; [" ~0 O+ s9 T ( d0 `0 i2 h1 r1 t$ e/ {@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " S% L2 o5 {, ]2 Z% r& F public double getMeasured pressure() {( P8 ^, J- ?6 w' I$ O0 @
return measured pressure! I9 ~9 T- J* }0 q
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public void setMeasured pressure(double newValue) { + u+ \4 z6 l! c9 D3 D' n1 _" }) j measured pressure = newValue! b' V5 I% s/ M3 a# J# @. o$ J
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public double measured pressure = 0 6 `9 y6 a2 L9 v) k( ]+ I; J: @4 d; D, z
/** . Z0 Y" _7 X' ?: D, I' @ * 9 N9 [3 T E) V! b8 l( n& ~ * This value is used to automatically generate agent identifiers." W2 _3 n3 x$ _( C8 g4 ^( e6 X
* @field serialVersionUID 6 n; P" o3 a+ ^& B( Y' a$ e */ ]0 \% |* T( u' H
*/ : |6 T2 Y; n# l9 y- _+ @2 e private static final long serialVersionUID = 1L' M% b3 F! [. Q6 V$ M" G
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/** / c8 g, D7 |7 s+ b3 Y/ Z8 R% H2 P * * _$ a6 V1 Q& l9 G% {8 N9 q1 K * This value is used to automatically generate agent identifiers.9 r: B: \7 D' S& p I& G
* @field agentIDCounter * P7 d0 y+ o$ y+ Q# D * / n( }( H+ m# p */ 4 u$ m) B( b5 P8 ~/ A U. Y6 v protected static long agentIDCounter = 1 6 x9 X9 |: K4 K; B5 f7 e8 F! U- ~$ T! s3 w$ c) l5 Y* ^0 w# W9 u
/** # T5 ]7 t1 h! v2 Y- C/ D * B6 Z* K/ s- X2 ]: r, }
* This value is the agent's identifier.1 s. |; Y+ R+ l& Q' _, u9 m% n9 f
* @field agentID 0 Q3 K0 d# n7 ]& U8 J1 i *# ~3 Y; L9 W! a6 A6 b
*/: l/ V/ x4 [' P! S' J; V2 A
protected String agentID = "GasNode " + (agentIDCounter++) A3 K0 p, t8 F( p; p; z+ ^ _6 F- {6 @
* z- l8 n9 g; i$ _8 Z1 a6 C- b /**4 `2 N" Y I) u. O1 G* J& f, d: s
* & c* W) p( [# K * This is the step behavior. + i& i% F, J9 I; x * @method step 0 j0 }% {, H8 b# O! a. l( w *9 Y0 u m% H# d$ E; p" J, A$ e
*/' M1 E) F2 W( {( I, W
@Watch(, q& R# B4 s1 K
watcheeClassName = 'infrastructuredemo.GasNode', 4 J$ Z4 p$ ]$ N! E4 e/ O/ N watcheeFieldNames = 'pressure', 6 T) k N7 a1 N, G. q" S query = 'linked_from',1 q* w5 Q9 E" U D
whenToTrigger = WatcherTriggerSchedule.LATER, , T( W+ n5 X- k& B# d: ~ scheduleTriggerDelta = 10d ! P; g- n/ }+ `3 A& f7 p ) , o a& {& Q# m& x: z1 E public def step(infrastructuredemo.GasNode watchedAgent) {: ]6 ~3 x8 T. Z, K I, o7 E4 B# C
, r ~! ?+ h4 w2 @# q5 u // Define the return value variable. + W8 A* R+ [! x/ ^3 ? ?# v+ y7 q, \1 B def returnValue0 s# t' _- n8 T! ]% G5 a
6 \# R, s( v6 Z- C5 I' e8 L& t& N* w // Note the simulation time.+ G( n+ {) K b" A; ?) H2 r& k
def time = GetTickCountInTimeUnits() 1 O3 {( }% L2 I0 t3 ~$ {( Q * o# L; p/ W3 ?5 Q. E; E$ ^2 b- K; u a3 x; m
// This is an agent decision.9 p* A* s! |9 {- r2 w' ~
if (watchedNode.pressure<200) {- L4 A7 Z9 K- V+ k1 u% A5 M" k
+ ^+ s Y3 l$ t& X0 C // This is a task.4 c/ }8 ~. m2 {% |! `* D+ s
setPressure(watchedAgent.pressure); W3 o6 B" o0 e- H/ m, g
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} else { $ x6 K' V9 q1 M3 T& \7 B" F5 R9 D! N# t
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// Return the results.$ r4 H- v5 P/ P! D1 e" w
return returnValue o$ g! ?/ y8 W& {% S8 h
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/**! J6 U# \5 ]# ?$ v
* f, U, S& S6 h+ q * This is the step behavior. $ Y' }8 ?$ E. k! y * @method step1 H+ ~/ y' E K% p
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@ScheduledMethod(# q4 g& t* R$ L
start = 1d,/ } T8 g5 e# u5 Z+ O
interval = 1d,1 I/ x0 e0 c" f1 f/ A' w
shuffle = false- h: a$ ]9 \" [; i# p
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public void step() {/ l5 D0 p6 O* M3 F
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// Note the simulation time. 9 C8 J9 Z: I1 q9 v3 [+ h def time = GetTickCountInTimeUnits()# L7 @/ y; f5 I2 [) J2 P+ D
- ?; \4 y( D& } // This is a task. - V" } o: z# D M/ e measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; P$ O! O) P) w5 a: F // End the method. , K7 u( ~6 ^8 q2 ^# v' O( Z3 H return; Y( R5 q, q7 g) F+ p% |: R
注意,在函数step中 h6 u* b2 E% O, ?3 N0 }3 W public def step(infrastructuredemo.GasNode watchedAgent) {+ j9 r; ~ s) n8 a2 Y d+ E- U
//这里是watchedAgent , S. c6 E- f. }* Y. T o 但是在语句中,你填的是watchedNode0 A# N% b- P2 ?8 T0 }
// This is an agent decision.& A& F5 Q; z8 ]7 R6 o
if (watchedNode.pressure<200) { I! ^5 m9 |( Z8 | setPressure(watchedAgent.pressure). V3 Y8 _# S. b5 S
变量名称须统一,可以都改为watchedAgent
注意,在函数step中- j# |. g j! Y; y+ t& l
public def step(infrastructuredemo.GasNode watchedAgent) {2 f, T* O& ` o
//这里是watchedAgent / \6 Y6 H. } ^3 O2 ~1 u 但是在语句中,你填的是watchedNode $ V4 Q: V( X" t+ | // This is an agent decision. $ _# q$ j7 i" D3 z if (watchedNode.pressure<200) { 4 V! N S( ^; @8 i setPressure(watchedAgent.pressure) E' _+ x, \% f' J$ a8 O
变量名称须统一,可以都改为watchedAgent