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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; m$ {$ |: F8 c8 M3 D9 x9 b; h public double getMeasured pressure() {; Y5 @8 o- t6 v
return measured pressure $ x) z4 g0 w6 S1 z5 @' n }8 y' O- P7 U% Q9 f6 m
public void setMeasured pressure(double newValue) { 2 t, h. Y4 J+ d% b8 W. i measured pressure = newValue % G, D! o: @& Y& [3 S }1 C7 g6 d$ O2 Z$ T9 |' e$ [0 |; M4 z
public double measured pressure = 0 * F4 r4 O- s$ b* w% ~: y5 Z 7 y6 A5 ]# g) A- s( e# ]; O /** 6 f/ D# d, \% [0 u * ! h& |5 C4 p8 v I# ` * This value is used to automatically generate agent identifiers. / l4 V" f! H. o$ R; X/ r * @field serialVersionUID# G6 W; c7 f- \8 D
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*/ ( Z! X/ ]4 m# J8 Z) @9 E; E: i private static final long serialVersionUID = 1L 4 o) I( \1 r' a" K6 W5 H8 k3 Y 9 t) }) h6 t8 `7 \& p$ K /**# p/ v5 k& r) K+ A3 h$ y
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* This value is used to automatically generate agent identifiers." h7 ?! h- V& H1 [2 C9 N# ^- M+ o3 ]7 d
* @field agentIDCounter & i6 @' k) G0 ? *! K& t. P6 t! W) [0 \8 m; ]! O) K
*/ 0 u) |6 e' U9 R; `+ j protected static long agentIDCounter = 14 B. |) \% ~2 a* _/ T3 n
8 I9 r* S& r4 F: G) s) b3 S /** # Y+ c6 M y) q8 l% d3 b5 Y" [( E * 9 W) l7 V; J2 ? k3 V' ~ * This value is the agent's identifier. ! b+ ]; O9 S: e/ x1 W * @field agentID " d) {0 `/ [6 o6 Z) i% L3 u *+ b# g. v$ W$ l
*/ 5 y2 O( N; f& ^; r& f protected String agentID = "GasNode " + (agentIDCounter++) D: T! N1 h% o1 Z: r+ Q
& p0 r4 h4 N$ i& u /** 0 `4 \7 G) H( v0 T7 r * 5 M: N# g( L1 @3 m% Q * This is the step behavior. 5 j/ z) S1 |( Y# f) E * @method step+ D$ o- E% I$ w& |$ C3 k
* $ E- c6 r- C2 ~ */ 6 s/ g4 T, c X, K+ c @Watch(' f4 E; F: d5 G. k. ]- M
watcheeClassName = 'infrastructuredemo.GasNode',2 W7 q% k# v. n, i9 N2 Z/ \
watcheeFieldNames = 'pressure',& k* ~+ K! A3 v) {, e. b0 W% Y, ~
query = 'linked_from', S6 }( O2 m- x0 F# V whenToTrigger = WatcherTriggerSchedule.LATER,$ @0 G1 A) c* C. N+ \
scheduleTriggerDelta = 10d - b0 i6 g5 m: Y )# A) w3 q$ \! s4 Z' T" n# X
public def step(infrastructuredemo.GasNode watchedAgent) {' E& M7 y: v8 x; v; I9 G& v2 R
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// Define the return value variable. 5 L& U- f5 M; J$ w/ ^ def returnValue/ }$ [7 ?4 Y5 u, A+ }
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// Note the simulation time. & U, U4 j$ z+ Q! Q4 g8 Z def time = GetTickCountInTimeUnits() / \5 G8 D! d, l( x) M7 F ( V+ I7 D, R2 C& K$ R* A 0 i' B8 `) s5 j: y2 g // This is an agent decision.3 D3 U P% e2 X6 m/ c. n+ l/ R# T. o
if (watchedNode.pressure<200) {2 q0 ?" O6 I6 |
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// This is a task.- q( O- X, p8 h- m
setPressure(watchedAgent.pressure) + a0 B9 M4 ?; y4 C ` ( H$ Y5 r( F' n E, d } else { % _6 C( ~1 e4 _) U0 ^8 |; l' I8 t' |2 M* A2 v) P x
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// Return the results.' W8 c( }& @+ }- |+ T% f
return returnValue * t- \, O5 @8 O+ X4 {' @9 M2 S5 i1 S1 |4 j' M8 u$ c4 o
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/**! v# i$ V# X# o3 p
* 3 k! y! E, d5 N1 W! J: G * This is the step behavior. 3 D! G) L: k: f/ Q: a" O+ C * @method step) a/ @6 L# d, W! S+ h5 Z) O/ H/ P
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@ScheduledMethod( % K; s+ g, Q* Q: I% D2 _% s8 N1 J start = 1d,2 O' |" N3 Q9 \4 n3 g. z& l
interval = 1d, $ Y; ], H. ?' Z1 o7 B shuffle = false 1 J; i3 j8 R$ O& Q: b. l1 v* S )/ q& R5 u' l) T/ M* H
public void step() { " f0 I! `; g$ Q* N, j8 a+ N: _9 S* }% U0 q) p: G
// Note the simulation time.0 s* G# h$ l; i. U# i+ L K
def time = GetTickCountInTimeUnits()/ ^ P) F; z/ Z7 u& c% x$ ~2 W% g
1 ~* p: j" i7 |# k // This is a task.$ G+ b( }2 O. _
measurePressure=pressure+ RandomDraw(-20.0, 20.0) * p, _8 w8 O. O5 O. s // End the method. # H6 A9 a# A! ]1 g# [ return 5 D+ Q# G! E2 W, J' d : h5 |) V+ Z$ W }