. C. }9 n2 p$ u- K@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 0 \1 r1 F+ N3 _; C d' x public double getMeasured pressure() { " B5 [; b& F# V) X- d return measured pressure F7 q# j: M7 \7 ~1 x2 d9 i! p0 L6 `0 o }: a& c: C) I6 k( J- ?
public void setMeasured pressure(double newValue) { " a& N# z9 ~2 ~# S7 U0 u7 a measured pressure = newValue% E) @0 C3 q) g$ {9 J
} 9 i/ u5 t* \* @/ D4 ^ public double measured pressure = 0 % H1 i- G7 P1 M( E: B 8 v; _- T* w9 p4 `% ?, U; { /** - B w {; O8 [9 D2 a( \7 } * ; [, I3 Z, ]5 m0 b * This value is used to automatically generate agent identifiers.7 n" f0 p5 Z% A, u
* @field serialVersionUID* Q5 p4 o5 w2 g M: C
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private static final long serialVersionUID = 1L: Y3 m- I0 O8 o+ B' g
( P7 o5 c+ H+ E /**( X/ h1 m$ l' y
* 9 Y3 c i5 f; M, f4 a * This value is used to automatically generate agent identifiers.9 B& i9 H& z) N4 {$ E
* @field agentIDCounter( o ?7 P/ G* W' p) H9 D
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protected static long agentIDCounter = 1 1 D$ Q! G) T* {' I' a # Y' V8 g3 g1 g2 Y5 N( P5 J0 ^ /** : V9 P+ ` C! C5 c! {8 Q" v4 i: b *; F1 {( D8 R. d5 D3 ?/ ^/ r' X
* This value is the agent's identifier.3 {2 E: j: q* E) L
* @field agentID. ]8 A. v! W8 ~4 x( j$ J& J
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*/ $ P3 S6 ~1 {, P& j protected String agentID = "GasNode " + (agentIDCounter++) 8 V% O# [ P: F0 I9 n$ z& V4 Q' P# }9 ^6 B: r/ G
/**7 {; p4 I9 F2 G* ^# `4 ?
* 5 R; j( I3 ?' F. c7 O6 X. I. a" N * This is the step behavior. 0 m% R, I1 {$ W, ~) R6 S; \8 J& g: m * @method step 3 f1 P; m( C7 h) z* t * : O/ [' s6 r3 O; z3 V, T */ 4 j9 x6 s- @/ ]) d @Watch( 9 F) {2 S8 A* _1 T0 G' @ watcheeClassName = 'infrastructuredemo.GasNode',- x& z/ v: z. O& y% N1 g
watcheeFieldNames = 'pressure',! H% C1 M m; s* Y6 q5 o- Z
query = 'linked_from', + \! N' C3 L) ]0 c whenToTrigger = WatcherTriggerSchedule.LATER,7 p+ z% I7 e) F8 I6 Q9 p
scheduleTriggerDelta = 10d7 w2 K; H4 x% R0 F% z- J
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public def step(infrastructuredemo.GasNode watchedAgent) {: ?+ o* T0 x2 U
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// Define the return value variable.+ d+ X+ c" U1 H/ C# h% O% E
def returnValue ) E& l" i$ z& b3 K. W* r) l i . U; }. _7 y0 l; \9 c l // Note the simulation time.6 Z- ?5 j+ o* K9 h
def time = GetTickCountInTimeUnits()6 |) r f0 E! c3 p, u
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// This is an agent decision. * A- I$ C/ p. Z1 P$ m if (watchedNode.pressure<200) { 7 P6 W7 w1 B- X- I, B4 |6 K, J" Q6 W# N. U1 c7 N( c* l
// This is a task.$ q7 J/ n" S) j5 a- E {
setPressure(watchedAgent.pressure) * _' b6 m; Q4 ?4 ]* E% u+ p" c# Q) p4 s- p
} else { " m. k6 ]# c. c9 }1 t. T" D. T4 i+ C) W0 I' v9 _$ X6 w
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} / B7 H, B/ R% d0 V, N // Return the results. / }5 c" `: N- [' x3 j" N; q return returnValue% a2 x7 Z# v- q' }
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/** : d5 k' u) A! c" C' G; R+ }& V * & `+ p6 U8 T1 Z( A/ G * This is the step behavior. ' b( i8 Y3 Q* J4 Z0 S- W * @method step8 c1 C6 u0 q( \0 T; B. h3 o: I& ~; a
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*/ 3 C2 `' z+ g( u) k% k$ O @ScheduledMethod( + b9 w3 v* i9 Z# ~% `0 I6 @. h3 p% c start = 1d, . E# V, C1 v2 W- b% @ interval = 1d, X, W( ]6 @' ] V0 Z* } shuffle = false 2 X' L9 C1 P5 x, R. o/ a ) 2 c$ O# l/ s9 s: ~ public void step() {3 i/ h7 q' K( u, a; w% G$ `
( | o: d, _% {' V) {
// Note the simulation time. * t1 _) D, r: _5 y def time = GetTickCountInTimeUnits()$ b0 Z5 i7 F. H8 T
" i0 O/ C9 w' A) L3 ?* l // This is a task.; o. Z9 R* |( i' ~, f9 n
measurePressure=pressure+ RandomDraw(-20.0, 20.0) + F# y3 i. h9 P) V5 J, E // End the method.# ^- X* ]$ k7 r
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}
注意,在函数step中 & `" n z. X7 m: r% N public def step(infrastructuredemo.GasNode watchedAgent) { ' ~5 g2 p( `8 h7 I5 s$ x6 \ //这里是watchedAgent ! k! ?4 ?* l: `8 m. {0 R 但是在语句中,你填的是watchedNode . B, a q V. N2 M. v1 T2 o- u, Z4 f // This is an agent decision. ) s1 n0 J7 z" S3 v, x7 [ if (watchedNode.pressure<200) { ; {3 [# ]3 |( M+ g setPressure(watchedAgent.pressure) 3 G& Q: F6 R% p+ A) S变量名称须统一,可以都改为watchedAgent