5 C+ d: z! K7 |: l@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") v, Q" E% ]- Y* D2 r( g3 v
public double getMeasured pressure() { 4 u. h6 E( i) E" V# A return measured pressure( y- v! n4 [4 [& W P+ b5 `9 ?! Z
} 7 V$ h8 Z/ K" v" g1 ^& q public void setMeasured pressure(double newValue) { 5 X2 e4 t) i% ?* G0 f- u% g8 ] measured pressure = newValue8 c$ O( a7 Z) M* o) e; P0 ]7 ~: d
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public double measured pressure = 0 7 u0 g/ w$ v6 j& Q0 I( L# y7 k) \( m. B7 V1 e
/** : f! @; \5 E+ b *0 U0 ], U* I. y2 g" |# C
* This value is used to automatically generate agent identifiers.7 q4 @1 S* ?+ N
* @field serialVersionUID/ W: l1 p5 Z1 \8 ?. O- S
*' ~7 m4 H: w& r+ m5 O
*/ 8 ~1 x4 p x0 L/ v private static final long serialVersionUID = 1L 9 F9 d/ x1 ^8 M# I1 @ T6 K/ w9 R' N8 [% X+ _& h; v% n
/**& x/ f6 k B4 x$ R- V
* . d/ g8 B6 L) ~6 h% u2 s * This value is used to automatically generate agent identifiers.( G5 C2 R. W m o
* @field agentIDCounter ' `% _0 ]0 F2 m- p * 4 y( y# P: `. Q/ x" P+ _ */3 [# u' g. O8 n1 u3 O
protected static long agentIDCounter = 1 # Y/ K. e/ P Z8 f0 Z* T6 ?5 b$ ?; k. r) g6 e4 o
/** , s! i7 P# d7 z* u0 X * L% G! a: T z+ | * This value is the agent's identifier.' o+ F% k4 {' U
* @field agentID # W' l# q7 `) J, o8 F6 T */ Z! e7 R y3 X& |6 C0 x0 _
*/ ; `- n% a3 x6 Q( a% P+ q3 @ protected String agentID = "GasNode " + (agentIDCounter++) 5 p0 b" m" m5 b, r' _% h3 k. @( z' I% {1 A8 f9 Y9 E2 D P
/**6 g: w' a5 x; L
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* This is the step behavior. _& c9 {9 ^8 U- J, I7 {( T- s * @method step 3 L1 f* I& a8 O( j * # k/ X' e+ `. _' l T# c */ 3 g+ Y; y, j: K9 |: i% y: n* K @Watch( 2 f. @7 x' t) D" M: G; z& [ watcheeClassName = 'infrastructuredemo.GasNode', ) b( b5 A4 S; W! } K3 Y watcheeFieldNames = 'pressure', - ]7 m& a* x' O X' o7 V query = 'linked_from',; b$ [8 S) K& q: W3 n
whenToTrigger = WatcherTriggerSchedule.LATER, $ o4 a8 Z4 O* E6 u2 Z( p scheduleTriggerDelta = 10d7 n& T( l5 ?! z$ a+ o9 g
)+ N! p" ]5 f4 |- Q: f
public def step(infrastructuredemo.GasNode watchedAgent) { & b% o! k: a8 C. _$ w8 D7 R1 H$ g, h4 c+ }# ^7 `; W( {
// Define the return value variable. 9 C1 _( z- w8 l; }6 z3 s& d4 w( T def returnValue( Z8 v3 E. `& Z) m% D" k( C
. a) t- W2 G8 l
// Note the simulation time.2 |" ~ z+ C' U
def time = GetTickCountInTimeUnits()7 n5 O, v0 p( T
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- Y; d4 v, ~) t4 V! R5 j; n1 } // This is an agent decision.+ _* M$ E; k6 E1 q9 H) \; g
if (watchedNode.pressure<200) { % P5 n! D7 Y3 F. F4 q8 X. p/ W; Y" _7 c
// This is a task.3 g, k$ i, Q! R
setPressure(watchedAgent.pressure) * _8 Q5 Y8 t2 z) o0 E$ ?' R+ [1 e w h
} else {9 u5 H0 u2 f0 ]5 p, W1 s/ G; I
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// Return the results.8 g% k" C. K; w! t
return returnValue 2 b: F' i5 ~" w% X A. `$ x6 l2 X . Z2 y& n* {; v! I4 S2 e } & l" @1 k' A9 P$ s; [& z& ~ 1 c- }- `: h( u: S( v( ~- ~ /**$ E: F& B% x# \( T
*! J) j+ @* {$ e: d: c
* This is the step behavior.% g: T- s) ?. ]- S
* @method step9 R# I/ Y* @; `8 P6 R" {) y/ [
*4 U F M5 h, Q [- A5 N) `
*/ % r! T; b+ ^5 @( L# J @ScheduledMethod( & j0 U4 V# B' N( I) V2 Y start = 1d, - c( D0 t6 f3 q9 S0 O4 I interval = 1d, 2 H+ {% I' K5 n, u: a7 ]+ S5 h, y" A shuffle = false: U" b/ h$ l- K
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public void step() { * H+ i4 O" v$ ^; K. a/ I* m9 N9 n, f% N$ f! M, z' A3 ^
// Note the simulation time. - k' F/ W7 |1 p def time = GetTickCountInTimeUnits()# i/ u! Y0 y3 a4 ^% T& I
0 q7 I' W- L3 b6 ?- s
// This is a task.* A8 ]" i* {" U1 ~ ?9 u( ]% ^
measurePressure=pressure+ RandomDraw(-20.0, 20.0): F9 X2 k4 a, a
// End the method.3 c- Z# C+ d$ h; H/ [9 L( ~
return$ V* n. M4 l+ e9 Z0 W9 J5 V
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}
注意,在函数step中 # `% ~' h# s! k$ K A public def step(infrastructuredemo.GasNode watchedAgent) {3 W& ]6 B" `6 {) q% }
//这里是watchedAgent+ p% A2 j, s' a+ r. o3 [4 }# E' c: N
但是在语句中,你填的是watchedNode , ]3 ^. s. t; ?; c6 D. m' v // This is an agent decision.) ]7 P2 G6 ^, W- |/ W4 V6 u
if (watchedNode.pressure<200) { / K3 W! d4 W6 l! [1 a, W setPressure(watchedAgent.pressure) * z& p( }6 S! m. j& p变量名称须统一,可以都改为watchedAgent