) m- k# M1 K7 v, _( h1 I9 ?' F@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% ^) l! R6 b) h( J1 `$ @7 L; @
public double getMeasured pressure() {) `0 X! _9 x% o
return measured pressure 8 {1 f8 j) {8 b3 d }2 U1 C! N- d2 n' o4 l) C. X
public void setMeasured pressure(double newValue) { % R' |/ p3 C7 H [/ B measured pressure = newValue 3 ]8 J$ [8 p/ l' Z6 O( N# h }" Y& r7 D; i, J' F3 ^
public double measured pressure = 0 ' l7 S- y! R- F# ]7 V% d* {& H" ?! K+ v3 a3 W% z; W
/**# @* r" m& d$ u# E9 O- B0 g5 V) j
* 6 ~/ J- M- M) T9 K * This value is used to automatically generate agent identifiers.5 u! R5 i( R" t: Y$ H+ J: V
* @field serialVersionUID ; ^5 \0 B5 y1 R& @. w$ s8 j *. Q1 e, P/ L* a6 m- L
*/ 4 C) ? X7 r- l% d6 f3 r" h) c private static final long serialVersionUID = 1L$ g+ N1 W n6 K4 I% j' T$ H1 `& U8 n
( L# o1 H2 {" q# u! \; x /*** M% M! \+ k1 C' B1 i, T
* 6 f' @! u. G, Q * This value is used to automatically generate agent identifiers.* P5 w) V/ i+ S8 `6 Y. r+ U
* @field agentIDCounter . Z% s5 Z* |; s% A' A * 9 R1 }: q2 T' K- F$ u( m( N */ ( ]' s2 E8 X1 }* Y/ L% o protected static long agentIDCounter = 10 ], G( f& _: L& _/ }8 b+ C
- s5 Z3 @) r% F+ ], r% D. J /**1 i# j8 q6 c& f. B8 _6 S6 A. _
*' A1 B; H$ S& }. f f5 C. w
* This value is the agent's identifier.6 m1 h, k5 ?6 W3 t
* @field agentID( i/ @* d9 T+ h$ g1 D; C
* , z. N3 j3 C' I5 ]) M' R1 M' ^ */ : s! V9 N/ Q3 @2 B/ P% m protected String agentID = "GasNode " + (agentIDCounter++)( s1 x1 K9 L+ n. E+ }
?* [; s% n: ~1 G Z! C4 m W /** * Y/ f4 H: ?7 b2 t2 d# g7 e) M * / C; v1 K n' K3 N * This is the step behavior.' E1 F( {( Y6 t' f6 |
* @method step. s+ D$ X! P3 H$ w0 M" p
* - Q9 K+ v: D( n$ M2 U2 _1 o */( j* C8 e ^+ {+ f
@Watch(9 f5 y: {% c0 }% H8 t
watcheeClassName = 'infrastructuredemo.GasNode',9 M5 O" o9 u, t& D- L! o
watcheeFieldNames = 'pressure',4 o' O2 W* \3 N# Y0 U9 t- I
query = 'linked_from', * }" Q1 Z* F/ j whenToTrigger = WatcherTriggerSchedule.LATER,+ J5 c. N, O; w
scheduleTriggerDelta = 10d " r' a4 h, {- O5 g ); a' H2 y4 x8 r( P) l
public def step(infrastructuredemo.GasNode watchedAgent) {- R% A; Q- k" G6 e Y' L
]2 b x8 G" @, z# e1 e1 O
// Define the return value variable.+ N/ H, G" R! F. l* L* B9 U' T
def returnValue 4 K! p4 l5 N0 q; w* w9 E& G0 N+ @/ D- w
// Note the simulation time.% _9 I4 m; \: @, e O* U1 [* n
def time = GetTickCountInTimeUnits() 3 A( F" F. D3 g- L7 [" |9 @$ b. ]+ W# R
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// This is an agent decision.8 @4 C1 ~3 s' |3 @# |0 E+ D
if (watchedNode.pressure<200) { ! ^6 ~$ [% ^) M0 b8 W9 V K) d1 q% W& A- o& @8 B
// This is a task.2 N V+ [! p3 O' y& c9 [. \8 b
setPressure(watchedAgent.pressure)0 ?* I2 |+ v. d. A {8 Y/ N9 I
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} else { ; u ~/ ?/ `. Q- ]: B5 t0 n/ G$ H
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// Return the results. / D& i- b j3 s d: x- [ return returnValue% E0 s0 S: y9 V: }! p* Q4 J
0 ^! F; X) t' Q2 T' O: a! s8 j } : G2 W1 g6 N+ }) R/ F" ]/ u9 Z: e0 _
/**0 B5 m# N6 [. C) s' j7 u4 m& ~
* 9 [7 M) b( Y2 y1 q3 j9 G8 h * This is the step behavior. }; v/ c2 z) f5 z, r * @method step & Q: t6 ]$ L9 u3 S" Q *% E8 |* d* f7 C/ S# |1 A
*/; ^3 W3 W3 e4 |0 P
@ScheduledMethod( ' [6 L$ v8 o" c start = 1d,$ P" p' {. b* u/ X$ P" X. V
interval = 1d,- N6 m+ g% O! y" o0 y+ q' I" X" U
shuffle = false 7 n, m% v. O* q1 P2 Y- L ) ; h' d* ^1 d+ T* E public void step() { * g$ r/ M: |7 @2 a # n; R4 x$ t4 C$ j, O$ N6 Z // Note the simulation time. : u3 j6 L0 M. y$ `7 o def time = GetTickCountInTimeUnits()" `% L. ]" c4 g( B; w# i$ x q6 N
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// This is a task./ i* P m* p6 f V- U' P m0 L
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! d0 b8 w6 s9 Y( ]) k( [
// End the method. 6 b/ |. L7 B9 Y& O return$ R# `! j' {# z- }. r
" T6 J) G+ j+ T2 C' k7 X- s0 V7 H
}