+ ?! j0 H- Q" V2 ]. G o /**7 O# K0 { D( o
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* This value is used to automatically generate agent identifiers.# I. u l, s: D0 _
* @field serialVersionUID9 [9 V6 J5 R7 D7 A; K/ D
* & n9 |) y* m+ t, y, R */9 e" a/ }5 r1 V7 W+ o
private static final long serialVersionUID = 1L; r! ?6 o* Z* X5 A
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/**( W) s+ e% {( p2 [1 c
* 0 D/ o; W: O# H7 y- ^8 Z h# f4 ? * This value is used to automatically generate agent identifiers. - ?9 E% a- W7 z& n* ^' q& a. c * @field agentIDCounter 9 x, q* x, M) J' U6 E *3 C7 |( ]5 q/ J7 h* u9 _7 C3 A! \
*/ 3 ?3 }0 s/ v% B- v; s1 n protected static long agentIDCounter = 1( l# X, Y0 O) h% L
/ E$ W! n" X4 M8 E) L& D /** & s( e) f; U7 B9 s$ P# \ *% n- y4 _# t) |) \
* This value is the agent's identifier." ~8 `+ L7 Z! c. c0 ^
* @field agentID ) z* F( L0 n7 u q2 s * `/ A' A( V+ S9 `6 i1 m) O1 B& B" s
*/ $ S; n, m( H- Q2 D protected String agentID = "GasNode " + (agentIDCounter++)" ~& z$ m! m+ c& i- I" Z; B% ~. f
$ U7 `* m/ c3 n( h, x
/** * i5 j- p0 j7 V! t3 T# G% A * : q: p, R; K) J; ~, H8 B1 ^) I * This is the step behavior. 9 o3 \9 U! _% C- i0 m ~ * @method step + I3 B" u* I5 B2 d$ z( F( Z) g5 M *9 P! K4 J Z% Q$ m
*/; \+ T$ ^ o* |* `2 n! Z4 ?
@Watch() f6 D4 Q% T% K4 y
watcheeClassName = 'infrastructuredemo.GasNode',3 U) A) m1 c& z+ ~! l3 I1 L" O% Q
watcheeFieldNames = 'pressure',0 m# c" X5 |" O7 s; A& v4 z5 r
query = 'linked_from',* g3 y7 P: y$ a8 g( s- R& r1 f# E
whenToTrigger = WatcherTriggerSchedule.LATER,0 f: Q+ m) ]5 g9 |9 r, X
scheduleTriggerDelta = 10d + |5 g5 J9 @, } ) ; C" o7 q2 ^9 S* t public def step(infrastructuredemo.GasNode watchedAgent) {9 D3 W3 i+ Y# v) f# e4 {; M
+ g4 G* W( S( P // Define the return value variable. 1 I# p8 G, G4 H f def returnValue $ s* n, B2 @" z) @9 k( }( ^1 R; D$ h
// Note the simulation time.$ N" N9 l* N3 V7 @; c6 X
def time = GetTickCountInTimeUnits()* p M3 E! m& k* h2 f/ U; u
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2 B2 c( n- I+ ~/ j! S' z9 S // This is an agent decision. - U8 c1 t' j* f9 D6 g/ |9 S8 f if (watchedNode.pressure<200) { + i+ T, o' I' {" S7 Q9 d7 B; t' i2 v% t, P. Q
// This is a task.* u1 m" `9 S3 y3 x/ t/ ]
setPressure(watchedAgent.pressure) ) ?8 Q/ k' s1 H2 T! c9 W; t3 u$ Z9 h$ C# F- H: ?
} else { ( f G" O, s0 o9 P- Y! a3 \0 d, B& W ^% S: x
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}- P+ I6 G2 R$ b' }
// Return the results. - I( }0 r' f, k/ P6 K6 ~ return returnValue: h/ K1 j4 N! x& U! h
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a" W6 i+ U! G8 x8 W6 k" |) ]) P
/** / {0 W5 s% y/ x6 W * , e1 g: }2 \4 y" ^! S * This is the step behavior. " ]/ j- K. A$ Y) G, d6 M7 ?# H * @method step+ m3 W" E/ }: @, G& x0 e
*2 P6 S* s. ^* z( Z5 J. w# P
*/ " S4 i. H4 j! H# r# J8 M @ScheduledMethod(2 `5 B2 d/ r8 q' T. @1 V
start = 1d, ' I* g( Y' J$ K: h8 L0 g4 e interval = 1d, 4 A9 d6 E6 ]7 V& h# w) | shuffle = false8 e |7 J X2 T
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public void step() {3 Y+ i! z" L" Z4 F0 h( b- `1 e
_* _9 Z4 z) }+ S
// Note the simulation time.- ^. n4 n) ?% n7 C# Y8 x2 _! b" V
def time = GetTickCountInTimeUnits() , k: I7 H. p8 L" U& A* j" [$ R0 [8 E# k% w1 A. q9 |
// This is a task.' ~) T C3 J* \# v$ Q& Y% p& F+ u3 o
measurePressure=pressure+ RandomDraw(-20.0, 20.0) # C9 B! w6 d& Y" z( @ // End the method.' G; Q" t# m8 @# e1 b
return A) r2 P" V( r" t& f
注意,在函数step中: ^/ _2 [9 F1 h" j$ r, A
public def step(infrastructuredemo.GasNode watchedAgent) { % I0 f1 B% p' H# I/ {9 C //这里是watchedAgent 5 E2 s" t7 I1 ]$ t/ w L 但是在语句中,你填的是watchedNode V1 s' r: r2 c0 Z7 e" g) [0 ?
// This is an agent decision. * K1 E. M0 s9 z N9 S) G if (watchedNode.pressure<200) { 5 n& W) K- X; ~) P" V3 c; c% S
setPressure(watchedAgent.pressure) 2 c, |! i: j0 G _变量名称须统一,可以都改为watchedAgent