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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 9 V/ a/ D+ d) y7 |
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
0 O9 B- I( t3 m" M8 l public double getMeasured pressure() {
8 _* D# } b; i5 r' R6 B return measured pressure1 B: Q6 f+ n$ N6 k' g- {
}
* O% t% J/ }+ M. e# T4 K, h public void setMeasured pressure(double newValue) {3 N9 ?; Y) x5 f4 R$ T% [; B5 D
measured pressure = newValue
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+ O4 t$ c5 P1 s- u8 l public double measured pressure = 0! \3 X$ N, B8 l2 G- d& v; K# r
5 ], H% O5 d# k- ?6 f. }
/**# @5 n7 c# m! f: j( a4 m
*
# R0 W3 h% R& F% f5 @0 G * This value is used to automatically generate agent identifiers.
% ? X5 u. \( y2 _' n9 K, `! I * @field serialVersionUID( j0 P1 ~7 X) ^
*
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" n, B) F- V, M) \5 S0 z; N private static final long serialVersionUID = 1L
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/**
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& y& M4 ] a3 h9 `( S2 s. ]; \# k * This value is used to automatically generate agent identifiers.9 O3 _$ i( j# w) Y; Q: C) [
* @field agentIDCounter
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*/
- V+ H1 x4 d5 d. P0 J, d protected static long agentIDCounter = 1
% y, \/ e0 x4 K @- y
7 T3 @7 E U: r' _# Z7 C8 |0 Y# O; T /**
4 g# A! q6 `) I) } R+ { *
+ C# f8 f- w. m5 a/ Q * This value is the agent's identifier.
8 q" `8 c0 l% U6 X0 G" G * @field agentID" N* X- v+ n) v9 s: J) w' w0 P
*
% j# V" V3 h9 C! Z6 X. i */
7 w4 O5 v0 ?% _! B protected String agentID = "GasNode " + (agentIDCounter++): G+ p& w. b' ~
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/**$ V. ^& H3 s" S
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* This is the step behavior.6 K1 i- J) i9 v! Z& z3 Q# A+ J
* @method step D9 Y! u( K7 ]6 M7 `/ R
*
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@Watch(2 ]0 O' M& B: Q; w
watcheeClassName = 'infrastructuredemo.GasNode',
/ \# u' y! R! x/ X9 g2 A watcheeFieldNames = 'pressure'," s4 a; _. p6 s# q$ }' m. N$ i
query = 'linked_from',! _! y% ^ A# W7 U6 K
whenToTrigger = WatcherTriggerSchedule.LATER,
9 J' w8 v9 [" k& l scheduleTriggerDelta = 10d
# d! S- x# C8 s0 y: q )
/ `' \9 r& }" |# [# j public def step(infrastructuredemo.GasNode watchedAgent) {
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! A7 Y4 O5 @5 u% y d8 V2 o6 ~ // Define the return value variable.
4 B; A+ P3 k8 g% R8 n def returnValue
, `9 I4 v. U. y+ D2 H6 j$ l9 e4 d; S1 l8 Y0 k! M
// Note the simulation time.
0 V/ e5 E3 m9 K, h8 q def time = GetTickCountInTimeUnits()
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- L5 i* z C$ p8 r: }9 O) B' T // This is an agent decision.! S# V6 F' N; ?$ T- Z
if (watchedNode.pressure<200) {
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// This is a task.# J, L1 V4 P. H- \7 I3 `# O
setPressure(watchedAgent.pressure)
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" ^" a1 l9 O' _$ I7 p: H6 B } else {# j* {2 H2 f% T6 J/ Q
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// Return the results. I3 }4 g, L" d7 V
return returnValue+ d) z* z: j# X
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/**
* I0 t2 Q& T( S; l *
6 |/ `6 b7 i2 `, ]9 A! H% u! J * This is the step behavior.
" a9 N! a+ I& U * @method step
2 v* F6 M6 ?! y& G. ]2 n *
/ m. F+ X9 ~7 F7 y) P4 K' M( ^ */
: ^( Y! s5 N6 \+ K @ScheduledMethod( T2 e% n: ~# n) ^; y, E) j+ \# E
start = 1d,! D+ D" f+ D s$ e# |
interval = 1d,' `/ b! W$ u9 l6 A# {
shuffle = false% B7 H: j, D0 o/ n4 @
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public void step() {
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4 p2 {) o& J+ Y% Z. V // Note the simulation time.) w ^7 |. Z! O) k, D, F
def time = GetTickCountInTimeUnits()3 p$ }4 y- g) i. _
& Z% |& \% c& |4 I1 K // This is a task.# c% D* G- k) H e4 X
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! }# ^$ ]% d3 K+ l( T
// End the method.
% S4 _4 ~ h1 E; T return
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