4 o0 g! A( m p( h! G /** ! ^1 Q. L6 B2 @( j+ I *7 A) z, T7 v7 o+ q) e
* This value is used to automatically generate agent identifiers.8 c+ @7 W2 c8 N5 I
* @field serialVersionUID& K& b' K# V3 F3 a0 H1 ]
* , o0 R4 x- [) V, ] k2 ` */ 8 p( P0 x+ T. b6 _3 }& B private static final long serialVersionUID = 1L$ l; h1 Y' h5 Y7 ^( b* `/ F7 s
6 U( P- Z: O$ g% }+ U: [, y! G7 Z
/** & a( L# R' T9 w+ m( Z; @ * / q+ B, p. p$ V5 E$ J" @7 c * This value is used to automatically generate agent identifiers. ' z4 q8 C$ l1 q7 r * @field agentIDCounter, h3 L2 a- @! P
*+ x6 N; U- S3 B
*/7 k. |" a8 ^8 L; P# ~- u5 G8 F
protected static long agentIDCounter = 19 S6 Y, w: d# s8 k" \3 `
, J7 o' N' m) _# j, X1 P
/** ' \& w% _# h8 s& I * * L! K% T9 q; d0 @, _5 i * This value is the agent's identifier.5 h* W, }7 R% h+ i" W2 `9 O
* @field agentID + o0 a% ?0 E1 j; U+ I0 k- Y" f2 ^ * * x9 f4 g) K( D6 O$ x. K */4 V' q7 D) k! x6 C/ M* D. K) @& W) S; a
protected String agentID = "GasNode " + (agentIDCounter++) $ s C8 }$ W0 q6 {5 O; O" }- `+ B5 I9 p( [. p
/**, s, T8 p( A1 l
* 0 q @. c7 }! ?! L* Y * This is the step behavior.# B& B i, B; f
* @method step : N- Z4 l& u8 R) g6 A *' l; c- ~% y9 u! l* p8 a) S3 g) b
*/% @8 @4 d* c! W! q5 l. O
@Watch( $ v& d9 T8 F" S% v% j$ r watcheeClassName = 'infrastructuredemo.GasNode',5 d) x5 K% o u5 ~$ d) d5 I
watcheeFieldNames = 'pressure', $ f7 Z+ z( g. y query = 'linked_from', 4 s2 V; g$ P: r* C( u whenToTrigger = WatcherTriggerSchedule.LATER,5 I* V$ b" H; m! X7 {+ r+ Z; w3 ]
scheduleTriggerDelta = 10d. ^7 c7 W* C- [$ v; V- t
)) v4 B7 f: p6 r+ v
public def step(infrastructuredemo.GasNode watchedAgent) {; @3 e6 ]$ a2 M2 f. @
8 {) j' O' K8 j. H8 k- @9 s // Define the return value variable. & E# `, Z( f8 O def returnValue " V% [0 S% C; L5 `; |. m; V$ P4 [" \2 v" `
// Note the simulation time.- T0 g/ m# e) X" f" s/ N6 `6 M
def time = GetTickCountInTimeUnits(). t# u% \, @3 ?: I( g5 R
# K# l5 o! p. ~, [
# i3 l4 q* m% M$ j4 c // This is an agent decision. + _3 k R. b$ \, c. _8 P: X+ M if (watchedNode.pressure<200) {# f4 B* F- N7 f
/ F7 c2 t0 N, i0 ?% ]) [
// This is a task. . v) o' {$ M5 V* U: | setPressure(watchedAgent.pressure)& `3 m0 Z/ e7 ?7 ?( i D, R) \7 B
1 ~! s' t0 d4 ]; d" R, X2 ], F* c; U
} " k3 {0 C. U3 @ // Return the results.* ]" p* V# m9 F- ?- |) o9 I
return returnValue6 @4 Y# {, g0 E: I
& E3 y9 P4 y( O9 Z4 {8 V7 l
} h$ ?5 z% i" N L. N0 W7 o" B- {6 P) i% ]0 ~
/**2 y! S6 |9 i2 {
*( I. r+ Y$ k. I, {" N( j+ ]6 b& s
* This is the step behavior. + v% ]% Z# }/ F h * @method step 6 \, u) a( x; Q3 X) Z% { * * P3 n- b" _8 y9 q4 Z, F */ 7 g. X) Y u* M: y# E @ScheduledMethod(: ~+ J0 ^3 Z0 A8 ?. R
start = 1d,. r$ |8 @9 f( @$ M
interval = 1d," P* ~) \- Q- p+ L/ M8 f8 C
shuffle = false7 V$ a2 Q6 W4 Q7 Q
). M. D; a$ u) t8 c# R
public void step() { ! ], B. A! ~% ^% S' K$ C" ^5 }1 \ ! U- B+ S( P5 k( m' I // Note the simulation time. & [: e; G$ f" B def time = GetTickCountInTimeUnits()" c/ I; U9 X5 Z! ~
6 Y( h! Q9 n& V4 l1 N) K* i // This is a task.8 k# ?: l/ N& G+ S8 Z
measurePressure=pressure+ RandomDraw(-20.0, 20.0)" ]$ Y, ^( I# T& m- U5 J, I
// End the method.! b0 x+ G* [$ [0 [3 W7 L, C: z
return- {$ R! A1 k- N6 h
注意,在函数step中' A" H/ L( G0 a- F: u- {/ l% @! R
public def step(infrastructuredemo.GasNode watchedAgent) {- I, s. _( B' J( I k
//这里是watchedAgent |9 W. l, d9 Q/ \% d& Y) z" {
但是在语句中,你填的是watchedNode8 N% z3 `$ b) Y1 U
// This is an agent decision.- r4 h! L/ f5 `/ D: B, l6 [4 i
if (watchedNode.pressure<200) { 6 {0 k% U# g, {" V setPressure(watchedAgent.pressure)) O `4 @3 B4 w2 s' X4 j
变量名称须统一,可以都改为watchedAgent