- H& W! ^8 Y) a2 s" o0 n1 r ! Y9 S6 U9 R( k- Y@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : F }! i" z- W v. R public double getMeasured pressure() { 1 E/ } s) r: E1 @5 t return measured pressure # `$ F) k" f6 q3 U& h } 6 Z. B1 Y+ Z0 h: G7 e6 i public void setMeasured pressure(double newValue) {5 P. ]- `: u3 P% l; k7 q3 z% t
measured pressure = newValue % i8 q' R: h4 ~2 g } b1 x- E+ x+ Y, n public double measured pressure = 0! F' O) U8 n3 [; c# `% V
( O* A- @; M* q7 M ^$ ~1 n0 J /** 9 _1 W$ j7 V0 n" p *2 s q1 ]8 `( p: w
* This value is used to automatically generate agent identifiers.! q; O5 s; R3 { r# I' B9 u. v& d
* @field serialVersionUID* K5 L! q0 r1 A i4 [
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private static final long serialVersionUID = 1L5 F! |: s& ?2 B, m8 v" I
( ~* @4 D+ M8 U2 G- f' {# y* w- m; @ /** ( m2 Q/ r; \: @! B *: e% P* g% }% R! w3 p9 U9 X j
* This value is used to automatically generate agent identifiers. 1 h7 X% O) X6 s. y/ f8 t8 S t * @field agentIDCounter% M% c# i3 K0 b' l4 X, y
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protected static long agentIDCounter = 1 ; c8 n+ U9 n; M6 s; N& F! f; D 4 A6 c2 V, b5 J% r( W: @. I# I /**1 x! B4 Y* c4 i. p# t8 e' _: I
* 3 C$ c& v& q1 {$ i# b, j* M * This value is the agent's identifier. ; d; R+ E' H, W9 X% m% r7 X9 w# c * @field agentID9 r+ N V+ x* u5 ^0 R* N ~0 ?
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*/ 5 }' o/ N4 g0 Y% S1 S protected String agentID = "GasNode " + (agentIDCounter++)6 B) ?* W) [0 n @
1 l- _( o" M% y* M5 i: x0 W7 Z# b# { /**% ?2 o! }2 z* S; L4 _/ r
* ! d$ R2 ~2 f* D e) D' q * This is the step behavior. " q! @ H7 r6 {: f/ y4 u * @method step 8 _4 H+ [: n0 h* @ * ]. P3 h r% D! e( [5 e, a; d
*/ 8 E1 Y, [* N& h9 b5 p @Watch(+ _& c, D: C% A: o4 _* q: X
watcheeClassName = 'infrastructuredemo.GasNode',- z) ^, z! H$ X: u2 i9 S
watcheeFieldNames = 'pressure', 8 p$ c6 U2 A5 q% m query = 'linked_from', ; x% v' s' Q9 v. D7 m, M whenToTrigger = WatcherTriggerSchedule.LATER, 8 ~, c+ `! q2 z2 K* r4 l scheduleTriggerDelta = 10d( l, g2 S- z& B/ ]5 m
) ' o4 C" Z9 g% ~+ e public def step(infrastructuredemo.GasNode watchedAgent) {' }7 }0 U2 N+ ~ n |8 C
L" G) Y8 W) r // Define the return value variable.% D" h/ j2 J$ A) C% Z
def returnValue $ K. n/ t8 {& \/ X! T9 e/ I% h/ ]: ^5 R9 \
// Note the simulation time.9 \3 F6 a6 Q2 b+ {8 z6 p/ U: P$ A! F% m
def time = GetTickCountInTimeUnits()6 o( B- `7 _9 J+ X. T; n
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// This is an agent decision.- b6 J1 Q8 l7 V+ ?6 J) T$ P1 x* U
if (watchedNode.pressure<200) {, X3 e" }) G! ^7 _+ a4 c9 _7 f
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// This is a task. 5 s# Q" K3 m% j( [( a6 Q9 q setPressure(watchedAgent.pressure) 9 J; ~: y/ K6 V/ u8 a! |( t 3 s* {0 S8 b/ A, p& S; F# }# R; j$ t } else { 1 v1 f X/ w: u8 [) \# X. c- R ~: d( \5 d
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// Return the results. : R8 H) D* }% u* | return returnValue & ]4 n9 ?8 ~+ k5 b6 Q: T' z5 K$ O3 N8 B7 F6 I0 X
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/**1 ?# k' s# C8 X/ J; {# }
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* This is the step behavior. $ y5 O" E. }# C8 a" H. u * @method step4 D' q. m( D6 X; j! f
* 6 F# Z8 ]5 b, y* \* o \0 K6 h */9 }3 [! D5 m! N# g7 V. @9 L
@ScheduledMethod( 5 O1 \" l2 d0 b8 x start = 1d, {5 ^5 T5 O8 z" M! }" y( a; D* v
interval = 1d,9 v7 J5 S$ L1 E( Q4 |. K2 o
shuffle = false2 L/ a( N6 t8 F2 `$ m Z7 z
) 5 M+ Y2 I* G2 G, o* T public void step() { & }8 }9 {# L: |8 m 7 {* j8 G2 ?7 I \& B! K$ l // Note the simulation time. # U7 b% N( \# n w- L3 s4 z; Z def time = GetTickCountInTimeUnits() 6 h$ m. I) c" ~3 Y* [9 E- u$ R 6 r7 A D( a5 S& z5 D. c // This is a task." |0 E \! ~7 w& L' C& m1 b" l* h" j7 F
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 v- h3 r# [* w, S // End the method.& I1 U( ]# h. A* R& o, Y8 S3 x3 b
return + F4 g* O' T2 z6 t9 ~5 K# s" s5 H6 U+ n' s0 t- D3 O% t
}
注意,在函数step中 3 W! h; g2 G8 r public def step(infrastructuredemo.GasNode watchedAgent) { 2 R9 E2 e# e7 L7 p) m K) U //这里是watchedAgent! U" E9 V, a2 ^2 S' H3 T# O
但是在语句中,你填的是watchedNode. D& X+ g$ e0 O' I& u
// This is an agent decision. 5 y0 T6 n9 g9 W# z v if (watchedNode.pressure<200) { / @" \6 ~# [2 F3 E' _
setPressure(watchedAgent.pressure) ! n2 `4 V+ F3 J) h/ t- S变量名称须统一,可以都改为watchedAgent