|
|
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 # i8 j/ Z) p! m$ s" k
2 o* v6 S' O% m/ w& g5 L/ y( G
" h- m6 g0 u# M. y6 x. k! q2 O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")3 ^3 U1 O# q, X/ y7 A7 E7 ]( J% c
public double getMeasured pressure() {
. k. }+ H+ @) X0 b3 D return measured pressure
9 E1 s: k9 f8 G- x! Y( K }
" M: `( [4 w/ C4 }0 B( g public void setMeasured pressure(double newValue) {
- W5 W( V. o$ G: l# t/ O: L measured pressure = newValue
: }- x" a3 U5 m0 H& q. \5 ^ }4 Y8 ^$ f& y5 t& Q0 {5 w6 p
public double measured pressure = 0
u/ p4 p$ C; c/ Z0 V5 Z2 l# |) k7 v2 ~. a
/**
0 K2 g* q4 d$ n9 ]% b* k2 o *- U- ~, k, J* p1 M4 g" ]
* This value is used to automatically generate agent identifiers.
7 u/ ^& X/ \3 q * @field serialVersionUID: H+ l- X8 t% C. o
*
& S |# a% R7 L; _! f! U *// K) \# o4 e- U5 G- e, r2 n' [- b# R- N
private static final long serialVersionUID = 1L
( V9 Z. _5 Z. |* h9 k6 T. \# }1 }( ]7 _9 Z
/**9 s, L, P2 I5 [, p* K
*
' s# K2 F1 s+ p5 d* Y; g/ W: P * This value is used to automatically generate agent identifiers.6 b6 l* [; r! P7 E
* @field agentIDCounter
2 }' ]3 h0 E" | *
6 G D; B* A3 U9 X) K& f# u */
6 n9 k( T$ B1 }& F protected static long agentIDCounter = 1
) L) w1 c j. p! S: j0 H, N) p: [0 N* [% T
/**
4 t5 |' |" @) P- h8 [' [9 t5 v *
4 L7 C; _" @. i% V+ W" I * This value is the agent's identifier.
1 N f, \% A- N3 t# d% k * @field agentID; Y5 e: g4 t% e& C8 r' v" h5 X
*' G+ V0 N7 m! b6 K6 K8 |
*/1 [& ?5 E' }$ Z# @! I* O6 f
protected String agentID = "GasNode " + (agentIDCounter++)
7 @8 j/ ?: ~# |0 U2 c) P' Q
" ?: V2 Q* b8 ~$ a5 B /**
' N1 E+ j; o0 o* Z( I) p2 f *0 l& k/ Q \2 V8 h8 |, C
* This is the step behavior.- ?$ j( R; M5 H2 B$ W$ M9 |! }6 {: E
* @method step- \* Y( z$ H0 t+ f' [/ P/ e
*: T/ |8 V6 p/ X& }
*/ `, c G* u! _( _# t- T E# f
@Watch(, v, F b4 K: V- C; d; }
watcheeClassName = 'infrastructuredemo.GasNode',$ k+ w* s& |! @+ r7 u3 t
watcheeFieldNames = 'pressure',
6 Z+ h8 l! u: x1 _- F7 r query = 'linked_from',
2 a7 N \, M' _6 I whenToTrigger = WatcherTriggerSchedule.LATER,
# G$ [9 z) p+ X6 X* V6 K0 S scheduleTriggerDelta = 10d
3 x/ b$ g! \: m3 T# a* f% W! a )( P! k$ P; |2 {7 d% O |! P6 I
public def step(infrastructuredemo.GasNode watchedAgent) {+ e- R& @8 ]6 I* [* b" w2 d
% ?* h8 g) T& B- g, U // Define the return value variable.
5 w Q( x" t( _. }0 s+ { def returnValue) h; }/ `: z$ ^! y/ A4 C
) p) o# s3 [7 Q- [! L: c( H- K5 q) C
// Note the simulation time.: X( H% N/ t9 i: H6 a6 u$ F
def time = GetTickCountInTimeUnits()1 h0 U; W ~# F) m
8 r! X; Q) {. z5 L
: U5 y7 a. ^' {7 d" d1 n4 @3 g
// This is an agent decision.
3 Z1 I1 H. o, H* ^* I if (watchedNode.pressure<200) {7 u( A* O; @" y5 {) m# v& w
# J. K( N5 p, Y // This is a task.
' E1 M7 O+ Z' a% D setPressure(watchedAgent.pressure)6 e. l- _ |6 j- o a/ P
& M% w3 b+ o1 @, K* ]4 q! ~
} else {
- }8 G2 s1 G: ]; n' H6 c" g" }6 W' B- _
% o, v& O6 k# n+ i5 w& D3 b6 `9 {) @# T0 P! d# l2 V0 m8 F/ U4 _1 W( |
}5 f! k7 ~# G5 f8 P3 X9 U
// Return the results.
/ R" n$ Q5 X/ g2 G" u2 B return returnValue
. x4 O ]" [, f; W% j- r2 t
/ x! H, K7 _: g% {0 d1 H }
3 x! H: v: B: x* Y' y
8 i: D3 }* n2 h0 L+ J& K /**& ]# x, @/ l) H7 t
*
5 M5 x3 ?7 e# C+ e * This is the step behavior.. B$ b, g @6 |- t
* @method step
- K0 {' K' H# _$ R) I1 ] *
+ B* q* s# C- I& B0 J5 ^: J */
3 P1 x$ B ^9 s; b. G. g @ScheduledMethod(2 h/ L" u1 e* _' s
start = 1d,1 N4 o6 g5 P; X2 e; c
interval = 1d,
8 z9 H N# l# u. h shuffle = false1 F5 y5 ^' [$ v. |! r/ ^
)
6 e; W8 c" ]9 q$ X4 r! @ | public void step() {
' o# L+ ]( I7 K% A3 C! V, c ]/ _7 u9 |: V/ l0 K- v( [5 A3 M
// Note the simulation time.' c9 O/ M0 }, E, f
def time = GetTickCountInTimeUnits()2 y6 l1 L ?3 Z5 Q3 v
4 ]% s. n) p4 \0 K% H8 y! [
// This is a task.% ]4 y/ H# H! A; F
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! o9 u' g3 n: ?% @7 ?
// End the method.
7 J# F5 f6 [ V! J: R8 P/ l return% `7 P3 Y. I' s- r/ l: k
6 O! a. c- O! o5 z4 n% O } |
|