; f" W+ _0 e8 l( @ |7 O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ) h% X+ ]3 H0 E4 j M public double getMeasured pressure() { 2 C( A- J, `& k: {5 a return measured pressure . V6 T/ B1 T1 y i2 m6 P } ( M' s+ v6 L E( }0 _3 | public void setMeasured pressure(double newValue) {# _6 O/ e5 R; G) U
measured pressure = newValue0 f B2 b/ J r* G
} ( ` C; s; H6 Q public double measured pressure = 00 n+ B7 X/ Z! O# U
( H6 ~4 c# S! q /**( D) E) c3 L+ m9 K, f6 y
* 1 h& k9 O) b' f: J. ]2 O6 ] * This value is used to automatically generate agent identifiers. : r: u$ X3 \! n. j" i8 Y" D * @field serialVersionUID2 m" |1 {6 B# I( `, \
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private static final long serialVersionUID = 1L- f2 u( g, r5 P
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/**! l) T C1 [- H4 A! z( P
* % n+ S5 v i# _$ N * This value is used to automatically generate agent identifiers. 6 ^* U0 y; J0 ^0 O& l * @field agentIDCounter0 _! t) ~4 n* x
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protected static long agentIDCounter = 18 ?$ M; `/ A$ ]! U7 @- s3 T
0 z3 M5 U$ O! I E4 L /** 1 p! y3 ~& k3 P * ; D8 J# j# u2 c7 E3 B- U# D * This value is the agent's identifier. ! t% I& d, A& B2 K' m1 [& { * @field agentID5 y" E/ y2 Q2 ]3 ]
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protected String agentID = "GasNode " + (agentIDCounter++) $ C$ w( G2 D& J; m: O- a& g+ U 8 V+ I, N' L/ c) w. H5 M r /** % C+ f( E( U! @" X *# [6 w) D! x# y1 ^
* This is the step behavior.8 w) d2 d1 v! u+ o
* @method step5 |2 ~- z6 e5 A+ O) W3 E
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*/ " V+ k. x2 T# T6 ~& W8 P2 T/ A+ D @Watch( : H- ^, a' z* _4 k4 D, S3 k watcheeClassName = 'infrastructuredemo.GasNode', r$ X8 L) m, N7 W
watcheeFieldNames = 'pressure', , ]9 x' l/ S; v/ @# m0 G, ?8 M query = 'linked_from', 4 r2 Z. J* m, k! ]4 w( H whenToTrigger = WatcherTriggerSchedule.LATER, $ d* {7 y% d% |) O# X4 K5 ^. { scheduleTriggerDelta = 10d * X& w% |! T+ ] f5 D/ u ) 0 l- L/ F# {4 X2 ~. x& M2 s" ?0 d+ h public def step(infrastructuredemo.GasNode watchedAgent) { * T5 J1 k; ]6 N( Q& l7 o w) u1 {8 l' U
// Define the return value variable., B3 U+ |+ s7 |( }
def returnValue) F- J1 Z* E* k2 t
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// Note the simulation time. $ i$ E" p& G/ J) ?1 l3 u3 W def time = GetTickCountInTimeUnits()+ P4 t' O1 P3 @
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4 G4 ~) R {( V1 [( D" M. Y0 F // This is an agent decision. & ^- I8 ^$ Y: k3 u& v: d1 p if (watchedNode.pressure<200) {8 A/ D" R2 v0 V [6 t
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// This is a task. 1 z q) k9 X) D) i; a setPressure(watchedAgent.pressure) , O3 \' b [0 {/ U7 t" ]% n: n) F! v; M* J
} else {2 f3 Z4 v0 ]# F" _8 X
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- Q2 B4 [- `# A/ B% x* g } 3 `6 Y- [$ U/ K- ^) o7 d9 C // Return the results.& X( t% x7 }1 t/ E) P. [
return returnValue 4 l! p$ x! |- H! z/ `. ]" X - w% O( [; I8 Y6 J; J! c }# R3 X2 P$ [$ ]5 G& B
3 m1 i. D2 m) q. U+ B; P /** : _8 f/ _- t6 _! V3 q R * # e8 `$ W) X' {7 z1 h2 A$ |. s * This is the step behavior. ) r- K7 k3 \5 f0 w/ u( ] * @method step ' i" i8 d b Q2 G' I1 i * " D& H. d$ D0 [/ F */# G- Z. j2 C; U8 w) ]
@ScheduledMethod(6 X' I& S, M. F/ \. X: n1 J
start = 1d, 7 k+ b2 C# c) m9 o% ^6 ] interval = 1d, " L& a* o* m- _0 c0 E# S shuffle = false 9 x4 `' R, k; `0 e" t1 F )5 \7 k( D: w- |& e8 B8 n
public void step() {0 v6 A( D2 t: `8 \. h
1 k C5 b3 u! \5 h% I4 q // Note the simulation time.# z: M% f) b G) w2 N+ A) E& m
def time = GetTickCountInTimeUnits() 9 Y" {: J8 o* S7 Q2 w) t6 |. l) f! R
// This is a task. / { j0 g+ m8 {" K" ^ measurePressure=pressure+ RandomDraw(-20.0, 20.0) % x& c8 g% c# k+ T! n4 x k6 k7 Z // End the method.' f l7 z$ w. A) f8 p
return 0 ^8 Y! k* Y" k( }% [# @0 M1 R& s) Y8 a) ?+ e7 F3 B) I
}