 V Z2 @4 d! Z7 x */6 m9 _/ \% h3 i# b$ B& C! A! Q
@Watch(* S- C* U7 ]/ f( G9 U1 w
watcheeClassName = 'infrastructuredemo.GasNode', 8 Z5 {% T) o" o- @$ w! q/ v0 A$ p watcheeFieldNames = 'pressure', 4 I9 S4 S# q1 |/ ? query = 'linked_from',! H# S0 ]9 ]; q: M
whenToTrigger = WatcherTriggerSchedule.LATER, 4 o/ o* o4 X1 }/ I5 G7 v scheduleTriggerDelta = 10d + d4 ^ _# U/ L0 W( b4 m$ ^ ) 7 C/ _' C m p0 s! ^ public def step(infrastructuredemo.GasNode watchedAgent) {) Z. o% {4 Z. ]2 l
, z2 t; x5 P4 U. f* {: ~; `3 G9 ^6 @" o+ Q // Define the return value variable.( M! m4 D/ D9 Q8 o- Y
def returnValue0 V+ _7 y% X7 |; g0 D6 r S
! s+ w- u/ Q: e, C // Note the simulation time. 4 d, O" a. R! G5 N. S: c; p& ] def time = GetTickCountInTimeUnits()' ~- H! n# x' O
( ~) Q/ B/ q$ _( c8 \4 H" M! x$ @* E6 x' o' r7 x: H
// This is an agent decision.2 }- `+ j4 d) S6 P, H" t) V1 t6 n: X
if (watchedNode.pressure<200) { l% N0 H9 n- ]% v- K0 X+ Y& n" G4 V
; Z3 k1 \* }4 i1 k) L
// This is a task. # ?$ k# ~5 a* }; O6 {/ y @( ^; d7 ^ setPressure(watchedAgent.pressure) ; e9 t4 B( l: c/ J& I- D& M% |% I9 A# [ d' O/ n6 S! T
} else {4 R; Z1 l3 O6 C' d/ x" @
' a9 o3 j, W3 {2 b+ `; o$ d, O
5 f0 F# K% q6 f/ O } : T1 a' x% ^5 D. A i! @ // Return the results. + ~5 v/ A! d+ J8 k7 [% Q return returnValue 8 o8 e/ q7 \$ `- @4 N . C( m1 L+ K/ t5 |4 w& ~ } ! u0 f0 i, c, x# R& R b8 e% d: w% y- z% ]" M8 p& [
/** $ q$ ?2 \& t4 I2 | *2 r: C4 V7 Z2 K% O( M; f
* This is the step behavior. 1 |3 B1 V+ a) |3 q- R6 w" V2 k( P9 } * @method step7 s, A( \! Z) y' t1 g7 w$ J
* ( N% Y( x" e5 z. q3 H D */8 X8 ~8 x" [" i! M8 O% O, ?8 J
@ScheduledMethod(+ u! R% X* I& D; h: F
start = 1d,' v6 g: x0 } i+ X" M; X4 X
interval = 1d, 7 ]+ g7 Z5 s9 H# T( G7 ? shuffle = false - A T) b9 s1 h& r3 ~: K ) * D7 M( J' q+ ? {( v public void step() {% B# a x( W+ o9 Y; ?; T% Y4 J- Z
+ }* A: o4 g \" z! A // Note the simulation time. 8 U" V9 S" g7 G def time = GetTickCountInTimeUnits(); F6 t `: H7 \0 n
+ T: q% h7 T* C+ q' P' B8 Y, z2 {
// This is a task. + C. M6 x8 x+ ]& f measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; F+ o+ g; z) e6 b: {7 [) _ // End the method. - c+ B N8 J+ n return! X3 G7 S$ A3 Q% \! W
% P$ Z2 |' }1 P
}