$ p0 E' H# {8 J& s* A, s9 _ /** / D0 e* j! p" j- h; P4 v I ** l( p% P( A! I- E1 D
* This value is used to automatically generate agent identifiers. 8 N5 |, {% B* Y* @' ^/ D7 z4 r * @field serialVersionUID# s$ `$ u; I+ s, B* \( ]% H6 |
* - r$ N4 B+ O# y' M ^; Q! U S */ ' U" u# ~ h+ \$ R# O' u private static final long serialVersionUID = 1L2 k4 Y8 T1 a) f* j2 W
( }$ x$ h! w' l3 }
/** 5 S3 j8 Y# \3 S' f! a% g * M" t- ] x+ I9 s* ^. i* q
* This value is used to automatically generate agent identifiers. ! H9 [2 ~, |7 o8 [) u9 P. H, r * @field agentIDCounter * P7 l" w& w9 [9 V7 \0 W; \% U *9 o3 j7 W7 B r6 E
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protected static long agentIDCounter = 16 K/ K) x |1 |2 X5 u, t
* A- d* t/ E( ~3 \ /**( G/ @2 R0 N7 V
* B5 o: t- h1 m; d6 q7 w1 @ * This value is the agent's identifier. 1 k1 ]+ W- }8 d& W1 q8 J4 K * @field agentID ?: D, I7 j2 O
* ' }/ ]1 Y I9 S+ I */ + w+ T R" p% z' x$ |( W, A protected String agentID = "GasNode " + (agentIDCounter++) ) x. @- i! J& J9 J * U/ N" u8 |# D$ t M" b /** / S# p8 G" p* G/ U *2 k% L% w3 A4 q% ^# U, `$ u7 M
* This is the step behavior.4 g g& }3 N% O( B% x
* @method step+ w* L7 R% L4 F0 Y
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*/ 5 U1 \8 S$ f) m k& u, e m @Watch( - M, m% i4 _( L/ p7 K# C' g watcheeClassName = 'infrastructuredemo.GasNode', ( T; w) _1 C+ O watcheeFieldNames = 'pressure', 2 r8 s% l0 z! n: L! j3 H9 i query = 'linked_from',! f& V$ b! o$ H; n. D2 p4 j
whenToTrigger = WatcherTriggerSchedule.LATER,7 y2 r/ K4 \3 \4 ~
scheduleTriggerDelta = 10d' |: S o6 _8 J) k! f% Q# k/ T$ t
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public def step(infrastructuredemo.GasNode watchedAgent) {4 C7 p# X' S1 b6 D: V% m" P
: \7 H0 W& z, ?3 a7 ~7 K // Define the return value variable., l- ]; [3 Y' i& ?
def returnValue 2 e _7 ]5 \5 o ]- h6 \' L5 c! O$ y: j# x/ c
// Note the simulation time. . e: a2 E( ]% @/ r# l, d8 W# l def time = GetTickCountInTimeUnits() " g$ R% n B( O# a, p0 F. y 0 L5 c# J; X/ d" k* u# Q! n" P4 k# n. b" m. L+ v
// This is an agent decision. : E& f0 u7 S' k. y if (watchedNode.pressure<200) {) g. T- \0 T0 _' K) ~, L5 G
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// This is a task. 7 t' {5 h! }8 k/ }; v/ x setPressure(watchedAgent.pressure)' B [6 ]6 K) w0 ^! |
! K. O; t1 j' }0 k' M* a8 n% j } else {9 k/ n6 K F! e1 A8 ?1 I, \9 E1 m
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# q: x, n* c: Q3 C: _- B, H& e } . i* i. H/ `( Z; Y& U- t" E) \ // Return the results. # }; t9 U4 v5 [+ k7 I5 n* L3 N return returnValue ' S8 S" Y: i4 c8 Q" R1 C+ ~% A4 A! R
} 2 R; Q6 ~* Q0 Y( H$ J- d* e1 w3 {# N' d1 |5 k I) G, N! c6 S
/** 0 @8 {( X2 W1 X8 c *6 X$ o; ^4 s6 H. u9 Q. b
* This is the step behavior. # y. j1 A) N' ]; {1 @ * @method step d6 H2 u8 W7 p1 D0 G
*4 ~% H" [6 y. m! Q
*/ ' J9 ~$ n' A* C. U @ScheduledMethod( & o/ Y& T$ V; o9 y# U. K start = 1d,- Z# B$ `4 Y7 s; f1 t% W$ \) C2 g
interval = 1d, ' c# x9 ]) f2 U shuffle = false4 `0 L* E2 g% W
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public void step() {% x* y' S. H) n: r3 H
/ S, d+ _8 ?- K2 Y9 }+ [; d! S- L // Note the simulation time.5 b c+ P$ C4 Q0 U1 }5 s
def time = GetTickCountInTimeUnits() ) c: B0 x4 |. Q/ X5 F. c4 X8 R' N5 i9 N0 g) T
// This is a task. , I. {0 _ c- N measurePressure=pressure+ RandomDraw(-20.0, 20.0) . y! y3 M9 e+ s6 X7 ~ // End the method. $ L. R1 ?$ X! C y return: B, p) \8 a& N3 {- e& d; l2 \( f
注意,在函数step中 1 n- k y3 t/ \ public def step(infrastructuredemo.GasNode watchedAgent) {) g! V# r" l& n, R9 Q
//这里是watchedAgent & b2 \0 L3 J9 l% F 但是在语句中,你填的是watchedNode% n) `* ^) Q8 c2 i0 r: T
// This is an agent decision.# P) R0 g- j9 N' V$ `0 s9 }$ I
if (watchedNode.pressure<200) { / K# t |- F5 R: x. G setPressure(watchedAgent.pressure) 0 n8 E O% A, ]* f& U变量名称须统一,可以都改为watchedAgent