9 S$ }7 t1 H( \$ W' Q- a, k@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") + V# |' D4 z3 A public double getMeasured pressure() {1 b$ m1 v- d1 e, u `& r- c6 \
return measured pressure 3 w& o$ B j6 l/ S% v. k: W } 8 P( A* R9 c0 b3 W& D& E public void setMeasured pressure(double newValue) {1 [: k2 {" I# r5 |
measured pressure = newValue: O* e+ B' K, b% H. v# p
} j8 Z* w% f2 n# u' X
public double measured pressure = 0 ( c6 d$ O- N5 x. S' ]) D2 P+ p9 l; u
/**4 F' R$ |: p# v0 a6 d1 H& B2 V7 v
* 8 d1 A R- L, H. c/ L" t * This value is used to automatically generate agent identifiers./ ^5 n" @( I( p! ]9 K; C7 S
* @field serialVersionUID3 q q3 c) b) J
*# d% V! ]$ n# E$ z7 E1 l1 ~. y7 H; m
*/ ; I4 r7 l m& x( M8 T! Q" B private static final long serialVersionUID = 1L 7 Z. _! K, T' y% q) X; `7 X1 F# H , N6 k9 L a9 K1 V; I5 X. | /**+ v! k8 U: W7 P
*# I [( a7 M& I( y/ m
* This value is used to automatically generate agent identifiers. ( D' y+ m$ l) L * @field agentIDCounter 4 Q+ {& T/ o; r) G4 O4 }# \ * ~" w) B2 l$ E4 a
*/! ~+ v* y# p; j5 [1 N' O
protected static long agentIDCounter = 1 $ a+ X0 s2 S5 Q ^ _; D" k6 y3 I* L5 T) y' ^
/**' g: {2 A$ @( H
* , Z5 J. S) b6 k s# U2 l# ^ * This value is the agent's identifier. 8 }+ w) n2 s( @1 J$ A1 m * @field agentID. `/ c: Z! ?, t
* - x6 q" V8 \7 I) T( W& J */! \8 J) U& R4 X% H/ }1 u
protected String agentID = "GasNode " + (agentIDCounter++)/ q4 X5 q- l {: O+ Q' M. N, ~; ]7 o
8 ^! ~2 F5 r- _ /**. E, q0 B5 J! _- m
*# `4 H& [/ q, Q0 H0 f6 d
* This is the step behavior. ; X# v% P% O' h8 `( T, f * @method step( M) s g( j% h( v( M
* ( Z$ V& b* @- [+ D: H$ m8 q2 ?3 x */ 7 l/ {- z- O, m9 P @Watch( * R- l4 }: M. f6 @. ]" \+ A! d watcheeClassName = 'infrastructuredemo.GasNode', 2 n, R2 s- B' c; U7 X6 \. m; x watcheeFieldNames = 'pressure', 3 d+ J. M8 w7 d- o7 k query = 'linked_from', - ?( j8 N$ C! J4 b5 l whenToTrigger = WatcherTriggerSchedule.LATER,0 d" L: h; O+ F, s- X5 Q6 Y
scheduleTriggerDelta = 10d `, q9 B, x( n- S, n% B# O
)1 B) U- j3 C4 B3 C" H: H. @' S
public def step(infrastructuredemo.GasNode watchedAgent) { % K% n: q) o- m- b" H4 f' @; Q; Y' D' `* e; D9 V. z9 c
// Define the return value variable. 6 L# }" J* m# u% t) S9 J0 D+ ^ def returnValue' u: j) d% J6 @1 _+ Z6 [
0 j7 D1 R* F7 J0 x // Note the simulation time.3 m8 o/ e9 P5 ~2 B m! g
def time = GetTickCountInTimeUnits()% X, A; K% x" [
. I8 x! C7 H. k0 b4 h/ a
9 k1 E1 R0 [' ^ // This is an agent decision. 8 V5 a: g1 g2 A3 ?$ U0 I if (watchedNode.pressure<200) { . G( g5 W3 ~% m6 X M l. }7 O- v' ^; A& ^+ d+ z6 a0 S& i
// This is a task.& ]3 K) l2 z, o
setPressure(watchedAgent.pressure) ) m: D( H4 T) o7 c- @) r$ z3 R3 k9 n& A# C: P
} else { 4 O, O5 y$ j- l: i' j1 M8 s. C$ q1 e/ J1 K# V- l% v! D
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// Return the results./ m% C+ v0 Z# d! d1 l3 i( S
return returnValue4 e+ Z# `1 s$ c! K
; O+ {3 G2 w0 ~* G1 N+ T% N
} # {: v; `5 c: R& f2 m; }8 k. ?/ ]) Q8 c6 Y% e) M
/** ! F6 j G, d/ B7 ` */ \; ^" E# N, ]' l) h$ p5 N
* This is the step behavior.6 q/ F/ \. D( d* @2 q* V9 I
* @method step 4 T0 d) h6 i- j *; Q! D4 M1 \+ B
*/ 2 r8 u- E4 ?5 f9 Y$ l @ScheduledMethod( ) i1 o2 B* {. ?; i6 N. W start = 1d, 2 V$ j# `# N4 d1 g, k+ {0 n1 l2 e interval = 1d,* ^/ u: m, n* y) x0 o
shuffle = false* _ b# a- K; Q! ]* f6 x. u7 D1 [/ `
) % s& R' ~; F/ u0 ~) U public void step() { a0 h% T8 Y" v- a$ X& \, M9 b
- @+ ~0 w4 F7 @8 q- [/ f s // Note the simulation time." Y- k( t- v" I) ~
def time = GetTickCountInTimeUnits() 5 Q8 F, Y4 r' Z Y4 Q- i- W " l' ~, F, G# v: ^; U* F // This is a task.+ P+ o: l6 ^! V- m, E* C' @3 D
measurePressure=pressure+ RandomDraw(-20.0, 20.0)$ \7 T# ^) |2 _. _
// End the method.- [; w- B/ \& f) B& x8 F6 R3 E
return 8 m" G5 c" }: V' V 7 F4 M; T0 t+ |3 w" H/ f }
注意,在函数step中. F1 O' c! ?( h3 }2 d3 |) y1 U
public def step(infrastructuredemo.GasNode watchedAgent) {& C1 O6 e: N, {8 W' [
//这里是watchedAgent0 b+ b" T( ]( E; R
但是在语句中,你填的是watchedNode* {) x7 H+ V3 ~5 v8 G* n
// This is an agent decision.& K* b4 J4 g# A1 ~; n
if (watchedNode.pressure<200) { ! u. t$ M' Y3 [* Q setPressure(watchedAgent.pressure)" b O- X; T, K9 s& a1 f
变量名称须统一,可以都改为watchedAgent
注意,在函数step中, j% U9 V0 `9 F5 ^
public def step(infrastructuredemo.GasNode watchedAgent) { , a+ r, b* R3 D8 o) }+ c, e: Y //这里是watchedAgent! l& E" C# l+ g0 j* i! B8 C e9 o8 C
但是在语句中,你填的是watchedNode- F4 J7 k0 z$ K1 Z
// This is an agent decision. - n! @. j- f' O2 K' O; G if (watchedNode.pressure<200) { $ r. s' G) C- C) L
setPressure(watchedAgent.pressure) ! z* I# D9 M4 F0 j+ s变量名称须统一,可以都改为watchedAgent