! X, M7 k. d! k@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") * a# Z; A2 \# X0 K; \ public double getMeasured pressure() {6 \4 n8 l; H+ i+ A
return measured pressure8 [! O' b; B- n4 ]& ~$ ]$ }' L
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public void setMeasured pressure(double newValue) {9 }5 N3 w m7 |. ^' V# V7 c
measured pressure = newValue 1 r; x& I) E6 v+ n } 2 f6 l6 n' w$ g0 r6 T public double measured pressure = 09 n8 j( B1 g6 ~
' V. O/ _: e$ j0 V /**! r1 ]( @& ?( c5 |
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* This value is used to automatically generate agent identifiers. + }* P4 d& m; M' r% Y* [& D * @field serialVersionUID. l8 P a8 ~( u
* ) |: y, `7 T9 A3 q */ * b+ j0 Q8 M% E' x' ?! q private static final long serialVersionUID = 1L 2 {" m( }1 R5 Q T ` 2 |; z2 j4 T& Z2 X /** ; Q4 u: T) |: z4 c, } *" D$ j7 z3 }8 O* k
* This value is used to automatically generate agent identifiers. 0 B t0 |9 P& U% F8 o * @field agentIDCounter6 i9 D o7 [) E* z
* s+ o* N ^2 k: b+ a; a& r */ . r0 Q: P3 ^7 |: [8 x9 } protected static long agentIDCounter = 1 : d5 w8 Q4 W( O# ^+ i6 `9 g; W : f% [: L6 x/ _$ W( V /** 8 o# K- ]2 t+ H* R * - t+ o8 |* t6 a* ^0 B * This value is the agent's identifier. O3 ]# W- q3 c& |' w2 H/ D9 H
* @field agentID5 `; r3 Z$ [- T0 f
* 8 }4 A/ T4 j( R" ] */8 H' O U8 y$ y1 e
protected String agentID = "GasNode " + (agentIDCounter++)$ T8 A! H) j) j' v$ e$ }
- `+ @+ }6 m' C) T, M; t2 m /**+ D6 _4 L( ~* J
* & T4 @( g$ V/ I; _4 K9 m3 L * This is the step behavior.3 G& S' z a, |
* @method step ' v5 ~3 A( S! x/ q- j! V6 @; ]+ X * 5 [5 S M, U( b/ K8 ] */; ~ [3 l6 H% i' a
@Watch( * c' _, d0 V, v6 I9 l watcheeClassName = 'infrastructuredemo.GasNode',: H3 M: s* X0 B% U
watcheeFieldNames = 'pressure',% q7 ^. |9 p+ \$ n- A3 h
query = 'linked_from', , `7 N1 X; C+ j, B% f& q" D whenToTrigger = WatcherTriggerSchedule.LATER,; C; c+ q& S) s/ q. e' t
scheduleTriggerDelta = 10d / o! L1 d1 P4 }. ^, @1 E- K9 F G% O )! w8 s- l% M% U4 S7 m) a' s
public def step(infrastructuredemo.GasNode watchedAgent) {$ K% k. w" e4 _# m! ~- L
2 B1 _2 W9 L0 h // Define the return value variable.) J1 S) T6 y; O* X# h
def returnValue & A4 z5 _' }) X. Y( B2 {4 w5 T- U! r- \4 d+ T3 i
// Note the simulation time. , o1 c, H9 j1 f4 n. N& l6 O$ H5 K def time = GetTickCountInTimeUnits()' g0 |* b5 f3 Z
c" T: y8 a( Q# G. M # N5 n6 o4 R. |: q0 {1 [ // This is an agent decision. # [; Y- q- c3 [. o+ F9 C, @ if (watchedNode.pressure<200) { ! a, e$ V/ T3 M9 Z, a 5 y$ F9 N- p: c+ {6 D3 U // This is a task. / B, t* x8 j. G$ z: q6 ~ f setPressure(watchedAgent.pressure)+ d8 b* R: s# a2 h7 a: A
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} else {. _$ N. R/ k* A3 X
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( A5 ?' R, U6 A8 X; b* N } : ~5 n& U3 K5 X9 j // Return the results.+ `4 \( A5 D+ k
return returnValue( z0 W; E! g& m' Q
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} : ^6 v- s- J/ J8 _ . Q& [% w$ P, R1 o /**7 Q V9 e' ]/ c* I+ b- A8 i
* % x0 H+ q' s+ F* H * This is the step behavior.8 c) K1 R& E6 W6 N
* @method step % d( u B% [7 G8 ?2 b * % f# }" X2 P) d3 c/ z */ 4 L3 k4 Z- G' u @ScheduledMethod(# l: V/ Q& p, K! @5 M) l3 i
start = 1d, * T# s0 v: j# b5 B o" q% ? interval = 1d,; x8 [8 c0 K* Y# `9 H5 M& y
shuffle = false 0 T: o2 N0 R0 t% _4 Q' E ) H- ~% R6 s6 ^2 u' Q public void step() { 3 ~# c" o1 k' K) t & X# E E# [, t' N8 }; M // Note the simulation time. * Y, w3 K1 f- e5 N. j( n def time = GetTickCountInTimeUnits() $ U& N/ E- e# }$ J+ n, O( j4 w; L$ F+ k% R \! {1 Y
// This is a task.9 v8 E+ e4 e* @
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 L# f& i l- a( B" M8 K // End the method. 8 F. q F2 V) V/ ?8 V" |, ~# o4 A return, Y1 u1 f, l" S t
注意,在函数step中) i' b) I3 R0 D& S2 v3 |5 p
public def step(infrastructuredemo.GasNode watchedAgent) {, u: N* k' n6 u, l2 i* u
//这里是watchedAgent 5 X* |2 i2 |4 R 但是在语句中,你填的是watchedNode# U$ s' H( |2 S7 F0 e
// This is an agent decision. - ]# d' `/ q/ b7 j8 n" f+ c! O if (watchedNode.pressure<200) { * R$ J! c% z& u) r! \6 [ setPressure(watchedAgent.pressure)4 a8 p$ \/ D! t, b9 W8 C
变量名称须统一,可以都改为watchedAgent