& o. z# U+ u* ~: } /**( N& U* I2 y; v
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* This value is used to automatically generate agent identifiers. 9 B7 X9 L: y7 h/ P2 L * @field serialVersionUID # }! C! H/ f$ i; h. W& L# p *0 q) m' |" }0 I$ z# E' x3 U" W
*/ 0 w4 {- h4 P2 K% A0 C* I private static final long serialVersionUID = 1L 4 N8 \* d: d* j' {' A, D3 D5 @, F& u2 ~
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* ! @! u. t @# D$ Q * This value is used to automatically generate agent identifiers.# B# C ]3 o* J3 f9 C
* @field agentIDCounter 4 H+ J$ m0 U, y' }) W4 @4 c- x * % j& C" J7 N, g# x3 V5 l: p. Y1 H */3 i4 d" L1 u% N7 G% `! ~& Z
protected static long agentIDCounter = 1) d* b8 W5 e5 V$ e' Q, \3 w* z
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* " u" F6 W, _; R * This value is the agent's identifier. ) t$ v. D; b$ H9 a, F * @field agentID/ b' `; R$ g, D! p4 z
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protected String agentID = "GasNode " + (agentIDCounter++)3 c8 B; l" U% s) Q" q
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* This is the step behavior. . h9 o* q. H3 s% X3 t% A/ ^ * @method step - o- H& l- F7 N; J * 9 \5 ~: `) P0 p( r */ + e: e W8 c3 |8 y" T @Watch( ~' _( G. t- X/ n
watcheeClassName = 'infrastructuredemo.GasNode', * O9 {0 A1 A G3 q% ? watcheeFieldNames = 'pressure',; B. v+ `4 e% o& D t- O
query = 'linked_from',, H4 @6 ], ]3 A1 \$ |
whenToTrigger = WatcherTriggerSchedule.LATER, 0 O# \ d \0 @ [7 b; L" \ scheduleTriggerDelta = 10d / U( o% a# u- ^( i1 Q ) 3 C/ |4 S( V# ?1 C% R! @" V9 x public def step(infrastructuredemo.GasNode watchedAgent) { 9 C3 j% n- D( `5 f( @8 @# B/ E' U# B1 ~3 L8 P+ s1 v) `( n
// Define the return value variable. 2 m2 r9 Q# H H; \+ w- [, [' O def returnValue 0 @% j5 h3 D) s ?9 _9 d 3 J3 A# [' w( }2 q' q // Note the simulation time.% W9 V4 j! P/ a3 z
def time = GetTickCountInTimeUnits()+ N% U2 ?7 y! S
1 ?$ X z3 G% D / r: H8 v' T7 {# p3 @ // This is an agent decision. @& W, b5 D( L; @ if (watchedNode.pressure<200) { # R# @' Y3 h) ]! Z; j3 ~ # T# m; m/ P/ ?, o" a$ P% s' E // This is a task. / A) r3 I2 Z" `$ z3 |2 C setPressure(watchedAgent.pressure) 1 [- ?' ?0 u. u) U% W% u- H8 Y4 d; N* K# u" s
} else {! O }5 q' q1 o4 K1 S
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// Return the results.* `0 z; n! ?. Q& ~, m( r
return returnValue ! J& i+ u: Y4 D. F/ | 2 i( }- L( d1 t- U1 ?1 g- { } . P; H4 Y7 M7 S( Y. f0 S T8 _5 C6 o- }, A) c. f
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* This is the step behavior. : a4 L$ a* `0 R: o: e * @method step 1 ^0 ~) H. B1 S1 o9 T# [ J# _: ` *4 X) e9 F! Z( k% y" j+ v+ h
*/ * V* [$ P+ M& o, A% i' l/ j( } @ScheduledMethod(! y; Y' d2 P) n) p/ ^& Z+ t9 V& o0 i
start = 1d, , w" q) {# i- T5 `! J interval = 1d, / v# U( u8 o! O7 P shuffle = false ( @ u. I( i: M# I& x# t )" _! [! @ G: @2 }. _/ c* q
public void step() { - z, N% |$ y Q& L0 M4 b9 _: n# ~) j' A1 e6 V& G
// Note the simulation time. + l( _$ G& w7 U o& a3 O' B1 b4 K def time = GetTickCountInTimeUnits()6 q. G$ a. h; x; Y! m% X. y- n
( A6 U3 U$ x3 \% s* \" y; T1 i5 Y( _ // This is a task.0 N# k, l; V! o0 O! C8 \2 P
measurePressure=pressure+ RandomDraw(-20.0, 20.0) , q$ ?. X( G" I* K$ r // End the method.) U2 f) \0 |2 R" c8 |! |7 H5 F" H' o
return2 M' A/ O& _- W4 _0 q2 B8 j
注意,在函数step中* E% C. u% t: v$ |
public def step(infrastructuredemo.GasNode watchedAgent) { $ W" G1 W. _9 O, I //这里是watchedAgent, n; E+ L0 ~- o
但是在语句中,你填的是watchedNode 1 o' j; {$ X" c3 ^* b // This is an agent decision. 4 F. P" I7 ?# \8 I0 b. h+ y if (watchedNode.pressure<200) { 2 e# w& c8 Q# `: U: x; Q- u
setPressure(watchedAgent.pressure) . }2 v7 V: L+ ?* F$ D变量名称须统一,可以都改为watchedAgent