7 ?! L, S: d( J9 ^) V% O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 2 U o( Z! C* {- H( l- r) _ l public double getMeasured pressure() {! |' d6 m5 r4 q3 B$ F
return measured pressure / L) s; O/ Q; T& @( a; H& |, U& ? }5 r* C- U4 V4 n
public void setMeasured pressure(double newValue) { ; w, R5 F- t P/ m X. ^, u measured pressure = newValue' ]$ _6 ]2 F% a" b9 k, P
} + r8 O! j, x5 ]! \! D& t public double measured pressure = 0 " D/ G9 u N% s+ g1 Y6 O5 c0 {. N/ t8 Q+ l# `/ T
/**% F9 W G2 m" F1 c+ g$ _
* # J5 M, B3 [( h5 E, a6 L7 F * This value is used to automatically generate agent identifiers. 4 v* k6 ~+ [4 I$ a9 C4 q * @field serialVersionUID - m" a$ t, T3 k# E3 n% q * % N3 z# M# a% f */* O) k( F8 V4 Z( }+ v1 D4 w
private static final long serialVersionUID = 1L 6 H- W2 K0 \# J4 V$ k# L. M! I/ p0 z2 q0 t
/**1 [' k7 `' {' {" G# Z* ~4 i
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* This value is used to automatically generate agent identifiers. $ W; H/ F& x$ s2 B A * @field agentIDCounter ' V( F* ]) V: Z7 N * 1 }1 [, Y6 n. ^# ? */ " l$ p% t M. ^: C/ b* a protected static long agentIDCounter = 1 3 Z( i) z6 r" _* ?, w 9 n* ~: Q+ d3 Z* k: x7 A0 } /**/ ?) ~' F6 n7 Z$ r+ m) f7 ]# p) V
*8 n4 }9 R- S3 F$ p# h3 f
* This value is the agent's identifier. 9 P& R/ d# O: b! ~* {' v8 G * @field agentID4 ]- h. G$ U: @" \; u% q
* 0 ?1 `+ a+ V7 X. O */ 5 l! }& n0 K9 R* _" D# d protected String agentID = "GasNode " + (agentIDCounter++) 3 X& \* \% e: z; w* |, ^* S& y* G2 s U
/** 3 g% l6 b2 g+ c5 ] * " e; F% H6 a3 \ * This is the step behavior. 5 ]1 s8 M4 U6 Y; a' w9 E * @method step 7 S7 U) J7 W) e1 g *5 \- P- |$ [) h* Z5 L$ \. F
*/ ; R# a( Z+ b$ @' x' W @Watch(0 p; s8 O7 e' g; I& s j
watcheeClassName = 'infrastructuredemo.GasNode',$ ^; h1 o- i4 l& V
watcheeFieldNames = 'pressure', , C& c: ]; b; C query = 'linked_from',1 O4 i* f1 G- T# C' N4 s
whenToTrigger = WatcherTriggerSchedule.LATER,* E' o0 G8 j" a6 Q
scheduleTriggerDelta = 10d1 w& g% t3 s' L* @
)# H5 H c3 A1 d. h2 [
public def step(infrastructuredemo.GasNode watchedAgent) {# p! h5 }, z5 d& q1 j
. k$ d( M# _: V& C, Y+ y b // Define the return value variable. ' r1 }) k3 G% F, b0 r def returnValue 2 b, O# G- ?: W8 g. ?5 y 3 |& [7 _8 E4 d! c0 ^1 y // Note the simulation time.- l( Q9 X2 u- A9 b! O$ o
def time = GetTickCountInTimeUnits() / X" a+ ]8 T/ t ^& F7 x0 y, Z 5 L$ j. u$ @$ ~3 l0 x / r5 B i# A! [2 ~3 Y // This is an agent decision.. P/ ?( q8 J8 w- m3 e" A( u8 H3 L
if (watchedNode.pressure<200) {' ]" s e) d5 k
# b7 `4 N0 [2 s3 \# L9 X // This is a task.+ a5 O4 _4 |- |7 } S- ?
setPressure(watchedAgent.pressure) 5 f( c1 x$ W: n L) y3 D5 V h K" |3 v0 k' V& e% n3 T6 M } else { 0 t1 n5 A- X% Z7 _* ` ( Y" b2 Y( j) M0 M0 H' {9 W* w R! P# h c8 @+ q- i } 1 _7 A) A: i5 B, m4 B9 c // Return the results.* X) I. q. W v+ G: |; x" G
return returnValue: |3 q& ?2 H" r9 Y g5 E
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& C3 x+ D; _: c, |. F) D/ c! M /**3 p, y3 X6 f8 B8 T& h
*6 p' X7 V+ S# ^
* This is the step behavior. ( ^7 W. ?- C% \; ] * @method step8 ]4 I$ A* Q6 \$ Q L: i
*, s4 W \+ h: J
*/ 5 \( @7 a( _" @/ ^3 W @ScheduledMethod( & H& y4 `2 w W( E* G start = 1d, 9 g# v2 i8 \2 K# C' x: A" `/ P interval = 1d,2 z7 ^1 A& I% ]$ V) A/ \) i7 M* }
shuffle = false# H4 |0 N9 t6 E& `4 _
) # r7 E' M: i: Q" H" ~4 H3 ^ public void step() { 7 Y7 a3 l; S$ F / `' ]! W8 g# G/ q1 j // Note the simulation time.% T$ n% i& `; B' }* J% t
def time = GetTickCountInTimeUnits() ]* l! l4 v9 a) [6 W# L; R
) @& [) B0 R5 P% T% R# Q // This is a task.9 c F& g8 L, Y! \/ @, i) X6 C5 z( Z5 n8 ~
measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ V6 V& p" l8 h, @, i$ k8 r& e+ t
// End the method.. O" P" U) g$ ~7 m% N
return0 ~. M+ y } L7 `7 o* j
注意,在函数step中: O ^: R4 |# l. o# Y) m
public def step(infrastructuredemo.GasNode watchedAgent) {' v( n& S g' r, v0 Q" Y
//这里是watchedAgent 3 c F' i+ i( r5 V5 T 但是在语句中,你填的是watchedNode 4 r |4 X. F* s. ]% L // This is an agent decision.! F1 v# ^% u. V ?3 Y0 X$ G1 Y
if (watchedNode.pressure<200) { ; y( Q: b2 `: Y; ?
setPressure(watchedAgent.pressure) + H1 w+ \" ~7 U& x7 z变量名称须统一,可以都改为watchedAgent