) x. x A7 `# i3 _ /** % o- c: p2 Q6 v& w; M3 Z8 w *3 V S) Z% e. J$ q
* This value is used to automatically generate agent identifiers.' f0 Y& Y7 v9 M; ?+ X5 U* C: A. @
* @field serialVersionUID$ ?1 n y- ]2 J6 w+ r3 t
* 0 r- r4 f3 }4 D0 d" d3 H6 j */ 0 L+ R4 S" y% X( {- V private static final long serialVersionUID = 1L ' {" y% Z* ?$ K- F4 v2 _/ C( e3 @& `& x& D' W4 K3 ]
/**8 W2 d* k% }; C: W7 p1 p" t
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* This value is used to automatically generate agent identifiers.1 e/ V5 @, d. N: P T7 }1 _
* @field agentIDCounter" q9 M3 ?4 [" h/ T+ }
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*/ ) T2 Y& t: M" j: i" P2 i, A* | protected static long agentIDCounter = 1 % u$ E# W" `/ ]6 `6 s. Z( l 3 _3 D$ A' V! O/ I+ v" j /** # I8 q0 D- V) O% q' u, e/ V h *: U7 n/ @, A- u8 x
* This value is the agent's identifier.& f. Q+ R( }3 x- J5 z! C! {
* @field agentID2 R7 }$ ?5 G. W. X" e6 |
* # I2 d, U' X* G( w */0 d9 V0 t7 R6 l: f1 w t
protected String agentID = "GasNode " + (agentIDCounter++) " M3 t: H4 b2 j" K5 V% o- f! g9 Q2 ]! ^1 Q; ~
/**4 j0 V1 J) o ^7 V9 Y( S
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* This is the step behavior. 1 z. M5 k% g" C/ M/ w * @method step : f. z& j. a/ E0 d; ^6 L o *" C. q: C: g3 R4 o( A& t
*/ 2 U$ ?% ^. D! a8 B @Watch(3 o1 ~+ c4 x1 Y: y, s
watcheeClassName = 'infrastructuredemo.GasNode', 6 `$ E2 l+ F- E' \6 Z watcheeFieldNames = 'pressure', 3 X( p8 B0 h; O1 K1 `, R! {% p query = 'linked_from', / _% M/ Z2 \1 D1 N; r4 p$ U* t: _ whenToTrigger = WatcherTriggerSchedule.LATER, 3 O7 U q( i3 f, J$ A scheduleTriggerDelta = 10d% U! r X3 Z, K1 F/ O
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public def step(infrastructuredemo.GasNode watchedAgent) {! o U- O" }, z3 @
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// Define the return value variable.1 g/ g( ]4 |+ P" m
def returnValue$ b1 u U. A% H1 _
! m2 Q- t3 U. d // Note the simulation time. ) r; M4 A% M9 S6 I def time = GetTickCountInTimeUnits() : w O# P9 i8 |% v7 v/ ^% v" v( T) g9 s) V( A) y" p/ C
: t% [7 {6 o5 R2 g1 `7 i // This is an agent decision.) a6 u" x0 n9 G* _( p" B
if (watchedNode.pressure<200) {4 M( b& m. {1 g' n# l
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// This is a task.* J1 o4 j0 w. v! t6 Z/ G) n5 p6 b4 t# H. W2 M
setPressure(watchedAgent.pressure). D5 Q1 c* J, v$ \6 ]
1 v4 ~+ k7 L6 j" m } else {% w3 o7 {' _+ c( s, o# Q
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} 3 f! n" w5 b( c9 {; N // Return the results. % [+ F: e2 n5 y v return returnValue ) T7 m% `1 t, b7 A ! y* K; O/ F3 a8 z; q. z! c } 4 L# K3 d2 b# J+ M% l/ ?" @) x. l# m! B. ^
/** + r6 ?, ?% g9 t, P# g2 q% ~+ | *# v6 `0 {$ N& w" U/ @$ r
* This is the step behavior. 1 s6 j$ t* ?, ^4 h' F9 U * @method step/ d+ h! A* k: t, H
* ! b/ F& H- C; O4 m: z5 x: l4 G */ 5 v4 i+ B! R8 v# V& q @ScheduledMethod() e" d X2 X* l, l
start = 1d, ( ]; m; Q! g! V% {. J/ Q0 C8 G% R+ V interval = 1d, " ]2 s4 _1 @; \8 r t shuffle = false! A0 v6 h& F- j5 r9 }7 }0 Z+ Y
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public void step() { , Q, o' ^$ [, ^& D/ ~0 P. F, z) o. z4 @9 e8 ~
// Note the simulation time. " `4 F2 z( B: L. c8 d: K def time = GetTickCountInTimeUnits() . R( x, c- a0 `& `- h/ w% K$ K % ~, O$ m8 l5 f7 a; u // This is a task./ |8 w' J j9 e7 s! X
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! M9 h0 i7 w7 v% {/ i5 m
// End the method.4 t0 H* V% a3 e+ ]$ V$ ]; |
return ! Z' i& ?/ S* u" e+ \$ J / a8 G/ o1 ^ c }
注意,在函数step中 8 h G( p' B& G2 E public def step(infrastructuredemo.GasNode watchedAgent) {# A9 K9 V9 K" Q
//这里是watchedAgent ' d0 O1 g5 G9 k: K 但是在语句中,你填的是watchedNode ' o; A! }: `* F. G // This is an agent decision. , {7 x/ r q$ v" Y6 K if (watchedNode.pressure<200) { 1 |1 X) P5 A0 t7 I5 {& e
setPressure(watchedAgent.pressure) , J; M8 g% \$ u t1 \/ }变量名称须统一,可以都改为watchedAgent