|
|
5仿真币
在groovy出现下述程序,但在gasnode groovy里显示错误 ,请帮助解决 3 s7 H$ Q! X0 w8 y4 N5 W% D
0 C8 c) q7 W! u0 o3 L
8 x4 {! _. [; A. z. L6 X5 h' H@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
5 I% R; E( |7 L" y: T3 T0 c+ Z$ e public double getMeasured pressure() {1 }! j4 h' P' t4 [7 F
return measured pressure G z+ x! p# b% m
}
1 ?/ X4 O/ V9 G3 w# |+ G% R public void setMeasured pressure(double newValue) {* h" i3 A' r" \) G
measured pressure = newValue
3 a* @1 i6 r' c) ~7 y }
& W& `' t' D$ g) h- e$ [6 C. j3 `' u public double measured pressure = 0: l" Q( y# K: \9 B4 I9 i. d& I8 O
2 p d& g0 ?" n /** g4 P3 _ {4 u& S+ d @* a
*& {; j6 d, l c2 e7 N0 r7 ?! O, W
* This value is used to automatically generate agent identifiers.
' I1 k1 l6 a& ?- H3 P6 M* s% h+ G8 K * @field serialVersionUID8 u- H7 x; P& l8 L% g) T D
*
! k# V/ h, w5 `9 T4 T! d */
: K% Q7 t, Q- v0 O. f private static final long serialVersionUID = 1L
8 x5 h6 G; p4 D/ f* j- J
* G0 w% [" V0 }) K+ w% n /**3 i; R4 X0 q: N6 c, h
*
; Q* u0 ?7 C* @% e* K * This value is used to automatically generate agent identifiers.
- Y8 A2 _$ \& h ^9 X * @field agentIDCounter0 ]+ X! M1 G6 q, X
*
X7 P) C; [) P. [/ J. l */. o! Z6 d+ R* M$ B6 `3 N! I' C
protected static long agentIDCounter = 1% o2 K' s2 V9 u+ U2 }% `
9 [" t3 A" G! c8 Q
/**
" k S* s& O- ]& Q5 v *3 C( W. k& ^9 S, U' ~) ^) }
* This value is the agent's identifier.! i- M. l7 p5 B" d+ c1 m& i H1 K
* @field agentID
7 e+ `* [$ ?- K* W B G *: T) S. [* o; r8 j5 e
*/4 Y. w) ~2 O) b$ s' G5 T
protected String agentID = "GasNode " + (agentIDCounter++)
0 K" L2 I4 ^) Y' H; D( H4 h$ f ]# H. A3 i# Y& N3 d* ]$ E
/**
# o( v) F# X7 I *8 a8 [1 l b4 P3 k! X2 e
* This is the step behavior.. N3 j* I4 F/ q+ T: U
* @method step
4 p8 E' T7 k* T9 \ Y; j *0 \3 q8 H5 E# y: |: T
*/) t- T+ S$ i3 ~9 u w
@Watch(; B% Y. K6 t& Q
watcheeClassName = 'infrastructuredemo.GasNode',
4 d |/ q8 d. i! ?+ O watcheeFieldNames = 'pressure',
; k# F* ~4 K7 q# t) w. T% _5 T+ \9 n query = 'linked_from',
. l" T6 k, e6 A whenToTrigger = WatcherTriggerSchedule.LATER,
. h* E5 |7 m( Q. g7 Z# \ scheduleTriggerDelta = 10d
9 D+ A7 z7 X1 } @& O* W/ s/ o )* X- F- V; T g
public def step(infrastructuredemo.GasNode watchedAgent) {/ y6 N& k2 i6 g
( b! n' D3 O6 t, G/ Y* ?
// Define the return value variable.- C# f3 |% C9 G ^1 y$ G/ r8 o
def returnValue" t; o5 B" [' }& J1 V/ ^! u: I
% H, ~; `2 Y! n$ _' z // Note the simulation time.
5 E8 H# j) b' k/ F7 _" n* l+ x def time = GetTickCountInTimeUnits()
/ N0 v% Z6 n! d* W/ M- q/ b7 ^! T% f, F
' e5 z; x! {: e6 t! b // This is an agent decision.0 B% G7 P7 V' t* [# p% G
if (watchedNode.pressure<200) {7 i n$ c4 `: G3 r; g1 O) a
; [0 r5 m" [! l- p. F // This is a task.( q" |. _/ e& \8 ^1 @
setPressure(watchedAgent.pressure)
# h! O" z8 Q# w! @9 _3 y/ I5 k5 [
, j; u* A" F8 \ } else {
- { B8 e: E$ x& s1 J
! C) x, C" Z' k3 D1 B- [* n$ r/ x ~4 F
}
: u6 W2 |0 R0 C. \ // Return the results.9 n5 O( C/ n( W5 u, G
return returnValue9 H; p! Q5 d+ N3 G- ]' J- c
( K: S7 w* x( b' k- m2 d; Y3 Z }
6 q. M4 G* V2 {5 x5 e3 c6 ]2 n$ l0 h- P: z/ e5 t
/**7 |" ^- \! b7 n3 j+ m1 b S
*% Y! F% ?) z( L- {* f1 [/ l1 Z
* This is the step behavior.! s) `" R5 A- J1 L' h6 U& r& B
* @method step7 n* i1 z" q" [5 d% }
*; g1 A# ]) y3 T8 F
*/3 n3 k% W5 A" }
@ScheduledMethod(
* \2 ?4 g; g( B7 N/ c* y5 m start = 1d,
7 R. J$ b! y4 m- }) u+ T3 I% l: R! @ interval = 1d,! |8 ?4 i( S [/ k6 v: U5 W' o5 n
shuffle = false7 V1 F7 |& R1 Z
)
# s$ ~. x+ w) V' m( J$ V( x public void step() {' G3 y' }. `9 b: S# S+ z
- C- ^9 G) `9 h1 {* u; W9 [( J // Note the simulation time.8 I7 R+ c' k6 g, }& X+ Z* N
def time = GetTickCountInTimeUnits()
7 J2 W J3 Q* s- u' G/ l$ }; I' ]9 k# W8 f$ |+ L. I/ A
// This is a task.
# Q7 k4 r( {) T5 r+ z measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 Q# `. y( H. _0 n: H7 s4 d1 K
// End the method./ }0 C+ w, T* _! S. S" a
return) J! h( h; ^; i) B: i) H3 M
1 w8 f5 T, `" o# _ n3 h } |
|