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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 o" c. K9 M" D) ?/ g) |7 Y" Q public double getMeasured pressure() { * v0 w m& \4 A/ P" S$ e3 o" j' O6 ~ return measured pressure & {% K$ t/ S. i- S8 V }* M/ z! Y, T4 X7 N: W% Z
public void setMeasured pressure(double newValue) { / b" N; a5 ~. x1 d- Y: f+ F, x# s measured pressure = newValue$ ]# l& ]9 j* p7 b2 Y
} & O4 ~, P" b4 X) W public double measured pressure = 0 9 S/ V' t" w$ r. R. d2 D* J , N( w( ^ [+ d, f' o x% F8 d+ Q /**7 |) x! @9 R; u B7 V1 K E
* + p" F0 q2 L+ d: l * This value is used to automatically generate agent identifiers.4 H8 E% e- x1 c" C4 r, v# [7 @! Y
* @field serialVersionUID ; f2 Q: B7 j" Z ] * / X2 N5 N$ J/ i: P, Y8 v3 w */ * _9 P3 W/ G1 z3 L6 P; W" Q7 A+ \ private static final long serialVersionUID = 1L p) s- i0 |1 O
4 x6 U4 v) \5 o1 | /** : W3 H$ d, `. ^* I *, f& Y/ Q, I# O# _( ^8 e
* This value is used to automatically generate agent identifiers.8 F# }) \3 S9 r! I
* @field agentIDCounter; w) l! A0 ~9 e' X( X- j D
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protected static long agentIDCounter = 1% d: i; `9 u5 }$ y
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* This value is the agent's identifier. 8 u6 v8 f1 z) p * @field agentID" D5 I+ N1 T2 L% W+ Y" |. x/ }' O @5 u
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protected String agentID = "GasNode " + (agentIDCounter++)8 ~, N6 {: c. n5 d! `# ~
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/** % X1 A0 z c( _7 N * 0 k( u' d! `2 S$ B7 Q/ S2 T * This is the step behavior.; j. v" B/ N) Z( ]+ M$ ^5 L+ J3 _
* @method step4 f7 T1 s) U( R, I& B; \
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*/ ( D) r0 s4 d7 m6 m% m @Watch(' [9 M% F6 D5 J8 f+ b
watcheeClassName = 'infrastructuredemo.GasNode',: z7 D9 _; t* Q3 F% `5 Z% T: b
watcheeFieldNames = 'pressure', S3 F" j6 A2 ~, O$ z4 J/ L
query = 'linked_from',# f/ D3 r4 q3 B: t4 `. T
whenToTrigger = WatcherTriggerSchedule.LATER, 9 g9 F, ?; f. \& k- ~! ^* o scheduleTriggerDelta = 10d / X5 D7 z; p% ^" }; i. ? )1 h$ x/ @! T7 s- y. w. c8 Z# F5 k
public def step(infrastructuredemo.GasNode watchedAgent) { $ y5 C0 Q0 [$ J! P$ C' G/ n+ u ' j5 t; i; x6 x' P% Y7 L- D // Define the return value variable. 6 a: z$ C; c H N$ L1 Y def returnValue) Q! {6 r# v/ c
2 h7 A& A: T1 f; U% s9 D* o // Note the simulation time. 0 ^3 }$ `) v# ?$ x, ] def time = GetTickCountInTimeUnits()/ W. @( f0 b$ ?5 m) D
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// This is an agent decision. - C8 \1 P3 x- W, z7 R if (watchedNode.pressure<200) {( Z7 s9 d( Y8 _% O. D$ J l9 b
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// This is a task. & l5 c, K( G8 I3 T& n setPressure(watchedAgent.pressure) : T% T2 p) C8 m, `3 y% [) E \ J S1 a6 Y6 {5 B
} else {' V) p: m" _& w3 k
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// Return the results. - G( X0 a# k5 e return returnValue9 I5 o" P8 \% L$ ?
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* This is the step behavior. - G' y7 ?1 i. n7 z * @method step / j {+ M5 x1 ] *8 }$ H7 x R3 _- H t0 H! I
*/ ( E( |. @- t0 V' ? @ScheduledMethod( ! l' z: K) d: r- g% [# w start = 1d,/ d, I% \' x4 {7 B+ y
interval = 1d," H* I9 S7 m, C: }4 C, s/ y/ S: {$ y
shuffle = false 5 C$ Y4 \: {- r3 L& n ) 4 N0 o9 S u( e- a public void step() { $ S2 U1 o/ W) R0 L, Z, D, W: o5 i# R. X: k/ @
// Note the simulation time.* T2 v9 Y; l! J# j8 W
def time = GetTickCountInTimeUnits() 6 T2 f! y# D' _+ g - H$ x9 _4 _* @ // This is a task. / \4 Z9 u$ H/ z0 [, `3 Z/ f! P) U measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 i1 M6 q6 M ~# C4 x9 S5 `# \ // End the method.8 H2 N4 k/ ~3 }( S
return - M1 D( K8 y3 b l7 h* W/ e, j ! b$ F$ U$ b4 c/ l& N }
注意,在函数step中+ v: x3 t; ^ |% r% B2 r A1 O
public def step(infrastructuredemo.GasNode watchedAgent) {( V! h8 u" J, c
//这里是watchedAgent : F7 A3 b3 X: g+ ^- P$ c 但是在语句中,你填的是watchedNode ) t5 R' k7 \+ K' _5 V( b$ h // This is an agent decision. 4 A: U' h! \2 k if (watchedNode.pressure<200) { 6 ]4 y) M+ r& |" T/ H. l. o
setPressure(watchedAgent.pressure)4 T, u5 Z1 d* u, z+ o8 ?5 q, \' |
变量名称须统一,可以都改为watchedAgent