. l! Z& `. Q0 A3 o: H4 ? /**; A, A' Y* n4 C# n* E4 ^$ g6 J
* 5 _7 ]2 [, _! @3 o * This value is used to automatically generate agent identifiers.$ Z4 R* I+ Q; ~8 T4 M7 T4 S
* @field serialVersionUID- h3 H3 t' A C+ R7 G: |( G
*8 x' b0 a8 D. F6 r6 {- x, D
*/ # O. G1 v# a1 e' {" J8 f; `; I& J7 Z private static final long serialVersionUID = 1L : M$ m3 ^. C* w 1 p; `' x8 U% ^0 Z+ O+ h /**$ t/ h9 Y* d1 m
* o" \7 o5 K) i: y+ o* t * This value is used to automatically generate agent identifiers. 2 Q h, ], f) T* }0 | * @field agentIDCounter , @( h y$ b- V9 P+ O * 4 O8 c( T+ ^6 U. `( z; i4 ` */; @; E1 \/ t' w7 Q4 M$ `
protected static long agentIDCounter = 1 8 h2 A) U* |2 e2 B) Z/ g* a) q7 M$ d8 h7 B7 j
/**1 g2 ^' m; f+ f' p" {
* , b4 _" T0 J# t/ m6 T7 ] * This value is the agent's identifier.7 s) L: |) x: A0 P0 W; N+ ~
* @field agentID ( u6 w# I6 }5 e, ]3 D3 x+ ^ J * * t/ \. Y1 Y2 U6 p; f$ E$ e */8 q _5 [5 C& b3 L# n( G
protected String agentID = "GasNode " + (agentIDCounter++)% i/ S$ }" J, _6 l2 l, [- ?5 k
; O( f/ k) L6 c# p7 G# A /**: S9 o1 Y+ {2 s/ q% ]
*- D7 e+ ]2 V6 v; d3 \
* This is the step behavior. ' P. R' L2 H! \! X6 _/ B: e$ g * @method step8 \( L- s9 U: ~: n# n
*# ^ [1 I' u& f: H' ]
*/# J# J; v+ O2 u
@Watch( ! h9 p: O" ^0 w. d" ` `# R watcheeClassName = 'infrastructuredemo.GasNode'," N; ? u0 l# ~8 i3 }* m
watcheeFieldNames = 'pressure', ! o, {- }9 J) Q2 q query = 'linked_from', 0 d/ v$ q& H+ N5 I; m/ p# R3 v whenToTrigger = WatcherTriggerSchedule.LATER,7 l* D, n9 j( a) A: t/ J5 u
scheduleTriggerDelta = 10d5 t- c+ m7 t7 b2 K, K+ f
) 0 g" G$ E0 t3 J- Q1 P public def step(infrastructuredemo.GasNode watchedAgent) { 6 f8 E& n0 o! F# F ; q9 @( R0 H4 m, n // Define the return value variable. / @ c5 R! j, b! U def returnValue5 u8 J" ]. m) _2 Q
" c7 D8 y1 F' z W // Note the simulation time.3 o6 t; Q4 T+ Y2 o5 c H
def time = GetTickCountInTimeUnits()6 O( d* a' `* F" g% M
4 G7 I0 G7 }6 t" N, J5 M
& b% p2 E; w- _7 @2 W
// This is an agent decision.( \6 }6 h5 h7 ^7 m- r
if (watchedNode.pressure<200) {; |; F; L4 C6 n( ?; g @2 ?
) n9 a% m8 p# f3 ~7 a3 ~ // This is a task.3 r$ A6 w1 g7 {8 V! l) V1 b
setPressure(watchedAgent.pressure) 5 B6 W" G; |- i7 R! W, I K& x; N5 ?
} else { - m5 z, }1 s/ I. T. b% B4 `; W) t* |9 |2 S( I% h
3 f% B7 U0 x2 J+ S+ g
}; W3 _9 I, e8 N ]! g, [) i7 M! [2 T
// Return the results. , }1 K9 z. I" r) C" l return returnValue$ k. h" x, B2 P8 p- D. ^' O$ V( @
/ B3 h* q( u2 R0 S E) E/ E% @ } # H! q! m* M. \ v$ t 7 w+ ^ J3 b2 E% ?4 i1 B' \) ` /**5 z9 ~6 x; ?2 _ A- ?
* H: ~( y m1 h0 J: Q
* This is the step behavior. & g( P* `* v. j0 F/ W! U5 X. ~ * @method step0 q; F4 i8 B& s) z
* 8 N7 V; E8 A+ j1 g9 W* O: F */# W% M7 N' w E5 G% R
@ScheduledMethod(, o, R% H" u$ Q. N
start = 1d, : y, Q6 L' w$ B, j- E interval = 1d, & y: r! R# A2 x( k4 a8 g shuffle = false 9 y! s# b" s' m. y( b1 m% e ) ' s7 W$ s; B7 C$ \ public void step() { ' l4 K$ N {( n7 V! ?# [' V/ r* V2 ^5 ~1 Q& K1 l: N5 J: F
// Note the simulation time. ! `8 P6 }! ]& A; J' K- V def time = GetTickCountInTimeUnits()) E+ {6 d7 M A6 z
* W2 e/ {' X* F1 [6 j( W
// This is a task.$ h8 l/ K( q& K) Y
measurePressure=pressure+ RandomDraw(-20.0, 20.0) $ r: p. `5 t" H0 }% R9 B // End the method.1 I& @5 V& P* d. \: O! l0 j/ }
return ; F9 M( Z* p) k' q) i$ g6 ^ ! S7 o0 i& b% @, u) u* \. [ }
注意,在函数step中% H. b) o+ b3 h! D7 _
public def step(infrastructuredemo.GasNode watchedAgent) { % _0 G+ c- M0 x2 u1 t //这里是watchedAgent+ p5 }0 l4 e( O$ A* w, o0 h& C& s* z
但是在语句中,你填的是watchedNode# D& u# e/ b J4 |
// This is an agent decision.0 d# u* Y& s7 h g+ H# ~. j' o
if (watchedNode.pressure<200) { # D) j0 N7 R* B+ o6 A- z
setPressure(watchedAgent.pressure)0 m0 x h. t8 f: {% Y. `
变量名称须统一,可以都改为watchedAgent