`4 B# H6 Q+ e8 i+ _1 f4 Y: [2 m+ R4 s$ m 2 S0 g1 t K# f( \5 e8 v2 _1 z$ }@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") a! T7 F: ~9 w, h n+ h public double getMeasured pressure() {# D: I. E. i. i$ `2 a! @* P; H
return measured pressure 1 Y- N3 r, ~4 `8 H } 2 D: z% J$ {! w1 z public void setMeasured pressure(double newValue) { 1 A, `. u- Y. G8 S; Z. R3 Z measured pressure = newValue. T' Z; L v% z1 P! X' A
} 4 g4 N5 p! c# r, e$ Q public double measured pressure = 0 ( \8 r. K# L" m" _; ^7 | * F7 X' l, t! f2 h, I4 a /** # c' h- u) y& r+ c" b * 4 s8 }1 p+ |0 y; P6 B" T5 c3 } * This value is used to automatically generate agent identifiers. m. M3 h' D5 ?& ~$ \ * @field serialVersionUID 5 q& o* G1 x( C8 Q * 7 ^- G/ h! `, g0 X */ - f; ^/ m, R G# O" \# B+ r private static final long serialVersionUID = 1L- G3 W6 r9 a4 j+ T2 y
7 P) M9 P6 t+ g4 I% Q* }
/**9 |2 v" O+ E0 o1 ~8 M% _
* ( a: I: n y+ y) W * This value is used to automatically generate agent identifiers.: h% ` d. Q9 u: S5 _+ \3 b+ m' A- v
* @field agentIDCounter - J/ ~7 o8 f! M* A& z * 8 m; D4 j2 m7 u+ T */. ]% }" ]: c2 |# }' J7 g
protected static long agentIDCounter = 1 , |1 L: p5 l3 Z1 d + S" _$ R _/ R4 `$ n /** . `* r% c& U. i X *# n) [. g ]/ y
* This value is the agent's identifier. 2 {5 t" y- c( i& }# P * @field agentID 7 B5 u) p1 Q3 }5 S/ ^8 L) z* f ** }* C7 {+ ]0 f+ }/ ^* Z5 A
*/ * p/ _# w% B" M8 P5 L: p* L( Z protected String agentID = "GasNode " + (agentIDCounter++)' S2 A$ u+ i8 r; i
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/**7 x7 K9 ~7 @0 m! {4 j% X/ ?
* - X. O2 i. F, K' m; P: R * This is the step behavior. 3 r2 n5 x" {; z4 s! z! k( l * @method step 0 O$ h: D# v* r3 g' G$ Q * ) g& M% O- `0 I */$ [2 R7 J# n. w0 X# k
@Watch( 2 p+ i' `/ s( }6 l7 v* f watcheeClassName = 'infrastructuredemo.GasNode',' h1 y9 g( I" O; S
watcheeFieldNames = 'pressure', % R, a# V. o) ~& } S query = 'linked_from',, [0 f8 J, \; Z" A, U( {- O
whenToTrigger = WatcherTriggerSchedule.LATER,$ o- g% Y1 e8 x
scheduleTriggerDelta = 10d# A/ ]6 s L( j7 q' \
) : E( d" c$ Q' X: C" v9 r public def step(infrastructuredemo.GasNode watchedAgent) { , |, A$ z" W, v1 U8 p- e1 |) J9 W6 |. B: \( z
// Define the return value variable.# U) R0 z& U( p! w* w
def returnValue ! U( b/ Z2 [" @( @3 \ 9 O: c, ]9 \! O( F. ~ // Note the simulation time. . Z# D' o0 i: ~# X& [2 u2 i def time = GetTickCountInTimeUnits()1 G$ B; I$ A: K J
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- x t. u0 c& t+ j
// This is an agent decision.2 ]% h" n2 B0 K9 U
if (watchedNode.pressure<200) {4 O0 l. p# l; ]0 ?; X7 N% P4 W2 M
6 V) J4 e( S/ @( E; \ // This is a task.2 p0 P8 P0 J g( q P) b6 C, m: {
setPressure(watchedAgent.pressure)9 s5 `1 ]) r2 u1 I. h" n
( t3 k% o, W Z: {$ x1 s! ? } else { 5 x( |1 y# N% \5 Y {3 ^5 `3 M# o: V. S
2 s1 d! C7 _' a- }0 H6 }
} 7 N; B1 n6 e1 q( d // Return the results.4 U/ {" a2 E3 e# u, e" v/ ~
return returnValue % R8 _; j ]7 y n. j9 K5 A ' y" }( v3 ^& z4 ~% y- ~& F } % L& j6 g4 m. X 2 r$ d' t" z6 O$ o4 k' y- a+ M /**. F5 @+ n! Z4 o& A) w3 Z3 `
*5 S( |) v. u9 A+ w. i: p% x
* This is the step behavior.6 l6 M6 W+ p/ X+ H
* @method step ' j! `( r& ]1 d0 [& m3 v *5 a+ r8 B4 z9 l) D
*/6 k8 Z9 g; ~( p
@ScheduledMethod( 3 L5 j0 k7 g! e$ Z start = 1d,; C2 \. {* J1 g8 `' k1 J3 _
interval = 1d, C% M4 g* |+ o1 Q! w% `# {4 y' k3 C shuffle = false8 F4 P! ?( N1 I7 J5 g0 K
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public void step() {5 n$ C1 ^1 k5 V7 D! D* J4 w) E$ j
6 C9 E) n" V+ G' y8 g* A // Note the simulation time.* i" t7 s: S8 j8 m/ U. O1 [. I
def time = GetTickCountInTimeUnits()- F; c) \% z/ Y
. d' q. c! t0 l. M. ~8 R: K1 @ // This is a task., X m- Z4 T- a, O( g
measurePressure=pressure+ RandomDraw(-20.0, 20.0); {% F8 Y# [* M3 e1 m
// End the method.! w, M+ c1 D% E4 _ e0 l) g7 ~
return : A! z- n- A: J! _3 I( Y$ R2 c- G. S 9 M& _: l: Q; P( Z8 U. U }