" Q1 I/ w. K" Z( x- {8 t * p8 L7 t, z3 w( p3 X1 i/ j@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") + F+ G# [8 \- h6 E- y+ j public double getMeasured pressure() {+ L9 y: C0 A" R8 q' Y" U
return measured pressure ( g" M& o; [! f- p; n/ m } : c2 I3 R3 @- ]2 t public void setMeasured pressure(double newValue) {# t- P1 M* L ? F/ {6 I8 V! \: [
measured pressure = newValue 1 s$ D$ w: T) t* A+ j+ y }6 H7 Q6 l0 G1 Y1 h
public double measured pressure = 06 b( s: R" ^4 D* i
7 o$ a0 |8 i( F( H# D9 i" Z0 Q' m /**- u! F+ S6 k6 U, ]6 @
** N; S& }$ o: `, g. h9 ?- T
* This value is used to automatically generate agent identifiers.6 i% I3 z8 y& K' d% w; p; G+ q
* @field serialVersionUID7 \! P; ~; D/ ~3 A H' v+ E) O
* " A2 v" G/ E) F2 i6 T1 f */! z, L# ~7 W3 S# D- X5 A! x$ l
private static final long serialVersionUID = 1L% `5 d* n+ `7 A
& N3 [- |: H9 a% U* s( g! o1 [$ k /**: d" `; ?$ c! Y% s8 N- _. V6 A$ Q
* - s: a1 m( `$ J8 M9 ?; `7 | * This value is used to automatically generate agent identifiers. ) d9 B/ w7 _+ C9 [% w! n * @field agentIDCounter6 K% ^8 S. f c# z
* & c& S5 H) ^1 x+ \6 n" v */ ) X# a, l* w3 {7 L5 ] protected static long agentIDCounter = 12 J) {. G ~: [; ?; o5 g) ?0 {
+ E1 |7 V5 w# c, i! {0 ^9 A /**/ n3 F! K( c3 v2 V$ B
* , l9 T } T4 k6 L, O * This value is the agent's identifier.* b' q5 W( L* n/ Q' y6 L y" ~9 C% K
* @field agentID) U9 T3 {5 e8 E
*, S0 z9 U/ m: ]1 Q: _" X6 Y( O
*/ p5 D& u; p' L- Y1 N
protected String agentID = "GasNode " + (agentIDCounter++) & s% A% B7 \6 I: J ]7 m# M( ^2 X , y! }! s4 l4 j. t6 K- i4 h /**: Z N/ o- U) ?7 k
* ( B. D' h0 Y x. }" z& J0 w * This is the step behavior.; z# E5 @4 s* e z( d9 k# t
* @method step j! b I/ C9 c4 |4 V( I0 n# X
** L% }7 Z# l2 c7 I
*/ 6 g- I x4 p/ V' W4 J8 }! U @Watch(# Q4 n- p, m5 ^! W% m
watcheeClassName = 'infrastructuredemo.GasNode',+ m$ H9 Q9 @' U) x4 G
watcheeFieldNames = 'pressure', 2 ?9 i7 s% O; [ query = 'linked_from', 0 u- @' r4 a j& c" q, L whenToTrigger = WatcherTriggerSchedule.LATER,- e2 L" r+ z5 u* {; t
scheduleTriggerDelta = 10d % r( v# ?- j* O$ f4 u9 c4 v ) 9 Y' D3 h, S" y; A4 J C public def step(infrastructuredemo.GasNode watchedAgent) {' r, y1 z1 Z' m6 p% e9 q0 U& F
. G i' t b* s/ @/ H5 o // Define the return value variable.: s8 L2 U/ Q# I: g& M
def returnValue 7 }6 X( |( r0 j0 f# s1 e0 w7 Q
// Note the simulation time. 6 }) b; ^7 o: X3 J/ U% y9 h def time = GetTickCountInTimeUnits() , R, A! A" r: T7 c2 _8 O' h' y7 b5 J3 H w* S+ K$ C
, M; ]$ w* p6 K8 P( U. M3 j
// This is an agent decision. : Z* g# b) m1 Z7 b if (watchedNode.pressure<200) {. {5 r7 ]- }0 T* X* A5 `8 V
' V0 ^) s) N2 y. V1 c // This is a task. 7 V( l* N! ^0 S C, e- N$ ~9 B5 X setPressure(watchedAgent.pressure). S* B/ ]# H- P3 U: g F! z' s8 @' K
4 v. i9 Y0 A3 W3 Z+ Q$ D6 n
} else { 7 e+ e# E/ P+ ]9 Q& P2 r2 t8 [$ j- H1 J
& J2 z6 f T0 I } 2 q3 H, O6 G4 g$ z% z // Return the results.1 q1 @- z" J/ j Z; Q
return returnValue0 }3 A# J) o- X6 D' K
0 s; {7 ]6 L* p- h3 Z. t7 V5 {' a
}/ L: J8 j% @) M1 h; y. h# A
5 l9 d& m0 o5 g. O /**$ q: E" T; Q6 S
* " Y1 e8 U/ h! J9 ?/ c * This is the step behavior.+ }. A9 h% v! @. t J
* @method step4 P2 c$ V4 }! E9 C2 P
*- A v0 ^* h9 f( R$ ? M+ H3 g8 }2 {
*/ f* Y; r( `9 F; Q; p @ScheduledMethod( . A/ ?3 M) Y# o* c" u start = 1d, ( C; G, f6 C, ]# I7 {. z6 D& }% [) V interval = 1d, 1 P+ H( i9 h1 e# o shuffle = false 1 s- e; T7 y9 S; k$ B/ t0 L5 O ) & i% e7 p+ r! p& P9 ?0 B4 f public void step() {. I. m, }; K1 M
q% e" G# D3 _ // Note the simulation time. 7 V: ~! X4 R, q+ F9 g def time = GetTickCountInTimeUnits()8 P" ]# O5 g- B- _) O2 y# N
; g0 e* s8 f7 [0 y4 ^: v2 }: l // This is a task.2 {- r4 L3 Z6 w5 I
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 t$ b1 T5 {3 l f r& c3 y
// End the method. , A8 d; p% P+ T3 y return " M, s* |" F3 [" c' z1 Z0 C9 I A. l5 e
}
注意,在函数step中4 C5 K# R$ E/ n$ B' {4 i Z
public def step(infrastructuredemo.GasNode watchedAgent) {3 o$ t+ X$ i7 H. \( K
//这里是watchedAgent ) T& c; }8 v: A& B7 M" ^8 w 但是在语句中,你填的是watchedNode$ y) P1 |& B# H$ n Q$ m( B
// This is an agent decision. 5 L" X1 T7 a$ x if (watchedNode.pressure<200) { 4 Y% X% S7 A) }9 k& K s% e8 j setPressure(watchedAgent.pressure) $ g. W1 {8 ?4 R8 i1 _变量名称须统一,可以都改为watchedAgent
注意,在函数step中% z. w: N" D( b4 k
public def step(infrastructuredemo.GasNode watchedAgent) {5 e6 p2 {+ G/ F" K6 B3 }( T+ ~
//这里是watchedAgent! U' A$ y q2 a1 w$ b# m3 D
但是在语句中,你填的是watchedNode1 d! }8 A* w- ^3 q% o" r, o$ h
// This is an agent decision.- B/ X6 r$ S+ C
if (watchedNode.pressure<200) { + [6 R3 F( x+ G ?. Y" y. Z
setPressure(watchedAgent.pressure) " W G2 _4 w/ L+ d A3 p3 b变量名称须统一,可以都改为watchedAgent