|
|
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
6 n) e5 P: K7 c: W0 Y# p
/ T9 x- y$ S1 O- w7 U' C0 r, z8 Q3 ?0 K' ~3 G$ j6 Y! H
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
5 G3 v2 E/ f5 f; X public double getMeasured pressure() {6 _) H+ J9 {: H; S' h% @
return measured pressure' ]+ V. z e) Z1 K& `3 r5 a
}
- z8 y! q8 a8 G9 Q! | public void setMeasured pressure(double newValue) {; H/ E$ \$ O+ V, c
measured pressure = newValue7 U2 z6 x9 ]% [4 m. F% h8 ?4 C
}1 a1 D" G, `+ L6 E1 _6 ^: r
public double measured pressure = 0$ P7 E8 U+ P- h7 c# P4 g Q% H
6 {8 \5 I5 u) Z' b, o/ W8 P! k
/**8 N, L" `+ F% r$ v
*4 A. {0 M5 s0 v9 G
* This value is used to automatically generate agent identifiers.( h% s0 `9 p4 B: A0 |8 _. ^' s! n
* @field serialVersionUID
( K9 E9 D3 h, p! T; z *
$ @1 V3 x8 ]; K6 ~- a3 ?4 q! W9 R! i$ h *// |, l0 |* g L3 `, Q$ v
private static final long serialVersionUID = 1L" ~: J* \9 |$ Q3 I* r
7 A: l5 M b- z9 o2 ] /**& ]: h& E0 ~% \8 a6 U1 a
*
9 k) e( m" [; T$ p8 ] * This value is used to automatically generate agent identifiers. x/ x* [; Y/ U5 S3 j, u6 `
* @field agentIDCounter
! F& m. i" b1 [4 \ *) n5 D; g( C! P
*/: j, E- Q7 f5 n0 J5 F% |" [0 R8 [
protected static long agentIDCounter = 1* _6 y/ W# W; w
8 }4 P$ c4 O4 |! m3 {/ c9 j /**3 g3 t/ g9 d/ m$ K! ~
*
# w. ^2 b! i @& L" z! I) ?$ ^$ G8 u * This value is the agent's identifier.. B4 a# X4 d) W# ?
* @field agentID+ P! z# t. R+ X. [6 t' D7 O& n9 l
*
) }8 o$ P0 E5 o1 ?0 ?+ }( i */* l7 x* |" _9 s6 ]) e" B
protected String agentID = "GasNode " + (agentIDCounter++)
8 d! H [- J3 b: K+ u* W5 m( H: q8 s* t7 V P1 K% X5 R h
/**
% V9 I0 Q3 }( b3 \ *
( ~- Z3 y5 V8 K7 e * This is the step behavior.5 ~5 u1 p( V9 q) O4 k v
* @method step
R( C% V+ r5 V* j! A: y/ ^8 n *- E0 N& p: ^5 x6 ~
*/+ P! G6 [; m* @8 h5 U
@Watch(
5 m# A& j1 M" N1 u6 \ watcheeClassName = 'infrastructuredemo.GasNode',
0 x( F- g+ C8 ~ watcheeFieldNames = 'pressure',; I8 _* j" S* C/ Y' y3 T
query = 'linked_from',
0 s& \& D9 d" t! J7 j0 F$ [2 _ whenToTrigger = WatcherTriggerSchedule.LATER,8 R+ M! y4 W9 r/ w. }0 g/ l. [
scheduleTriggerDelta = 10d3 g! L+ w1 `5 ^/ @6 g! `' e7 w
)
& Y% B% ]. x& e# A! P7 W ^ public def step(infrastructuredemo.GasNode watchedAgent) {
! A5 D+ k5 }6 m h/ |5 E$ D
$ P& L7 r' b! n, s // Define the return value variable.: o1 m G+ g: C. Z
def returnValue
+ d( T- R; M0 f! F
2 ?6 A: s( f; {* G // Note the simulation time.1 g" e" `- _' f; b6 K) q. R, W
def time = GetTickCountInTimeUnits()
( A. O0 m [& ]( j% W3 S% g6 D. T" A+ D$ j G+ y
" C3 @" D" S( e) w4 G# y9 I) n
// This is an agent decision.' \/ D% s- T1 S" a ]
if (watchedNode.pressure<200) {- p! }) s8 G4 J7 ~! O u0 ?
D( ^/ `6 E! E Z$ C. o, M // This is a task.$ e3 `. b8 G9 S+ p" q2 y+ V9 Q. U
setPressure(watchedAgent.pressure)) B) k/ l1 I' L2 Z" C: Q0 g
8 K& h* q' g. S1 v K: `, G. F3 ?
} else {
( h+ Q' P g1 U
- E& T3 t5 H1 R) n+ c% U2 d
3 Y- W0 g5 v# T8 `5 B* D }
; U3 R) ]7 @' f& V+ r0 `1 T/ Z) g // Return the results.
, w! H0 s1 S: W. A$ { return returnValue9 {; A. H" U" o* N9 a. {
( p, D6 ]0 v5 C G3 W* R
}
8 I# v- I- ~3 V" j; Z- J: h1 S% q4 E0 ?! D
/**
0 x3 b+ q& N/ i7 j, z# v# y *, L" [* B# [2 _" q3 P* X6 P
* This is the step behavior.
. z) z9 e2 o" `- D4 P2 ^& b R * @method step: `' F" ~/ x4 Y# j$ J/ s
*1 j4 Q! g, X1 f
*/! ?8 y& I1 ?# c4 n p8 M/ p
@ScheduledMethod(
: a' h1 A7 @4 @5 K+ Z start = 1d,
8 e6 ? _5 g: A3 I interval = 1d,
- ~7 y$ E0 j1 \ shuffle = false+ q. _& ^$ F+ k" U
)* B' Z+ T: x( s2 |" B
public void step() {
" e% E: Y" l" `, ?. \ Y7 @2 S8 G' O: a5 A I, y
// Note the simulation time.8 P+ \$ J" ~: r: v9 v& I
def time = GetTickCountInTimeUnits()
6 L% j1 `2 O& Q; s& E/ o5 `& i+ G
// This is a task.* {$ W! R" _( W9 e& a$ h* P
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
, v3 \( k0 [$ x, }7 T1 C // End the method.
e& w; ?+ b) J% |. ^4 e- S) p return2 X5 r& U! |( {3 A3 x
2 b" o4 R. w- ]+ i& @ } |
|