, v8 |! U- D' n P) o9 t@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")& h% }& Y% a/ B1 ?! u0 }
public double getMeasured pressure() {! H+ H: \; |8 W0 C
return measured pressure 4 T4 U: K- |) A0 o! G2 A: ` }) y7 x/ d- I. @3 A8 g! `% G! `
public void setMeasured pressure(double newValue) { 1 `6 C& w+ V$ K0 a2 Y measured pressure = newValue ! v i& H6 O* z$ \. c* @" v } s0 g2 E$ d- e public double measured pressure = 0 ( s: g: l4 T2 X. I: ~1 |/ l, w , \0 E% ~" @ _ /**: i6 f) ~+ S1 @7 ?# w
* 7 m' R+ s# L& T7 ~4 \8 l2 ` * This value is used to automatically generate agent identifiers. 7 V( | S. \$ g1 k& x1 R * @field serialVersionUID" F9 r, C+ b! m3 |# }3 j( [# v
* : K- E/ R( {% C& R% k+ R */3 }9 K/ _5 U3 l& x3 `
private static final long serialVersionUID = 1L2 v1 X! d8 l. h/ n7 c7 }
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/** 9 Q, E% A6 F6 v6 r; h * 4 h/ U. x& j* p" L. f8 |1 B * This value is used to automatically generate agent identifiers., t3 w# n2 }6 {+ a' I( [* c
* @field agentIDCounter+ Q! u6 S3 o& s' z a+ t- p
*1 [& d9 J* O8 o h0 b. z, I
*/& h, _: {( b- I2 q, f+ z3 W
protected static long agentIDCounter = 1 S. A6 z6 r8 o! Q$ ?+ T3 @ , r" @" j6 Z; F, `( L3 @- ?5 i /**5 X! l ~. J/ v
*" z5 J0 E t; i$ v
* This value is the agent's identifier.. V a! B1 q& y
* @field agentID 7 @0 V& b. q# c, Y+ F * # Q' a& @2 X1 [ */1 h4 W; o7 ?8 X: I
protected String agentID = "GasNode " + (agentIDCounter++); ]4 M; w- v, E% C8 R. l
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/** , z1 h7 k! F! T * 1 i& d2 N) m9 \" u * This is the step behavior. 1 X2 \6 L( ?5 F$ M8 ~9 q * @method step 0 s0 N: d8 N1 g9 r *. w7 r7 i# |3 z4 v
*/6 {# T9 M# X) @7 C- N& a3 _0 \
@Watch( , M, R1 M/ u7 Q/ A watcheeClassName = 'infrastructuredemo.GasNode', + J0 R- q1 A+ C8 D watcheeFieldNames = 'pressure', 8 U5 V: E2 M- D9 I query = 'linked_from',# N: [& F0 u) h3 M @: G
whenToTrigger = WatcherTriggerSchedule.LATER,4 x P) i9 ^1 s% U8 ~
scheduleTriggerDelta = 10d! ~7 \1 ? M5 O5 X
)' d) l7 ?5 r+ x* q$ N M s5 O
public def step(infrastructuredemo.GasNode watchedAgent) {: O" |7 K4 A6 p4 Q, r8 d0 ~! z
: \7 l4 M5 @" q' |! J- B // Define the return value variable. 5 X' \, y$ e! {" {" ~, P def returnValue% F+ g/ X$ c! v2 g
0 V. ?7 U0 T6 E6 [0 J6 R9 \ // Note the simulation time. ' {, l& _2 m, t3 U! M1 {5 m def time = GetTickCountInTimeUnits()# Z; z4 i! w# Y- ]7 j$ m
# i+ l {& O* P: V3 I
/ U7 s U- F$ |1 Y/ J; y // This is an agent decision. 0 k5 \1 U# p! q" o9 H% W/ V! c if (watchedNode.pressure<200) {. f4 d; l* z. v( @2 p
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// This is a task.8 T( j- h9 t3 M( g
setPressure(watchedAgent.pressure) $ |1 g/ p% Y) m9 s3 a/ H$ t6 A8 B# w6 W" W5 E% s$ {2 `2 c: h$ n+ A
} else { O; y, K1 ~1 Q4 v7 N/ ?& C) r+ }4 r / G; q. @" g, b. J % Y0 n2 V4 w6 m6 C }: u: U3 d l$ I
// Return the results.' t; Y% }; L. x7 G! U$ R8 V
return returnValue 8 c. E) F5 b9 j4 A/ T P5 [7 @+ e2 A" h% N
} & {8 o* G9 u- n4 V) r, Z % o; d) E: Y% z. l /**/ Q& P/ W: v3 ?8 a( p2 N: z, N+ N/ s' ^
* 6 L; A1 F5 F* y' d+ m b * This is the step behavior.) t5 }: [! @7 y; `4 P
* @method step$ l; t+ m8 r: y3 t7 I) u0 r
* 9 D; L- \# V$ Y% p# f */ ( I6 u. S( W: F/ i" H4 h C: D' k @ScheduledMethod(# l+ `/ h2 l9 K3 R
start = 1d, - M9 ]6 {% {8 j. t interval = 1d, S+ v! H9 m4 S shuffle = false3 K7 r( k8 O# V$ N9 r' s* c& O/ Z' R, {
) ; J9 E5 n- [. M) ~9 r3 R, | public void step() { & H3 V& z. |+ P( k8 s. {# s $ |$ s( B0 I; o3 z s // Note the simulation time. 8 {" w7 y( g% e, u' _0 j8 T' _ def time = GetTickCountInTimeUnits() $ `& G# H+ Q* v. i3 u' I 2 f# p2 f; [. f- d1 z0 V // This is a task. ! B2 @ D* u. S. E% l measurePressure=pressure+ RandomDraw(-20.0, 20.0), }# [" }& o; ?+ d3 X3 U
// End the method. X5 |% d! [8 a: S6 a. V
return& m9 E' c" d2 D/ v. A
注意,在函数step中 ! z% M. g+ H6 D public def step(infrastructuredemo.GasNode watchedAgent) { 6 ?( V* J% k' [& H9 t //这里是watchedAgent* u ^( q" w+ l' E1 n- w/ j
但是在语句中,你填的是watchedNode ; O4 `2 x7 E# }4 W' v0 W // This is an agent decision. + I$ a. M& X8 `. x E, g if (watchedNode.pressure<200) { ) s- ~5 l7 D) [1 s0 t: B
setPressure(watchedAgent.pressure)# |- h" f4 p+ S5 `8 J
变量名称须统一,可以都改为watchedAgent
注意,在函数step中' Q) h; i- a) o: e& R" n3 }3 I6 G
public def step(infrastructuredemo.GasNode watchedAgent) { # Z Q* q: |+ l9 O! T //这里是watchedAgent . |) W- R! A9 D3 X4 ? 但是在语句中,你填的是watchedNode1 f* ~: r! w: D9 k
// This is an agent decision.) n1 r' r, j. C; O" m9 N
if (watchedNode.pressure<200) { 5 N( e; l% k3 h+ n' T
setPressure(watchedAgent.pressure) ; l- e, U; r% E6 x3 X变量名称须统一,可以都改为watchedAgent