|
|
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
{8 i# y7 o. n: x8 R4 Q( f/ ]% x- w
5 }, ~# W% Q: y, n$ e8 e% Z* _@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# `; H8 c' t/ @: v9 c! z. s0 L/ G
public double getMeasured pressure() {
- N3 E t, D6 G9 n# D8 @; i3 N. H return measured pressure% ?: u; a5 K9 u: Q/ s9 a p
}
, F- X1 e) ], x) C+ x& G7 y public void setMeasured pressure(double newValue) {
% j1 L) p$ Z# L3 E6 j4 w6 K measured pressure = newValue, U- r3 j, S5 G, Y d) N% C
}
; E1 l5 T( }1 l" R4 v3 R* n public double measured pressure = 0
* Q+ M" i, D- G: C
3 z% B+ B7 p# g } /**
6 X. ` V5 B4 r' r9 x *; E/ {" u- l' w6 ]0 |( _) J6 ?* z
* This value is used to automatically generate agent identifiers.
2 q6 B4 m8 J0 \: a6 b * @field serialVersionUID2 ]2 o, E- X2 p, h% L) y5 Q
*5 }0 S) V8 q: s% G$ V, G% T1 Q
*/2 X& ]9 {* w" V' q; L4 X6 R" W" v5 `
private static final long serialVersionUID = 1L3 b* c7 Z- _8 y8 n- K
5 S4 t% b/ }( ^9 l6 c' Q
/**
2 _5 U. z% p* V( Y *
' z }1 z1 L) Z/ w$ h * This value is used to automatically generate agent identifiers." m4 A9 w; y5 y8 m2 \1 v
* @field agentIDCounter" U, }7 J% L; Q2 M0 N9 r
*
9 ~7 [% F* w. M */( W* E2 r1 U" W6 k* H3 {4 i& d
protected static long agentIDCounter = 1
3 o! I7 d& \3 ^. l+ I- H: T' l# k5 x: S' s. N8 u- L. @/ Z2 [- X
/**& w% Y2 b$ e8 `+ r r
*
) b3 z E# W1 F2 Y$ w( q/ W$ w * This value is the agent's identifier.
$ r0 S+ Q# F. O2 m * @field agentID w6 @0 s6 e$ D# e: \ ?1 I
*, h1 k9 Y- _' b# N0 o* M! I
*/
$ j) z. r$ o7 M1 `; I* ~: {) H protected String agentID = "GasNode " + (agentIDCounter++)
0 K7 K; H6 x e2 ~$ l; n. @6 `* h6 J% p( t2 V) ~6 _
/**- s1 z' }- U" e j0 a$ A5 J* o7 X
*- g% K% D( }8 ]
* This is the step behavior.
, G1 `# D+ A, n1 s+ P * @method step) _% V$ I1 A J: f" g- \9 ^. J+ |
*, f6 n$ S H; Z) B9 @
*/
+ w J1 k$ d6 V: g( _4 r @Watch(
* y" G. d2 i' |) B! E9 ^9 \ watcheeClassName = 'infrastructuredemo.GasNode',
# k9 K8 x8 L. z& s% H4 q& o watcheeFieldNames = 'pressure',( g6 _: A0 y7 N- ^) H
query = 'linked_from',4 R% Y. S7 D1 O+ m& V7 [
whenToTrigger = WatcherTriggerSchedule.LATER,9 k6 o0 ^# K" a8 Q
scheduleTriggerDelta = 10d3 s5 p9 @2 X3 ~$ A- M
)
. O: V- ^4 F, C# V public def step(infrastructuredemo.GasNode watchedAgent) {
. k7 U* H; k) @7 r4 E/ v$ R
) Q8 S, R4 M2 d- \" H // Define the return value variable.
3 X7 Q$ w; W- o" X, U def returnValue
% Q* e+ `9 Z8 a. L9 w, U* Q$ s! i9 d2 C
- K! [, h5 e' j/ P) u2 i8 p // Note the simulation time./ g; r. y: l) F$ n X
def time = GetTickCountInTimeUnits()
3 d' o k; T3 ~1 L
& }+ Q1 {1 [0 Q; k: E! r, l" s4 ^7 l; ?1 k) g$ a
// This is an agent decision.- q) s$ b6 A# b/ u
if (watchedNode.pressure<200) {! Y& T6 C/ ?9 d g+ l9 M
9 C a, M/ V/ c/ q" D4 ]& ]
// This is a task.
/ r9 i1 k5 Q: K# N setPressure(watchedAgent.pressure)
3 t- b- h ~5 U e0 b; |- M0 U, }3 x; l" u: y& P
} else {4 M% C: ]3 B9 @2 s' J' n5 U
* j$ V, ]5 E4 g5 u1 H" }. f; t; q1 _
}" U: ]9 u7 J# u4 n0 U8 }
// Return the results.
5 ~5 G" V( G# n# e p return returnValue
8 E" y. e$ O! z0 A4 l
3 z: U3 p) H3 e# t2 {2 j }
Y( S# q+ J. I% `. y$ W" ]' v* |/ ~+ Q1 T4 ]/ R H
/**
1 H; j6 n) h3 r, s9 { *3 j& Q- y% r( b X. ~
* This is the step behavior.! m1 C, A# Q, @/ c" D7 y: e
* @method step |# w3 }* K+ M8 f, }: ?
*
3 Y2 U: }7 e: P1 s */& P- E& |) O! d# h8 n) [: P- w' X2 c
@ScheduledMethod(, |+ ]- b* ^5 i/ t3 g% T
start = 1d,7 K& C, _# ~' _. P0 J
interval = 1d,7 l! o; y& U2 k! p7 V% m
shuffle = false
9 a9 q% H; o4 R# K* B )
( w" U5 g) l; Y S+ r- ] public void step() {& Q# f) y7 q1 ~6 C6 W* o. q
# A) Q0 n1 D3 o6 ~ X // Note the simulation time.
5 v& ~. b: F6 V; H" m def time = GetTickCountInTimeUnits(), m" I3 c, k5 g- a, a
2 q( g0 e0 O9 q3 h) B1 g5 W- b
// This is a task.
- _, X2 D9 _7 n2 s measurePressure=pressure+ RandomDraw(-20.0, 20.0)) A$ `- }# N/ ]- j" [2 O
// End the method.1 G4 O, d$ ^. a& X8 [
return2 t8 g* j! ?, c, w1 R9 c- _2 L" [4 q" s
0 C- O, E' q! n- m6 A" O } |
|