' [2 z, p6 v# v% V 3 }1 }9 `$ V" S4 s@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ) U5 c) G6 j2 ~+ l q3 A public double getMeasured pressure() {9 X. A. o/ ^0 I8 h4 f
return measured pressure 1 u3 l0 \7 N5 `/ R$ M6 p } : I+ D* I5 k% _0 e& _4 R! R' ] public void setMeasured pressure(double newValue) { 7 D \5 V" ~7 q7 J* J* d! x) a measured pressure = newValue/ [# x7 K2 W1 c: |0 p1 `
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public double measured pressure = 0/ j8 U( h) E% b. j
$ ~+ X& u$ g+ w /**; ?0 E+ N+ j/ P
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* This value is used to automatically generate agent identifiers. ' C- b7 U$ {+ R9 f * @field serialVersionUID 2 W7 O) g% R! D6 G9 X/ B$ k& r *+ m" a; e0 e- p; ^
*/ ' F$ {( y# O/ K- c private static final long serialVersionUID = 1L : d" {! u+ k% c$ ] $ }) T, |2 U% s: \5 T6 P; v /** 8 w) n, p& p4 R6 l3 d2 { * 5 ~9 `4 l! ^5 ] * This value is used to automatically generate agent identifiers.& ], F: i' H* i* I2 t
* @field agentIDCounter) ^! ]( g$ p- B- h5 |$ t$ ~
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*/ 2 w/ L7 B0 a4 ]) M0 K protected static long agentIDCounter = 1 / D- m' |& d8 E$ Y" o, f3 v& @8 D0 F2 z% d7 L& d5 a9 }( E
/**/ ]- \3 O4 q* B. t1 k- l
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* This value is the agent's identifier.9 g0 q* k0 ?# J- c# n! Z0 o9 a9 [6 A
* @field agentID " b2 |$ B6 E) q/ D& D0 y *; ^* D( A# J" a
*/ # v3 s8 n8 K0 E) O7 v protected String agentID = "GasNode " + (agentIDCounter++) 8 f5 ?3 u9 x# U, I/ V0 N1 u% F. `2 f
/**+ z7 y9 z( e( N' i
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* This is the step behavior.3 U- b( o8 |$ k- E7 K* ^. ?5 I
* @method step% X$ V7 e" G+ @
* 0 Q2 z4 @1 I7 J5 W9 \& e */ 6 v: m; y* n0 e" R+ k3 F: |, A @Watch(: ~" U8 A* i; h$ i) X6 n
watcheeClassName = 'infrastructuredemo.GasNode',1 Y% n9 R% t$ @# K
watcheeFieldNames = 'pressure',( n9 N- q0 z: n# W
query = 'linked_from', s$ l- H4 _! {; V7 A whenToTrigger = WatcherTriggerSchedule.LATER, 6 M/ S3 P7 `0 d& t scheduleTriggerDelta = 10d3 |) E* f2 Q6 j7 K, e- S: E" k
) , K+ o8 a8 A! m) q! B public def step(infrastructuredemo.GasNode watchedAgent) { 3 i5 w& ~0 s" S3 i1 L 1 N1 \' C: B! Y4 t1 I8 T // Define the return value variable. o7 _# ?6 s2 h- w" F2 T: s
def returnValue) Y/ k3 P: U& ]) h( u2 R
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// Note the simulation time.9 i8 S# J. u% M/ @ x3 Q6 I
def time = GetTickCountInTimeUnits()& \( b4 [+ r/ Y( J
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// This is an agent decision.! c6 g) L/ S# E+ G9 x# I
if (watchedNode.pressure<200) { , p9 Z+ S! q1 T! a* ~! o% B / m' r) E0 z9 `. S% S // This is a task.7 K% ~1 a0 z" j) T
setPressure(watchedAgent.pressure) ' i8 y0 y, L: k( _- {/ F( t9 |; k8 `3 I
} else {7 L9 ^4 N# Z& x1 e0 i' F$ N Q; E
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} 9 Q+ T# ^ k" E0 C) ?* @ // Return the results.: L5 J5 W: r5 l
return returnValue 4 H9 J* @+ c o$ Y/ ~ 1 U( y& N+ H$ T- I7 A3 Y } 4 m) h9 ?* f' Z! D4 w9 c3 L/ D* ]9 o, B# \; j- z
/** 2 q6 k! Q Z/ F+ Y0 l/ h( [* \ * 5 ~% T4 p( `4 g' k * This is the step behavior. & T4 D9 j- c' U4 ~, o+ u * @method step ~+ ^6 D' G. T. n3 \" Q
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*/ 5 N; @" q; C1 s0 Z9 X @ScheduledMethod( + Z9 m& v. n9 i; q start = 1d, & M& }+ z& H+ x3 s2 [ interval = 1d, # E$ G4 q6 r* i# f$ Z. b2 v shuffle = false1 ^" K+ r( }% x
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public void step() {2 S. d( @+ P& a/ G) Z; P' z# ?/ P
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// Note the simulation time.; N0 t% f& H- P9 @) v
def time = GetTickCountInTimeUnits(). v9 D3 N3 V. M
, Y" [' t9 R: J+ O" k // This is a task.& X/ V m+ o) {1 e
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / I/ X: b& R7 V0 q F) K // End the method. " A6 D0 X3 l6 h6 w5 C }. B return# L1 z1 i; a3 [
注意,在函数step中 ' h3 ?% H( g9 K public def step(infrastructuredemo.GasNode watchedAgent) { 1 r8 T+ B7 V9 l. \/ K# ~% | //这里是watchedAgent 5 y7 q" y+ S9 O, R; ?0 B2 W 但是在语句中,你填的是watchedNode+ ~" o1 [3 [# X
// This is an agent decision. % k6 u, R" B( ]( Z if (watchedNode.pressure<200) { ; L" c3 q/ M- k T F8 c; a n setPressure(watchedAgent.pressure)& g' ?8 `( d3 i ~+ o% ]
变量名称须统一,可以都改为watchedAgent