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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")0 i: W4 H: M$ v9 \3 ?3 s' ^- l
public double getMeasured pressure() {) y; B% F; y+ V/ p7 e; }
return measured pressure $ n' h' e9 A& u# k8 R3 _ } 0 Z, R, @$ R ~% p+ m2 S& ? public void setMeasured pressure(double newValue) {& G4 n' Q- |7 x3 Z
measured pressure = newValue! Q8 i1 ^) x, u# }- ]( I
} # Q; P# d3 w+ x& }7 Z0 F3 m/ G public double measured pressure = 0 S. f/ r: Z q$ d2 A3 r$ Q) _' T6 E4 @( q- N0 w5 u! P0 T
/** . b2 E* d. S, l( b" q * 5 L" F3 S" N8 A {+ b" i2 z6 y/ I * This value is used to automatically generate agent identifiers.+ n- k `6 k$ G5 F
* @field serialVersionUID ) l/ E( P/ Q# |$ } *( H% k/ J7 Q% }2 i% p( |
*/ 5 V! t/ n! |0 f/ L private static final long serialVersionUID = 1L ; y( J9 E& f% O3 |: l1 O7 h $ P1 Y7 Z+ J( l, G" ]! h( n /**6 n: F2 [7 b) K: _
* 9 ^- c% l" A: N* D * This value is used to automatically generate agent identifiers. 2 l [* x# k. V" c0 R; d! h * @field agentIDCounter$ g1 `/ C+ W+ {, f6 d" ]& ~9 U0 f
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protected static long agentIDCounter = 1 # ]$ I4 u4 Y, R$ X+ E& w9 j; Z5 X9 \: }
/**$ |4 z- P" |" A# ~( [: m4 J; t
* . z% g( W% c1 X3 P * This value is the agent's identifier.( ]* Q4 }4 C+ d( D
* @field agentID ) @- l" K W* Q; P *! S7 z0 p5 _8 c" n" l" C5 g8 o+ F
*/ 5 f' |' Q! [8 P2 O protected String agentID = "GasNode " + (agentIDCounter++)7 ?" K# X# Q+ W3 h6 g" q
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* This is the step behavior. 6 f0 j1 f/ \9 x) Z: D! i" @( u * @method step* ]) v/ s' U4 V ~5 c, f T4 D
* 6 z( ~1 H) S; ?; k- I */ # Z- D3 W3 p( A% m: M6 t# x! m @Watch(% r. z$ G+ J; m. e9 n9 G& _# \
watcheeClassName = 'infrastructuredemo.GasNode',9 E4 W, k. s, @$ G
watcheeFieldNames = 'pressure', 9 g5 B* S! ?& m' T( q( u query = 'linked_from', $ [. A8 T9 z8 ?( u whenToTrigger = WatcherTriggerSchedule.LATER,7 u) Y3 K+ u3 N
scheduleTriggerDelta = 10d$ }4 n; g* f- W- |, w: w4 ]0 z
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public def step(infrastructuredemo.GasNode watchedAgent) { 5 F" e" w8 c3 i' {$ C , L! B+ Q9 V, c D9 T, X // Define the return value variable. * b) v8 g9 @- h4 l: S7 N( ]% _ def returnValue8 w5 \8 c/ U+ n" a* e, a
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// Note the simulation time. " ~0 E- W4 @" `- T } def time = GetTickCountInTimeUnits()2 I1 D S p' p
3 _5 ~4 V, w3 s4 u* d 4 l# ^; b0 a8 ~" f# ^/ U( l // This is an agent decision. - ~8 c3 u1 o8 y! c if (watchedNode.pressure<200) { 5 Z4 k+ }: |2 O1 N8 K( |; ~8 m: v. Q5 o$ C
// This is a task.2 Z9 _9 H# v# [/ }3 J- L5 M
setPressure(watchedAgent.pressure)& R3 n8 s3 ^" r6 X
/ j: h3 i) ?1 w } else { + \- G2 A# O5 q9 [3 v$ T9 s, H& k5 m; Z
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} 6 ?1 C/ I( `/ ~ // Return the results. 9 D6 k' l+ A. J& m; v return returnValue 0 W2 T: i! L: r0 }! G5 _1 g7 o- O
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* This is the step behavior. 4 @- H3 H9 o' f5 `% ^7 W2 e * @method step; l5 d* X) k) p7 X( r) n; @
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*/ : B3 ]9 i9 z9 { @ScheduledMethod( 3 R/ q& u) p" X: r, ? start = 1d, ' u5 D: l4 f8 O8 q* O3 j: U: }: k interval = 1d, " o7 i* a! {1 f& |. n# D. C2 D shuffle = false8 K& `+ j* A: ?
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public void step() { : f* {9 t% H. N1 o, q6 ? ; j' z' T& n$ Y // Note the simulation time./ {* A. h; C [7 A9 Q) y8 z
def time = GetTickCountInTimeUnits() 5 Y5 q) V8 d5 T" A1 i, N0 M- R1 @6 K0 w9 T
// This is a task.2 [4 ?- \& i @
measurePressure=pressure+ RandomDraw(-20.0, 20.0) * Q; m& j9 z% B# @; B' z3 x // End the method. 4 e, k! x6 I4 I return ) W1 i' a1 ^2 t9 ~. o: B1 S- {& L: p$ R& ~3 F! A5 o3 z
}
注意,在函数step中 8 c% X6 ^! A9 f4 @9 c public def step(infrastructuredemo.GasNode watchedAgent) {& A$ C$ Y7 C3 o- I0 e
//这里是watchedAgent : z$ U! N" d& \ 但是在语句中,你填的是watchedNode4 h7 S+ y0 q, M' D3 q6 q( }5 Y
// This is an agent decision. 1 T F' ?6 G' [5 Y% _ if (watchedNode.pressure<200) { 9 f2 [! x3 S e' I
setPressure(watchedAgent.pressure)% R* F9 @8 h4 _5 Z0 Y# w3 k
变量名称须统一,可以都改为watchedAgent