- @ M: x, ^+ l0 t4 ? /** 7 H1 d) C f. d6 n6 X ? * 6 d8 t0 r$ z0 J9 s/ d7 }4 Q * This value is used to automatically generate agent identifiers. 3 S) G5 M* a+ K4 q: f' {5 w * @field serialVersionUID0 f. n3 `1 B# Y) S( |! N
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private static final long serialVersionUID = 1L, F m0 O c1 U2 e _
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* This value is used to automatically generate agent identifiers. 2 x3 [8 Q) f+ E, z * @field agentIDCounter 2 u7 t4 Q( X8 F( m- K- A *. b( v/ S2 U; S) F/ g; r, L
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protected static long agentIDCounter = 1 . a9 G8 p; Z* Z& ^: g3 r+ w6 F# s4 j- Q
/** & r/ S# x& G* Y7 f* y( F * 4 U e' \3 M* }! \- c3 |$ c, D- U5 I * This value is the agent's identifier. , |, e' {8 l+ e4 {5 R * @field agentID% ~0 T6 f8 h/ C, k
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*/ ; b: L3 e7 y$ H. P4 m protected String agentID = "GasNode " + (agentIDCounter++) 2 j( U7 A$ S& R; c! }" M0 q " @ h q O- A- Y) I; s /**. [7 t5 ^% Y# [3 w2 @% t$ X
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* This is the step behavior.* O' }4 I' l' U9 `1 Y
* @method step ) I a6 Y% l* p5 ?7 X3 o8 C * & h& h( j" f, F o, d% k */" x4 ?5 c! J0 _5 |8 r/ _5 z
@Watch( 9 a8 Y8 E8 k" k7 a/ P/ p watcheeClassName = 'infrastructuredemo.GasNode',/ f4 p! Q& z3 m6 g! v( A* r
watcheeFieldNames = 'pressure', ; z4 i( G4 m+ b% F' {! L6 B/ i query = 'linked_from', ' @" v9 ^5 U) r( s ~ whenToTrigger = WatcherTriggerSchedule.LATER, " L. t8 c6 S0 e9 A% h4 [ scheduleTriggerDelta = 10d, `7 b3 m/ h. Q w- D& D# J
) g h" ~+ F" Y2 y; i7 [ public def step(infrastructuredemo.GasNode watchedAgent) {) e( Q5 b1 O' f0 l& P
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// Define the return value variable.( W7 Z7 L1 F a9 x; }! l8 i
def returnValue' Y! o2 V' v- Z6 }" U+ O
7 g! d" N; C# _( o$ u) ? // Note the simulation time., `9 U3 e4 @/ h1 h8 l9 H5 K; A. [
def time = GetTickCountInTimeUnits()- {& T* N) W- E% g& X9 \7 v
3 O7 X) x1 v" i$ S % x: d1 L: v4 V- m* |% T2 N2 h1 M& ? // This is an agent decision.! v! _0 `" e/ K; S" k! _
if (watchedNode.pressure<200) {8 ]+ L" M6 V2 C4 S' q( E) X
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// This is a task. 1 h6 y) s7 p( L setPressure(watchedAgent.pressure) 0 r$ Z, c" n5 G+ g " i. Q2 L2 A0 W: {) ]6 f: b } else {/ C+ \* h9 |& p! U
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// Return the results.; ^1 u. j2 o3 R/ k$ N
return returnValue4 W S7 W" ]+ Q
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/** ) U2 i5 ^0 q: ?5 }$ ? * ; r& F' W3 x: }( e0 R * This is the step behavior.7 X& W) h8 b8 m! p. i7 @4 @0 D" p
* @method step q- R* L) D( I+ U6 r5 J! r
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@ScheduledMethod(0 _) s' z8 O; r6 ?8 A% h/ b/ p8 T6 `
start = 1d,6 |9 ^2 ]) q' h( B
interval = 1d,* n: ?+ g) `! V
shuffle = false % }9 `! d5 F' x ) D# C: @1 ^. x9 m$ H$ B1 } public void step() {# {) e4 F' L3 Z4 O* P; r1 Q
7 o4 u3 ?% {8 d& f, u0 a; B // Note the simulation time. / E, P+ E$ e- w2 g. u2 J! i/ _ def time = GetTickCountInTimeUnits()7 E# r; l( K1 m3 \; b1 u
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// This is a task. & q- m4 L/ x: I: j e measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 E% p( x6 H' @& ]+ u // End the method./ ~8 ?8 X4 y9 C4 W/ |, Y* B
return % g8 e' }5 U7 ?7 n& h; f+ N/ k7 c 1 {' g. x, K$ l2 T. H, L+ k }
注意,在函数step中7 C# d& c: W1 v/ t- k
public def step(infrastructuredemo.GasNode watchedAgent) { O8 _9 I a( p' q/ N5 a' T* @
//这里是watchedAgent 9 J$ w. x6 E6 [: n 但是在语句中,你填的是watchedNode ' t: W- \$ c- V // This is an agent decision.5 Z# C/ `5 P3 X8 p' n
if (watchedNode.pressure<200) { ; z) ?: x' H% s2 M+ |5 H
setPressure(watchedAgent.pressure) ' I1 W5 v( V& I4 ?7 z变量名称须统一,可以都改为watchedAgent