( k9 l" e! s" [8 L# C/ _- E5 ? /**/ Z; H+ p- I0 r! D' w
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* This value is used to automatically generate agent identifiers. * _8 O: `* A" e * @field serialVersionUID2 T8 ^8 Q7 G0 s- o8 c, I% m
* - ~" r5 `2 A5 W) e4 f */ 9 r5 |6 V$ i" C- _4 k private static final long serialVersionUID = 1L0 z7 P+ q; @1 o( s& s( V/ Z9 M
2 ~$ U* H) _2 ?9 q /** 4 W6 ]( f6 y( t3 [! g4 W+ M4 w *. r% m9 J" u) I8 i5 ?
* This value is used to automatically generate agent identifiers.4 N0 F n4 _) Z* Q
* @field agentIDCounter5 ? ^0 |. L& |* g! X% V. O- b
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protected static long agentIDCounter = 1. G* D) E; M$ b
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/** ; f, o. E$ r3 S0 w$ H * ( G z3 w! N/ f4 U * This value is the agent's identifier.2 G/ J8 C* U: P N1 w/ ~
* @field agentID % N; V1 g1 U/ P2 | *; I0 G, X- ]0 M K# p7 E
*/ ! `$ f, ]% H+ C5 g# |) T+ k0 O protected String agentID = "GasNode " + (agentIDCounter++). ~7 z* G; ~+ S9 m+ z: z) A5 ]
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* % s6 Q' M$ E: p" K" {0 U * This is the step behavior.+ n8 g: q7 b5 I0 c# `! X+ g
* @method step / Q/ T% a* O/ H+ W' j+ @! |5 M0 X *1 d- q7 K7 W3 F! K/ w: F8 H
*/ : J/ s, S/ r+ f* ^9 f: \ @Watch(6 X2 D$ O) T, q9 k# S
watcheeClassName = 'infrastructuredemo.GasNode',; z% e) S; j% ]
watcheeFieldNames = 'pressure',) M+ X* A4 L- I0 L# m
query = 'linked_from', ; J$ ?) j8 v( J* Q/ z" y whenToTrigger = WatcherTriggerSchedule.LATER,0 Y" I: R0 i" C
scheduleTriggerDelta = 10d" T. j, \: ^% v/ T
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public def step(infrastructuredemo.GasNode watchedAgent) { " }; y% \" m% M / [7 [) g9 A( N# s- V0 P // Define the return value variable. ( ?# d$ M7 s; ^" A+ g- |2 S def returnValue ( ^0 q3 H; n+ l7 N2 u! ]! ]" A ; b2 _4 O( ~% V% o( T1 q$ X // Note the simulation time. 4 Z* A' C# W) [# B( Q' Y def time = GetTickCountInTimeUnits() 4 }& \ o5 U9 n: c8 f1 Y8 b + d& w8 O' x; S0 S# K' M0 w7 \: [9 S" Z: I& b
// This is an agent decision. $ b" m+ O: s/ G) M1 m- O if (watchedNode.pressure<200) {& M9 Q# b1 B3 W! F% [1 j$ @
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// This is a task. 9 R2 l3 t0 N% O0 P. z setPressure(watchedAgent.pressure) " f- B p- u9 U0 b7 }, e% g9 S: m 6 a Q+ [. T* m } else {1 o9 m5 T& F$ X) H
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} : [- u& X+ U6 l {8 V i" Q // Return the results. ! Z* T6 e2 s4 D. Q$ F- e return returnValue E6 y# n) _4 Q
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} ( u/ c5 D( s4 J0 O7 n2 `- M' h% a( z% s9 |' R
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* This is the step behavior.! X# B8 F; v; p/ A
* @method step' F% k: R1 n u+ U7 G. w+ J" ^
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@ScheduledMethod(( y$ @ K0 y x5 V# B- N+ G
start = 1d,% E r' h$ Q% V( F1 d( D
interval = 1d,* m9 r: }% d" q7 b8 x8 h
shuffle = false+ S9 s9 {, U% ~" b1 y/ h; A
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public void step() {4 `- P! G. S- K
! \9 N0 g$ x0 } // Note the simulation time. % `- U1 ?$ H+ o& P. y7 x def time = GetTickCountInTimeUnits()1 B; s$ ~$ k+ Y+ S
! A0 \0 d$ F, ^& f4 F P6 E! i7 k% k9 r // This is a task. , V2 |) w- }( ~2 G) E+ K measurePressure=pressure+ RandomDraw(-20.0, 20.0)& C) N; C; ?( p6 N4 Y& [
// End the method./ o& e. Q6 [0 b; K
return / h7 q) w+ E# _* t" L i1 } o' C4 [9 _2 A1 i: X }
注意,在函数step中 ) @! e6 F3 ~) f public def step(infrastructuredemo.GasNode watchedAgent) { $ ` L4 u2 @8 S/ s" P. L //这里是watchedAgent 1 O& j4 ] b2 l% ` 但是在语句中,你填的是watchedNode. Z6 _1 A; {( `9 y9 n
// This is an agent decision.4 b2 E9 F4 x( f" @7 o5 y7 h# z
if (watchedNode.pressure<200) { # V& s. y; U. O5 ^5 I
setPressure(watchedAgent.pressure)2 d$ i5 Z8 W t: I+ u0 U
变量名称须统一,可以都改为watchedAgent