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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 b# f* X7 b- d! L$ |
public double getMeasured pressure() { ! m) y( l' ^8 K6 t2 T0 F return measured pressure3 G+ y4 _5 w5 `7 V h) C
} H0 F( g4 k8 l/ \) i# l9 e public void setMeasured pressure(double newValue) { ! D/ u9 s6 q2 b1 |$ u: h# ? measured pressure = newValue5 N7 G+ b9 X7 |7 y0 M1 C
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public double measured pressure = 0. V" f/ W4 ^" Q5 `
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/**7 S4 j4 `% L4 ?2 j4 m
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* This value is used to automatically generate agent identifiers. J5 n, j1 a8 } * @field serialVersionUID " q9 ~% N! }) V( I0 t. E; N: U *' C% X s- D; s, f- z% Q! j
*/ q% \' V' T) C0 A
private static final long serialVersionUID = 1L ! C; J9 D# b0 m7 @# Z7 O. x& r; n; B& s
/** , A! D0 p4 y* k0 b) r, d' W& d2 a * ' F: Q! T: c; g( i: E * This value is used to automatically generate agent identifiers.& `$ f3 u. ~" S. m" ^9 Y$ o9 v
* @field agentIDCounter6 z& U8 u, {" F
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*/ 0 @* x) \; P; E3 b! ]0 I8 A+ d- Z protected static long agentIDCounter = 1 5 j* b% Q4 Q( n, { 6 l! Y3 U: B* u1 R9 j# `, ^+ x /** ; s' i0 K7 j8 u *$ ?7 g; _0 O& ~0 c1 M0 n
* This value is the agent's identifier. / Y3 m0 |4 _: W; L/ V * @field agentID 8 U3 F5 ]- X }* S+ ?& g- R *% `# l1 m4 |& v- N+ b) G
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protected String agentID = "GasNode " + (agentIDCounter++): A4 u9 Q, j3 r0 M; X
4 ~' H9 S4 L- p7 [2 C; J /** - G+ b! x: l+ g2 @5 ^* ~0 d *1 e @3 G* _, k8 r
* This is the step behavior. 8 D) P( r( ]7 V. n * @method step ' c6 o& X2 w6 o8 `* K- m * " v. b- _0 f5 R% N */ 2 Z6 F. R# ^( K/ Z1 c- [% c3 K @Watch( , c6 T$ F; v0 U) c watcheeClassName = 'infrastructuredemo.GasNode',5 S5 C5 b1 S' B9 f! O
watcheeFieldNames = 'pressure', ; E4 z6 I _ O2 S query = 'linked_from',6 ?! ~9 B( M$ g# n# k2 R! X5 L
whenToTrigger = WatcherTriggerSchedule.LATER, * s# z2 c: ^- V3 e$ c scheduleTriggerDelta = 10d1 p1 q6 E2 i$ O; ]# v. t3 m; W
) . y& G6 k' L- R' q: y) d public def step(infrastructuredemo.GasNode watchedAgent) {/ K3 `' c* _% L1 J$ K0 K
0 H" I) ?3 y4 K* Y9 B& W; f ^ // Define the return value variable.- Q6 ]3 f( g, `" L' n
def returnValue ) q! D, {1 n3 C s0 W: c, C2 k) G // Note the simulation time. % v7 A2 @' a/ D/ ^& R# d def time = GetTickCountInTimeUnits() - n" ?: M4 R" n( V1 K9 i$ k : n& ?* o6 Z' b& R' P# v7 e& d$ u4 i5 I9 m" h: i
// This is an agent decision. $ m2 `. t( o) V6 B" B$ L. `$ u if (watchedNode.pressure<200) {$ t6 F+ S3 d, K2 o7 S5 c3 E
) P" W1 S% R9 h* K& Z/ c8 z // This is a task. : T. I. j9 O8 i3 O) @. {2 c setPressure(watchedAgent.pressure) 6 f, A+ w5 f+ c8 x6 T0 F. S& X * f0 w y4 a8 }4 s; e2 m" k } else {$ I/ |3 H8 S# e+ T
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2 k4 I x$ F- K/ t, |+ M4 S( h# l } $ ~/ W/ q9 \- D" c' M // Return the results. % e7 {& a0 w+ i1 A% F# I0 l4 W return returnValue s/ Q8 A, E( v$ O% Z% Q: p3 @8 F1 N9 H
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} ! M) d9 A( _! L( j& L # P3 k8 S2 I; q1 Y- E /** % ]/ Y g8 M" k ~2 ? * . H$ Q! U6 g0 n! X7 X * This is the step behavior. 4 ^9 k7 z3 M) O D! l * @method step 1 Z) {% k$ N: P, Z0 y; u- H9 x- w0 N * ! @! ~0 c+ L) D! b& C */) b, }1 R8 S% P3 W8 {: {
@ScheduledMethod(+ m8 T" {2 _* a Z
start = 1d," J5 M6 \' \: Q8 s+ n9 R H
interval = 1d, " {3 {8 g) s: A: j$ _6 O% z shuffle = false * y; p' E ]- L3 W) b2 d$ r& H: u )% {/ M0 B# D6 G$ ?8 I$ _- d
public void step() {" B$ m$ ^$ H0 U/ w, J# Y
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// Note the simulation time. 7 x- Z' u" N# m! t# ]) I def time = GetTickCountInTimeUnits()* Y6 x ]; W9 N7 f
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// This is a task.5 c7 G+ e; G7 N& X. [! b
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / \5 S, b8 }$ e5 Z3 ]. P( T // End the method.0 `6 R4 U$ H) A$ `4 r
return% G" h/ x. Q: F. W