: H0 }2 S7 R/ V6 N1 j0 \4 n@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") # Y( ?. T+ t1 ^: ~* K4 v9 ?4 q" A public double getMeasured pressure() {% Y% n% Y" Q8 d' G, j/ ^
return measured pressure+ o# t- j( N" n4 r
} : z- \3 ~ R7 Q" m# p2 Q# L public void setMeasured pressure(double newValue) { + o# z/ K. k9 a: f7 S0 n* i$ P measured pressure = newValue 6 s( K1 y; i" z% P( I7 t% y }7 E" B: D% H. Q) ?. g9 t, }2 W
public double measured pressure = 0 * f8 K. n# b9 r! y; S . C1 c( r( W) D) ?4 X /** 3 F, t' \' g, O, z( Q: m * # N4 M3 Z* C- } H6 I f2 H * This value is used to automatically generate agent identifiers. ) I& M0 y) y7 k6 X, O0 ? * @field serialVersionUID) y8 C9 A ?: O6 \+ g( P8 f/ K- ^
* : g# H* E3 h9 x4 i6 H3 {' R */ + i5 g% q; ?9 w9 \ private static final long serialVersionUID = 1L5 ^1 B6 t7 t, j6 ~) b1 t
' m. n2 l9 w' \7 G" e# g /**8 v y9 o2 E! T9 f/ O; U) [: s
* 3 g. { Y3 m7 Q * This value is used to automatically generate agent identifiers.# P) h' ^2 h# G% W5 ]) O7 R! h% D5 m
* @field agentIDCounter( Z$ d3 d' P( |4 ?: o( \
* , z6 A4 b9 Y0 w7 c */ 9 f$ S' l7 b$ h. P+ W# \ protected static long agentIDCounter = 1 1 H( g3 ?: |9 L/ m: H , ~% w: U* e( J4 ?( S5 R e [" C /**1 Z3 `7 s- t! n2 v
* 7 W d0 d) \! w: m * This value is the agent's identifier.3 z" x! z' z! D- O' X: e
* @field agentID+ t* A& Q5 x( R* `
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protected String agentID = "GasNode " + (agentIDCounter++) ! W' }4 B* s( n6 ^& _( C2 H1 | , k/ P$ o4 Y7 ` /** & G* o" R8 k V2 N. u *8 k- |, a% n# w# g3 e7 o) _8 b
* This is the step behavior. * b' B) G2 J0 z$ R * @method step 6 e+ x A' W! Y0 @ ** r: S% S9 l/ y1 S8 P8 H- T- W
*/ ' m) G& j+ Z! q/ x1 x @Watch( + C, }. W$ X1 h2 e5 ] watcheeClassName = 'infrastructuredemo.GasNode', + Y& X/ [: |' i% D: w$ R watcheeFieldNames = 'pressure',; m; ]9 ~3 w3 z0 O! ^# F( t g
query = 'linked_from',$ L& M6 D) Z i- b- }$ O& B
whenToTrigger = WatcherTriggerSchedule.LATER, 5 {; t- ~2 j# f9 H. p+ Q# Y. C5 z scheduleTriggerDelta = 10d" Z3 g, y7 g3 N1 ^' \: x# s( E$ N
) 3 V$ w. L* D" i; s" W: U3 U; g: l public def step(infrastructuredemo.GasNode watchedAgent) {$ @1 {* N, V# i) r4 g8 B
b, g* c( g; {/ r2 _ // Define the return value variable.' ~% \9 v1 c2 X% S, P
def returnValue* M1 @+ p$ e: k# I, F# ^! Y. {
- M$ a: H( {( E4 U3 v // Note the simulation time./ v, |2 `8 s- T& r6 E* e, X) c
def time = GetTickCountInTimeUnits() / c. {. K" w# @# [3 M; S. x " X) F x7 _! d* \9 ] 4 a4 n; x w" Q# p+ | // This is an agent decision.! P. M! k4 V# t6 ~+ W# R, l
if (watchedNode.pressure<200) { / \; c- y3 @( ]+ H) l* |8 n7 ]8 c4 w
// This is a task./ i3 p+ b% J, ?5 A3 f
setPressure(watchedAgent.pressure)( r1 M, x0 \) c2 V" Z6 w
: f5 J8 V( C1 I7 Z } else {' g. ^6 X7 d7 m$ j: z. u+ c5 d
& o$ ~% T1 \! i% g8 s+ k : @- _8 p6 @; q6 u7 N! y B' a } , y, t3 w6 N) D" u // Return the results.& Y! p: k1 L# h, \( s
return returnValue ' ?+ s* o& q# R2 j* K ! S. A: N: ^8 E$ S5 }6 v } $ d1 q& D; w1 s& P/ @1 Z0 u+ y4 m% l 8 n# j; F- W8 U! b /**, r" y, x. Y) g" I( x( i
* ( n; e3 x8 O/ V# _* t2 C0 z5 D * This is the step behavior.$ V( j' H: Y i! h
* @method step7 \0 P. E0 j4 D! y$ R- N
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@ScheduledMethod( / e. S+ ]7 t# Q7 }, M+ {/ o. f start = 1d,$ r( V) t5 g- B
interval = 1d, # H! V2 S7 ?3 j" S9 K shuffle = false, B3 A( N6 b* {+ e7 |
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public void step() {0 @7 x, c. I% C4 Y
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// Note the simulation time.2 S2 r5 l5 C* |1 ^: I
def time = GetTickCountInTimeUnits()( Q# j) ]. y. c4 z) w% e" R6 i" k
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// This is a task.) K8 w+ E6 O+ {
measurePressure=pressure+ RandomDraw(-20.0, 20.0) . n8 e8 i4 \* `! I$ l4 f; O // End the method.1 V4 i( D8 y( `* G0 L
return; g* X$ ~% }1 _7 ?" d' A
注意,在函数step中$ W* L$ I/ a. H! V
public def step(infrastructuredemo.GasNode watchedAgent) {5 H% j3 ^8 R9 b% g5 M- l
//这里是watchedAgent% |, V' M F! ^/ K! i
但是在语句中,你填的是watchedNode ; N1 a$ o' |0 r8 K8 _ // This is an agent decision. : y3 r; N9 u, _4 e, n0 W { if (watchedNode.pressure<200) { 2 c7 L( W- o6 t# y& y setPressure(watchedAgent.pressure)- J3 A. p2 I! V( Q) u5 u! ]" Y
变量名称须统一,可以都改为watchedAgent