|
|
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
% Q6 U n. `; T, n5 F& K, H# @
# H, G/ @( O+ H; A9 C; P. Z- i. w- C8 Q1 n+ _0 a
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")
& f' C: ]. { N* n+ J public double getMeasured pressure() {4 t8 ?8 i* Q G D5 ~) A% o
return measured pressure% D# x+ N7 l4 _7 u6 s% L/ c
}; d' D# G! Q, p7 ^% l2 ?/ o
public void setMeasured pressure(double newValue) {
& y( h& M1 C6 r- q4 q5 [ measured pressure = newValue
- H0 o1 ^ t1 H. f- @ }8 D: g/ N( U( K+ A7 {
public double measured pressure = 0
: \2 j& `* n% T r! d0 u5 ^! ~6 U3 c0 w Q9 A
/**7 i% J- T/ j1 U# I- g( D9 ~
*$ M* p$ F1 c w9 P+ S7 \( k
* This value is used to automatically generate agent identifiers.0 x) ?3 u0 T7 _' X. ]: v
* @field serialVersionUID
% U0 L2 ?$ Y& t. Z9 j- P5 |9 @* d& H *
' i) ` @) @4 e. O */& p5 _% b/ o3 n" f3 X
private static final long serialVersionUID = 1L
5 l$ D% c+ r7 j0 @$ o, l( x; i6 l; j# c& J
/**
# E" Y, \1 m1 M, F6 _ *4 e9 m+ X- @8 y1 s4 `3 l
* This value is used to automatically generate agent identifiers.
/ g/ y2 C" V& e b$ j$ ~; l * @field agentIDCounter8 {4 j; A5 C, O, p
*
7 D8 f% ]/ w$ |' T# m: e */1 C. R1 M* i W/ w5 F: ~$ Y
protected static long agentIDCounter = 1
# q+ p5 w/ H/ K" l3 H" i: s6 L d- g& a2 Q: y& [% W5 Y
/**" O; r2 o0 M( s. _8 d* i
*
; M6 a' V, K U5 P" Y# B * This value is the agent's identifier.
6 k+ f' \9 e; X4 c * @field agentID
) V4 m% B. y/ ^/ n) k" G7 A% v *3 s# L0 ?4 `, s; V [+ R
*/) E3 n. A$ X) g
protected String agentID = "GasNode " + (agentIDCounter++)
3 |- B, y, \+ O; ?, e4 A! a0 Y
/ h1 ]; T( G1 f/ v! T& @ /**# i j1 |- k; W1 {" r0 K
*
+ `. C+ Q8 Z; H- [" K% d7 [ * This is the step behavior.. J% Q) F! a: u' U2 T
* @method step7 y$ _/ ]* Z! V
*0 N6 s' O6 @3 d \0 F" }9 o3 |
*/
) |* H$ W, T& ?5 X% Z$ o+ P @Watch(
( F; M9 ^+ V) o5 i8 g watcheeClassName = 'infrastructuredemo.GasNode',$ H# T/ i3 R |6 p% t
watcheeFieldNames = 'pressure',& X: D. @* A* q1 g; i
query = 'linked_from',
: d( F b. T- d+ c3 _8 O- R whenToTrigger = WatcherTriggerSchedule.LATER,
+ d) q. y7 N j, @" P6 x/ u scheduleTriggerDelta = 10d
- Z2 F. q$ J5 Z )( y; V7 a' t. K/ L
public def step(infrastructuredemo.GasNode watchedAgent) {
( r$ L& x) D! x6 h* B& U5 B5 N/ ~5 {. T* V* A8 e
// Define the return value variable.
# ?$ n! n; m I1 ~2 }0 E+ F def returnValue
; d/ r% |" m' }$ }) V0 I
# i4 C- N& L8 E) N8 Y/ R // Note the simulation time.6 |) o) b. L D9 ^
def time = GetTickCountInTimeUnits()
2 Y4 L3 Y" u( \7 C8 H" J
( V: K3 F- G9 t e3 F) |. F( {
9 K8 @6 \4 u. ]4 {: o // This is an agent decision.
$ O4 M8 b8 u) ^, _" M if (watchedNode.pressure<200) {& z+ T. {- {7 `/ x! U) y
3 `7 Y5 [3 U/ H3 F3 Z/ E- o // This is a task.
) I0 Q. ? e |4 T% r0 ~3 Y4 C setPressure(watchedAgent.pressure)8 i6 m6 V+ x4 Y' w
' \) l+ }+ ]; n5 p/ ? } else {
4 K; X$ q8 P1 f! k u6 Q; |; d% C# j
6 \. N7 ?* N; g( X' K5 Z- p! T7 g
}
+ x4 P P9 x7 @# Y // Return the results.
$ K4 W: d8 e1 x9 |! M: X+ k+ V+ { return returnValue8 W5 v4 p0 f$ S% u( `4 v
% D0 l9 e' H! {7 b% |; ]( g! z/ M1 Y
}" ?, q7 x- h8 q. I g/ u7 Q' \
+ A1 Y2 I) B% P
/**
9 K4 k3 v, w, V4 C# G Q4 q *3 O$ _% D5 L8 q% ~" t+ F" `
* This is the step behavior.
% D+ B9 |( J1 D7 T6 S2 f$ L * @method step
& B) t5 {: ]/ o5 p3 g; ~ *' N& I! g7 c" a, E$ b& [
*/* d7 n. E1 z9 t+ g
@ScheduledMethod(. ^, U) J: c0 z& r8 ?
start = 1d,- {5 G% a& ^1 F% `& J
interval = 1d,& x6 F1 g& T. P9 d G1 g
shuffle = false
6 B0 b+ K$ n2 C" i% o+ N )) D& N: E; B6 [2 R
public void step() {2 `9 [9 a: t, {2 L
" V) y/ w2 W O. O1 u/ X0 G
// Note the simulation time.1 W/ @( T7 H8 A' Q) {
def time = GetTickCountInTimeUnits()
0 [9 V( R5 F$ x, d) i" l% _+ |5 g
// This is a task.8 b3 J% m6 ^0 }6 X- { n2 h- F5 z1 C& u
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 w5 J5 h! X5 Q% C) i0 _/ ]
// End the method.5 ]% q [% b) c4 m* i f" c' w
return
6 q) u: d! M+ h4 ^4 O
' Z1 A: B; D1 q; ]" b) Q } |
|