5 K/ g3 \4 b! q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")+ r, K4 p/ i' m* Q, v/ D' Q: m; Z
public double getMeasured pressure() { ; _+ k. j* Z# O7 H3 ? return measured pressure / [9 s2 F* q$ f9 M0 g- L4 Q8 O* v } 6 G* _) K& W: I7 N Q. W public void setMeasured pressure(double newValue) { - }/ x, t: b: e# S6 m measured pressure = newValue$ s- n. V C) P4 A- J
} * M% R* f- @ Y* n4 o* y public double measured pressure = 0 ( V( T& H& E6 U7 W. \ 8 G' L$ e7 g( N+ f j! Q; x /**' ?# v9 e. J: ?# p# ~
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* This value is used to automatically generate agent identifiers. 1 S; R( i% \+ w/ D * @field serialVersionUID / z# m5 N; A1 [! P7 T+ G * 0 y8 m4 O* }, i) F, v% _0 t */5 y$ o8 @: U" f
private static final long serialVersionUID = 1L - d& \% c' e% b G& T% ] 5 g" P: A- \9 D, H/ f) b /**( h9 `3 w+ R6 G1 D: V# q
* 0 [, w' D9 r% {* U * This value is used to automatically generate agent identifiers. 4 } H% H+ D! B" q ~- t * @field agentIDCounter. l. f, @0 t j% V5 Z
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*/ ; {* d4 Z$ @$ d2 v2 {; X: O protected static long agentIDCounter = 1 5 c" e8 G6 \( U& U8 C6 t) {4 I' b$ {( b' {- W, `% [* g
/** ! s7 M+ J0 ?" R, n * # P1 v/ K+ F- f * This value is the agent's identifier. 3 r: `, p4 D% z, t * @field agentID % P. E$ _& l" M% E N0 L; Y */ Z |" O% {6 c4 Z1 t7 h6 K: |) k, X
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protected String agentID = "GasNode " + (agentIDCounter++) / p4 @' i$ b J J' Z3 C# S& X: F1 m( }/ V& X
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* This is the step behavior.2 n" e' @: A6 ]8 ^- O
* @method step , Y( s) Z3 E7 W6 _ *9 a$ | m0 A; O! I$ m7 D
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@Watch(0 Y3 j# l+ ^1 \/ b
watcheeClassName = 'infrastructuredemo.GasNode',. w4 J! L, C# Q, i) n' j
watcheeFieldNames = 'pressure',7 K, A7 g& y& w
query = 'linked_from', % J6 {3 b3 j- ^, B4 J whenToTrigger = WatcherTriggerSchedule.LATER, : @" N, j1 [% } scheduleTriggerDelta = 10d5 O, @; `1 Z% ?/ a- B% D* W7 L
) ; B- J( d5 E+ D, s7 S- b3 f public def step(infrastructuredemo.GasNode watchedAgent) { ^+ N2 ]' F1 u* m' O5 S
( @* A% V7 D! J: o# v3 f) C @ // Define the return value variable.5 m. z7 t7 r7 W; R
def returnValue6 d2 r+ n$ I, f
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// Note the simulation time. + i$ J" c2 n& y2 M; I4 F% m, S def time = GetTickCountInTimeUnits()0 ~) a/ J& _3 ]
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// This is an agent decision. 6 k0 ?( f S3 d! [& M e* \ if (watchedNode.pressure<200) {% v% I' n9 `: l
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// This is a task.6 [3 ?, F+ w; i* s& G( _1 z& N
setPressure(watchedAgent.pressure)+ b# M( n. R. B5 w( i
. K+ C. J/ s% e } else { 3 e8 `, N% L2 z$ [. W- F# s T% v4 Z
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} , R3 T3 f- E" x" f { // Return the results. ' R: k+ ]. I( h return returnValue ) V9 j8 f1 o7 u + v" z1 s) O0 D$ d% ^ }: t# I5 j0 r4 \( \0 o& q8 J
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/**7 S- X0 v6 \9 E7 o, ]
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* This is the step behavior.! f+ [; V4 V; R* @" S
* @method step1 t% i" u }; y. d: E6 f
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*/ # X% p% o8 E6 O! S @ScheduledMethod( 5 ?3 \+ P5 {( _7 ^ start = 1d, 7 h& b( ~' Y6 J! Y# O" d interval = 1d, ( @" ]8 P( ~* j shuffle = false g4 K4 b) ?; {& z( j+ l0 ~# z4 Z: l
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public void step() {5 K6 i# b4 E1 r. n% @
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// Note the simulation time.+ s I* {7 E0 p0 T' a! s9 E0 b
def time = GetTickCountInTimeUnits(), R! Q* J) z+ { \" i+ i. ?! E( c H2 B
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// This is a task.; U4 g* h) c/ _5 Z, b; K
measurePressure=pressure+ RandomDraw(-20.0, 20.0)% O" N7 [0 L- R5 k
// End the method.& `( T2 }! z/ N+ i9 X0 K' A) y
return + Z/ g1 g1 I- U3 X/ g ~& p _$ K! L
}
注意,在函数step中, f6 z* q- }' q) m0 G2 g/ F
public def step(infrastructuredemo.GasNode watchedAgent) {( R9 Y3 z4 Y$ `% Z* w7 ~ G9 P3 t
//这里是watchedAgent" q, H* N: o' a2 u) N) F
但是在语句中,你填的是watchedNode0 t9 W; ?) i5 h6 y1 @- G
// This is an agent decision. 1 W- I z7 _; U7 |+ E) V if (watchedNode.pressure<200) { , G. J3 X, M. c# m3 z* M) g) ~
setPressure(watchedAgent.pressure)/ c) s+ J! k. b$ N- n
变量名称须统一,可以都改为watchedAgent