" |0 Z v. E/ K: m9 E, B0 i@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , v* d( y1 B$ a& M h# `9 q public double getMeasured pressure() { 3 ~1 X1 b. J8 m) v+ n. Q2 \; I) d% M return measured pressure ; S6 y) f) ^+ p/ f/ C! U }% y- v# B6 H- F- w; F6 S
public void setMeasured pressure(double newValue) {' C7 o- S" n( Y- X
measured pressure = newValue ( a3 {# B; E1 X9 w, J, ~ }7 w$ T$ N- X/ W+ C8 N
public double measured pressure = 0% e6 t1 o" S U3 b: L) a4 H; _2 h s
( g! ^% y1 b& S /**/ C; z) R, F N2 I/ i: X' n
* 1 v% X1 H. l0 M7 ^$ m * This value is used to automatically generate agent identifiers.2 W9 t0 I+ Z2 b7 r
* @field serialVersionUID 5 [& u/ O7 Z6 z, V; Q5 u * ; \. E; g( T* q5 D */ 0 Q! P `3 t/ }5 y( D private static final long serialVersionUID = 1L; S: [+ J$ H! J* P
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* This value is used to automatically generate agent identifiers.; [1 X( e7 l9 f$ j3 p
* @field agentIDCounter 1 g3 `# e) ?- p3 r) T * / e: F& P8 E: U6 H */ 3 ~' N. J" c6 ~: m4 a" d protected static long agentIDCounter = 1& C0 t6 t. O) T9 A) V+ i8 h0 ]0 B
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/** + b% ~9 H: _" E' P/ C */ h8 a% g+ B* P' D- x3 V
* This value is the agent's identifier.& B! M! r/ g) b W! L
* @field agentID$ o' K" n9 A$ ]& S
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*/ & |+ d, M' Z- P1 f4 k7 D protected String agentID = "GasNode " + (agentIDCounter++) ! H! n# z5 ^( h/ |9 i& O $ @7 N5 K' @/ U1 d3 {, M- B /**! R8 n C, P( L/ `
* 6 L: v6 E) Y% z3 B * This is the step behavior. ; Z9 e$ C% O. Q, h$ [1 ~1 X* K& ` * @method step 0 o* O4 I' v$ R1 H" \0 E( r * : B) Z i, h; s */! h) C+ m# `8 ]5 }/ x3 t. W y. `
@Watch(- q- V* @, Q8 d$ I* x
watcheeClassName = 'infrastructuredemo.GasNode',) R0 Z9 c+ o, q/ \* l, ?
watcheeFieldNames = 'pressure', " @& V4 B! J; r% e+ [ query = 'linked_from', ; ~# C0 O7 C3 d/ A whenToTrigger = WatcherTriggerSchedule.LATER,0 @6 d1 L4 {% Q8 y/ ]% t* q
scheduleTriggerDelta = 10d' @. E m0 H5 n
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public def step(infrastructuredemo.GasNode watchedAgent) { * ?8 x( I- ~- U B6 [1 g7 w! E6 O+ y& M' i
// Define the return value variable. ' T7 C( ~! \ f/ y5 _# t0 @, N def returnValue8 j$ d2 W* Q) S6 K: E2 d9 ^3 J) p
+ S h) n# W0 \/ x // Note the simulation time. 6 m. Q! ~5 O* h! y8 ~8 g! n# c9 d def time = GetTickCountInTimeUnits() ! }$ i% X# f# V- \& c" z4 u2 A, o5 r8 r7 q1 J
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// This is an agent decision.8 K, {! m7 w# o8 @3 Z7 K" r$ B0 H
if (watchedNode.pressure<200) {5 H a% C2 o9 [, f
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// This is a task.7 N9 y8 k" m( L' ?9 e: P
setPressure(watchedAgent.pressure) : T9 ?8 j5 l# \. q( `8 {: ?3 r e% s: x& y
} else {: `/ {! \ h" {7 h2 S5 ~7 I9 |) T
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4 _/ S7 g1 Z/ {* n$ }+ X } 1 w4 G* W0 h& ^ // Return the results. & U- G: [4 D" B |7 U5 Z7 e8 b return returnValue ; P% X! s7 q( l0 g' k) h; D2 O7 `1 d+ M8 u" J9 k4 s" L
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/**' b/ \/ n& j/ U) O
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* This is the step behavior. ; D! P8 \; [* `* F8 C; M9 ] * @method step7 r, K( Y0 W4 Z! |2 d/ b% K! p; F
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@ScheduledMethod( ' L+ e- l( S" ~2 ^5 q: A start = 1d,8 w: O. f- n& N7 n& {( d% ~
interval = 1d, 6 w9 J5 {5 h2 v! N% _ shuffle = false7 ]6 p _9 d: T( Z- X! k7 K
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public void step() {. [1 `' y3 _; F3 B: Q, V
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// Note the simulation time. $ E$ F0 O, R" h" F$ U def time = GetTickCountInTimeUnits()# F$ e. S; K6 ^9 v' [4 y. m0 l5 P
s3 z c4 G' T // This is a task., [3 y$ s( j9 ]# n
measurePressure=pressure+ RandomDraw(-20.0, 20.0)7 K3 ^8 g; Q; x X. m8 {
// End the method. ( o# @- h$ s' M* F3 V* ?! w' o" }* f2 r return& w3 O3 ~$ V0 v, y1 Y+ X
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}
注意,在函数step中 / j) e! C9 K- `0 {, G! I, D public def step(infrastructuredemo.GasNode watchedAgent) { , ]5 a7 j. q& `3 z3 | //这里是watchedAgent5 ] q0 A: L* i. b, m* K, G
但是在语句中,你填的是watchedNode1 E1 [ ^; H+ ]% G& K n
// This is an agent decision.8 P- ?; K% y0 A$ L/ k9 o
if (watchedNode.pressure<200) { # o f* x* Z0 P' r* C. P5 ~. B
setPressure(watchedAgent.pressure) " f) A7 ~6 X: d M( C' F变量名称须统一,可以都改为watchedAgent