|
|
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
2 o+ i: F9 W% }" a
& s9 H- U" Q( P) A& V/ ]2 w. w5 w+ {" T9 c. m" d: ~
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
; Q( w% E( |7 K5 @5 q3 o( e W public double getMeasured pressure() {
6 a5 U- T% H1 ]' u* G" j" @: l return measured pressure
" j: |3 q( [; Q- | }
4 U( Y0 U$ ^4 N! L6 U+ c public void setMeasured pressure(double newValue) {
- R* q$ s( y" E6 ~# i measured pressure = newValue
9 D+ X* _- ?! ^; X/ ~, X: S* r }0 K7 J$ j! Q5 c9 }. |
public double measured pressure = 0
) \2 E/ k2 Q0 }( X; u% E, }; C/ Q/ \# O2 I8 [; O3 E1 t! `1 T" A
/**/ k* X2 y( Z7 ]/ ^
*
5 u0 }4 f) k& u' N( G4 J1 | * This value is used to automatically generate agent identifiers.8 a# @8 j) s3 a6 E
* @field serialVersionUID) h( K/ c& H5 `4 T
*3 ? F* x( @5 F9 O F8 [# r& X
*/; x4 W' m& _8 ?9 ]/ p4 t; b
private static final long serialVersionUID = 1L; W4 t- A* n+ O) M0 M* C7 W- K
: K1 C% I5 i F c& ?, C /**
0 t; h9 A0 p9 F8 v- F *" p4 Z# v# i% U5 Y% x
* This value is used to automatically generate agent identifiers.2 Z$ T9 B. G; W2 S: X
* @field agentIDCounter
. D0 J2 `4 p( O$ P *
. m- d% c" i$ V2 w, d' h */7 ?1 e" W& |: s, q" @
protected static long agentIDCounter = 1- k- m+ S" O" w- B* d3 @+ l
, s8 {1 q$ V- _9 y5 G /** E2 A" x+ H: ]3 _% s7 }
*, g& M3 L: f! o/ P1 F/ E
* This value is the agent's identifier.
* ~9 E' ^1 H4 c9 w * @field agentID! U9 {. \! i- K+ V+ D" A
*
$ H6 a* U: b e! p* U' g7 {$ ] */' u4 @) q' G3 E% @. N% T
protected String agentID = "GasNode " + (agentIDCounter++)
7 A' k# `0 i5 T
% y7 S' i% ~% Q3 v2 e /**( y# u0 {3 e/ m7 o* t4 U# d. C5 p
*
5 a" |) h% ]( _0 ]( ~" d * This is the step behavior.
/ A* P- v2 F; m c * @method step
/ m) t' u; ` S& G *$ s- {2 V' b5 m/ ]" W' i
*/
3 m1 t9 `# i" `* d$ R: E: S @Watch(
" i3 a+ |! Z2 A3 { watcheeClassName = 'infrastructuredemo.GasNode',7 V( m6 k+ z; S! k4 F: `
watcheeFieldNames = 'pressure',
t" A# C, b1 a b query = 'linked_from',4 ^1 G( r: M' Z1 M, l
whenToTrigger = WatcherTriggerSchedule.LATER,
8 o$ g+ `5 F0 ^: e ?: ~$ p" i scheduleTriggerDelta = 10d
U. Y) J- \9 R ), S( F( y/ Y" M+ h5 l/ `9 l
public def step(infrastructuredemo.GasNode watchedAgent) {
# {: b, q0 H5 [: y( @. f( i2 X5 [! ~" p. `# E6 ?/ Z( `0 r
// Define the return value variable.4 t% h% P4 m6 w, @
def returnValue
0 G T8 @% K( l* ]1 Z g) O- C( n3 U z5 I
// Note the simulation time., n7 W, R" a' z4 }3 u& U- A* b8 q, [
def time = GetTickCountInTimeUnits()' D D) p) Z0 o8 [$ o4 j! z: L
9 W, W+ _1 ~. {5 k$ ?
( p g+ h- I' n8 S1 Y9 W7 L // This is an agent decision.
- s* T$ w3 Q# S& t$ t6 l3 h) i w9 v if (watchedNode.pressure<200) {! d9 j5 p8 N4 [' ~; n g8 {) s
3 K* h( z4 @4 J- n/ k; O
// This is a task.
* \' h- \: y7 O, ~$ Z setPressure(watchedAgent.pressure)
; ]6 f1 a5 @4 N' q: [5 i% K/ X$ n9 w8 U( o5 s8 U0 K
} else {
2 U& w O. `( g0 `$ b4 c5 ^6 e. B( s/ t; q e
* h* i- h% J" s% V6 V% A
}/ p% T V0 M) Y
// Return the results.
( t* Z S$ ~1 V J S return returnValue
$ V2 k3 a0 _; j- L+ g9 p' }% v- u) X; s# g1 T" C3 N4 B
}
. p/ y: Y! t C! B$ e. Y! ^5 I
# y! [$ }2 B' I /**# z! {4 X. G( y2 s2 b
*2 V+ _) s1 T M; x
* This is the step behavior.( u! D- K4 r5 v' I
* @method step
2 ]. c0 c- g2 f5 b& T- _ *
& C# @1 z% _- U8 y1 u& v. m+ }& ? */
% Y3 |8 Q: N8 V. }! |. [ @ScheduledMethod(
' h, K/ K3 A: o, l start = 1d,1 ] O- g, w; @: L; M
interval = 1d,5 ?* c, G. I$ i( _, c
shuffle = false
$ _- | @5 }. ^9 o )
- r7 k& ^# B4 q- r* O% d public void step() {
6 W, ~2 M6 e/ K. P+ w2 O# k ^
; a1 U3 r# m3 {% v1 Y. q // Note the simulation time.
( | m( m; I' g def time = GetTickCountInTimeUnits()3 k) d7 c) S1 y! D; B) K4 e6 w
# K+ b) D+ K0 p/ z" ~3 ^8 V
// This is a task.5 n" f/ a; O" Y6 o1 @, ~ `5 p) `
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
V* ~4 b5 H5 d$ ^ // End the method., V+ Q# X- _2 B& q, J( ?" e% U
return
0 A8 I5 A% E: {( O& u* c6 {6 Y/ c# x* s$ {- Q; _7 D" }9 x
} |
|