, K/ S Q! T B, f( Z Y8 N4 \@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") + V/ d' @6 q1 n i public double getMeasured pressure() { 8 @$ I3 n5 z4 m% A4 I& ~7 @ return measured pressure! l* q- R- E: F
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public void setMeasured pressure(double newValue) {( W) {' p, p$ t( g% v
measured pressure = newValue ( M, \$ j" p' `6 l: M0 A' u }0 L8 C/ ]) `7 `/ e, S& _% j
public double measured pressure = 0 9 k9 b3 @/ [; y4 G9 U6 S. P+ b* o u8 t3 ?3 Z3 {+ Y7 o0 Q
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* % M! Z' I. U6 \% @9 D- E- w * This value is used to automatically generate agent identifiers.7 b; e+ _6 @; S+ [
* @field serialVersionUID * Q1 ?- L/ M/ N$ B6 ~ *" f/ T$ f% L% V: \) d7 R+ h
*// K- o' k8 u" Y- e& [' O, C
private static final long serialVersionUID = 1L & o5 z3 B& V0 |& \; I. a$ d S/ @" ~, l4 l
/**/ `6 H S3 g6 U* ?8 L1 b
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* This value is used to automatically generate agent identifiers.7 T! m1 N8 Y8 h6 h5 X* s* P8 I9 V$ ]; w
* @field agentIDCounter5 W! {8 n! |1 V2 F
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protected static long agentIDCounter = 1 # {1 N; N2 I$ M2 H% Y+ O4 M. z% M
/** 3 m7 {% z# X" C4 D$ a' m5 n * ' X2 v8 ]2 d; {$ G' { * This value is the agent's identifier. : L7 R8 x B: B) ~5 y * @field agentID ! X& Z! e: ~; c7 F' E * / ^; F3 B. e2 j1 `! Q4 F- W4 Q; n */ . Q( F& e7 h o8 \/ ?' b1 l0 b, ^ protected String agentID = "GasNode " + (agentIDCounter++) / g/ p0 k/ R9 | : z: ~$ b: @& @( U5 L4 b* P /**: x" q% p- b8 I y: ~! @
* 2 h; p! i/ M- H) \. A" { * This is the step behavior.( p1 s; R5 X; [0 n _; S
* @method step. b' ]2 i; O# f" C4 V2 G z! i
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@Watch( + O q+ a) d( c/ }! Q" d watcheeClassName = 'infrastructuredemo.GasNode', / ]3 K# e& a( w$ W watcheeFieldNames = 'pressure',4 }# A! e; b" ?' k0 N
query = 'linked_from',7 _8 d* \. }9 @1 p
whenToTrigger = WatcherTriggerSchedule.LATER, 1 t) q/ S5 [( @' b$ g4 r scheduleTriggerDelta = 10d 9 M2 H: `3 E4 p ) 4 @$ M$ ?' p; |" I% @* x2 } ] public def step(infrastructuredemo.GasNode watchedAgent) {7 C6 A1 I5 ~9 q6 F; }
- K% l% f5 J" z // Define the return value variable.( g: M% B( o3 V
def returnValue # L5 Y4 U) _; \# \) H ' Q: O7 V/ O: p+ ]+ h // Note the simulation time. $ M$ G; b, ^3 X5 _+ p5 J' f def time = GetTickCountInTimeUnits() / p5 @1 @; G3 T. O5 p - _, l! B3 s1 E7 Y* l. O: ?3 d ' u, d1 ~9 ?+ m0 c // This is an agent decision. ) n( c0 ` i! `2 @" i if (watchedNode.pressure<200) { 9 s8 N- [5 T0 b- b, {5 r/ y/ P) C2 w, G
// This is a task. 3 Y Q1 B/ Q. O$ H6 ^7 k. y4 C setPressure(watchedAgent.pressure)! M# @, ^# h# P w
, W \6 u, k# a. B/ @( T } else { 1 Y! i$ R% u8 M# k$ L7 Z' | ( ] N. m! v$ }& ~! n5 C : p6 }9 ~+ f7 s, S; D B- @ } ) l! u O* N8 `. o" m+ {: F4 r // Return the results. : H5 x# e8 p7 { return returnValue! `& g" V. H; T$ j ]9 ~
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/** ) D, @0 H* {# O: w- i( K * 3 W, h! f. m$ b4 g * This is the step behavior. " H9 R4 z4 X2 v7 ] * @method step' T. b; N& A f$ j2 l) a/ P
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*/ ; F) v9 P" S' ~$ y6 Y, B @ScheduledMethod( * [; _ P3 c3 D6 U, C `( w start = 1d,& v* i9 s1 n3 S2 @+ i
interval = 1d,3 k. U" f4 S4 W
shuffle = false% r' R; A& h( \" P, U
) ( ]: E- v/ E3 z# o1 p* P y$ @ public void step() { 2 n- s% u ?# q! p5 N3 J' ^! B- v9 N1 l* e8 ]" }# h, B+ r
// Note the simulation time. ! k7 r5 h- @* w# k9 p1 { def time = GetTickCountInTimeUnits() + \# @8 Z7 V! P" K! t' O - |2 m9 a8 x q% j- I6 t/ q# C5 e // This is a task. . |1 x n$ h& _ e: D+ o# u measurePressure=pressure+ RandomDraw(-20.0, 20.0)% ?/ r3 F, {0 {5 G6 ]& c# ?6 @) H
// End the method.7 G. ?7 z$ g) I& G
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}
注意,在函数step中) X2 v- F( ~$ _- p) `! {3 `
public def step(infrastructuredemo.GasNode watchedAgent) { ) {' `6 [7 n2 z/ e //这里是watchedAgent 7 I+ w U' k: f0 K 但是在语句中,你填的是watchedNode , n3 }. w V! }, g* O1 s // This is an agent decision. 9 ^* s6 o5 p: X! P4 h" D9 b. T n if (watchedNode.pressure<200) { ! U; q+ o3 m# ?% F' F setPressure(watchedAgent.pressure)9 S0 N; S/ X0 e, @; E3 A+ e
变量名称须统一,可以都改为watchedAgent