1 k. [3 s* ?, E! }/ Y" y3 R@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ) z& r2 g1 q) _6 \2 Q$ i# c public double getMeasured pressure() { $ O2 q' ~) ~% F8 t' G return measured pressure & W+ W8 W) R$ N- @: m9 @5 s } - b0 h% P7 u. y9 \ public void setMeasured pressure(double newValue) { . K2 q% f o* q; ?+ p Q. o6 R measured pressure = newValue 7 r9 f2 {# k2 _ }! V i" }" @% |* y4 K5 I
public double measured pressure = 04 k; d% p; b. k+ {: q$ ? t! C
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/**" g) k6 m# B. D9 A! w% x: z
* ) S7 A: i# O+ S$ L; p9 r * This value is used to automatically generate agent identifiers. 8 J5 a- k7 w6 e( ] a * @field serialVersionUID # H% a% P. l* H2 ^3 D *" w9 S0 z. W0 ]5 N' I
*/ * ^+ w& w* ?6 O! x; n4 P9 H private static final long serialVersionUID = 1L $ n$ @ H6 z, }' \% a. j9 {1 J2 q: g* @
/**1 W2 Q3 _+ R1 E
* 1 E2 r# n8 K7 M6 u: ~- ^) p- O) w * This value is used to automatically generate agent identifiers./ \: {* _+ x0 f0 G# I* m8 o
* @field agentIDCounter A0 m/ i, ?9 G O, A( J6 [) |
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*/ ; Z# P4 a3 s; p! f protected static long agentIDCounter = 1 7 d5 x3 X1 t8 D/ V% b* j& _ - H1 q, I3 E/ a8 N7 w; U /** $ n: N; W( W* L7 c( T4 C: k *+ a+ W( S3 a; E9 o% G# N; B9 c4 b4 I
* This value is the agent's identifier.+ O2 l& h: S* ^/ N [
* @field agentID & j& C* H6 R7 a# N * " b, T R; b" P */% s$ N2 F- d& e6 {4 |1 j3 A
protected String agentID = "GasNode " + (agentIDCounter++); Q! Z0 @' Z/ }: d6 x" {; Y
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* , U" u3 v( e2 }8 U5 e- ]; o4 } * This is the step behavior., V) w2 n* v3 H. P8 Y
* @method step4 }1 o, W7 c9 j2 G. K; T
* 3 J: m5 e/ I6 ?3 B6 I */ " ~, ^3 n3 P! {0 d @Watch( # |$ [' c9 ^5 `# F watcheeClassName = 'infrastructuredemo.GasNode', 6 V/ ~, z( a' ?3 L! [ watcheeFieldNames = 'pressure', $ H: `0 ]5 V. q; g8 ] V query = 'linked_from',% z! W& e: y/ C( F* Z6 M
whenToTrigger = WatcherTriggerSchedule.LATER,% h9 i6 P) b5 f. z) i z
scheduleTriggerDelta = 10d $ [( u! p: P8 o& B. s0 f5 K, h )1 J# ]$ B& b8 F3 W- N
public def step(infrastructuredemo.GasNode watchedAgent) { + }# P0 \3 V2 y. J! y s' S0 } 9 O& e# ^/ Q9 |& x8 h // Define the return value variable. 3 V/ R2 c' o' F8 q6 F& g O def returnValue : U4 ^( Y6 N. u- Z7 D* \" v) q4 }# p, N7 g( N
// Note the simulation time. 0 q! F8 Z' X2 Y+ f3 u7 r' D def time = GetTickCountInTimeUnits() ! W) q" n; }( a* R 7 U( s* \( q; ~$ Y5 |; { ; n/ l2 Q9 ^; ~3 A3 D$ d T // This is an agent decision. " U! A _8 c% [! m if (watchedNode.pressure<200) { 8 N7 ^3 Q# o/ a8 b' ~. U# Q& |& p8 [6 z$ t! f1 ~! R
// This is a task.: r! u. s f! q$ U
setPressure(watchedAgent.pressure) $ @# I0 `. c( S # T+ a P* W- e$ A0 V' u% { } else {4 p3 L9 F; u# Y% Z" n8 F P
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} 2 {/ K5 E+ }' Y2 m7 d8 H // Return the results. @; }0 H2 M; U4 p
return returnValue 9 ^" u1 n3 a& R* v$ i& g% O( d. U" \' C" Q9 a! E; m
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9 u6 v R1 G& C0 M$ a /**1 U- ^ c8 z+ z1 x1 W: c1 p0 F) j T
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* This is the step behavior.. ~) ~6 n8 f% V# Q1 o: ?: o. J
* @method step# }' }- G C7 U7 V2 y K! t9 j
* % o: X& U) I X8 V: ^0 J */ 9 l4 U* b, b1 a+ {" D @ScheduledMethod(; g6 j& G# w$ t* t% m4 e, _. B
start = 1d,/ u1 m6 m6 T+ G5 _4 y Y
interval = 1d, $ V4 a5 s; s' K% M5 p" q shuffle = false* \6 O" O. }9 e
) 8 x0 y8 a& q& E! K% `- E M' k public void step() {# L3 E) w9 t4 S% _# r6 Z4 X6 [
2 H$ q1 J+ I' o1 E1 f4 y8 q0 P // Note the simulation time. & T2 G% l4 L4 I3 G def time = GetTickCountInTimeUnits()" Z6 U) k }: ]# c
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// This is a task.9 E* k' P% n0 Y& j! _ \
measurePressure=pressure+ RandomDraw(-20.0, 20.0). S. a; _/ v4 P% u% z1 a
// End the method. % b2 m- F+ P: J% U* _0 B) n return7 @6 d7 @4 K; A0 }4 M; }- z, B
注意,在函数step中2 T; p! Q7 Q5 b" g5 d! }- t0 V
public def step(infrastructuredemo.GasNode watchedAgent) { 3 s% y5 ?- V: D* T4 W //这里是watchedAgent& ^. F2 I) A* l/ Z E; b
但是在语句中,你填的是watchedNode1 |" O* R4 d2 f' z
// This is an agent decision. 6 B6 X' { {& o if (watchedNode.pressure<200) { ; c' N4 j" \1 u2 q% r4 n. y
setPressure(watchedAgent.pressure)2 G: q4 g- X3 V( D7 I
变量名称须统一,可以都改为watchedAgent