+ J8 ^) C% V( t3 Z# z$ J /**& X% u* y/ T8 {
* ; H. p" S. j. R * This value is used to automatically generate agent identifiers. ) D# A0 n8 v. f# N * @field serialVersionUID , N1 M( L: l. ]" k * 0 m$ Y* }) Z) q" V6 }* c8 d1 b */ 3 p$ \' H& W/ k) \ u- B. I/ G private static final long serialVersionUID = 1L) d8 G% P+ } F5 r# j* ]: Y
9 k! m# z5 n; d( l /**% W1 \( }% H6 Q
* 5 o4 [; e. l0 V- G * This value is used to automatically generate agent identifiers. + m" w0 o3 q, x4 {5 f5 ? * @field agentIDCounter/ ^1 ^) M0 W9 Q7 h w- l1 J
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*/ ) H: k: f6 p6 j8 d, K protected static long agentIDCounter = 1. N$ U2 |( I. [# b+ m
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/** ( O. Q5 a) o, v/ q6 z" q6 Z' l, D *; v t7 ]7 v* P+ t0 h
* This value is the agent's identifier.5 ]- Z9 J8 b" S/ q, S& y' Z, l- c3 e
* @field agentID$ y4 e1 V0 d w* R: e
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protected String agentID = "GasNode " + (agentIDCounter++)9 U! d4 ?3 {) s+ N, n
- }' w$ U D4 p4 f. M' n* B /**$ J2 ]8 W6 E) v
* ( z# }$ g: ^0 g * This is the step behavior. ( @& F2 {! O* s& t * @method step; c# f) ~) y4 K7 |# z. h
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@Watch( / @3 B# ]0 x! I, m0 O' C; R c watcheeClassName = 'infrastructuredemo.GasNode', 4 U$ N/ k" F+ V# q V3 W+ n watcheeFieldNames = 'pressure', 1 Z3 }. ~/ C7 N+ j query = 'linked_from',2 w0 w+ z$ o: M% n6 A2 Y1 m6 \
whenToTrigger = WatcherTriggerSchedule.LATER, & r/ c7 @) E: S; M/ F scheduleTriggerDelta = 10d * c& @3 n8 T- ?, x+ h6 _ )* Z# ~3 a0 C& k4 V# Q% O0 V
public def step(infrastructuredemo.GasNode watchedAgent) {$ ?& z1 O* \& f2 S
6 Y; [$ i3 B6 S, |6 U' E* b // Define the return value variable. 2 U, N: G4 F8 h- @& W def returnValue & q( d. W) k3 o( k" v# W( [6 m+ V$ ?- A4 I
// Note the simulation time., q" W C9 }2 }/ Y* j. m
def time = GetTickCountInTimeUnits() ) ^3 { i$ G K4 Z7 y& u! j$ ?; u& F ! n) X9 s$ I' J5 S : m$ O8 n; S) T7 F G // This is an agent decision.8 a5 A5 l7 |! y2 T
if (watchedNode.pressure<200) {: H+ r3 m# [) h! p4 I1 ?. L8 e' M
, t7 a3 M5 F6 ?: V/ A) O7 q: H! O // This is a task.$ G# `3 @+ p, U+ j/ T2 E f
setPressure(watchedAgent.pressure)8 R- d- t1 y E) ?1 t- b
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} else { ! b6 q/ w4 y; Z. X- u \2 Z( M# ?. B
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// Return the results.9 |* q H/ g. J& P- M, l' N
return returnValue 5 T; h; t3 L* Z8 C0 [8 b6 |. C( i9 o/ a, y6 T# i9 {
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* This is the step behavior. g2 ^, k+ y' `* b9 t * @method step 2 m7 w. }- p5 i; ~5 I *9 Y: r8 H2 [6 A! Y" x
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@ScheduledMethod(2 G% w7 j; ~4 F6 Z6 L
start = 1d,; B$ E3 \7 }- Q. f1 S' m
interval = 1d, . \0 B2 @& B& J5 [4 u% ?! m shuffle = false 7 i9 c- U$ _0 h. _( d& V ) & S5 D+ o) d- W. o public void step() {/ ~1 J6 S. Y c8 w% m2 v
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// Note the simulation time. ^% f% C& W( x3 l; D! Z
def time = GetTickCountInTimeUnits()/ H A; R* l. C5 \
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// This is a task. % e, Y( W! B7 x# d) m# Z measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 Y9 Z8 R) q) c; Y5 B
// End the method. $ V. s6 h4 |+ T0 } return, T( z" P% v# K2 k. G3 s" T
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}