5 n- S. v4 ~$ W7 d@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% @( i$ p2 N4 d
public double getMeasured pressure() {( a6 B+ b( S- C. p! p
return measured pressure) [6 t+ ^3 e/ h" U5 C; [6 f. q! ^) C
} / d$ p" V @% p' O! A* b- |$ S public void setMeasured pressure(double newValue) {( E3 l8 Z6 }( c7 u4 Q
measured pressure = newValue / @0 _: G8 e& P6 ?3 d; Q }; T% c t; P6 x t O5 |
public double measured pressure = 02 }, E7 r0 o( X& X9 d
9 q7 a; t5 k! p. {
/** ! }$ h' D9 p" o% D *8 R& c1 L7 Y- _; P
* This value is used to automatically generate agent identifiers.; C' E2 A, Y k$ O, {
* @field serialVersionUID a# ]$ \" _9 F3 I. S5 ] *. Q, ^9 \/ y: m
*/7 w' |& q( E0 U5 C
private static final long serialVersionUID = 1L6 x8 a6 _# C) w5 [+ T; g
3 R, `2 G! ^6 S" Y% e6 }- h* R: k /**- b' S) |: F# Z" t5 w& x) f5 e
* ! F: |) v6 K' f3 N * This value is used to automatically generate agent identifiers. " Z5 {* ]6 f7 K& @0 ^: H" C2 j2 I- h * @field agentIDCounter( H. t3 O7 @) X ^0 A
* # l% n0 i; m# h */ ! k, {4 d6 z& m% K' t protected static long agentIDCounter = 1 " W: I0 u8 }5 S, P, z$ d% ?8 h* P) k
/** 4 [0 `7 v5 ^* Y6 X3 _ * 2 M, Q' d$ l* e @ * This value is the agent's identifier.. s1 L6 P* z" d' `# L1 {5 n. G
* @field agentID " v: ?; e0 r6 w: J `) L * # Q7 A* P) t- F+ r% x */ 7 g5 s. Q% N5 {+ g protected String agentID = "GasNode " + (agentIDCounter++): _) x l6 S7 W( q; x- Y9 t- R
' o6 G8 z |/ s /** % x9 s, V. ^2 B1 _0 `, E1 j * ) S0 d* a w# x * This is the step behavior.5 ?2 E! j p5 T4 ]0 g9 v& Z' F
* @method step2 J$ @/ t$ i3 V, {0 E4 Y* G
* 0 n5 x/ q: x/ r% X4 I: ` */ 4 g5 H; ~2 H$ @4 E9 r6 G @Watch( & r9 z* N9 Z& k* U; {/ c7 u- m watcheeClassName = 'infrastructuredemo.GasNode', , g' h( Z2 b+ _ watcheeFieldNames = 'pressure',, q5 U2 ^+ l7 c6 k# i+ S. G
query = 'linked_from',: Y/ J( P) a/ B7 j! b
whenToTrigger = WatcherTriggerSchedule.LATER,) O6 P; ?" o+ d$ Y
scheduleTriggerDelta = 10d % q) T2 G! I$ u; ?4 c6 b. F/ R' j )/ n7 O# C6 D9 k
public def step(infrastructuredemo.GasNode watchedAgent) { ( [5 x3 c. Y# D: b$ d$ n 3 L+ g6 |9 b6 z' n3 @ // Define the return value variable. * o# i* M3 i+ O7 E9 | def returnValue * p% ^$ l7 F2 K3 J' t+ ~3 r5 ]3 Z- R$ Q1 f
// Note the simulation time. 8 N* d! V' C. h5 I3 o def time = GetTickCountInTimeUnits() ; W: P/ _; z& ~: d1 p/ m! H, O1 \9 ^' b
7 d9 M% M% y$ H8 U8 h // This is an agent decision.( N/ K7 ~0 Z4 N( u; j' _! m
if (watchedNode.pressure<200) {/ s( y: d) |; W! Z
: S( c# \$ r# ^
// This is a task.+ K P% s: J# J
setPressure(watchedAgent.pressure)# q/ B2 l6 \- t" h. ~9 @
1 r1 @$ f% M/ `2 |+ [2 | } else { 8 \3 S6 d* a/ q0 F9 Q J: l: R& y/ S
. T3 z. w% n: W" _0 v' B# o
}2 N" q4 L4 i, i+ Z8 s
// Return the results. : Y; f4 C" a8 ]1 x/ f return returnValue6 u9 z! A! T; T# D$ I- [
2 I2 Y- b C: Z( O0 R+ p
}5 U, N/ V1 b6 _% b: e
0 ]; Q2 Q. Q) A: J/ F /** $ }* K+ U9 P0 |( L/ m4 x4 T* ?* }/ D' T * ; D7 z9 _% q9 g * This is the step behavior. 2 Y4 g3 E" Z( Q4 _ * @method step2 l& r9 l% y# L9 Q
* 4 w1 E1 R5 l( k' S2 d */1 M9 B! t2 M# W7 S5 K
@ScheduledMethod( 7 [* c2 G0 W" f8 z5 Y start = 1d,0 Y- B9 g5 k( f( o: x0 o9 p8 D7 c) y4 K
interval = 1d, 4 V/ ?5 o, Q: R7 a$ {6 R3 Z5 ` shuffle = false ( T" n5 C# d& \7 }5 C2 A$ a ) " w- T0 H' V; U: u1 K! n public void step() {( u# ?: o4 y! K8 Y& l- ]
. R8 k7 a. r7 ^5 r6 p2 E' v
// Note the simulation time. ) n! Y1 l& h" V% m0 L def time = GetTickCountInTimeUnits() # V4 m: z j4 u* E 9 m4 c7 Q3 A. `2 Z // This is a task. 1 `3 z" G5 Y4 f measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 Q1 ]# N+ a2 `+ s, ]! F$ n$ I# g
// End the method. 8 N5 R% [. ~& c2 r! g T3 h y! q return 8 q5 i$ I8 {$ m" r. P ( `$ q/ g% k2 s C4 S7 @0 Y. [+ M }
注意,在函数step中 2 _2 L1 o3 I& Z. a public def step(infrastructuredemo.GasNode watchedAgent) { ; b$ L4 m0 [& E' v //这里是watchedAgent5 {2 S+ g9 y C q" y, Y' Q* }
但是在语句中,你填的是watchedNode. y0 P: i) S9 z
// This is an agent decision. 3 o. n0 u4 r9 M$ g5 b4 ? [ if (watchedNode.pressure<200) { 2 y/ Q! N! ^# B. W/ I: ?: o) Z setPressure(watchedAgent.pressure) . v" [: p' g% Z5 B6 q变量名称须统一,可以都改为watchedAgent
注意,在函数step中& O# T6 h1 W2 ~, i
public def step(infrastructuredemo.GasNode watchedAgent) {( a& c5 D! k A
//这里是watchedAgent ( i3 Q, O$ C7 \* c9 G& Y 但是在语句中,你填的是watchedNode: ~. C# D4 N' Q& r9 q ^
// This is an agent decision.& O* q8 X: [) ]
if (watchedNode.pressure<200) { * d% T2 N- u+ A setPressure(watchedAgent.pressure)) K# U# r- y `, F/ c9 t
变量名称须统一,可以都改为watchedAgent