9 d5 K7 [7 n) F! Y@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 ^ x' X+ B3 @; S public double getMeasured pressure() { 4 d* g+ m7 d5 I+ |0 z return measured pressure# X5 V/ n* }6 J* Y. q, ]% i1 r
} 1 X3 L) J" x5 E( j: P" c public void setMeasured pressure(double newValue) { * T0 A( u( ~/ F! o8 D( j2 W0 P measured pressure = newValue 0 }/ E5 I* }! F& d7 y7 n1 z! B* R3 N } V! O3 W% R3 ?6 J, c0 n, o
public double measured pressure = 0! v/ e6 v. f4 ~/ D% B+ d
; @# B- c) }1 N" `2 v /**9 I$ U# D4 n) J2 o+ X/ x
*" x5 S4 s& K4 C7 k/ W
* This value is used to automatically generate agent identifiers. " E. k* P: i0 `+ ~" x * @field serialVersionUID # _8 `4 \7 H3 k *. l5 f' _( G& [4 y
*/& Y, u! k8 q7 x9 q
private static final long serialVersionUID = 1L, T) ?- Q2 z' `- o
+ \7 D, j4 G* Z2 h9 r
/** ! e5 v2 d$ f0 N+ |4 I* D *+ ]- W5 e% J7 M$ v
* This value is used to automatically generate agent identifiers.% h7 W$ I2 O- \2 c
* @field agentIDCounter % p( G9 q& B. Z/ ^& k$ u *. P5 l! w/ [8 C% k
*/- a9 ?. Z# b* F
protected static long agentIDCounter = 1# D7 _! {) H8 h, F
3 _) U0 d3 U; S5 x7 p) W* v! Z/ W /**9 n5 o W! ~+ T) P0 [) s; ?
*# \# O$ ^1 o9 b1 X, A; X, D+ i
* This value is the agent's identifier.4 y3 Q( `" V3 t9 K, D: J5 M8 n
* @field agentID9 ?9 m7 N7 M1 H+ A$ z1 n
* 4 Q- F+ N$ e+ {" Y+ G */ + n3 R8 y9 L. z" ]# H4 d8 Y protected String agentID = "GasNode " + (agentIDCounter++) 7 \ K3 n1 Q* w$ e) V, d- g. w& o( J8 b$ A8 s
/** W7 L; j+ \0 k *% o u) Q0 i. m( u
* This is the step behavior.2 Y" o) j. e" m4 _2 a# S
* @method step + ]' {3 a( C( H" X. p * k0 u w+ \1 |- h
*/. P* y( p h% }! t- u6 i; J# b
@Watch( S( D8 s# K1 N0 G8 J watcheeClassName = 'infrastructuredemo.GasNode',' B1 L7 i8 U" G3 y& r
watcheeFieldNames = 'pressure', $ S6 W2 _0 e) J/ {% g query = 'linked_from',: Q' _* x/ u2 m
whenToTrigger = WatcherTriggerSchedule.LATER,$ R" g. ~. c2 l1 A# i7 k
scheduleTriggerDelta = 10d( g* _) h3 U( w
) % d' A. F) E$ Y% i public def step(infrastructuredemo.GasNode watchedAgent) {) J& i5 N2 W* L$ H1 V! f3 |% m/ w: e
) K! f- n0 z6 Y! f. Q
// Define the return value variable.' X3 y! o$ m' X6 G( i0 y
def returnValue 5 Z2 t0 y3 Y0 l# z7 E: M ( a6 v% [& M! H1 y9 p // Note the simulation time. . h# F6 n- [; F5 j0 n# c" l def time = GetTickCountInTimeUnits()% p6 @$ V2 Y% m4 H) Z2 F3 X; V: D# R
- z% R/ n( N) @. K1 S
6 b: @9 i$ y- p& Y
// This is an agent decision. / u1 d; O. Q7 O; c F if (watchedNode.pressure<200) { 6 f6 m% N/ J% b% A. s7 P9 f3 P/ A5 |, T( M, J) Z
// This is a task.8 D0 X. Y1 |# ]- |) N
setPressure(watchedAgent.pressure)' _: O5 n% i9 x$ g
0 H4 e; `- ^0 d- r1 \! u0 V } else { $ m. X3 V' V6 X& y) E* _9 L+ _! q# C. w, _2 f
" V, l' P# L; z
}8 m) Q" [7 _3 }- E+ V
// Return the results.; _; j, S% J. K" m0 M3 F
return returnValue 8 W/ V3 @3 ]$ O+ I( u5 e# ^ ) j6 g7 l$ C0 L: o9 n | } $ }: l0 }- v5 f$ ]8 P* q1 g' P$ @1 W3 A
/** 9 R- ^/ s' w/ t3 Q *4 t0 y4 d2 | O% m
* This is the step behavior. 2 _4 X/ \ G6 M; m: ` * @method step- z* ^- `' a) W
*5 K5 N' @& P X$ Q8 e1 V
*/ ! }, ^, K) j8 S2 f @ScheduledMethod( ~3 {. C5 Z0 O* G3 Z8 | start = 1d,# Y4 f2 V* _7 B, b& J: k
interval = 1d,- |' c+ N/ X$ j6 G; f
shuffle = false . s/ `' h! C a3 \2 `" y9 x ) C5 V" U* X0 f0 i
public void step() { " R. s, A y+ }/ g* W" J# o, v " k) T0 }; K3 j9 ] // Note the simulation time. # B9 `9 a `; {' k+ A3 q, l% q; g" E def time = GetTickCountInTimeUnits() 3 L0 ^5 F8 |9 h# T# J* b : ?. _$ [8 g. S3 j! t* I; Z // This is a task. l1 \7 f+ R' w6 Q
measurePressure=pressure+ RandomDraw(-20.0, 20.0) - L, F+ O/ u9 o$ l& X // End the method.0 z6 r! B3 b, ~
return 6 ~1 i% ?1 q& t" \; ~$ {" p. K" G8 k M) L& G7 z6 n2 J
}
注意,在函数step中 5 J4 j" x7 ]7 h7 o5 q G" R public def step(infrastructuredemo.GasNode watchedAgent) {8 D) P) ]! i0 p+ P s1 b. G8 A' L
//这里是watchedAgent g9 f$ P* e7 D7 [0 ` 但是在语句中,你填的是watchedNode- O$ K' T" X* K; _, a
// This is an agent decision. $ z+ n: j" c9 _& t* N if (watchedNode.pressure<200) { - v. S; o. x) ]) ]( V
setPressure(watchedAgent.pressure) * e5 C' I: a; d/ m8 @2 `变量名称须统一,可以都改为watchedAgent