! l9 t+ U$ c9 s: W; w A4 B R& g /**4 G: ]* ~7 }4 f8 N
*+ ^0 x5 ~7 H* Y- s4 b: D
* This value is used to automatically generate agent identifiers.: m: b4 s) U c$ u+ H! G
* @field serialVersionUID 8 k3 {& Q% H- A * / M0 b0 E: s( f/ r( Y) u */2 B& S+ H/ X B9 d6 R
private static final long serialVersionUID = 1L* h* e# H6 Z* V8 s7 `6 C$ h5 B
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/** ! l* e, l s% D R3 b) v; s * ; Z4 e5 ^2 O& ~" v+ n * This value is used to automatically generate agent identifiers. 4 u; J- m1 g/ V# L * @field agentIDCounter * t) ^% f9 M6 B4 u' h * * c; \) ^/ C3 V3 d& U1 L; ]2 {5 @ */ 6 t7 w1 X; ~/ H& h protected static long agentIDCounter = 1" C3 g2 m/ I% v* G# u8 c
# O4 m3 L6 S. @2 M; p
/**1 T5 B3 V9 o- y/ ?: O8 S
*( A1 P% p8 M+ L
* This value is the agent's identifier.. d3 g* L# z* v7 E* b+ {- \5 _
* @field agentID. q9 f' H5 y/ `+ L9 S7 y3 ?2 d
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*/1 o/ N* o, U! V. C5 K3 Z$ \
protected String agentID = "GasNode " + (agentIDCounter++)9 E( l4 c8 x( P& ^8 V4 S& B
1 n4 e- x! I$ C% b8 d: w4 t$ {
/**+ Z5 k& m$ t4 _7 l! W
* " t0 v! h N9 L2 L+ a$ ^# W * This is the step behavior. $ B* a6 E7 Q' H( V" ~" B * @method step 5 a) Y* K. l" K' D * 7 B2 [ H( Q7 A9 j2 h& x2 U- c */ " q$ @; ^2 ~, o& k9 q4 @8 {% ?6 M @Watch(" n% _2 Y, Z9 a3 J1 y
watcheeClassName = 'infrastructuredemo.GasNode', # x( Y8 [2 F% c0 ` watcheeFieldNames = 'pressure', 3 |1 D1 B/ J# o; s query = 'linked_from', 1 [- }8 b4 L. e2 G& A! ^9 J whenToTrigger = WatcherTriggerSchedule.LATER,7 A6 ]. i6 m! N9 d. d
scheduleTriggerDelta = 10d . a, O+ ~& l6 W. p6 ?1 D& ? ) 6 B/ ]- v F, P% [: Y8 R4 ^& C public def step(infrastructuredemo.GasNode watchedAgent) {. I; E6 e C4 U' n/ X
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// Define the return value variable.2 A" [6 b. m4 \4 R+ |7 ?
def returnValue3 D1 h1 K! d' J) |! g. ]
# ^- p0 O5 l$ a% V5 l/ l // Note the simulation time. 5 \/ R/ |. f0 m6 z def time = GetTickCountInTimeUnits()3 T& @! D1 p' ?
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// This is an agent decision. 7 d! l3 G+ J0 L5 ^. J0 x if (watchedNode.pressure<200) {( B- i8 F* d; j! c3 R5 A
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// This is a task.) r. M3 @1 Y8 r7 h7 n
setPressure(watchedAgent.pressure) E9 F% {- T# K: n1 X
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} else {4 C/ C" B1 S$ Q. h. c2 h
( t0 c. i/ U/ ^$ l; M9 G , S! C1 K a H } * s# N( a) K6 Q1 f0 v4 H6 r // Return the results. T9 b% s- F$ c* \6 L5 ~
return returnValue # u8 w$ v1 r0 S f' Y- i% {( U , j/ m1 i$ Z6 g! e% F; E/ w } $ O7 O% ^8 O+ ~+ ~! l( i! E8 s* W U- g; A. ]3 G" t; V# i
/**# r6 r9 I6 k. r& v6 j
* C: T' b3 v, ^ * This is the step behavior., f( h; \7 T3 i- M2 p
* @method step5 C$ p! e4 J' [$ m) x0 e
* 6 y! e0 H7 q3 m* l8 @$ E( e+ y( B. j */ & ?5 N1 b9 m' v9 f( T @ScheduledMethod( ' V) b' w" r. B6 S3 B start = 1d, - m# ]" @/ d! N$ V+ } interval = 1d,( _- ~* N3 K5 u! `' @7 O# m( s$ A
shuffle = false : B( @/ i: o; G: U5 \1 W; z )- O! u o! n6 O: e7 q. j
public void step() { 4 k2 ]: W' Z8 `7 G7 D3 ]$ \, n5 I
// Note the simulation time.( o7 b Z0 I; ^% U! k) ^8 d
def time = GetTickCountInTimeUnits() " T, y( L3 l- m$ H& l: S6 {4 G z3 g( ]% @4 N5 y6 S; s
// This is a task.6 B' n1 j \) l# S3 U) z) T
measurePressure=pressure+ RandomDraw(-20.0, 20.0)1 x3 h0 I1 q. B, [ k9 u7 f r
// End the method. 5 @' A8 v6 O! a( n i( _. \ return" t* ^% W! _$ u( Z& G/ |0 P5 s7 a
注意,在函数step中 - Q N. c3 A i% a, `" ] public def step(infrastructuredemo.GasNode watchedAgent) {1 e5 F/ v. V" P, m! n8 I" g
//这里是watchedAgent5 a: K! M. T; K% m. C7 x
但是在语句中,你填的是watchedNode: Y5 D2 T# H( [0 X
// This is an agent decision. 5 S! I: p4 j1 h5 f if (watchedNode.pressure<200) { 6 z3 w- `5 a5 h6 \7 e8 n. {
setPressure(watchedAgent.pressure) % P0 E, [7 o" n变量名称须统一,可以都改为watchedAgent