|
|
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 ; c2 U& c; l2 f; y l
; }, k2 O3 R- z7 @# f5 B/ G
7 ]) E6 s8 S( N: x: [7 i* K@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
9 }5 ~" z0 D! Q5 w: l1 Y public double getMeasured pressure() {! i6 N! m6 p$ k) \; V+ K3 b! _
return measured pressure0 ]( s0 V1 h# v, n6 W; u
}) B& c9 ]/ p6 ?) I* o
public void setMeasured pressure(double newValue) {- Q c- t, s* e3 h" _$ A5 e2 S
measured pressure = newValue8 g0 d" y) a! ^: `7 c$ o0 ~
} o' a3 E; {2 j) q- R, ^
public double measured pressure = 0
* [! V6 ^: \% Q0 A- ~. j
& G2 {, e. j2 t/ U. H /**: B( m$ V6 e: P0 J: p1 [
*, i/ V1 u- Z; c# ], A* J3 ?- [
* This value is used to automatically generate agent identifiers.9 K3 e3 I( j' o% s4 w) y
* @field serialVersionUID
# T# R3 K1 i# I# R4 B *
2 z" z2 {( K1 d8 j; R */7 m" W/ |4 F( m" X( [1 Q
private static final long serialVersionUID = 1L
: c* J/ z$ t( Z; ]5 ~0 {. ^% q7 }$ f$ J% f( Z! I# o( s- S$ \
/**
( Z; X6 x4 k f: i# m8 |! h *. M9 I7 V. a( M! ^' m4 n
* This value is used to automatically generate agent identifiers.2 r P* s K _6 D" L
* @field agentIDCounter
3 g/ F7 q) S% v: v/ [' ^# M% q. y *2 U2 V' {8 s( N! ~# \
*/& N* V/ [8 Q0 j( D; s
protected static long agentIDCounter = 1% ]+ _7 N s, r y' e) F
, \, z8 y7 L* [& y& y
/**
; r+ S/ N" J( ~2 o *
1 o5 ^2 e6 q; R: I. r1 t7 g * This value is the agent's identifier.
: S3 T0 m( H l0 C0 a7 r1 [: L * @field agentID
( [8 x/ y! |3 ?! } *- }# P5 B/ j2 W% b; d6 u8 Q/ H1 A# b
*/
8 O- n4 [6 i* r4 j# z3 ? protected String agentID = "GasNode " + (agentIDCounter++)
/ Q* e/ Q- F k& k7 d: |/ v M9 G' q" u! Q6 F% g9 u! C, d
/**0 T! @ D" N5 A
*
. n: a3 v! W' }& w$ w * This is the step behavior.
" I" ]4 y3 r% b. M, o' a5 E0 _ * @method step- b+ m' v7 O$ E" M$ Z! H
*
; w2 E9 H9 e7 ]( l, C8 ~8 j2 T */
/ a& {3 a7 z/ T4 V# N8 H6 V/ p @Watch() d% Z& D( x, Y* Q8 ~0 p
watcheeClassName = 'infrastructuredemo.GasNode',
) |% _& c' u* H/ u' J+ F watcheeFieldNames = 'pressure',4 ?. L" y- ?7 v$ j2 \) u/ A
query = 'linked_from',1 `; J$ l4 C. i3 @# x
whenToTrigger = WatcherTriggerSchedule.LATER,' g' Y( @$ k" N; n$ _$ P- @' [
scheduleTriggerDelta = 10d* u& a, i2 ?' ^- X& z y
)% r8 k* I8 c+ w; j7 y' U3 Y2 ~
public def step(infrastructuredemo.GasNode watchedAgent) {
3 P! n) N' D q1 Y) s
* e3 j5 s4 X( G7 T# q% Z) { // Define the return value variable.: r' K$ h6 P7 Z3 l5 v8 }: q. M
def returnValue# O5 J7 x8 V* y. b1 E8 U! s" S3 ?
, ^" c6 F3 l" p% c5 f+ P/ _) R // Note the simulation time.* V0 y3 d. o0 [) N5 h
def time = GetTickCountInTimeUnits()
4 Q0 t8 k1 h5 A: r9 `( b: x1 z- d! S
, H6 k; t4 F; B6 G& Q3 W8 j0 @
// This is an agent decision." R0 c! W& k8 p$ x* O: O3 v
if (watchedNode.pressure<200) {
5 T" {& a- I; Z0 k0 O5 S' Y. P0 H5 ~- Q
// This is a task.
$ Z$ O2 i7 O" L# Z0 R setPressure(watchedAgent.pressure)4 R9 t6 p/ `& }( `. q
: w: s7 z+ n, f7 ^+ _# r$ s1 f
} else {
% N$ P3 S; B6 v8 B5 b c
& {# a; [$ L, J1 y& u
0 y4 }0 o! I! n. W3 c }
2 T: j# @6 O* H+ L5 T // Return the results.% @% p8 L" \) S$ J
return returnValue! _" n) C- ^/ s
9 p% S9 h& r J* [ }
7 ?, n Y: L3 i! q6 o8 M) V
! L. f; \ S$ x4 V& t2 l8 j( I4 t /**
& ?: T5 o3 ^0 d9 B *
: u: h- M$ Z( C/ o* x * This is the step behavior.
( a/ i! G4 e2 U# O; d. _6 u * @method step1 Z+ f1 |3 s; T5 o
*
! u5 ~% @' R9 v5 q */
/ i$ J8 K# P0 H9 r @ScheduledMethod(+ K9 P& q% v3 m. e8 g8 L) o
start = 1d,9 q2 `8 y& C2 F" N* G, l
interval = 1d,7 }8 Y3 J0 y1 c; V- b" h
shuffle = false
. o% ?* ^$ a N" d2 N* _ )
! |3 |5 e' g1 u public void step() {0 a% D$ k' C5 w( X2 U) ]
& N; H8 O8 f, T# W- S6 `
// Note the simulation time./ Z, A8 P; r8 n
def time = GetTickCountInTimeUnits()% B$ k/ J! Z3 L" F, X
7 o8 E4 d$ z: l- s& \ // This is a task.% r) J% e8 ]0 e! m, b4 V- m9 O4 m
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
+ Y3 L" `1 _+ W; A // End the method.
0 Q0 f8 J9 U& r/ T: C return0 F; S% [* L+ @4 d4 T- a% i
! B6 A" f1 Q9 |% f } |
|