# G# }' C+ D& f 9 U: k; g, y0 L4 E@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 N# m8 b: d# J/ X7 d public double getMeasured pressure() { 9 F3 D2 E* J: l2 K7 Q9 n return measured pressure 5 \7 r! ~' u" y$ M* A2 R5 ]6 K7 i } 1 f! [. U7 z0 v7 r public void setMeasured pressure(double newValue) {; u, I; w- g, N: e: ^3 I
measured pressure = newValue 3 r+ Y: T2 B% s) D3 @ } 4 J% \ X& }. B public double measured pressure = 0 : s2 v# p( E/ v% O, p* j . `% \4 M; n9 q$ e- m8 h' O /**8 |9 | _7 r: g' h6 D
* 2 ^! r; o* s0 K9 m; ^5 S& w4 m * This value is used to automatically generate agent identifiers. $ t% J3 ?' e" k6 O+ \" u * @field serialVersionUID 9 v [$ f+ [( {; m7 A) y9 X% G * ; t% q2 z% H1 x1 f8 g+ z% p( n */ & j! k- ^0 t& ]* c; \! J' B private static final long serialVersionUID = 1L 7 Y& k9 ]# \. i8 ^ 8 k3 S8 R; e8 j# R /**( V; s6 U5 ]( I8 d, J. j# x! [; Q) p
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* This value is used to automatically generate agent identifiers. / X+ B/ F5 ^- t0 Z" `$ F$ L) d& m * @field agentIDCounter7 G% g2 [! `1 n& z
* * I4 O) {. F4 ?0 G( v */ ; t) k: d9 k- D9 U9 ~, a" k protected static long agentIDCounter = 1. z. X2 b- r6 q7 X9 A
/ p% [9 ]/ i% j3 B- F! o7 Q /**! d8 V8 y0 D+ A- b
* & p, A& L' v4 o: M * This value is the agent's identifier.% V4 Q0 L( Q: Q& j0 z2 e3 Z
* @field agentID 9 G: f5 e( v$ n+ G1 f& K3 [1 }; o0 G */ m% g( \* L: Z( D
*/ : ?* y6 m1 G2 v/ k) Z) D( J protected String agentID = "GasNode " + (agentIDCounter++) `* F( H) t4 I1 Y) R$ r c o
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/** Z3 s7 e, B+ l# m4 D; ?8 P& A *6 w6 ?$ `' P8 b ]" P' O
* This is the step behavior. 3 `9 Y, R5 E# w7 y* a * @method step' ^1 S3 a \0 l
* 3 H' V3 p/ T# f- h" e9 x: W, u */ : w& Z8 T8 H$ J+ a/ i6 ?8 k; @, D9 v @Watch(7 e2 a2 u; ^% I: u
watcheeClassName = 'infrastructuredemo.GasNode', ; b& x6 g6 W9 @! D( a) R* s watcheeFieldNames = 'pressure',/ b; S$ V; c" o; G' X/ {6 d2 Y
query = 'linked_from',- F, X8 J( t: M
whenToTrigger = WatcherTriggerSchedule.LATER, 9 Z* Q& s0 T; `+ t% | scheduleTriggerDelta = 10d& n7 e9 w+ R( l' I) \# u' F, H% M- h
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public def step(infrastructuredemo.GasNode watchedAgent) { % d+ [+ C( ?6 M) i 8 t" K! [% p h+ u# l: O Q5 x4 q // Define the return value variable. 3 e( L& P- s/ M$ |! N. W def returnValue7 k: D% W. t9 A) s. \
P/ s- k* ~; r0 ?8 M) U // Note the simulation time. % l4 b* m/ n- ~ def time = GetTickCountInTimeUnits()( j+ L* N2 B6 X6 u
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// This is an agent decision.$ j" G8 b/ S! S0 V+ t( m$ A
if (watchedNode.pressure<200) {/ Q% ^, H8 d/ F l
/ `' e& Z. o# `1 b8 v. @$ H // This is a task. / n' l7 x$ B: Y( N setPressure(watchedAgent.pressure) 1 t2 |7 y, M: n0 m: f * J, L7 F# Y h6 L8 k } else { & L1 i, Q3 Y+ B5 Z% Z3 ^* M. k) ?2 W {0 _4 p
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} 7 Q1 d7 G" U2 ?6 a A5 X // Return the results. 9 c5 i O3 v+ \. J6 l; Z return returnValue 4 I) w6 o8 i( j, e1 c' }- t & F+ {. M/ V( U( j) g1 A }! Q2 a( H! z+ Q4 A: @: _; b2 d
- b: y. s' k- I4 e6 h5 w7 C/ Z /** * S: _5 C' d0 C$ U! y9 D d *- D& L; }) Z+ c2 P0 |( R8 `3 b
* This is the step behavior. # n+ J2 {1 N8 f! F * @method step # K! ~! u3 E( T! t: b$ [* [ * . L$ y9 e3 H) {% ` */% W5 E% J0 |( N. M+ R7 i/ t
@ScheduledMethod(6 [1 `5 F, x& m' H- m
start = 1d, ; S4 ~2 Y/ m4 |! P; ]/ m; \ interval = 1d,& H/ r) u# M& S0 }; Y1 ~
shuffle = false% T& O# ?& @" n# _8 s! S: q- G' i
) , A0 V+ q% j/ h! T! | public void step() {' y7 W0 j( {. n; T( u+ M' g
% }2 @! p1 O. U: I; H+ V
// Note the simulation time. 2 y v( y& f8 i% j4 S2 ]3 P def time = GetTickCountInTimeUnits(), K9 _) Q, S8 x, A% ^8 ]
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// This is a task.5 m' K2 l8 A! _& \( [; Q
measurePressure=pressure+ RandomDraw(-20.0, 20.0), |5 g" c& I( }
// End the method.( R2 E! @" Z4 R5 }: D7 E# C
return - \; v. p' k) d6 m2 D1 u$ `9 ~% }' J" m; ?- I g! u" U
}