) C0 S7 D! ~4 F1 @- A- h9 B1 P& t& @6 t8 D: j, N/ k; o
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") & r3 }) U9 W/ Y6 g public double getMeasured pressure() { ' b9 Q' h0 t; e8 [7 l% e/ ~ return measured pressure$ ]& U1 N% F0 d, v j
} # L" H. ?# E4 B0 @. K public void setMeasured pressure(double newValue) { + t( |. }5 J$ A/ o1 ~' p6 Q measured pressure = newValue 5 l7 @! F- F2 ~ I, b, o- q7 J% E2 p } $ I5 R0 q: ]+ i2 e5 _* }* L" S public double measured pressure = 0 1 y$ a3 G `% P% c% _2 C8 O9 p, ], F
/**4 G: Q, A, L( y# Q# {3 \
*. |$ M x2 E% a
* This value is used to automatically generate agent identifiers. 8 w, A& s. Q- B * @field serialVersionUID # q3 S# _: n; y! \0 }1 b+ u; j# w0 g *& |5 r8 `% w6 h* {4 Y
*/" d: V" n' }5 l' k4 _1 n2 f
private static final long serialVersionUID = 1L ( L, E7 m) L+ b9 o* E1 S: ]2 @, ^! m/ b3 ^* Z5 b
/**. b4 s! w* ^! g
*! D8 I4 l. D, `0 b/ y
* This value is used to automatically generate agent identifiers.7 X4 n2 A9 m( t1 {5 \
* @field agentIDCounter% `5 n |1 ?4 U1 R
*; }/ u, T9 h) e1 A7 t9 `( J- B
*/( B+ A- r8 W { q! X# D5 B
protected static long agentIDCounter = 1 1 N( p9 ?! r; V. }0 s. u5 y" _7 T 2 t; f, l1 Y; `' w6 k0 u /**8 r; S/ m7 X; n1 j5 v3 j6 R y
*6 y4 k: W1 p: \" `
* This value is the agent's identifier.. o6 `$ R0 x8 [& e' m+ w% o2 g
* @field agentID + H$ ^# J" C' L- V* o! l *6 N1 N# F) o- h" [
*/. ]2 w) X3 `2 H
protected String agentID = "GasNode " + (agentIDCounter++) ! n" v- u+ J& K ' t* o) \5 j7 R( _1 @- W /** $ B% Z! ?$ S0 g: s1 U% w L! c8 L *; |1 v% }' \" f+ V0 T
* This is the step behavior., k7 I: H5 c/ d
* @method step# x% [ n1 T7 O* B; c. ?4 @
* 8 r+ e1 ]/ U: b6 n+ O0 f( O# k2 ^2 N */0 D) ~ v. Z, C3 I) _, p
@Watch($ c9 b$ ~# l: ?" L. @" m
watcheeClassName = 'infrastructuredemo.GasNode', & @. r6 ^: ~% b) j- u7 z3 [ watcheeFieldNames = 'pressure', " n, x( W, s) F3 L8 y/ ?% a query = 'linked_from', : j/ b# H% i3 T2 z3 N7 z( T whenToTrigger = WatcherTriggerSchedule.LATER,1 Y5 d/ ^% `/ x5 Z8 m0 K% c/ K
scheduleTriggerDelta = 10d 7 u5 _; @2 ^4 a3 Q" v6 ~ ) 6 q- w% F, s' v7 ~' h. E; Q public def step(infrastructuredemo.GasNode watchedAgent) {+ F ^% |( w5 v& h
# A" [7 q2 G4 Q) |1 z
// Define the return value variable.5 A. @+ k( a3 h, U5 i- c
def returnValue 7 [, }! c0 P6 S! E" n% E& [& U & d# z$ ?$ W( d& `) { // Note the simulation time. S+ F# R: G* B$ _ def time = GetTickCountInTimeUnits() 2 z1 _) D5 |6 G3 a7 [ P: g4 `) i ; \8 B3 L7 I4 |% z7 N( h 2 l( M5 ^0 G7 t/ U6 F; k! N; v // This is an agent decision. ; E# C3 T7 j( [+ ?$ i& Q7 p if (watchedNode.pressure<200) { 8 p/ C' U# f6 T( O4 ~ & O7 Y! U3 k- _( Y7 _9 s // This is a task. 0 x# ~$ }# |* z setPressure(watchedAgent.pressure) ; h/ Y/ h3 U. n8 J1 q4 P2 g9 P) S$ N; `
} else { 5 I# X: N' P5 P' O5 B' k & X" R5 d" H d+ F 9 ]0 H& d8 Z& b" P( I, w. v } 5 y9 _9 I5 v0 v( }( [) c // Return the results.: B" |+ e, N& n
return returnValue " r5 y* X/ P* ?' `# b, T. q: E6 v2 Q& w- T4 r
}8 o$ x' y7 @! R7 d7 F" X
) _ U0 F" H- x. j" y {, h
/** ; l Y5 m+ [6 |1 m( Y *9 t& m8 e0 ~+ `: _& y6 `3 k9 m
* This is the step behavior.& Q% g2 W! M+ S! x1 g4 V
* @method step $ T1 Z# R. }! X4 N* I6 c$ @ * 7 C/ \! s: x6 {' { */1 ]. [8 o% ~9 _1 E2 z# s4 k% g
@ScheduledMethod(6 ?# {$ r2 k' z
start = 1d,- [' L9 [% |8 o4 f. w8 Z- N/ Q4 p
interval = 1d, ) T* ~/ y% I4 N _ shuffle = false ( M( Y- z: X% |9 Y/ ?, d" {3 S ) `8 w" t3 c$ U/ l public void step() { 6 A: a6 n9 V9 h% _( ^# m9 Q7 N7 d - D/ L* t8 \# l+ _/ g7 S // Note the simulation time., E$ }" x' l/ {5 } _% u
def time = GetTickCountInTimeUnits()- v& d. W/ U( K! g# D+ y
! `# u. O3 I( S: {) F" l, E9 o. R0 X // This is a task. # r" _8 k9 {8 u5 v% l$ m' p) }2 w measurePressure=pressure+ RandomDraw(-20.0, 20.0)1 l& J8 O2 |/ r5 M0 f1 R
// End the method.' d7 L( w% I% E" P7 B) H
return " j% \, l6 ^9 ~7 c j( x$ P: o7 Q
}