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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 s' D% ]+ z3 ~5 `- y" j public double getMeasured pressure() { ( p4 i8 ~* U/ Z3 l return measured pressure! R4 x2 K! T$ h/ u
}; X5 r8 J$ l5 ~
public void setMeasured pressure(double newValue) {; k: Z; ~# |7 t& K8 _
measured pressure = newValue , [" e1 {0 S; j% j: [5 ^ }" M% J V# i& J( O! |
public double measured pressure = 0 * g( O% ]$ W& K- u + W/ m. x* d2 M /**" v/ [" r- J6 y
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* This value is used to automatically generate agent identifiers. $ S. y, h, z5 X# p * @field serialVersionUID. Z# @0 F& F6 @% l
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*/ 7 g9 S- ^7 r2 d; P9 q private static final long serialVersionUID = 1L0 l; U- l9 {) F* P( W
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/** * K+ B5 p6 w; r0 b/ S& Q */ i- T5 u) f. [9 ?; j$ k6 B( c# v
* This value is used to automatically generate agent identifiers.2 v# F" E s5 F: W
* @field agentIDCounter + L8 G1 `. m$ B: C ?) Z2 I+ V *6 ], W7 V' m7 l/ J, ^1 ^2 U
*/ # N$ |' ]( ?5 x2 |1 K protected static long agentIDCounter = 1' S: G& N2 b5 f! [- z4 H) a
4 b; V6 ], Y7 v) ]; q! b. Q% a w, d /**8 m7 t8 O5 v/ \/ v% \
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* This value is the agent's identifier.$ N6 c4 F3 U- [, M _/ h8 l# M
* @field agentID . Q0 s3 f N4 K' ~! ?' J( r8 x * / }( d6 D5 [! |! v1 O0 T */8 A# x) u. F1 Y1 ?* K
protected String agentID = "GasNode " + (agentIDCounter++)3 ]8 o. d+ |: F, o
?$ T' \/ I3 F+ w# | /**' K# n' T& o0 K y
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* This is the step behavior.: N6 b# z- F4 T+ B' ^
* @method step" k9 J0 V C' n% p3 w# P
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*/ . X* I5 [' W' | Z @Watch( " Y7 }+ K, R M4 z) x# e watcheeClassName = 'infrastructuredemo.GasNode',6 U7 \( T e2 c3 x( p% p
watcheeFieldNames = 'pressure', 3 R) _0 m/ T3 O k query = 'linked_from', ; G' G2 @) c8 [2 H whenToTrigger = WatcherTriggerSchedule.LATER,2 z" Z' G; p6 b. D) |' g
scheduleTriggerDelta = 10d: Y4 Z) Q7 A$ V6 r
) * F- L5 D0 _% n: P5 } public def step(infrastructuredemo.GasNode watchedAgent) { \5 I9 N! t- m& D4 t7 C H
- Y6 f- ?5 C) ] // Define the return value variable.& T: U }! H/ A2 E$ U
def returnValue 3 ?0 L1 X. J. G# d # C2 y b+ |3 Q( U7 E _ // Note the simulation time. - ?; q e" @' i/ T2 y def time = GetTickCountInTimeUnits() % @; h3 y: K, z& g r6 o1 `0 b9 s/ l4 W9 O4 N
( m1 f' h: p0 ] // This is an agent decision. 1 x0 a# o7 ~8 b, V+ D if (watchedNode.pressure<200) { 4 a7 _. k5 w. e 1 |; c4 F$ J+ r5 M // This is a task. 3 d- V8 g0 B3 l: h; N5 B( v setPressure(watchedAgent.pressure) 5 T4 o. g5 a# q0 c 3 V9 W. H& ?% | } else {5 c5 F; e) a$ Q: \+ s
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7 a! M. `8 T2 f: V6 |3 G: M; o# P /**" q; }5 _6 L J; t( c7 P
* + h: [! v' V0 B) a5 j2 I * This is the step behavior.- R- {! O( L8 C
* @method step 2 {# i- A+ n8 ]5 p *6 t! j8 p# L, w, \/ k5 W( \" Y* F+ g$ m
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@ScheduledMethod($ r8 E5 c2 O6 |3 B& i( O# ~: Q
start = 1d, 4 h( V* p" k# H7 m" S& O* t' q interval = 1d,7 g3 \; h. c+ s8 k6 S) I7 P7 w
shuffle = false1 S X- c% r* R) c
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public void step() { 0 x( v, A* X2 \ 8 E' I' t7 A% r. n2 A' N6 U; L% T7 B // Note the simulation time.( _* L" j1 d5 B# Q
def time = GetTickCountInTimeUnits(), X# y" Z9 d' k/ Z
3 U, p+ {7 R: B* k4 {3 ~+ O // This is a task.1 a- H! Q9 S- r1 ?' c* s
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / {* K1 n0 \/ p3 U9 z M // End the method. ; B+ ?# ~. F3 ^3 y( J- ?, t return. w# `1 E& I) i
注意,在函数step中: A# w9 ~$ m. _
public def step(infrastructuredemo.GasNode watchedAgent) {" w3 k. X. o. U4 y) G
//这里是watchedAgent9 ?! C3 \: |" o* H+ |
但是在语句中,你填的是watchedNode - z8 s( J, d% e7 y4 }$ k // This is an agent decision.! y" T6 g* P1 ]8 R0 N; G
if (watchedNode.pressure<200) { % h( R. p7 Z% n0 c+ j setPressure(watchedAgent.pressure)+ U8 Y5 H) B. ]6 `. \3 }: k. W
变量名称须统一,可以都改为watchedAgent