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
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, X& J0 Q F! s; X" l% m @Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
/ `' [, ^" f& B; g5 i public double getMeasured pressure() {
# N& Y0 E* n4 D( x3 d2 H; M1 F return measured pressure* z' o9 @% n. s5 P6 X5 e& o
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public void setMeasured pressure(double newValue) {( K2 Q- `! X3 S2 u
measured pressure = newValue
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% z2 [4 L# ]; c& p/ |# m public double measured pressure = 0
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4 }5 K Q7 s/ r. J0 k5 s1 H3 a /**
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* This value is used to automatically generate agent identifiers.: T- ? ^( i9 D2 T9 E
* @field serialVersionUID T3 Q; q6 P1 L6 h# h
*
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private static final long serialVersionUID = 1L
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/**
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$ l1 e: ?+ i% G * This value is used to automatically generate agent identifiers.
* z3 d4 v B3 S8 |5 m$ A4 Y * @field agentIDCounter4 o! |2 V% A9 `9 j7 S/ ?0 Y
*
9 Z4 n9 Y* w+ y. x6 R" G */
- d! |9 X ^) M protected static long agentIDCounter = 1
* \0 g6 [1 s" J $ s3 t- T4 h7 Z0 A1 I
/**- y5 R% v7 @2 H7 k" ~ H! O
*
! @: Z2 j5 ]$ R2 r- p# F+ E * This value is the agent's identifier.
% F" v; w" I: n# l * @field agentID9 G3 K6 G+ C+ E- {' y% {5 n
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*/
& a* [6 O. k- Q, m- v0 a protected String agentID = "GasNode " + (agentIDCounter++)3 |7 h8 h9 N# s* }* d
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/**; H: |8 s2 G( d3 |1 j9 Q
*
M8 n6 H6 O6 O' L * This is the step behavior.% S4 f% g" f% T. v, M# K% X0 C# A
* @method step& N4 Q; m+ S' |
*
( S; ^% G8 A D B) b */
% Y( `- i) G2 \# w @Watch(3 h$ w. J- v" c5 L
watcheeClassName = 'infrastructuredemo.GasNode',7 u2 w: P0 N: E9 C
watcheeFieldNames = 'pressure',! v2 k6 {2 x% y6 U/ ^2 C3 Z
query = 'linked_from',( \6 }) W) ^; ?- u3 e2 x
whenToTrigger = WatcherTriggerSchedule.LATER,
4 P6 Y) W* s* H9 w* I scheduleTriggerDelta = 10d$ F4 j3 v7 x6 y( q
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public def step(infrastructuredemo.GasNode watchedAgent) {* j4 s" w% ~9 @' G' N' E
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// Define the return value variable.6 K" x+ ~7 }4 z2 n
def returnValue
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2 }/ {$ i, C3 k, R+ j* | // Note the simulation time.: L; x% N4 ^ S7 S, X
def time = GetTickCountInTimeUnits()$ R1 H, p7 C, D: H+ N
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$ i9 T3 V. | k5 ?4 h; k5 x // This is an agent decision.
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// This is a task.+ t: s8 m# J9 @2 J4 R; p# F. r
setPressure(watchedAgent.pressure)
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} else {
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}
& b2 u4 U* K, B, Q // Return the results.
# I _6 Q. `/ P8 `2 Y return returnValue, b3 h# l9 n- L) C
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}
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/**$ ~# O! ^% Q& f* r" a+ {" @' G
*9 I, ^5 L$ {# Z2 R! y$ F
* This is the step behavior.# V5 w) T% b* D3 ~
* @method step( J: h& E$ u. A2 Y- A2 [: J& |9 c& u
*
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" S: q" \1 w3 F @ScheduledMethod(
+ B' z2 }3 y ?! E0 n start = 1d,3 v$ g# o. W4 U: ~8 r! O
interval = 1d,
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)
( p& s8 C8 U* d, r* ? public void step() {
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f+ a6 W" H6 f! G: P // Note the simulation time.
+ F5 `5 J0 [; B def time = GetTickCountInTimeUnits(). \; t" u4 D, m5 i* T% W) o
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// This is a task.$ a7 J- b# |" b( ?( Z6 K# k Q
measurePressure=pressure+ RandomDraw(-20.0, 20.0)$ d6 A4 O. B$ y( y* M! g' X" Q
// End the method.
3 ~* Q5 v9 C% Q1 A3 r" P return
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}
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