|
|
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
' _$ v: P* d- `1 I" |* ]
) q& M; X! B! b( _7 |0 ^
+ l9 m+ i9 o, e/ `6 b@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
4 G( D5 K& n5 D6 {+ \1 p6 q public double getMeasured pressure() {
Y- Y/ o8 h6 P Y |& p return measured pressure+ K' r4 d6 n! M% `$ P0 @8 ^
}
$ v: J! Q5 P. ]" Z. u, O public void setMeasured pressure(double newValue) {
) |+ l6 k( W9 ^- H3 f measured pressure = newValue7 {9 S W' F$ [2 g' ?; s
}* s/ l8 I6 c( ]" T! e5 G
public double measured pressure = 0. G u3 W! L. F! a- z
4 n1 O, E: X/ }# r6 L: {3 E* \8 [) g
/**
/ X `" H$ E1 [+ A *1 N+ P! \2 N' T( W1 P
* This value is used to automatically generate agent identifiers.( `0 f7 I L( O$ p# u6 @' v0 s% E0 s
* @field serialVersionUID
- {, z! I8 n$ B9 E0 G2 k0 O *
& ?, W. U6 U( b; g2 p" ~ */
3 ?# n$ l+ ~5 w8 B0 V1 \3 p7 l8 D& L private static final long serialVersionUID = 1L: b6 ~9 M7 K& G; G
( P& a. m$ m: `, D& L; I) m- R2 k
/**
; b1 V: G ~3 s3 {; Z8 W9 [ *2 a5 n' F6 r* S0 q3 p3 P
* This value is used to automatically generate agent identifiers.
3 U" V0 a$ Z$ t; I7 H. s |0 P * @field agentIDCounter
5 ~# y4 \; Y1 o4 `$ m9 Z; P *
1 `) K/ @) Q# i t7 H3 } */
* d3 X! x; P- w protected static long agentIDCounter = 1) {. `- Q0 B4 O0 m1 y% q
" C' t5 B$ P( V: c. @
/**# M, S6 G& c7 u2 ~8 i O
*8 ]% o C4 A% R$ G* P9 x* a5 r
* This value is the agent's identifier.
; o C( [- L" C * @field agentID4 K8 r& R! n! A6 j
*, \* @& k4 z) ? a7 [6 C
*// ]5 F! ]+ u+ d Q) W
protected String agentID = "GasNode " + (agentIDCounter++)& N. L" D% {5 ^& v! Z# @) F
5 c5 Z- a/ U( p" l6 E; H* L /**
1 p1 |# v+ `' p* p# b6 [ a# o, K *
8 [, V4 G4 g0 c, R( e3 J * This is the step behavior.
8 y$ I2 ~) `1 F5 V/ _ * @method step) G* t: Q. G& ]6 q* {
*
2 M( i& @3 x' A8 A" P. O* l */. p) z- ~( p4 k3 r; i( Q- S
@Watch(' w1 i2 @8 K- Q8 U! q* U- C0 n
watcheeClassName = 'infrastructuredemo.GasNode',
/ r) F0 g7 G2 a3 b6 E; { watcheeFieldNames = 'pressure',
7 J3 l; s# m) \, n query = 'linked_from',; j0 i, a. N8 ~
whenToTrigger = WatcherTriggerSchedule.LATER,$ N7 d% E% M, r
scheduleTriggerDelta = 10d
, ^/ C' ~' s( c3 g" t F& L )
7 @8 O7 b0 Y7 |( T6 [ public def step(infrastructuredemo.GasNode watchedAgent) {
% P9 i. H+ y' ?$ @- z$ K/ K1 [# u! K8 x6 |; O
// Define the return value variable.0 U+ \9 P* v7 t/ L/ W' x. r
def returnValue
( O4 Z9 R4 ^6 T( b A/ |6 Z0 o3 A) G/ e& m1 Z3 ^3 x3 c; J
// Note the simulation time.
8 A# ?+ H: ^5 `3 a$ ^ def time = GetTickCountInTimeUnits()
: Q) `# W) q% F5 K$ \* B& t+ `- Q/ V [
3 Z6 `6 @ C3 W9 M& i! L" e) J; a
// This is an agent decision.3 R) n6 W3 b5 P9 }
if (watchedNode.pressure<200) {3 J+ N* x# L0 [( W0 c; u
7 ?3 ~, {* r0 J. @# |& V // This is a task./ s% o3 R$ `5 C- @; P4 f" f7 ^
setPressure(watchedAgent.pressure)
9 c1 S( v1 z W% b1 @$ w% S( Q1 i5 M6 H6 |3 Z4 r7 _ P
} else {
' Y6 k7 c2 D7 D. ~: l& q x) D7 b2 p. n2 [
; f# B2 j: j6 j0 _ w }1 [; C/ k/ S& l$ _" @, W! p
// Return the results.
9 z4 [. b# I* y% C2 H9 L- G1 X% T return returnValue
3 ?/ W0 L% e2 ^- P1 B! y. N# y
) T* t. l) F: c* Q( a3 e# N* l }
% V' h! J, n/ ]+ `8 s% O
( W4 ~1 L! t0 N# b3 a: ~/ \0 p3 Y0 x /**
! v+ |: L6 c' k *
! j: ~4 ~/ t* [# J, [' L * This is the step behavior.: v; g8 G" p* D& F7 n- r
* @method step
: Y6 h6 H- L; }6 ~ *- M2 x/ @) i: W
*/
- f. U% g) ?* C8 A* S1 P3 u @ScheduledMethod(% F7 W2 s% u+ t# p, d0 r. K, c
start = 1d,
/ A7 _ w; Z! ^1 I- {/ K& T* Z interval = 1d,
. L8 v8 q, L+ Y* s8 g' z" L) w# M shuffle = false3 z* [0 v# h) ]( G! K. d. G+ }/ ]8 g
)6 F' ^- N x' L- f- O! s- N# a
public void step() {
0 \9 M6 r5 y1 k, B d- l' ^4 e
0 h: z! G+ O8 B6 C- W3 K // Note the simulation time." y5 [/ y$ }" P( u
def time = GetTickCountInTimeUnits()
3 f' v* E U) X- e8 k. B
+ f. I0 T# G3 \! w4 T // This is a task.( k* Q6 k i! j8 O
measurePressure=pressure+ RandomDraw(-20.0, 20.0)
2 T3 J$ \9 ]4 a0 e& R // End the method.
: P1 v( Z- e7 T! [+ n; O return
2 {5 n0 d4 W& S- N, K! Q4 S7 t: h+ f) n" s' B
} |
|