5 v% {2 x/ ^4 R: y- z) d/ \6 A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")0 D+ Z) V& w. z2 z4 U
public double getMeasured pressure() { * T0 [: Z" `5 s/ b7 K; F- X Q return measured pressure 7 i' b* F4 o+ W) j& G# z5 c } ! y9 x7 O: V: o2 i; N% ^ public void setMeasured pressure(double newValue) { % @' Y) T$ u ~7 Y% h measured pressure = newValue 4 A; F/ z2 q5 r' g i% y5 C# N }( ^5 k( @6 I+ a+ \
public double measured pressure = 0( j) X- T, G' [/ ]6 f ^
1 g: P0 [# \6 \5 M. ?# s; m$ H4 B /**6 l0 W4 g+ S3 B& H5 Z3 ?0 s: n; Z0 Q
* 7 t1 \9 Z; J3 I+ q, | I * This value is used to automatically generate agent identifiers.2 C$ _' B4 c$ K) J0 F
* @field serialVersionUID * \5 x' ^) ]! b/ }: L; N( v * 2 ~* _) b" S, ~7 E6 e# M- A" } */ ' g* p9 C+ T: G" c- ~6 H. F private static final long serialVersionUID = 1L; O: z n! t3 v6 w6 }
( E2 y/ ~$ x( [- d+ _& u& h /** $ l U& }* T" ^/ b *8 y' S! n7 H$ r" W3 x# U' u
* This value is used to automatically generate agent identifiers. # Y. f4 r- R: c * @field agentIDCounter # y% v8 P6 F# R* K& E * q Y7 D5 l: { o
*/ 6 ?+ T. j6 `! h; {+ K protected static long agentIDCounter = 12 u- h! {$ x3 {: h8 @
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/** & v9 P7 g4 i: |8 a. |4 z5 r+ I; C *' X- m4 ^7 B2 i+ E0 }+ M, z
* This value is the agent's identifier. h0 q% a. ~ J
* @field agentID / X! |8 d+ K7 b& r * " A+ l4 G: |- Q6 {" o */ 7 \7 K9 @2 N5 o2 [5 ] protected String agentID = "GasNode " + (agentIDCounter++) & c, h6 D, _ G" ^, c' W2 F n5 k3 g8 C4 J' r E- c9 b3 T U: a
/**4 i' ~- R% }: {
* # D7 P+ h# D2 s * This is the step behavior. ( }/ H) {" ]6 C0 |, v4 {- B* F/ k * @method step . V% d: V; ^8 a2 A# m2 N9 k7 q * % n. s P) Z9 y& e2 y3 X% Z */ , [& Y; t' Y( c0 w: I1 I4 _+ L: I5 Q @Watch( 0 V5 I. {1 o" H) n& h& W watcheeClassName = 'infrastructuredemo.GasNode',. I4 w/ G4 p3 Z
watcheeFieldNames = 'pressure',2 E& H4 `/ \2 s) @
query = 'linked_from',- T: Y3 K$ W# E" ]5 O/ Y
whenToTrigger = WatcherTriggerSchedule.LATER, ! k; ?& I2 r& i! y) f scheduleTriggerDelta = 10d1 C+ B6 F7 F" Y
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public def step(infrastructuredemo.GasNode watchedAgent) {! r0 x) B2 y U9 ]) x9 S* H
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// Define the return value variable.2 z3 r& K5 ?+ i7 E* s4 F9 _: U
def returnValue% ^9 a+ c$ @4 N. }1 }* |
, V; \* c9 q W& u) P) y; V9 M& y // Note the simulation time. ^ s: {& m( J6 V def time = GetTickCountInTimeUnits()5 J& {% y( e n; W- z
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& z9 O/ n$ N- B+ \) @ e ?( [' X // This is an agent decision. 8 l8 a# Q" C- z2 \" B" H0 ^ if (watchedNode.pressure<200) {. b) j* i- F. {. q) Z2 A
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// This is a task. * m% T' C2 A( f" x7 Q7 o0 S setPressure(watchedAgent.pressure)% p) \5 Z0 v& z6 ~/ ^
* Y1 m# c2 E1 J
} else {! }" t! e# p8 r
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. a, c( |/ g( S } * X' W0 L2 @+ u8 p // Return the results. 3 k% M6 l. l. A: F u7 K5 T return returnValue * j" F* a# x8 _5 _9 A: l: L * n- y# {2 b- d } - b4 n( a& k9 b% |1 i$ |) l$ x/ x1 _1 N7 X
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* This is the step behavior.2 B1 P7 n! J4 ?+ X& z" A
* @method step ) ^1 u! f1 r, ~% m- C/ l9 W *# [2 V: B% `8 b o6 W" [& x
*/" l' R0 p1 u* _: T
@ScheduledMethod(% @" W) P0 u4 N5 k) P$ H) l
start = 1d, ~+ E6 \, Y5 N9 ^" }4 @ interval = 1d,( v d$ @9 m% c% f) P' J0 E
shuffle = false . J$ X8 I! n1 y) J2 s ) $ }6 \( O" Y8 d- F9 w# N public void step() { . Z7 G# l% `* w" O3 C2 T3 B; L0 n+ t* c; g/ T" f
// Note the simulation time. }' K5 G# [! A" |( h. f" b- r
def time = GetTickCountInTimeUnits()9 o1 [6 U+ b- L
X% M* l7 I" g' N1 a, U D! @/ W // This is a task. 8 u6 N9 e5 \4 @0 C% {6 U$ ` M$ `, E measurePressure=pressure+ RandomDraw(-20.0, 20.0)# n' p8 w. |" }& K% W. s+ _
// End the method.6 j1 g- B9 T s E3 T
return # {! I h, @' t- [ & m5 ] o" ~2 s) M9 W# S/ @ }
注意,在函数step中2 x9 |' `7 \* A! b' |" u2 p
public def step(infrastructuredemo.GasNode watchedAgent) { ( U7 W# L# K) c //这里是watchedAgent: q/ n C% A7 n
但是在语句中,你填的是watchedNode ( M5 h: H$ V g& z g; g // This is an agent decision. 1 o, Y' [9 H: T, C. o. [$ } if (watchedNode.pressure<200) { : R( D$ s0 Q! h3 @ setPressure(watchedAgent.pressure) 6 g3 W9 N( a2 c" X+ k6 }变量名称须统一,可以都改为watchedAgent