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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") - t: D; c. `* \6 b public double getMeasured pressure() {+ v# ?7 \% h6 |+ n1 L
return measured pressure & w( D9 q! u8 c8 d$ C5 _0 {1 ^3 V }! ^) x8 F4 u4 \' Y: X
public void setMeasured pressure(double newValue) { ! F+ f0 [$ N" c& y4 q measured pressure = newValue ! }# q5 \* W2 D: ` f }) V& w5 Z: s% V( z9 G0 H
public double measured pressure = 0 2 l: c. ]* e _# H & M% V! c5 j; F& g/ e /** + Z ^) d: H+ p0 ^/ Q" P5 a0 B *% C( U; A1 B, E( H3 X
* This value is used to automatically generate agent identifiers. V/ E8 Z# l) y) J5 z * @field serialVersionUID ! d5 v2 A c8 C * r7 _4 _* v+ r */ ) i0 K7 u* ]7 a* l) } private static final long serialVersionUID = 1L ) \) q6 G j( ] + P, [8 y, r1 b, R" ~) w5 [ /** - Q5 ~0 D/ L8 h, U1 ^ *) K& W9 O3 F* N# ~5 U
* This value is used to automatically generate agent identifiers." p6 S3 n6 ?* t3 `$ K4 I
* @field agentIDCounter. R' U0 u* m) Z R
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protected static long agentIDCounter = 10 v2 c+ v# L. g+ K; h! i
; l0 j; ^5 u( @4 b1 g; I /** 6 f! E) \/ c4 t U& L, v" o * ; r" U# A$ Z. ?1 \0 Z; i, x+ G * This value is the agent's identifier.& R! E2 x# f G( y: N2 ?. D
* @field agentID8 {1 h) U8 r% m! O8 Q! K+ x* g
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protected String agentID = "GasNode " + (agentIDCounter++) , M$ t6 U# ]* a5 t5 n Z' K9 j6 n& } 1 V& A1 d) \9 b/ a7 c6 R4 F' h! P /**2 T6 H8 Z+ W8 g. E. W" z# n
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* This is the step behavior.9 m A1 z* F. n1 ?8 n5 m7 b7 S4 z
* @method step & B* @5 H2 v) ]' _8 _' v0 A: _ B *# i: ~# U$ q5 i6 C* t) E7 e, e
*/ g4 `/ Q3 z$ b6 E' O' Y @Watch(+ F5 S$ G: s1 R; W4 W
watcheeClassName = 'infrastructuredemo.GasNode',/ Y* ~/ s9 X' U n* [8 y( @
watcheeFieldNames = 'pressure', $ y( Q' _' O, |9 k5 S$ ?5 W query = 'linked_from',- k9 W0 P* l3 s E# o( \# K
whenToTrigger = WatcherTriggerSchedule.LATER,$ E' f- A# I- H* V( I* ]6 K
scheduleTriggerDelta = 10d 8 u. k* }/ I, e' {1 L: k8 {- R5 `7 g )) A# z0 _) s+ Z
public def step(infrastructuredemo.GasNode watchedAgent) {4 f5 h: Q2 E/ f9 ~
. X. C$ z4 @4 ^- B/ p // Define the return value variable. : D {. s# y/ A; e def returnValue' f) j8 ?. y' e( H6 N) M, A
* U0 @8 @% {# Q+ _& D- i // Note the simulation time. 3 N ^! J( G8 p6 q; h/ e' a5 T def time = GetTickCountInTimeUnits()& y* |& P$ j" ?1 [2 m, c
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// This is an agent decision. 1 Q9 q0 |$ }* v9 L' Y; P% f% G if (watchedNode.pressure<200) { % R4 y, I8 U1 K0 c: ~& _7 [( j2 {& v' D# [% n; q6 [0 F- i1 N
// This is a task. * S$ A- m3 j3 C. V$ e; w/ L setPressure(watchedAgent.pressure) / |. M7 v! I( V* n: Z 3 ] ^& ^4 f/ L9 b* L; B } else {4 C& ]8 j n2 i
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// Return the results.# F/ H3 c, N' u/ f7 c" Y
return returnValue " K* r+ W: X. i. }+ N( P W$ z, M$ B3 f" | \. o3 ?6 y- g
} 8 m9 S/ b" {6 `/ D : v) ^" W0 o0 h2 v /** % `( W0 V# | Y* z5 O. Z T) j- ^8 v * ) J; [4 |1 z( G+ f- @ * This is the step behavior. - [! m7 h$ f& ]! N * @method step, ]( T) X9 ^# ?+ \* r& r
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@ScheduledMethod(# G8 W/ I- w! [/ \& {: c( m
start = 1d,: u0 K: ?$ H H- g4 ~% K" c* M
interval = 1d,2 q$ H' S8 e6 Z6 d! _: y
shuffle = false 1 m1 T# s/ R1 H )& Y; f" x0 r4 p: p: {( N
public void step() { ' J* O. @5 V4 E' c4 b, g# j ; S$ q. l" h4 Y+ E% K // Note the simulation time. 2 Y2 r) u) W2 ` def time = GetTickCountInTimeUnits()8 O& ^* S3 M9 s: b! e1 }) H
8 S$ D7 c2 B3 K# o // This is a task. : R: r/ ~7 b. i) [6 U7 {+ m2 T( { measurePressure=pressure+ RandomDraw(-20.0, 20.0) " R3 R1 s7 [% @3 k // End the method.% }6 m) g% J5 B- `
return / i9 b/ @" v( v0 h- n0 c) f3 x, l. S+ ^0 I. F
}
注意,在函数step中 5 |5 D- s3 L2 u* D public def step(infrastructuredemo.GasNode watchedAgent) {1 N b( E0 P8 s/ x
//这里是watchedAgent ) T5 }! }2 M2 y# s* S8 c 但是在语句中,你填的是watchedNode , v, s! `4 q! m. o0 Q5 x' [ // This is an agent decision. ( y- H+ `2 ~9 Q# z- s9 D if (watchedNode.pressure<200) { 6 z8 f6 i6 l. U' y
setPressure(watchedAgent.pressure)" F M( i+ w( _2 k
变量名称须统一,可以都改为watchedAgent