" Q( w* }& D" u+ E7 r@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") % K1 T9 X3 Q! Z- E public double getMeasured pressure() { ( u% `5 i# Y( e. X$ [ return measured pressure 4 z& k: Y; }! y5 c6 T2 E% I }7 F7 N9 B; P$ x: \6 ], ]9 V
public void setMeasured pressure(double newValue) { & Z( T( U2 x/ [, Y: `% \ measured pressure = newValue. K" O& @- t6 A/ |
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public double measured pressure = 0 % ?4 y: o' T/ s, p& n ^$ `9 Z4 I9 }% ~
/**7 e! q5 l) J1 l
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* This value is used to automatically generate agent identifiers. ' d7 }0 k$ r2 e$ v x * @field serialVersionUID7 c8 p! [* K' L0 u
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private static final long serialVersionUID = 1L ! P; ]" n. d- {( V+ V, L( Z" B( I5 d3 [ # N8 ^+ |% z. n; q% A /**% N+ g- }9 d6 O% Y ?5 T
* + k: e" ~" s5 b' z- Q1 W0 S8 F * This value is used to automatically generate agent identifiers.+ ]8 g$ A: Z6 @* H+ [& F
* @field agentIDCounter ( }: R. |& I$ h5 g4 C4 B4 P */ C4 h9 t I" m- w3 |% B& b& ^
*/ * @! p* J, a, i1 W$ h, N6 C protected static long agentIDCounter = 1 , f( C4 z7 z$ g2 V+ D- v* x7 u- F/ s. Z) Y# \% m" `
/** ' H2 ` s7 Z- B5 ] * # v7 \4 V+ N/ n: y1 { * This value is the agent's identifier. ; }0 L: L/ C8 C Y1 B% x * @field agentID v! u+ b# q( U- F& T$ L * ' I* F* v! i1 g7 N */" { C1 X8 v: E4 I
protected String agentID = "GasNode " + (agentIDCounter++)4 N, i: o K( Y C, c& H
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/** 1 E. ~+ R% E( Q9 q1 ?( @3 p * ' b! {0 g" Y; ]" I% f5 C' l * This is the step behavior.9 g3 Q+ a$ A) M' J% [0 Q3 K$ g
* @method step , i. \) i* \! u9 s. a- d. } * 3 T7 f/ J3 C5 G/ p4 [ */ ) ?& _5 v. T4 }" v, A) R @Watch(, C7 [; B+ N0 I: F% i0 N* i9 i
watcheeClassName = 'infrastructuredemo.GasNode',& Y8 \0 s9 S" E# L c( A2 G
watcheeFieldNames = 'pressure', 5 E' M/ L9 v- L query = 'linked_from',' u" p0 L8 N6 q3 x& U
whenToTrigger = WatcherTriggerSchedule.LATER,7 L& r1 r$ L E5 c/ U9 s
scheduleTriggerDelta = 10d . _4 @& K2 ], |+ P0 G2 f1 G$ m ) 5 l* \1 U" @! k6 E* v b4 K0 R public def step(infrastructuredemo.GasNode watchedAgent) { 4 Q4 I' Q7 ]7 g' b% S1 O4 K4 j1 X( D$ \' U" V
// Define the return value variable.7 Z3 j6 e0 r$ J" T
def returnValue* D2 f& }& h% Z. t# Q
5 D. p/ W, J. z0 I; ~8 U- Y+ D. \ // Note the simulation time. ; t9 l9 ?- [0 t2 @$ y! a def time = GetTickCountInTimeUnits() : z1 G/ L3 f) g% S1 Y4 E) [3 y ( o- V. a7 i1 r ! t: {: X9 I N1 j4 M. c- K8 S // This is an agent decision.! U0 a/ w/ U; ]8 c6 X" e. O0 \, n
if (watchedNode.pressure<200) { 3 n! b2 J; z" O% A7 T9 k7 Y j; e4 p- j
// This is a task.- A2 W9 o, d; j0 `! d, x
setPressure(watchedAgent.pressure); c9 V, E7 _3 H9 n5 H9 z
9 b& S" N$ Z% v3 Z } else {4 @- Y3 M* i! b4 d6 `
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// Return the results. 2 B3 V" i5 `! y, U f return returnValue9 W, q. I+ j- Q4 z3 }( C. v1 n
0 W/ [# z' N+ ^ q' x4 b } @$ V- T8 V, b/ } 8 N( e$ m$ d0 I* X /**0 g [$ o( g) B3 T! Q# |
* 3 h$ J( a1 I. d! F5 ~ * This is the step behavior. ; K* |2 w: ]1 @" u6 m. {( w * @method step : M% V, \8 _4 q* ?' ? *# B1 y u( B+ R; }0 Y" h
*/ / E9 h: }, ]8 k" p: A6 R5 r @ScheduledMethod( * o2 T3 E2 v/ a3 h; c% g' o start = 1d,2 {% F: n! ?& g
interval = 1d, , g, i" q( t* S) J" k shuffle = false# U+ m" O. h0 v9 E* p
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public void step() { / e' G. @1 G3 B8 Z0 ?! I/ [3 _1 r$ G! K j% \
// Note the simulation time. ; f( l3 D' b3 I/ V def time = GetTickCountInTimeUnits() ) ]. Y7 h) e& W! C) f# b 8 v! s0 |2 P0 Z# ?( H* m // This is a task.) g' N f" n- H4 k9 m( `; t
measurePressure=pressure+ RandomDraw(-20.0, 20.0) " }+ N5 S ~# G // End the method.- o+ x: I* z4 @8 l! u, V5 L1 Z- b
return% C5 S* G6 m6 L v
注意,在函数step中6 i, j. Q9 B6 N
public def step(infrastructuredemo.GasNode watchedAgent) { ) _$ Q9 b8 @1 i0 j: p //这里是watchedAgent; z+ p2 H5 r. y; b/ X
但是在语句中,你填的是watchedNode ) c: g: @9 Y3 E // This is an agent decision. * {+ J) U! n- U& a, N* c if (watchedNode.pressure<200) { 0 P) u' t3 I$ b# U9 M
setPressure(watchedAgent.pressure) ! a |( p6 o% h# ~! s变量名称须统一,可以都改为watchedAgent