" q" U' q% i& [3 B. u; N@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")) |+ u6 P" \" s" j9 A
public double getMeasured pressure() { ' c# \% N' {& t& |4 Q K* M return measured pressure & x3 s, v3 ?$ ]* V$ s } 9 l6 M5 a& h$ |: z3 n; }0 R0 j public void setMeasured pressure(double newValue) {3 O/ Z3 u/ F4 P. R( N
measured pressure = newValue # x& \5 U) t. K$ A7 x } , P. v) I* w8 @! F! Q7 j# i public double measured pressure = 0! I! v3 R* y) p3 s/ [+ G
% u L6 C0 W3 U3 D. l/ J5 } /**6 M8 M7 b/ I t' S& E/ X
* ; U; A: H& @1 o7 f$ u0 r * This value is used to automatically generate agent identifiers.% G" u+ t' Q* P7 F' ^
* @field serialVersionUID " H: G7 Q7 C( Q' j8 X" _* L0 Q *; {8 z, C6 f) b" m! I$ ~7 |
*/ 4 x5 S- _$ C* I7 E8 @$ H4 _ private static final long serialVersionUID = 1L 6 q( y) l% J( ]. z6 A! i. { 9 {* u E# S8 U2 l3 Q /** % \+ z1 z9 @: B1 f; i * 3 S G$ f" B3 T7 Z7 d& r * This value is used to automatically generate agent identifiers., v" ?% H5 ]$ M1 X6 ` G, |; a/ N
* @field agentIDCounter: Z8 j3 `% \1 @2 _
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protected static long agentIDCounter = 1 ! {( g8 \3 |! p( v* F + u+ N( h8 w7 }8 C6 j" A; E /**; I M/ L% W9 r
* V+ b7 X# G/ ^3 B
* This value is the agent's identifier. * p' N7 I* ~/ m% z5 r) U6 C/ _# _ * @field agentID+ ?* ]: O) d- s* F* {, f# h
* ' G$ p7 F* i9 N8 u2 K) u/ a */ 4 a3 f6 D( m- [4 x0 b( V' O protected String agentID = "GasNode " + (agentIDCounter++) 3 |, p/ w& O' u3 ~. Z' P- A x. l/ ?' k$ X( T$ ]7 {
/**% v _& _2 v: s6 @8 B! x# l; Z9 y% b
* 2 e; T' N9 c' I1 T8 S/ _. f( Z * This is the step behavior. 1 g) @- T5 x, W0 f, y8 f * @method step s. }( A1 Z0 @+ K' h
* " y; b9 f+ h: X& i! w5 V! j+ q */ 2 L0 n9 I" i9 L; M3 I' J6 ~ @Watch(( q/ @4 O6 k, w- e
watcheeClassName = 'infrastructuredemo.GasNode',5 P7 G- R$ l; a) J
watcheeFieldNames = 'pressure',5 g+ X' e* o' T5 j/ h) E% |$ L4 V
query = 'linked_from',/ t" ~% R |, o, R
whenToTrigger = WatcherTriggerSchedule.LATER, ! g6 A8 e/ T- c6 x1 Q5 O scheduleTriggerDelta = 10d 8 n O7 X* c' [' n3 ]% R# N# x ) 5 _; i# ?2 P* P+ ?: u% [& i' z7 c public def step(infrastructuredemo.GasNode watchedAgent) {( p8 d# Q, k6 h3 u
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// Define the return value variable. & g# z: o- t! F% f8 m def returnValue( q, d: j8 D9 f' J% Q
! z1 l. |7 m/ `2 |$ _3 ^) `6 {6 ^ // Note the simulation time.' O/ i, R. V5 P2 W3 V
def time = GetTickCountInTimeUnits() ' M6 B. G1 f L4 e 8 `5 N7 W1 M. r) J4 E+ U6 a: S# s5 g: X5 k
// This is an agent decision. ( ^" ]4 ~ D, _5 g( S7 s( J if (watchedNode.pressure<200) {; }, M# v) O D* L
3 s6 c/ X* e- l" v( \4 ?+ r // This is a task.- m! v4 s3 ?, l" k; ~
setPressure(watchedAgent.pressure)5 s2 A" a# N4 |2 ]+ p
, A1 Y1 Q5 m' l" m% u7 V# W
} else { 3 `% c5 s: D7 w1 E * B+ ?! V/ E! v# z) h2 {! B' f . c' |% g: ?9 H7 S } $ p+ s7 ^2 D! N! l8 ]3 t // Return the results. 7 o7 G, d% S5 Y return returnValue* [5 W: L( r7 L3 a+ B
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/** * C6 j# }' q+ U6 {: i * o/ P) j+ Y5 F' c& q * This is the step behavior.- x# u- _+ ^( {. ]) g& N, V5 B9 _
* @method step& d. D0 j" k, U; g# W. |
*# f8 l2 m- R2 p+ l& r- r$ r& j% \
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@ScheduledMethod( ; X+ c! a( _8 y$ s" w5 P: O- g start = 1d,1 p4 k0 f0 t: Z5 s/ ^5 ~1 t
interval = 1d," ^. Z1 V) D: V: j
shuffle = false + N! w! e w8 V B ) & K1 u# }/ [+ R6 u9 C public void step() {4 }4 c0 A, |3 t: j9 o5 v, w0 j2 s
& M. }2 [$ M6 l // Note the simulation time. G9 c( D; M& V0 G+ L% o1 h" a4 N def time = GetTickCountInTimeUnits()5 i" [1 i6 G( X3 j" V/ z( a( m% u
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// This is a task. " K4 `0 p# k4 N2 o0 ` measurePressure=pressure+ RandomDraw(-20.0, 20.0) _5 T R% ~" l8 \ W
// End the method.' G5 p/ L0 \! L) P6 @. Z
return : H4 C4 z4 d. S0 d1 I1 t, v" ~2 @/ [0 y- w2 T
}