. A0 `2 m# {1 S9 @1 ~@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 o/ S) x$ \' L public double getMeasured pressure() { ) e$ \4 A) P: j3 w. h7 w* \/ J/ ^ return measured pressure6 E! B/ R' \+ j. ^7 @% e/ g3 k
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public void setMeasured pressure(double newValue) {& Z9 w' X& H2 u: H
measured pressure = newValue + y) Y8 e: \( o9 h: L' r t }- u' O7 t4 z2 A' g8 Q ?. q3 q
public double measured pressure = 0 % p+ ? L2 d$ P D' q' Y* | 7 P0 f1 H% V. y0 b l! q /** " d/ c7 }) C# o9 f) F *5 x- H6 W; F; Z U; {* ?
* This value is used to automatically generate agent identifiers. $ V) b9 a* S. Q) J3 D4 |, u+ j * @field serialVersionUID 8 D) E9 B, t) {! Q' n *; v0 F, }1 M8 ?& m2 L
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private static final long serialVersionUID = 1L ' \5 ~! _( f5 [6 j1 A - i8 @# M' q. N2 | /** $ k U0 T: z1 T1 K, N * 5 J. R ? t; h0 v3 Z6 F+ M7 E9 w: F* Q * This value is used to automatically generate agent identifiers.( y2 j! }. ~& U! t% e F8 y
* @field agentIDCounter ( u* W" ^: P0 S- z$ t2 U *, L: D$ r6 N0 [& [/ A& x
*/ t% G. U3 W$ T: ]! O, [" Q protected static long agentIDCounter = 1 2 t+ b4 Y) {: @: v5 L2 e$ W 3 U4 i. |) v/ C, V2 a* I /**, g4 U/ h+ \2 ]4 |! e T; I, b
* 8 P$ S( P( w* X * This value is the agent's identifier.9 C$ L. |* G. n2 [2 K
* @field agentID' ~8 J. j' K. \
* 7 x9 b# L4 C3 P. K1 a2 u1 H$ _ */ ) w- s" k& b" k2 n protected String agentID = "GasNode " + (agentIDCounter++) 2 p7 V6 U9 S# y9 u4 ^- e( M" S7 C: C8 [/ \5 T
/**, Y. _: a, p8 o6 c; H
* 1 t c; @4 x- s7 d( E * This is the step behavior. $ j+ c% T# E. @1 [1 B * @method step4 c3 j, C% W7 U$ F% s6 l
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@Watch(, e+ H4 e/ I0 M3 Z
watcheeClassName = 'infrastructuredemo.GasNode', 3 W4 V8 e J! L# F6 y4 P watcheeFieldNames = 'pressure',: I' j( c8 u% I: R
query = 'linked_from',. M8 z* {3 U3 U) S$ r
whenToTrigger = WatcherTriggerSchedule.LATER,0 v% Q" W' e! w; R& S8 j
scheduleTriggerDelta = 10d 2 H! ~% J* J& n; I. x/ J0 s ) 6 D! }3 o) c, D0 O public def step(infrastructuredemo.GasNode watchedAgent) {- |* F2 G3 D+ r- Z% \) [8 d: d3 z
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// Define the return value variable.% B' l6 |: p) F9 a1 t
def returnValue $ C2 l" z+ s! T# D6 w0 R) w/ A 7 ]3 ?9 J3 X& x // Note the simulation time. 5 ^- R9 F" K4 F6 A def time = GetTickCountInTimeUnits()# L$ y/ P1 X3 L8 X) t
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* N" H; D" G; b0 b' ~ // This is an agent decision. $ Z& y1 W3 U1 H$ a4 N if (watchedNode.pressure<200) { ) Z5 G: ~3 R" ?# Q. `7 s& m) Y ( @1 S$ w. X( N& j // This is a task.) V! z8 y# |' }
setPressure(watchedAgent.pressure) ) c1 ^& F: D, R: x5 W" s5 v! G3 E0 F3 S' i U0 F
} else {( y# e. W9 ~5 e& U! v* ^9 Z! |
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} 2 Z* C$ J0 w8 f // Return the results. * m3 k [+ u. ?. s return returnValue + V4 g5 o0 I' u6 J# G6 d8 Y& L, x' q+ Y; {: X
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+ c5 a1 X% A) r /**+ m4 M- t2 t& k
* ' R7 g+ z4 B M4 }! } * This is the step behavior.5 u' O, w( D4 b. j/ w
* @method step$ h+ H0 p8 x4 x) N3 o
* ( ^4 C- U2 }, h; P5 R* m* I */ 6 T8 m* ~; C: ?$ r @ScheduledMethod( ; s2 |( U" A6 l start = 1d, . j6 \8 G: Y1 M0 S3 h interval = 1d,- ~/ b @# _7 I) Y/ |1 e
shuffle = false ; c- ~; W/ C! d1 U, k9 H: N2 L ) $ Y% M2 T7 f% @$ Z: S public void step() {& m$ X5 V% p5 K' Z: z$ j
0 G$ E! G' b- Z* j // Note the simulation time. ; Y ]& z9 X" h def time = GetTickCountInTimeUnits(): P9 D0 M3 y7 b5 R, I8 m. f
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// This is a task. 5 N# m, l" l2 X+ u! a$ Q measurePressure=pressure+ RandomDraw(-20.0, 20.0) + a+ v! u. q6 k1 Y G8 T // End the method., d3 ~( Y3 Q+ o) Y( v) X
return. Y. b$ l! u6 a
注意,在函数step中 2 [: A( L. N |# G$ A6 \6 Q% C8 Z public def step(infrastructuredemo.GasNode watchedAgent) {1 r1 U5 ~$ n0 f/ i. J9 m
//这里是watchedAgent 4 i2 K* a+ @7 d 但是在语句中,你填的是watchedNode ) k4 l# h) R. @: u% {! A0 q" B // This is an agent decision. % Z, O1 D9 N& w6 k- y/ ~, o if (watchedNode.pressure<200) { ( X6 {$ ?) Y. U! f9 a: D
setPressure(watchedAgent.pressure)$ C, n1 N. E( q# h+ z5 s! x
变量名称须统一,可以都改为watchedAgent
注意,在函数step中 $ c- }* k$ `2 a public def step(infrastructuredemo.GasNode watchedAgent) { 0 U- ^- \- r; ?# K& H //这里是watchedAgent + @$ V# `& E, n y# h 但是在语句中,你填的是watchedNode! Q d; b9 m, [9 d; z
// This is an agent decision.( ~" [8 Z8 f/ p( B+ S' {% q
if (watchedNode.pressure<200) { 5 a P+ F9 U1 f) Z
setPressure(watchedAgent.pressure) $ Z6 R4 w" m3 Y+ W变量名称须统一,可以都改为watchedAgent