1 S* M* C* }6 s( M+ B@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")* ^/ b9 }6 Q, X% i2 J/ z
public double getMeasured pressure() { + d' o$ K' f: z4 g W! n return measured pressure ' g2 D( w7 }/ F. O# ` }5 u$ I& W6 ~7 e7 X; A7 u7 z/ W) T
public void setMeasured pressure(double newValue) {; m3 O& D- d$ a& \/ J/ ^
measured pressure = newValue # F. ~) c0 U1 X5 p2 i } $ {8 o5 C( r! m; F) C# \ public double measured pressure = 0 v* N- D h3 Q0 L9 K: E8 R% U) g( i8 p! C. N
/** ^4 L$ d* q$ s' |8 _ *( z/ D4 ?9 Y) G9 S/ V, S3 ?
* This value is used to automatically generate agent identifiers. 4 ~! F) |& V: k* z+ G * @field serialVersionUID( K8 @; b: |. Q x
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private static final long serialVersionUID = 1L " h( a% |" C4 |6 e$ |& D- g' c8 c% z6 d
/** ! `' v9 G! |. H# B% k( S: T$ ? *8 f6 }) c+ p, S/ x
* This value is used to automatically generate agent identifiers., L5 d0 y- G7 H: f B$ f6 D
* @field agentIDCounter 5 P$ c2 P4 ~7 C/ T# N * q5 F2 c; j7 c$ n; Q
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protected static long agentIDCounter = 19 w( L8 M9 b% R# O9 I
h. ]7 U- q$ ~) d% I% ^' a, p /** 4 l* ]* {. v& P j8 B* B0 s5 C * 1 X, ~, N) U" ^& A/ c' u) R# W7 k7 w * This value is the agent's identifier. 6 {) k' V' G" s& F * @field agentID1 B2 B% c: S. B9 B$ @; u
* " M. g7 V2 f# O% M */ 8 G P: V" `/ Z: e protected String agentID = "GasNode " + (agentIDCounter++) 9 _) u( K) [* \* R3 C2 N: |5 ^7 f5 R* f, d S$ P4 e. ^
/** 0 k/ S8 Q- l# [6 ?1 u * 2 x# n+ i! l* k7 u- h * This is the step behavior.& v% u4 h O' Z" E4 R
* @method step1 y; ^& C7 p, W/ d
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*/ ! U6 i' @* L" ~/ n$ e @Watch( ( `1 {2 K3 `) l8 R watcheeClassName = 'infrastructuredemo.GasNode',, ^0 j& V# n# \, W
watcheeFieldNames = 'pressure',2 J; B4 f; J) v
query = 'linked_from',5 X% o5 B' z4 a+ m6 ]
whenToTrigger = WatcherTriggerSchedule.LATER, + p q/ d) \$ A! i& o scheduleTriggerDelta = 10d . j( u7 ~/ z1 \5 R. J: H ). |1 T) Z s+ T# O
public def step(infrastructuredemo.GasNode watchedAgent) { $ o! L9 g/ q a6 H1 d1 q8 e) R 0 g; \7 k& n$ @9 ` // Define the return value variable.% O: T: K+ J- x) J8 @8 z- W/ I
def returnValue 3 C7 \8 n( O# W, |5 j 8 G X( k+ G; e/ E$ R0 t% `+ T // Note the simulation time. 7 ~9 R& H% p! t2 J0 o def time = GetTickCountInTimeUnits()! {8 V2 e3 D, h4 N2 ? U6 U. z. ~
( @+ t1 P/ l5 y0 {4 Y7 p6 o H) d# x5 T 1 G; `! b/ d5 r2 g* v // This is an agent decision.* N' N& Y& T1 R3 X, l9 |2 ^$ s( N9 p
if (watchedNode.pressure<200) {9 |( L$ I: M( Y& z- s
6 h V4 `( T, M$ h. h // This is a task. " R3 z8 x$ Q; G" ]5 r setPressure(watchedAgent.pressure) ! Q1 x7 F0 ?: L( z5 [, Y& @ 4 T0 i8 H4 s5 E- d } else {) B7 {3 B! ?; e. U' L7 Z# u
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// Return the results.& i/ {* w1 @2 O5 V
return returnValue2 |/ ~% g z1 v7 k* c
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* This is the step behavior. ( Q* `! Z& E1 S' ?/ k * @method step1 @1 _' m( `0 _. M
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@ScheduledMethod( * L5 d' |5 U/ |) T# R) d6 d start = 1d,& ~3 @& F+ L/ g8 a8 F' u( u
interval = 1d,. a4 H' C9 ~# n
shuffle = false- \( T/ A* } h# z% _( {) Y
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public void step() {+ o. w5 _ l. v" H @4 p' \! L$ G
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// Note the simulation time. 7 m% V: t! ^- m3 i def time = GetTickCountInTimeUnits()% [+ _3 q, f$ I2 h* c: `
0 D9 Q) K* i' a // This is a task. * y. G( h9 i/ M) g, `7 ^! D measurePressure=pressure+ RandomDraw(-20.0, 20.0) , A9 L# x2 ~4 B3 j. @ // End the method.5 p8 K7 P3 k7 C9 p9 q7 G
return ; w" t [/ L4 o2 J# k. O. m& ]. f5 @# Z/ z" A! T Z. r
}
注意,在函数step中 * I3 ^/ y4 R9 p public def step(infrastructuredemo.GasNode watchedAgent) {2 _, v- s+ R3 ^. l$ y
//这里是watchedAgent 5 k. |- c4 h5 S. q" a& v7 C4 o 但是在语句中,你填的是watchedNode2 `7 t3 J( H: ^& D. u: b; d
// This is an agent decision.- ?2 R$ f' ~' p
if (watchedNode.pressure<200) { " L: x& M$ p U* Z1 P
setPressure(watchedAgent.pressure)- J; m6 p& d; @, H8 \
变量名称须统一,可以都改为watchedAgent