|
|
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 7 @, E; X4 B& i k; t- s$ i
+ y; O" F6 D$ E' O8 t# c
& m9 X# _. z- T@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")* M! [4 \$ f$ r+ Y3 |# ~
public double getMeasured pressure() {8 D) t0 l5 D- F# u$ \6 }% m; H8 J0 q
return measured pressure
: t( J( {) [3 `$ o: x }
1 H# h3 u* {7 c& m* i3 g' U public void setMeasured pressure(double newValue) {5 @! \# Y; J& P% Y4 \
measured pressure = newValue3 \9 Y; @. y# g! Z# c" u+ g
}% P: V q t" S; }4 N
public double measured pressure = 0
5 g) ?; W% N7 u; d3 G, t* J. q6 q7 C1 I& k: i& H" a+ [( q8 _! A, }* U
/**4 }! R4 W" v8 A9 v& E
*3 l! P( x" }4 ] _
* This value is used to automatically generate agent identifiers.
: x0 U# ]- c. |' \7 w; P6 i * @field serialVersionUID
2 `2 F+ f6 [$ T. G# F1 E% f* D */ a* f" O- p# @" G3 ^4 P
*/
$ H1 c- O0 S8 X3 ^3 `2 w; ` private static final long serialVersionUID = 1L# ~" }5 @# K7 a) Z4 T
, `4 P0 Y* j. L+ |4 M5 j3 d
/**
; k# n& R) ?' U" u* | *
! A6 H3 E; b6 k * This value is used to automatically generate agent identifiers.( P0 f$ t ^5 {4 L
* @field agentIDCounter
1 q; |& |4 F3 v3 U */ A5 }7 }4 j$ n2 y
*/7 w, H$ r. f3 D( h
protected static long agentIDCounter = 1
7 J. [- Z+ _; \7 U; K) [" {: P+ E6 }
/**1 g( n; K3 _' U9 |" W
*- q5 S" ^$ ]0 s
* This value is the agent's identifier.
W3 `) p* ?' L * @field agentID! w, k8 w, [: |/ S7 z: h1 W
*
; b4 Y# S' @" B */* V$ E+ P, M# E* _
protected String agentID = "GasNode " + (agentIDCounter++)" |+ V; _6 T4 E0 ] Z3 o2 D
# I5 E! I9 R% l; Y /** T) y( q9 F1 n) R2 r9 ]+ i6 s
*" |4 ^3 i' K4 e- M
* This is the step behavior.+ F: A [+ N) D2 \5 [0 L
* @method step0 i! @3 }2 p3 A
** u5 S5 {; ?! U$ g1 a2 ^9 d% T
*/
/ ?% `9 \* c0 \: g- \) R% {7 ? @Watch(3 h% f9 j4 a+ ^# n
watcheeClassName = 'infrastructuredemo.GasNode',' k0 s+ |) J8 Z4 Q! g$ R' Y2 E$ [
watcheeFieldNames = 'pressure',
1 D( u) E. V' {) A query = 'linked_from',
1 f6 M0 @/ O! q( g whenToTrigger = WatcherTriggerSchedule.LATER,, i5 E" X& q Y0 e! _7 Y8 O
scheduleTriggerDelta = 10d7 s5 Z9 c5 _$ G) v, r5 J
)
- g+ S+ f1 V0 P: _ public def step(infrastructuredemo.GasNode watchedAgent) {
1 b; k- J& R8 _8 l U# `
8 g# D* K7 ]5 m6 V) N: Y: c( f$ P // Define the return value variable.
) K# U& y! I/ G2 z8 `3 {0 x. t4 k! r def returnValue
" k; Q, ~) B/ G4 |$ G7 o( z/ \* e4 G, b5 T
// Note the simulation time.+ U1 \! \7 a" `( c
def time = GetTickCountInTimeUnits()! a+ \1 S: ~% t4 K
" D# `# J, i* V D' @
/ q- V( L) c/ e+ e8 R // This is an agent decision.; j- [* z' B4 o$ V
if (watchedNode.pressure<200) {
! |: ^/ }) m# M7 j8 g% L) _& O1 R5 S6 G' e+ A
// This is a task.
& j- c2 i! v9 r& i+ C) g setPressure(watchedAgent.pressure)$ n' m6 l5 N+ t3 n% Q) q, @% r2 Z
J* v! g" Q; w: T O6 w
} else {
. j9 N/ u* { |8 F
1 R- ^+ n I4 u0 p: ?
" g" ~- i0 e' m* D4 j& @2 v! n3 X& Y }$ v8 k) t! ]5 z" B
// Return the results.
; x% j( w7 l4 [! ~/ \3 A4 M return returnValue3 w: u# o/ q- M$ V; e) P
% E2 L7 r' K* q# c
}
- W0 P, U3 f' K2 K9 s9 h7 Z% t& ~1 x% E, d
/**: x3 J8 d5 K# G8 H
*
' v9 H4 g2 Q i3 _ B1 @ * This is the step behavior.
6 x, E9 W2 o# P8 ~. c * @method step3 S. @" i% x# d3 L
*( Z3 |1 C' u3 ~! O3 v0 D# h
*/' w& U2 R' e7 X" C
@ScheduledMethod(* h2 g3 X) K4 `, _4 G
start = 1d,/ p7 A/ a. a0 t+ H5 {* v
interval = 1d,
/ g3 Q- X! \ Z: F& q8 x k2 U& T; i shuffle = false
0 z8 T/ B+ O' h) d )* [, P. h% L* w
public void step() {
& S3 \3 K. S8 r; {! m0 u
7 W2 T0 D' w' B( k // Note the simulation time.
8 V- B) \: G9 B) D$ j def time = GetTickCountInTimeUnits()
' d( I- j7 C6 E+ G3 a$ C; V: Y+ R. K8 g! U0 i1 |5 y/ M) {6 T
// This is a task.
7 x8 @; j' P" L! @; Z8 w! w' O measurePressure=pressure+ RandomDraw(-20.0, 20.0)
4 y' G3 Q. e( S, |" A! u // End the method.0 V1 m, G0 t2 L! {
return& w" d# c5 B- ~3 s( W( I. M" F+ y
( w9 _; D9 ] [" X } |
|