6 v0 x7 L( h2 b( p; v0 z* G! S3 ~@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")2 r. a9 ~, C. ` h' B2 m3 x) W
public double getMeasured pressure() {, N2 w$ d; P n
return measured pressure$ O: n* J* V1 D2 g+ ^# U6 a
}3 o' F' k3 H I# Y3 O/ V: J/ H6 t
public void setMeasured pressure(double newValue) { 6 C: W3 {& P1 n5 ]! A9 N$ } measured pressure = newValue9 z, O' ?6 q4 U' p" ?# P$ ~1 ]
}- p' X" L( I7 h7 c: S7 S. D+ X' T
public double measured pressure = 02 ]6 f3 G6 o+ ^
" q0 n K) @: ?5 z+ ^! c
/**3 ^! k- M1 Z- t: Q' o3 K
*' |. x4 m) I( s( s% ]
* This value is used to automatically generate agent identifiers.% S( c( Q5 S8 E# [$ N: s; [5 s/ ^! A
* @field serialVersionUID6 r% e/ N$ ]& e. U2 i
*3 [8 \* N4 b5 [0 k
*/ : l/ L" i" n( } private static final long serialVersionUID = 1L ( _6 L7 l) e8 J6 H4 A, A, o1 f% p, T; b* T6 S3 ? ^
/**: I( t5 F3 U7 q) Y
* 1 ]. H; I- L0 e7 W6 b * This value is used to automatically generate agent identifiers. * c4 N1 T' V% K. H * @field agentIDCounter2 C8 q9 P' E; ~" g+ l6 O$ K8 v
*( w% C8 j0 o+ M4 _
*/8 v8 i) H& K3 N
protected static long agentIDCounter = 1$ T# G# h g' ~% U
5 B8 p; i6 s s% H) k' h /**: \: ?- n2 I& d9 X8 y
* 6 ?3 [( ]' k* Y3 c1 S * This value is the agent's identifier. 2 {" U k6 _* P * @field agentID: N* ~, `; t' h2 Z6 Q
*$ m* i: M' c2 p* p" Y
*/9 [1 W% k6 t' Y% f$ q! L8 ~; x, v
protected String agentID = "GasNode " + (agentIDCounter++). f- T0 m3 S+ d! a
! D0 G( m. }+ v* j4 D
/**5 Z0 ^& R4 G/ ]
* # c" _% m4 s$ N/ x * This is the step behavior. 8 b0 w( X" f9 F- t * @method step 8 o3 l+ c. f1 f& v \ *9 L; S4 B4 T1 j2 q
*/% Y* R a; n6 k
@Watch( 8 t% n/ f# x& e' c& r% Z- G watcheeClassName = 'infrastructuredemo.GasNode',. [5 X1 e# G% T+ d Q1 p; L
watcheeFieldNames = 'pressure',9 j3 h0 i0 r; P2 r- ^& i; E- Q
query = 'linked_from', L3 L% r0 G3 R whenToTrigger = WatcherTriggerSchedule.LATER,) m8 [8 N/ m! A k/ O9 F
scheduleTriggerDelta = 10d ! J& l/ ?/ _: |! B" t5 p )5 h. X: a! i. p: P& i
public def step(infrastructuredemo.GasNode watchedAgent) { : ]3 a' o% i& ]: [5 P/ D% B# g8 o& Y" p0 ?
// Define the return value variable.$ H o/ {2 R. [+ @, F) U# `
def returnValue . a$ V2 |& c0 Z1 B$ W* d5 }+ q2 N6 V ; `7 L8 T7 R0 E [9 t: @7 \ // Note the simulation time. ! Y6 Z/ w$ W! d3 I/ a7 T& x, _1 q def time = GetTickCountInTimeUnits()3 G' u5 i- A# N1 ?+ |% o: |0 {
, ^; K% |- }4 U5 j7 u3 ^' P$ P( F1 w& {. y
// This is an agent decision. ( S t2 r1 F% o! B7 E# O8 W' k if (watchedNode.pressure<200) { ; P! [& h0 r0 e0 M$ T; _4 H+ ^" t: E# f+ H
// This is a task., h1 W4 H( I/ y* F
setPressure(watchedAgent.pressure)+ K$ d4 d+ s7 b+ R
! E) a% T& h0 r* D
} else {# M, T0 g2 \; z$ G8 i
" J" [, p" Y5 z- t8 H$ F* y# L$ Y3 e0 Z) g. K
} " g: ?' a, m" l* K1 ]4 w! c, p // Return the results.9 a. ?4 E' G X( n" h b" f
return returnValue $ }6 S. j* b2 E2 @: R9 ]8 r$ `2 R7 n P+ a; J- a
} 4 x# P8 _6 d; Z) Y5 u2 b: p' [4 P# f$ M! ^2 ~5 ?
/**6 }6 |- D+ M+ f8 M2 l
*0 |7 m, `5 \; Q
* This is the step behavior.4 a1 ^6 s& U" f& p; }
* @method step , ?* a8 O1 @, A9 P0 O * " ^$ b" h r# D( N */, u- Y7 H, l( D& W9 L' P2 Y
@ScheduledMethod(- ~9 T5 }7 e; J2 j3 W2 a7 a
start = 1d, # }( Q/ a# u# ^4 `' O interval = 1d,% D7 N% p% K9 E( q+ G0 i2 e$ ]
shuffle = false 2 s& ^" H5 B3 Y/ t7 a$ k1 H )* F: e: x* z) G
public void step() { 1 E, w! a( p5 o7 F) w2 W$ P H) p) M8 a1 e. `( |
// Note the simulation time. \" A# S2 l! t+ P2 ]& c
def time = GetTickCountInTimeUnits()8 o: e5 j; P! K4 h- Q
9 p2 j5 D9 w+ ]$ c0 A // This is a task. y9 w% a$ z; t& { measurePressure=pressure+ RandomDraw(-20.0, 20.0) 4 ~* k, E4 ^: u' B [7 @0 e // End the method.% U3 B. t# `* r5 j- C
return: V% x5 s( w0 F% K- g9 O
# o! \: n3 x) i( q9 I9 f
}
注意,在函数step中' U. z. v/ O" x
public def step(infrastructuredemo.GasNode watchedAgent) { , Z$ c( \$ J$ o, u //这里是watchedAgent : c+ B! U& I: J, s' s 但是在语句中,你填的是watchedNode: \/ T# b7 Y3 u! y, N- o
// This is an agent decision. T* q3 t4 b" j7 s/ ]+ l
if (watchedNode.pressure<200) { ( B& }- c3 c, N1 z: I setPressure(watchedAgent.pressure)' q# y$ W4 u, @9 z' e1 N& q' I: h
变量名称须统一,可以都改为watchedAgent