1 o! A/ Y; R( C1 `0 ]@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% ^$ Y# l: C4 n4 ?
public double getMeasured pressure() { ( |# ]1 U; Z a( q5 x return measured pressure5 f; l' C! `" H2 O1 U9 o
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public void setMeasured pressure(double newValue) {' d4 D( T6 I+ ^3 q" }
measured pressure = newValue! ~1 _/ C( P' [+ q& D
} 0 k9 L; V9 W0 R8 p) G: J2 V) W4 E/ [ public double measured pressure = 08 |: x1 I/ M2 x) b9 j
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/** # b" a c# D; } * 0 r' G$ o: m! M r * This value is used to automatically generate agent identifiers.$ p! v- G) T/ A% D6 P
* @field serialVersionUID + M( [+ `* Z* g * 8 Z9 L" ]+ h( n" C6 r */% |( ?3 J' g% v& S
private static final long serialVersionUID = 1L ( X5 E1 X. w9 a# X2 P" e- \5 |) i3 v/ @3 ?" A( y2 B3 F6 J
/** 1 C3 |( O( d) J, n4 P' [ * 4 @# _* ]4 h( A% e. u( x$ L) X * This value is used to automatically generate agent identifiers. 5 o6 b9 l0 ^/ @8 M% B% V * @field agentIDCounter% j1 o G( h+ S& [
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*/ 3 x! R0 }$ J) s* ` protected static long agentIDCounter = 12 W% a' O* W' X/ i
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/**! z6 J6 y- p! ]4 G
* $ a" _# J9 z1 Z6 w" @7 V, ^ * This value is the agent's identifier. + U. d; }. }3 s. U) W * @field agentID- n4 `: ^6 y+ v' \% \
* / f1 I$ p9 n$ l0 }4 u */ 9 c6 F# X9 _! `8 K protected String agentID = "GasNode " + (agentIDCounter++)2 C! K1 {& k; Z$ U7 F& F$ d
L6 @( i1 {# M& Q6 d/ V /** " C- r; H: S3 c2 n * / Z s% |1 N) x6 Z1 ]9 L' s1 G- L1 J * This is the step behavior.9 M8 _1 E1 \ g" ]0 @0 l
* @method step ) |9 \+ k$ W" ?/ x7 v o* X * # [) @) M& I8 B8 j */ 3 q1 ]5 [ v6 W9 @4 Y' G) X @Watch( - Q, K. J) M5 E4 E p# ~3 ~ watcheeClassName = 'infrastructuredemo.GasNode', # l$ r, p1 H, h# `7 v$ F watcheeFieldNames = 'pressure',( H! s: V( r2 m" L4 N
query = 'linked_from',- n' v; l1 X3 Q1 e
whenToTrigger = WatcherTriggerSchedule.LATER, + e' P& _' X+ Y* `7 m8 @3 O scheduleTriggerDelta = 10d9 [. u2 ~ w9 J, s3 e- R
) $ T) s, h6 I1 W/ f! Y public def step(infrastructuredemo.GasNode watchedAgent) { ; w+ l) f2 H' p$ v% m+ T/ T/ M5 b* g- u
// Define the return value variable.+ r1 t& g- M# X& R
def returnValue- ]$ v. V% I, X9 m8 @
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// Note the simulation time.! i# m2 y. z7 x+ V; W5 Y4 F- ?
def time = GetTickCountInTimeUnits()3 H+ m2 \# i$ s. g; d! W! J4 L# a
9 o% w3 E4 f2 J1 A ' r H6 V& P" c* n/ y# } // This is an agent decision., k5 G: f' d6 O3 N3 k& _
if (watchedNode.pressure<200) {! Z* M: ]9 e& s7 W/ [: }9 l
! N3 ?& H0 N' D+ b* i& t8 } // This is a task.3 @+ L/ N4 d D. V
setPressure(watchedAgent.pressure) . M! z# g$ [3 n$ _' r, A; c; L 5 y- o" R7 `0 x( K2 L, ~1 g7 H) k } else {+ n( ]1 U$ M4 K9 r' [4 K. b
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// Return the results. 6 P' R, f3 P5 J' I3 J return returnValue0 n& y) [- X! }$ s+ @/ W( x; Z: @
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- F; v# O+ o, b- U /**, p% U/ W; F v
* % R9 I) o" |% O' X2 h * This is the step behavior.% Z; ]% f- \: G# Y
* @method step 9 B3 p: D7 r0 t+ ]2 _, V *3 Q) }1 K* `6 m- A7 |! L
*// Z4 |, k8 f' U. W! `
@ScheduledMethod( $ x. E8 T2 @2 z$ ]1 e% a start = 1d,0 P- c1 G, u2 Y {0 \ d& A
interval = 1d, + J6 W, y1 i$ S& U. ?. z shuffle = false& G9 {4 [( L0 N
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public void step() {6 J$ K1 ~( K. e I' B7 H' e" g. |/ w
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// Note the simulation time. 4 ~2 q* A) j* Q def time = GetTickCountInTimeUnits()8 }! K9 U% M( l0 ~1 y
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// This is a task. ! j/ H& p9 w% u7 O2 A; _% ~6 U measurePressure=pressure+ RandomDraw(-20.0, 20.0)8 ?# }8 W/ Z6 N
// End the method.) \& h; B4 ^% D& O9 l
return # c/ r4 x/ t+ r0 i : ~0 j2 ^2 H2 v3 i }
注意,在函数step中5 V. L* s& w8 @9 L
public def step(infrastructuredemo.GasNode watchedAgent) { $ W$ |8 M; ~: L& P' U [ //这里是watchedAgent! _3 M5 U# ]" g- r/ s( P
但是在语句中,你填的是watchedNode+ y, s) _! ^' O1 c" T2 s
// This is an agent decision.' O5 U+ y/ N' z: J* R
if (watchedNode.pressure<200) { . w$ X( ~ l7 D- N$ A3 o0 u
setPressure(watchedAgent.pressure)" j( Y5 _# d7 d6 g+ O. M0 B- ~
变量名称须统一,可以都改为watchedAgent