3 w5 P7 s, i! e! F% ?. C1 ^ V2 |# g3 u( R, J, Z6 [
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " a6 r0 H/ t; h7 f public double getMeasured pressure() {, h$ z* G! D' r6 ?
return measured pressure $ C, ?. t3 S ^ } + P4 v5 m* q$ \0 [ o( V5 }2 j public void setMeasured pressure(double newValue) { ' f8 l9 j2 Q, J6 }) }; F measured pressure = newValue2 e7 @/ U8 ?3 S9 P! N3 j# G1 _; T
}7 M# S, o& Z) ?( f* C6 r* w
public double measured pressure = 05 X( u/ h. I7 d: X0 ]
$ i9 ^0 R7 W+ b5 R: W$ g2 V /** & z& V9 }$ D' A a0 A * $ V9 I+ @- V% N" { * This value is used to automatically generate agent identifiers.2 I" n" G9 n) j- T
* @field serialVersionUID7 Q& L* \' v( U& Z! f* f3 m
* / q8 e! D, l0 ` */ * }' w0 B2 o y( ? private static final long serialVersionUID = 1L* M# e x* ?1 S& G1 E3 x
. T& ~- @7 C: t/ z- }! F' D; t
/** , K x: W* i' g *( q3 V7 i3 b# |. @4 `9 a
* This value is used to automatically generate agent identifiers.6 a C. S; S1 J: Z/ K% V
* @field agentIDCounter 0 M1 {: _" X* B: a8 `% j, v * " G5 o3 w2 ]: @5 q$ W; K9 \/ A */ 6 |1 s: V2 }/ j b" j: X" V protected static long agentIDCounter = 1 + I+ `! {1 J( l5 N& w* i- _ + v/ ?$ d' p- M /**- Z/ {: C& M* g- T
*) u$ o* v; E3 Q5 D0 ^
* This value is the agent's identifier.# |; r' f% |' O2 j0 t* {5 w
* @field agentID) A. c5 g) k* o7 b
*7 Q9 h8 |/ v' b4 T- T5 p
*/ 6 L) f. }6 x0 w# j v4 L protected String agentID = "GasNode " + (agentIDCounter++) / n4 N9 y) u6 P& R/ a" p5 L( H" ]9 E7 z& F) R, `! N5 x
/**# G8 A5 C) `; V# H1 N
*% n$ s" l2 ~; U1 W% w4 p* H% S8 Y
* This is the step behavior.$ R! G" _6 A" e+ M1 I
* @method step Y" J- N" L3 m6 A* q4 Y. ? * 4 ]9 G+ ?0 I. B W8 g, P8 T' i* } */; Q4 A) E4 E' M- n( U8 l
@Watch( # }; C" T% H$ c3 @6 I watcheeClassName = 'infrastructuredemo.GasNode', ' I; u6 N% P/ w9 @) a" ]6 m watcheeFieldNames = 'pressure',0 D' F S4 t7 X. C
query = 'linked_from', " c) k% Q9 } S4 Z9 c5 x: f+ |7 t' \ whenToTrigger = WatcherTriggerSchedule.LATER, . S- a0 D# ]5 ~& K% o- x6 }% V scheduleTriggerDelta = 10d a, y1 B/ g; S; ]( z ) r; F2 C1 E' N R5 I
public def step(infrastructuredemo.GasNode watchedAgent) { & a2 _0 d7 y3 D* ?1 ~ 7 l+ S! X& E ^. U# B) P. Y& u // Define the return value variable. - e1 Y# U* D+ b7 X3 Z2 I def returnValue ! p) K$ ^+ W' F/ p6 o$ s p: q! t+ E1 D/ p
// Note the simulation time.( N& K) k, I/ g, s" @
def time = GetTickCountInTimeUnits()3 ?4 ~/ o. T1 ` J$ N
: _) e" C9 g% @" H+ a/ J; Y / L* p2 Y0 ?! O/ L: z* s* o$ w // This is an agent decision.2 |5 G) o3 W, R6 H$ W' j
if (watchedNode.pressure<200) { e3 }$ d8 _; _" O! f1 ~' M. `# r- a+ q
// This is a task.( D! [! ? s3 V) A( Q' W
setPressure(watchedAgent.pressure) / W! O/ @' t0 S4 `! S! q: B * b# o% g) w# c; ]" ^ } else { ) a& b9 L( j+ ]6 {5 D+ I' }. v
6 Q* x2 F4 r1 D3 }- O+ k } 7 ?1 ~) f. ]( f$ u' l3 o1 K // Return the results. " E4 J* ?) ^# ]$ Q) `4 \4 E return returnValue 6 }# ]! B/ I- a4 r( g9 ]* ]" j( j: ]; H- G. h% f
}' \& W7 ^) ]$ Z4 v$ |
) z& |) S# C4 @1 e6 a# ]9 u
/**! g, g) {/ C+ H5 w% u8 G
* % O1 \" i; ~+ i& B. b * This is the step behavior. - D4 Y; k3 b0 {9 ]0 p1 \( e * @method step" t5 U& y/ ^: C& _
* ) e+ s; R- {# `) o; u* _# m" i5 J */5 H0 B2 z: V( \1 [. v( B0 Z! _
@ScheduledMethod( $ e6 T" y+ X D start = 1d,( X! q3 o( K' X# |3 X( h
interval = 1d,' s+ E3 q% E& X0 P: j d
shuffle = false& o! o& Q& L7 h. K
)- ]' H7 p5 ?! Z
public void step() { ( H' I+ d: F" b( l ! v6 }# q( d, b7 V& C. C/ B // Note the simulation time.% P1 h2 y9 g- H0 U2 w0 I+ n: h" ?
def time = GetTickCountInTimeUnits()5 K y3 L; B% a% e2 @& l! _: T8 F! y
2 X: ?, w. ? m! I- z // This is a task.- M% @% p z$ `. l" R0 n4 o
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! E& q! F$ f& v! ?. A! L
// End the method. ( p8 B* f- n' o5 r8 k' L return " p/ A; J" |# w, l3 z6 O/ }. P Y. W, \) ~
}
注意,在函数step中3 `2 I" D3 J! { G" F
public def step(infrastructuredemo.GasNode watchedAgent) {$ D. a1 \; f; Z4 |9 t
//这里是watchedAgent" S# \+ u2 D" Z1 ?( Q, G/ v
但是在语句中,你填的是watchedNode " H" y9 L7 I6 R s2 j // This is an agent decision.$ K5 L* L+ Y8 g5 J" H/ g7 `& n" T
if (watchedNode.pressure<200) { . T6 K2 E5 ]$ {$ z. P2 U setPressure(watchedAgent.pressure) y5 @7 P. m: s5 M/ y
变量名称须统一,可以都改为watchedAgent
注意,在函数step中& M; y3 G p0 W6 R9 }
public def step(infrastructuredemo.GasNode watchedAgent) { 3 D r% a2 B" F- G //这里是watchedAgent' u- H2 S/ a2 O
但是在语句中,你填的是watchedNode . L0 R6 @+ }' P // This is an agent decision. 5 I" w% f% G9 x8 W# S2 R if (watchedNode.pressure<200) { 0 E# ~. ]8 G3 O) y' ] setPressure(watchedAgent.pressure) s4 X% f) B. S& }/ R4 H' K u变量名称须统一,可以都改为watchedAgent