在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 - Q4 G. y( Q# n5 v( b. E
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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " _/ D2 j4 I* \6 D) U public double getMeasured pressure() { 3 j) J F2 r; R return measured pressure$ i6 B: n6 V. c2 B( ~ ?) u/ X
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public void setMeasured pressure(double newValue) { f, Q9 ^+ k v5 d
measured pressure = newValue * e) F0 x4 F8 K/ l% Z }% G1 ^4 g) p9 z b
public double measured pressure = 0 ) d- R. B; r% j, n4 F1 K/ w( I) Z0 |4 D$ N; W" I
/** 6 p0 X5 Q8 B8 Q5 {, i3 C * $ c6 _& e/ j* b) R6 \- t$ Y * This value is used to automatically generate agent identifiers. ! m6 I- V2 g/ k; t8 N4 R( Q8 N * @field serialVersionUID2 B3 q2 Y& i" s+ G
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*/ . @) V6 q- z, i2 q3 F; I* g/ R private static final long serialVersionUID = 1L9 l" L' I5 C, g; V3 w! m
- R% F, _% m* O$ t /*** d/ u2 _8 p8 p4 b k: L. |
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* This value is used to automatically generate agent identifiers. ; c( A1 K- H$ ~; D; L * @field agentIDCounter ' p5 M. O- n4 M: U: k, _5 n" _9 G( U9 x * 4 [/ F: C0 D& v */8 B0 ?2 c# V2 z
protected static long agentIDCounter = 19 U' P' M/ E' _" _: ~
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* This value is the agent's identifier. 3 k, x O6 j) d8 Z8 A/ [& q$ q/ @9 Q * @field agentID. r2 ]1 K5 U/ x3 a5 D, {9 u
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protected String agentID = "GasNode " + (agentIDCounter++)! l4 N4 l7 B5 R. h1 V. R& g7 P
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/** $ _4 e8 _" D, Q$ t; m *: `4 Z6 T% E- @
* This is the step behavior. $ Q! c. C& n# c' {7 V' h( u, u * @method step; y: X8 K$ t) K
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@Watch( ! D7 R' J- }4 x watcheeClassName = 'infrastructuredemo.GasNode',) ?% j3 w# _- y* C% F! R9 b
watcheeFieldNames = 'pressure',5 V5 c* O7 @& R3 C
query = 'linked_from', ) @* u* _; [& [% h6 F whenToTrigger = WatcherTriggerSchedule.LATER, 7 C: p h- v+ @8 L8 e, ? scheduleTriggerDelta = 10d' O* T" W) t/ {! j' j4 z# V) B+ Z. _
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public def step(infrastructuredemo.GasNode watchedAgent) { / y2 p4 q! W9 o8 a/ b) e # D. R7 b- G8 Y1 m9 Q // Define the return value variable.8 I6 Q4 u9 d7 n% z P/ S
def returnValue1 i0 B: E; P, i) Q$ a+ M
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// Note the simulation time.0 H8 P, G! `+ x" \
def time = GetTickCountInTimeUnits()$ _& h9 o9 y% M, O8 y
5 N' b9 u$ O3 ?9 x5 G' j ' n& ~+ f7 X6 M // This is an agent decision. + a7 O* G5 A8 F! V if (watchedNode.pressure<200) { & D; h2 N( x, P/ g' x 4 f! X" f3 a0 ?5 u* b/ s // This is a task. 5 h6 P( y6 e; P+ j1 Q setPressure(watchedAgent.pressure) 6 P6 Q- w1 c( U- d$ [! w; L: q( r- y9 X% k
} else {6 ~( c) Z+ {9 g. N$ J
1 X5 ^4 X4 {2 L* g0 j. V 1 H( p( v7 x6 d$ j } 5 N5 W( G% U) }6 j7 j7 Q // Return the results. + T+ F$ ^7 @: l& v return returnValue ; ]( X( Z* h( B . t) s* s5 D$ q+ a+ c3 m* Q8 f4 @ }0 w: f' Y/ a$ B/ N, M! o
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/** 8 {9 x/ J$ y9 W. e * + ?) k. B( G0 I O1 I3 i * This is the step behavior. 5 S: E A& a6 N2 ~( Z) L * @method step: P$ K: p1 p, z" ?' P7 [1 ^0 ^$ D
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@ScheduledMethod(* C/ h+ Y* v1 ]( e5 i" \" F. b
start = 1d,) H+ e8 I& K2 S' a8 |# F3 H
interval = 1d,$ d/ K- N7 N0 C0 L4 L/ M
shuffle = false 9 j& z* M x; y* X/ U8 T ) 3 C! j8 T8 X4 O0 ~/ { public void step() { : x# O ~8 v6 m1 n+ c6 C8 N6 w' Q9 k+ A2 e
// Note the simulation time. 7 _4 o* b! l( L0 _$ L def time = GetTickCountInTimeUnits()7 o' Y0 K" I4 @- J5 I
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// This is a task. ( j- B/ j1 Y) M; r9 u) B measurePressure=pressure+ RandomDraw(-20.0, 20.0)4 V8 ]& y, O/ x+ f
// End the method. # r7 P- @% b2 o4 s return 6 ]: ~+ N0 t5 M& S * j; |3 Q5 C6 X! y) C8 {! q- z }