在groovy出现下述程序,但在gasnode groovy里显示错误,请帮助解决 $ W) g: O8 y( F) ]$ W. k
K) y, B5 c" o9 n8 }, |+ D& J+ O 3 t- x6 T1 I; S' }( M3 a@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")& m, Q, S* ]9 m- c
public double getMeasured pressure() { / b* O5 g% F) @' d2 I" c5 E0 A return measured pressure ) D# f; B) _' Y/ ^ }, F# z" g: A! V& j
public void setMeasured pressure(double newValue) {: h9 w% \, U! b5 w S. H
measured pressure = newValue 9 j% Q3 g0 t! v, A8 e2 }8 P% k0 e t }+ y3 q8 w+ [4 i/ [6 U' n
public double measured pressure = 0- s+ a `# \ D- d7 v
$ L9 ]* b% x. e$ R /**/ |5 `, B0 {- m" |1 c
* . d c/ h" _& Y$ I, g$ V * This value is used to automatically generate agent identifiers. 0 s+ L+ {6 X4 }( ] y * @field serialVersionUID % _, `5 w( ^, _+ Z- M0 [ * : E" E0 e( }/ k) Z6 | */5 k6 j" ` k3 B# q& \, ]9 v% ?
private static final long serialVersionUID = 1L 1 ]8 C( r5 \/ K' [" h# D 9 x0 n: Z7 G! t7 h- s0 S% V# v- | /** $ I; i* e( _1 w4 R9 t( m4 ]" w * 7 v' P7 Z' ^ u * This value is used to automatically generate agent identifiers.8 H" s+ K* m. D, b- w/ ~
* @field agentIDCounter ; l! E* l" P- z6 P *% Z' n7 H& a( h0 Q
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protected static long agentIDCounter = 1' L/ _# {4 N8 C; `7 @: w
* [# L9 V# @7 g2 R1 `8 h /**' |( f! H" K p' W$ c* I5 X- V
* $ ?9 p5 q5 l+ r, t& n; G' [: A * This value is the agent's identifier.& N2 a; z3 a/ U" E+ V1 B
* @field agentID $ D/ I" Y+ `+ {% D- P1 j! @ W *4 W& z6 f: g% m0 U3 I0 m6 N0 G2 Y
*/ 6 g* y9 I y8 l protected String agentID = "GasNode " + (agentIDCounter++). y8 z2 A3 x7 u4 J- b& ^" c1 C f. z, y
& v: ~( S) [4 h( }6 b /**' H# D, p5 J+ p' e5 k' ~7 _2 M7 M( Q
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* This is the step behavior.! c8 c7 p, S' ]+ s# u
* @method step g7 V$ D* C7 E
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*/ + ^* u2 X9 v" `$ ]4 Z @Watch(( v& d% @: X7 g+ ^
watcheeClassName = 'infrastructuredemo.GasNode',& M" n6 l" ]- w9 c% \
watcheeFieldNames = 'pressure', $ ~/ U; x0 r1 n9 X* P. B query = 'linked_from', 7 x3 ~* g8 T' b8 s) R, B whenToTrigger = WatcherTriggerSchedule.LATER, ; n/ g5 T" B6 X, T8 t& ^) n' d scheduleTriggerDelta = 10d 6 }+ B6 p6 k" \+ F! z )- t7 V0 x* W" d* v
public def step(infrastructuredemo.GasNode watchedAgent) {4 h J# I% F+ G8 {4 O
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// Define the return value variable. ~, O8 m3 ]. V! H def returnValue! r6 b6 }) h( y3 B$ n6 j L. V) @/ v
3 x% ?! P1 W" \5 }8 W // Note the simulation time. 9 W, u3 c* C. f5 u. t% i3 z% S def time = GetTickCountInTimeUnits() 4 n1 z1 m1 P- ^8 {6 D / i" i" d7 ?: O `/ m . z+ M5 D8 \' ]- O" |: F/ q! R // This is an agent decision. ! i7 G) k) Y3 R; X& K2 H5 p C if (watchedNode.pressure<200) {; e; g/ O' s- d* v& F/ _' Q* D3 s
* q8 d0 U4 @2 Y" j6 e // This is a task.1 d! g7 j2 @' ^+ q* k& _
setPressure(watchedAgent.pressure) + c i9 E# c- C, B w) k: {% _/ {4 \7 t1 n7 h: `3 e } else {( n! H, u* z. d3 w
! p9 ?4 m* D. v& s " T% P% k7 u8 ?# X/ v1 L' D% ^ } 0 J. `: {4 ^! B$ x* B // Return the results.- J0 L7 c! A: J! {6 f' ] h
return returnValue * n5 `: \2 w4 l ^+ f$ @ n. \: v; H. Q# @" O8 C& h0 w
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/** / H2 L; ]- f8 m7 j1 i0 T3 ` * ; Z- @" O5 m* F- P; b9 e * This is the step behavior. + n) ]) }) g' y2 ?# P& ~ * @method step # P K$ L& k1 j0 @! `. H8 }) { E * 8 k- F3 v! x; D& L */" i h. o% {1 R$ q ~; |6 t
@ScheduledMethod(: k- {5 p5 h& [6 p6 ~
start = 1d, 4 G$ r0 S! {7 K3 Z$ O" v: M interval = 1d, 5 A. R( g" V* C; e! Z% L shuffle = false/ y: X+ E- e/ \
) : _6 ]$ }! y6 U) S2 d) K7 K public void step() {: d7 \) ?6 G5 r0 o# ~
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// Note the simulation time. 3 c3 z9 E/ v* N0 X1 O) } def time = GetTickCountInTimeUnits() + Z* t' z& W7 h6 L 0 K4 }4 s# z) C3 K9 b* ^ // This is a task.9 G C0 Z2 U& U( q$ F1 g
measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ t( R c2 @! g3 A0 E0 U
// End the method. " Q; e/ w! @5 U$ X7 R return1 A& k& V0 E! s1 l5 M; |3 c! c