4 G. M0 r( D& V. v- R* i& G + }5 |. e% d* z' h@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 G9 {1 T+ J. O7 X% H
public double getMeasured pressure() { 6 b; b8 @; q' Y' E- }# O: H& L( h% K return measured pressure: A0 [3 b/ P3 C0 \% B
} $ m1 n6 {, |& L+ [ public void setMeasured pressure(double newValue) {( |( W& Z& m7 [1 U) N2 T
measured pressure = newValue - A* j4 ` M* y! s4 k! ~4 M x }5 o& ^% @: g. r
public double measured pressure = 05 ?9 Q7 A0 q3 F9 e+ H; L
4 \1 G' a7 f; m2 M% R /**, d: U0 `9 ~8 S5 C0 l+ C& `9 P7 G: }
* ) K3 F! @+ p: r5 O; _7 K * This value is used to automatically generate agent identifiers.; z- s9 t+ M9 U: w3 l) j4 H
* @field serialVersionUID+ C7 q1 W6 Y* X5 c2 \# G/ c. g" ?
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private static final long serialVersionUID = 1L* [6 E9 r% @2 N) B' m
' u: T* Y {1 K: v0 ^: g /** 4 ~2 |# R( R% ~* X" T *; ?4 K$ v9 u: A1 [! [# d0 g
* This value is used to automatically generate agent identifiers.9 }% Q, N( ]8 M
* @field agentIDCounter 9 r. [& U/ k4 b * 2 b" E' _. X( u+ ?+ R4 d */ : A3 ~0 f! N% ^3 E( c protected static long agentIDCounter = 1, W6 `! ]: ?! a" t2 U
d5 [' x% Y: J$ W7 ^ /*** q! m4 s; n# G' Y2 b! B
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* This value is the agent's identifier. 8 ~% Q; o- K- y }$ P0 I! l * @field agentID" Y" j. @# n. `. `9 \# k( r6 K
* 9 A8 M# u# ^: q1 R */7 K* n6 H/ P0 V) d$ ^
protected String agentID = "GasNode " + (agentIDCounter++) y2 V3 d: m- @, F$ |3 s1 ] 9 n% @2 d H9 m& B5 x* Q6 E( M /** , D! U% s* G k7 X+ d: \( R, w% L * 2 L3 R: Y0 P3 [# N2 }) a2 ~ * This is the step behavior. % ~" q6 Q! e# B% t' n# K * @method step( v# Z% \2 y3 ]' j1 F8 r
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*/ ! S8 j/ `, T$ ~. B5 f @Watch( , ]$ ~. b! Q( x" @$ _ watcheeClassName = 'infrastructuredemo.GasNode', $ D5 p R7 z: t, \& F watcheeFieldNames = 'pressure', " z1 D4 A1 V7 B) M8 _$ h1 ? query = 'linked_from', , o3 c. f. b# Z1 N9 o8 x+ j whenToTrigger = WatcherTriggerSchedule.LATER, 5 {) }. m) R: T3 q3 g$ d scheduleTriggerDelta = 10d6 h% @% j- I6 w& M
) 1 @4 y1 T! q/ K& I0 ? public def step(infrastructuredemo.GasNode watchedAgent) { ) ` F! u6 G5 b! N9 W+ o6 z1 a* h! |
// Define the return value variable.$ p; z+ t5 z0 W ]9 }0 O: d! j
def returnValue + \, }4 I. l) w* v2 P8 K6 y+ T" Q" W' h" ~; b% U/ H% ?# `
// Note the simulation time. 1 K; g8 N' Y) L! ~+ n1 Q def time = GetTickCountInTimeUnits()! P* ], y% Q) ^$ w
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// This is an agent decision. : ~- h# K% l, l6 B/ n" Y, U if (watchedNode.pressure<200) {6 A/ j$ L+ Q8 k S3 d
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// This is a task.4 V- V) {( V/ O7 k/ K3 D( F
setPressure(watchedAgent.pressure) 7 W( E. W0 i5 @* h0 R H. g, \( v; h
} else {* P( c( ]* k# U
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注意,在函数step中" G4 g: g' m% |' M2 o
public def step(infrastructuredemo.GasNode watchedAgent) { / N. ~7 G0 z4 h( P! O( ]2 G) i //这里是watchedAgent 1 m4 S. D8 B' L2 {: j: j' k 但是在语句中,你填的是watchedNode ! C) \ a7 f W7 s* P8 o/ s // This is an agent decision. 0 K) s6 x' J$ y$ z) ? if (watchedNode.pressure<200) { 0 w( d- C V( v u setPressure(watchedAgent.pressure) $ J; m4 s7 u$ t1 R6 t# `变量名称须统一,可以都改为watchedAgent