|
|
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
+ a! J, z: l/ V" d' T) w8 q. A
) S3 b3 g* u. C, |: C3 A( p. ?0 Q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")5 M) f' F6 O4 _9 Q
public double getMeasured pressure() {% O- I" X$ c& B" C$ C! A0 Y0 G
return measured pressure' Q$ V- m, K5 w
}: E. h( \* r0 x' l% e, x, k: Q
public void setMeasured pressure(double newValue) {
1 J1 b3 F8 _* m* s( J( O measured pressure = newValue
7 s3 U0 ?' g. V' D8 ^3 A8 C }: B! o+ Q! }: l* @6 |3 ?) Y
public double measured pressure = 0
+ \% z; Q% E: V; x: t, c* Z$ H, J: f
* D7 g& R# y$ o+ ^ /**4 P1 D3 n, x$ R+ ?+ w, y1 r( z
*
( v2 \; q5 k4 ]# A5 l1 j * This value is used to automatically generate agent identifiers.
1 I4 N# V. C8 i1 G * @field serialVersionUID5 ]/ G5 \0 G( o- z" t. q
*
5 G" G! }, b, y1 U: V/ s3 a1 i */: t9 { u, B* d9 w9 ~( I
private static final long serialVersionUID = 1L" s; M i# A1 e3 M/ l" T
9 h2 } Z, N- z. b
/**% g7 K, K9 m5 N
*
3 L) U7 j) \3 O; o( i * This value is used to automatically generate agent identifiers.5 z# T% c" I- B$ M g
* @field agentIDCounter
& x8 K( M: q+ p: d" B( J. | *0 }& u' H/ T+ i9 C" {6 K$ W
*/
|8 F8 N' I) [8 f* c/ F1 P protected static long agentIDCounter = 1: T' [' `$ ]+ \) O% u
, k2 t0 v) o5 ]) Z3 x5 ^. c /**- c0 G# S% t6 ~$ Q4 T5 K
*. D# U) b* l& \( g O% S, \: z3 L
* This value is the agent's identifier.4 X4 |" x; G: g1 G/ U2 w3 R
* @field agentID
% p, T5 v+ ^- X' y4 O5 l3 {" O. Z *# V, X. y( l& Y% \1 c# O5 \* S
*/
* h! G+ x" f! ?$ e7 v% q( b4 @ protected String agentID = "GasNode " + (agentIDCounter++)
+ o' i7 z$ Z, W1 X, j: q! p* P. t: N$ ~# V
/**
2 c Z. p9 t3 W, S$ k *
( S. {: z/ Y$ w$ L8 o& W, } * This is the step behavior." s7 |+ {5 q, a4 M) o# q
* @method step
% a' i. G' Y4 A- \- j9 J *
8 v! R+ \7 {8 {/ ? */
# x* a- }& Q! Q% e9 }8 z @Watch(! u1 D6 I0 r. E3 g7 d8 T9 {
watcheeClassName = 'infrastructuredemo.GasNode',
$ P1 L) H3 D* H watcheeFieldNames = 'pressure',
$ K; C; m5 {0 B8 d/ u7 w* `2 F query = 'linked_from',
+ D1 P& Y( W. ^! m% M5 j whenToTrigger = WatcherTriggerSchedule.LATER,5 r: G! u0 @1 ?! m( M
scheduleTriggerDelta = 10d
% ?+ }6 C6 Y1 `, e5 T$ Y7 } )* K' v' K2 Z- M# k
public def step(infrastructuredemo.GasNode watchedAgent) {
$ ^; p' Y% f1 C( A4 ~
! d, \1 r% k: _# t // Define the return value variable.
. \9 [) w h& j T5 s def returnValue
: o4 c0 m; i$ {. ~( J! S! t; h8 j4 x) X0 ?) A
// Note the simulation time.! k# N# f3 c2 e
def time = GetTickCountInTimeUnits()
5 y* \4 `1 q( B
$ `6 W5 _, T% _2 f8 V0 i' O/ y& K$ y+ k: N7 |' J* c& Z2 n# W: n
// This is an agent decision.
2 g2 X f Y/ b; ]' n8 \ if (watchedNode.pressure<200) {, z$ x! E8 B% d5 f/ P: e8 n9 u( d
8 j, e8 w: e8 `- F // This is a task.
- c/ ~, `$ j, ^3 f* q) c& Y setPressure(watchedAgent.pressure); Q9 `* n' Q) J% _
1 A! @! D" s$ ~* v. e; ?4 O7 G% a
} else {
$ d; ^) C R j" M& x7 l/ _, v5 Q+ n# R6 [3 W& p- c
0 H [1 K5 ~7 X( U0 H5 ` }9 n6 W3 N% C# F
// Return the results./ p9 x5 X, }, L5 q
return returnValue
4 ~# q, X! J3 X+ T2 }9 j& T# y4 w5 b. E& c W$ j
}2 g; q4 ?' e7 C# M! ^
( ` h, j( E& A6 c" a, h
/**: [; R! V, |! y8 @* |
*
8 m( P$ k# i* z9 ~: E8 _' { * This is the step behavior.4 u. L ^/ Q9 l: b
* @method step
1 J2 I0 d) F" i- [ *& J, i+ t- ]6 P) k4 O/ N
*/
* B* c9 }; {% u! O8 s" P3 e @ScheduledMethod(
, g* c8 V! X- \ start = 1d,
, c8 y4 C! J# \ P% x) J interval = 1d,
2 U2 s* y) f8 g shuffle = false, N4 e0 x0 }' q9 r: E" @: T
)
$ n* g! t& P: ?2 A& f4 `- a, C public void step() {' R4 L6 H; A2 D$ K/ [
, @: j( z+ Y6 F4 O // Note the simulation time.
5 I' w! F2 ?# Q2 ~) k* R# S9 z def time = GetTickCountInTimeUnits()4 z- I3 Q4 {: `5 n( t \ _, e
4 A* d" j4 `- c3 l$ c6 ~ // This is a task.5 Q# {$ b6 H9 z* d& C! o
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
% f% Q2 S8 `/ S1 W( U, t4 G/ f8 s // End the method.
9 Q* |9 N) L/ N/ ^( P; | return/ k3 @+ } J4 o' t8 N
% u3 K* x4 @4 G0 F$ P
} |
|