& L. R0 H7 c4 ]4 w, j1 e6 x 5 i1 u4 O. r7 I; u@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; u: K# F8 Q5 e4 K public double getMeasured pressure() {. T+ n! q' u z9 r4 y" B
return measured pressure 1 @1 o# @+ T5 n6 P7 R$ [* Y! w } * R2 [7 J0 ]4 U9 X% f) c public void setMeasured pressure(double newValue) { # O r% o" T3 k5 j( R) w* ] measured pressure = newValue & u4 c) U0 \* a4 }" \7 k" c( U8 b( Q } ; z2 c3 U2 ]" F; f# _ public double measured pressure = 0 8 Q0 k& S$ X. s4 L1 c) w8 t* W+ u- r" X8 X1 x
/**9 A7 c C0 l/ c& x7 T7 ^
*' @- ?' \% h( {- O
* This value is used to automatically generate agent identifiers.7 X7 c5 m! L6 m$ y5 V& T
* @field serialVersionUID 4 d5 v: L0 \9 f& E8 Q *, l0 `( \# p7 z9 d; Z
*/ _: y x( v4 k1 ~ private static final long serialVersionUID = 1L6 p2 j7 p) Q8 p* @3 Q; c8 [! ]
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/**; @) B6 Q6 j) Z* h% p0 M
* 2 j4 N/ p+ _4 s. X * This value is used to automatically generate agent identifiers.- o: k$ [, F) T* G
* @field agentIDCounter % j/ _8 M* k" Q$ d3 ], K * ' k* f. E' H9 N& S */ 4 i n; H& W, v t* N* E1 l% `7 w6 r protected static long agentIDCounter = 1 ' |; B* l8 o* e7 p. A2 t) x% B J6 K w% y6 I9 i5 ?
/** + M8 ~% Y o; u) g" S3 I) Y9 T2 h' s * 5 @, n: {& [7 L/ Z' o * This value is the agent's identifier. 9 ^* t/ ]4 b x) Q * @field agentID - ^0 K& V4 X [$ e. d * / c% F; }* c/ n, e0 c. R, A+ j */ ! g; ?- u. y0 D protected String agentID = "GasNode " + (agentIDCounter++) 5 |/ E) r; `/ T5 D) y5 ~0 o; s" _; y! i" X: L6 j( b: Z# K% _
/**7 N6 J) Y! O/ w/ }
*) }4 F# G. n8 N' T' ]
* This is the step behavior. 5 r' S9 N$ W5 l/ y) l* _# H * @method step * { O0 A1 Q1 d: C * 6 n3 T; J3 P* n, q9 J3 J */ ! ]9 l) l! i* T' z @Watch( 3 E$ K5 I! M) X5 |3 _6 F) T watcheeClassName = 'infrastructuredemo.GasNode',! |# K ~) v! G1 b# @
watcheeFieldNames = 'pressure', ; W5 M3 H4 {, }! c query = 'linked_from',1 f$ _8 c- `! o! Q. \$ h7 P0 c
whenToTrigger = WatcherTriggerSchedule.LATER,; G* `- Z q8 k% Z, L- E
scheduleTriggerDelta = 10d " `1 Z" D; t2 n$ W: }( _ ) 8 ?0 M9 C2 r; p; ?* h. D; ~" Z public def step(infrastructuredemo.GasNode watchedAgent) {& k l. {6 M4 `; k) y G
% l* W! y4 M- a. ? // Define the return value variable.0 s+ Q7 m3 s/ \
def returnValue; R, M+ v2 G. V; r$ F6 j( T2 V
. K4 Z q6 C) ~/ I7 A2 l
// Note the simulation time. ) C& m6 P' S$ n: C' O5 j0 L def time = GetTickCountInTimeUnits() 6 T7 a$ K& O$ }) u8 t5 L0 A) u* m- t/ I; r% o5 {: s5 p
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// This is an agent decision.- |# G' M/ T% b# u4 H2 m
if (watchedNode.pressure<200) { + }1 @0 {: q- @% P* H% w$ T4 C* a& y3 ^, M$ @1 F* E
// This is a task. 7 G2 I G: ~& x1 v. L8 z$ j. m setPressure(watchedAgent.pressure)- E# `( w6 |6 D% F
5 j; u3 U7 N: i# v } else { 1 @/ S# ~* R( M0 N, ^$ Y+ Q# _9 q# V0 I( z+ ?4 ]* {( `# @" h* D; r' ~
8 @+ ^1 P4 K" M" ~
} , G( ~6 ]2 S: D1 h N // Return the results.6 j, k/ e# d4 ]" J7 T
return returnValue " ~ S4 ?/ ~; J, R/ ^) J, ^( F/ D$ n
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/** ) u0 z; {% P, v9 Q4 h * # ]9 z$ k4 ^) O' z ]/ b: Y * This is the step behavior. , W/ y" h* e. p3 V' t5 t * @method step2 K7 p/ g5 B6 S3 y( q% e
* 1 J. i, j9 V0 z# P */ 4 L; q: t- H, j% E3 ?$ ` @ScheduledMethod( 0 Y- O. X( l5 E& }4 z( V start = 1d,1 @5 a7 L5 r$ C v |6 M; D4 |) J
interval = 1d, & L9 d+ U @, j& ^ shuffle = false/ w+ m) s: a; ^0 Z' `; W- g w2 C
), a. d( A7 n& M
public void step() { / G* X, S& b1 r9 m- y2 a , }. P* c+ ?- V4 ^5 S // Note the simulation time. 8 R. J) s, _' q K def time = GetTickCountInTimeUnits() : f! Q. c) N; n. g3 z; U/ p' z( [9 x( h! Y
// This is a task.! D, n5 W" \' j) C: f
measurePressure=pressure+ RandomDraw(-20.0, 20.0)1 `5 q2 m3 n& f1 m5 d
// End the method. - [6 e3 d8 F+ ]7 U# e+ n h return. F7 B6 g7 U; S/ e8 C n- z
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}
注意,在函数step中 ! r5 |2 Q# e9 r7 G public def step(infrastructuredemo.GasNode watchedAgent) {' C9 }$ k4 U4 p ~$ `4 g
//这里是watchedAgent ) f7 N' Q: \8 \, E 但是在语句中,你填的是watchedNode $ n" `, F" F! H7 Y // This is an agent decision. 3 _% K. W4 p, s' S' L if (watchedNode.pressure<200) { % B: X% N6 z( h setPressure(watchedAgent.pressure) ! o; Y* c* N! A2 p变量名称须统一,可以都改为watchedAgent