|
|
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 / D) F7 x. R7 k( a# @. d
" j1 n* G- ^4 v3 ^, C0 r
. p5 }5 j' L+ N& c6 `
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% Y4 `! R( J+ G, n' |2 r) ~0 y) Y
public double getMeasured pressure() {
" \- T9 e( `3 A return measured pressure' l; f' ~/ i1 q) p$ q# m* ?0 h3 z
}, T: a2 i* Z% U" ^* z2 S: I
public void setMeasured pressure(double newValue) {
) i- G4 }( v9 ?1 p measured pressure = newValue
. u# W- _$ U! J" Q$ B9 N% D }
. M( h, r- n1 w* ?) I public double measured pressure = 0
, K9 X, y+ Z0 x( T' P- Z4 |3 ^* H e, o. h* m4 W
/**
. w5 O1 I9 e8 u9 u8 B0 ?6 Y *) r1 R- X# ^9 ~5 z- a0 B' g/ c: o/ p! j. v
* This value is used to automatically generate agent identifiers.2 m6 t1 p) b9 L' T. A% B
* @field serialVersionUID n% i9 s, W* _ H' g
** l, G' c7 c3 @& ^! Q+ o4 W, S0 I, y
*/
+ ^* v5 i# k& u private static final long serialVersionUID = 1L
- g C r4 n4 S# Q& A B
O+ `* K/ R) B) r5 d /**7 U$ W0 p8 C. J4 m6 k. x
** X0 N+ u9 ^5 t Z2 y6 a
* This value is used to automatically generate agent identifiers.
v) D7 P8 _4 E* y) H * @field agentIDCounter
9 L# X% V, f0 j3 @0 u *8 y8 D/ E: r( r
*/
/ S, ~: ~* O- t8 K3 Y! B5 m protected static long agentIDCounter = 1
- h2 N' P' E; L# [9 D$ `4 C: b0 }; c: J2 c" k$ E% k0 A5 J8 m3 b7 N
/**: u" _5 y3 t. H9 B: A, Q
*
* @+ R1 Z7 t# V# Z- a( D * This value is the agent's identifier.8 W+ u9 D4 ^# _% i; k; X! M
* @field agentID
) P( o+ t: p) u A+ @) o7 ? *, n% N6 B' x; I8 ^: u! h
*/$ ?& H! a9 _: ]2 g
protected String agentID = "GasNode " + (agentIDCounter++)
, g) z0 f7 g% L* x- m6 x4 L6 ]9 I. w5 K* C0 X
/**
) F7 Y* D+ q& q *
! v5 G; T* Z7 ?/ V+ A * This is the step behavior.
- x0 D( t8 h y/ o * @method step
6 I- { M, C! p/ g5 n( [; X( H *$ e9 t4 z( w- U2 a7 y# J
*/
' }/ C# u3 e& a' A# n4 ?$ ^# h @Watch(: d( n. x2 L# Q! L4 b: T, ]! S
watcheeClassName = 'infrastructuredemo.GasNode',9 S: L5 x! H& \: m6 ~) x, b* L
watcheeFieldNames = 'pressure',
* P, p9 O: \ a& w6 k query = 'linked_from',
3 Q5 j3 R9 D+ e whenToTrigger = WatcherTriggerSchedule.LATER,
! B7 V* O: c0 l, y+ q. y4 N scheduleTriggerDelta = 10d
" z5 k( K5 m/ E# h# d )
* e2 M! p1 T! O+ K) j" b public def step(infrastructuredemo.GasNode watchedAgent) {- \/ y4 A% w/ z# R
; C4 {: `% t+ w0 H4 O) o3 B
// Define the return value variable.
# S+ G7 [9 T8 p# y$ ]: Q; k def returnValue$ A9 z1 A3 |* D9 H( _+ A: `
0 b+ V. O A: W0 `5 f // Note the simulation time.
; G, \$ u8 p+ c* z5 ~. `0 K& k def time = GetTickCountInTimeUnits()$ F" A" Z+ t o3 U" h7 t% p$ M
+ u9 c$ u. Z1 M& N8 e1 Q
5 K9 Z/ C$ g# L; B; P' x$ h5 m // This is an agent decision.$ i3 d9 C+ ~% s. _! \6 P
if (watchedNode.pressure<200) {2 M. j( m |& K7 v1 D7 N1 A
1 v8 o- A5 `! r7 A7 ]# ` // This is a task.
! d& r+ b: q% p* q9 R% c, { setPressure(watchedAgent.pressure)1 `. Y, p3 q3 X( [2 f
# r( C/ U# u" X! {% T } else {
( y; [+ {6 K6 X' R0 Z0 S* T. x9 I4 s4 m
# c1 Q }* Q5 m7 V- J5 | }
6 C( d* \/ f$ d) D2 v1 _' d! L6 j // Return the results.
: b9 u" ]7 ^: o! j return returnValue
+ D6 n( L7 x& J2 _& {& F% G
, f& q& M; f' V, J7 J3 p }
) c7 I! M4 H# J! b0 @4 b* b/ G5 e, V$ X5 `- L
/**: o9 y4 @8 j! G" ?
*
% f- E. S' t. ^ * This is the step behavior.
3 A! Z& F2 _+ F) Z * @method step
9 H' q1 j; r' X- d; ~) R: ^ *
V. u) t$ Q$ l* A9 H */
' n8 I) n! ?. V7 }0 e3 U @ScheduledMethod( A# k- |* P8 w* Z& W
start = 1d,1 M9 |& U5 V$ P$ G; L9 C
interval = 1d,; K: a3 U6 a3 U8 W
shuffle = false
0 w4 k- b& q3 d* C/ I6 v8 T! A )' B0 H+ a5 n; Y9 H4 K. }% C
public void step() {2 `1 ~# Z& L+ u* P! k. E4 d
6 f4 I# n! i! ~' J9 {5 [) A5 W // Note the simulation time.- v0 Q2 K: x0 t
def time = GetTickCountInTimeUnits() z# X& l" R7 {0 ?- M
4 m+ U+ `" U8 ~! L3 y // This is a task.7 K# ]) N8 x; _
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
; p; B3 a: G1 p% o2 M // End the method.
# a& q& n9 h* p8 Z2 x% `! B" a9 y7 M! K return. y9 J# u) z% `- E( J
( t3 n7 Z/ D* q9 a } |
|