|
|
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
, L! ]" y: m# z6 w' j5 E
1 L+ ^3 v3 f" i6 ]1 [4 L3 E9 C9 B. F! N' [2 k6 t, T
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 R6 R6 {! o; I1 K
public double getMeasured pressure() {
, G6 q2 k. b! V* |( V g$ X. x3 F, \ return measured pressure
' g/ D( ]) O6 V: @- J }0 W/ \: l$ M! M8 ^& Z1 p
public void setMeasured pressure(double newValue) {
2 H9 Y9 Y: X3 o; a! }3 @ measured pressure = newValue) \$ n% P8 B J. c! E: y
}% Z0 F0 `$ ]: n2 W9 ^6 w$ o! D
public double measured pressure = 0
, j0 B6 s* l* P
* K7 u8 m0 E# s7 O /**
: [9 Z% w. c9 F+ A' \ D, O) c *
, a) Y* E& F. @& q * This value is used to automatically generate agent identifiers.. p% I4 r% \2 N. P9 h# k
* @field serialVersionUID$ _# W$ T. B6 B% _( X2 J
*
' D. Z& b: A& F& X0 [- I */
- D$ m# I) V( Q6 d L private static final long serialVersionUID = 1L
" F5 t' s, w2 _" Y, g( o! _/ o" E: _$ X, V# Q
/**
0 w, y2 G" S) Q *; A$ O* o, e; o' R/ y8 O
* This value is used to automatically generate agent identifiers.+ P' |" Q, N( p3 n' \/ a& b
* @field agentIDCounter: y# e" c" Q0 l+ s# U4 `
*1 Z; V0 z0 h0 F7 O) }; }
*/
0 \% ?; b8 t1 ?% [* w protected static long agentIDCounter = 1
- F& @' K) }1 d+ J4 ~! C; T/ ^. g# r4 u! a" Y& I* K: {& k. k( n
/**
# C0 D j2 b) d- P *
: q. Z5 x' P/ N- u& X/ _ * This value is the agent's identifier.
" T% n( }! U, t# ` * @field agentID
4 q' V8 ?2 M4 m! V& R4 D *% K" k/ b# |( E) {
*/
% g( c" A4 F7 o# [) B2 C& a; t protected String agentID = "GasNode " + (agentIDCounter++)) L8 X6 o. P" _5 E# R
: I- w( N% N2 l9 s+ V
/**
( r8 F$ D0 K' P2 l7 s' y+ | *& o1 T( ?1 f8 \8 s. J8 C; s
* This is the step behavior.
7 s, P0 N) z) ` * @method step
$ }8 x) S% J( w) O p- i5 l *
. v9 ^2 r( _$ @, l. E */& G2 w$ J$ W) R( u$ a
@Watch(
# ?8 {/ E% D4 ]3 a2 c watcheeClassName = 'infrastructuredemo.GasNode',
" }# ~* h0 ~# Y9 F& s4 c watcheeFieldNames = 'pressure',
5 d' ^" f& Y& S0 E+ B query = 'linked_from',9 L' t! P+ u3 X9 j8 Z
whenToTrigger = WatcherTriggerSchedule.LATER,( j7 J e- X- d7 z
scheduleTriggerDelta = 10d; M/ T. K6 D' w1 L+ K7 p
)4 D+ O! R: U) s; o! l! v- A W, F9 j
public def step(infrastructuredemo.GasNode watchedAgent) {
0 v8 ~. |' d! R* x
{! P/ j! B2 N8 ]- l: h7 x // Define the return value variable.2 \: }/ V7 `2 |; a2 s
def returnValue
+ w' G# D* T0 {8 b5 ~7 J' ^8 w
6 q/ i+ ^5 [5 ]" Y. q B. z' Q // Note the simulation time.
$ Z+ E" v6 s: |5 x* @ def time = GetTickCountInTimeUnits()
3 C7 K1 K2 ^+ F7 t. L- T' z
$ o( M; N4 Z9 D9 i
& v. Z8 ^0 t( l7 y0 z- X9 E // This is an agent decision.
S; e7 r1 r* V* ^( | x if (watchedNode.pressure<200) {9 m" o& a, z/ q6 P
* ~& \% M+ Z% V
// This is a task.) e0 M* D" h6 j+ S3 v& R3 \
setPressure(watchedAgent.pressure); e, b& H- E' D( x# J8 O: N
3 S! w4 [, t* ~6 N3 l' | ~ } else {/ {$ F, j- t" J! q6 ]8 P* p5 @
1 B7 y0 X; G8 ]. X4 {
1 _$ z8 ?3 Y8 N; C) X5 k, f; |
}6 S0 p! D6 l. H+ f. V2 c; M# [
// Return the results.0 A( u. H3 y1 X3 n7 [( X( V
return returnValue* | {: U. `4 y) U; w% m* P
1 S3 U. d' J: @: ^6 T+ S }
+ e* }! S* i% g; K3 o& p1 o
. ^5 a6 ^ w9 Q' i8 R$ n4 T /**
* w5 F6 }* {% J: a *9 _) k/ s1 |) x2 ?+ ?
* This is the step behavior.+ z. K; j: Z0 _2 t
* @method step2 x: q3 ]' Z. Y2 x; J8 F( k
*
4 k$ X8 I8 |4 J- A d3 g( v */
' }) t5 ~4 `0 p3 M% } @ScheduledMethod(
4 L& n" F' V1 ^+ K5 c) b start = 1d,' i# D4 S `! |0 m- ^0 `
interval = 1d,. V) H0 h9 t: g& ~4 Y# B1 H" M* t8 ]# V
shuffle = false
* W$ b5 g# g$ @9 c# l )$ T" J% }# f( V; b( V
public void step() {; d- H/ j' v- v- i6 F
' |3 I: U) i. z/ @; c
// Note the simulation time.! S/ m4 n. J! a" h
def time = GetTickCountInTimeUnits()
2 h9 G* p9 J4 N, v# e. Y+ T9 c; e2 M f4 O1 p \
// This is a task.
( P% T; o2 J5 |! ^9 G! c measurePressure=pressure+ RandomDraw(-20.0, 20.0)
& i$ |6 ]$ \3 D. D7 |; F9 ], ^3 u // End the method.
+ o2 N! n; K4 ~1 E7 w o% x' Q0 c return
7 ?0 y z9 A$ h& g: x4 d; G
- k, ~# J+ |3 }4 @* n. ] } |
|