/ N& p' p: {' b$ o1 O/ |9 _3 G@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 ?3 d' g. [7 v8 i) _5 s2 ~2 s9 h
public double getMeasured pressure() { 4 ^' M# E' G- W: m) l return measured pressure, S' h# W6 u+ G( e
} ! M, P; z% z0 ]' _- b public void setMeasured pressure(double newValue) { : [' E: e a" Q7 s4 I6 M: t7 x" H measured pressure = newValue L+ k" }. \. G i }8 Z, N2 H( R6 X. c) F9 A5 Y
public double measured pressure = 0 $ |; N3 ]: N$ J) V3 w4 j3 Y' [4 L3 G6 j, x1 A$ C9 j. }3 R6 c
/**2 s) y: l# f( F" J0 F" a
* 6 j6 s& H& c7 i! X * This value is used to automatically generate agent identifiers. ' U3 K# m% V- E; Y! _1 E' q1 E * @field serialVersionUID ! N3 l% i/ ~! q$ d5 ~7 E( T * 4 M3 S) m% Q s" s$ @+ T! E$ J */1 y( n" K" M+ w
private static final long serialVersionUID = 1L : S) w* |" c7 b7 l+ W* w( ?% u6 G U9 a; E. A; s' F* A6 F
/*** p9 ~8 k% b8 G( b6 [
* - v% D" `1 T- R2 N6 R' Q * This value is used to automatically generate agent identifiers. 1 ]7 W5 R* w9 ]. g8 U% r * @field agentIDCounter- g6 B! O9 ?& t
*9 ]! u, _, o R1 k
*/8 x* _% D9 b. Q4 H" l
protected static long agentIDCounter = 1 9 D; U& l1 r% l; _) `/ S. i/ |1 z& y' E
/** ! m) z( O! ]& [3 L. _ * / y4 j ^1 _) }( h/ N% u+ J * This value is the agent's identifier. f' `5 {/ ]% y9 m& I
* @field agentID ) @9 V1 h; y% K7 M R, \3 h *, R# C& D3 l8 I" H4 S" i% a' A! H8 ^
*/ " c3 Q4 s _" ]8 }- U( V protected String agentID = "GasNode " + (agentIDCounter++) , I5 H0 {5 Q! K: G 4 E7 W7 B5 M2 }0 X7 X. v) x /** " a: s& i0 l# ]% z" G- m0 M, D *. w: i. h$ l/ I+ z1 K3 ]% d
* This is the step behavior. / n, Z7 D$ E' R! G1 E: r! R; V/ O * @method step 5 [! W: r2 Q1 {" @2 S5 ]/ e *8 {$ q3 |, e: i
*/8 p- M- d4 b- ]' o. V8 D" Z6 M
@Watch() O# K, m0 C+ _4 {$ j, P F
watcheeClassName = 'infrastructuredemo.GasNode', 4 F/ \+ Y" k% V7 P. ?9 K# H watcheeFieldNames = 'pressure', 6 z; i4 g5 ~% Q# `4 G# i& ^8 [ query = 'linked_from',0 W$ J, m( n8 p3 [
whenToTrigger = WatcherTriggerSchedule.LATER,7 ?% }2 h8 {0 T
scheduleTriggerDelta = 10d& E' E% b& |3 @" _
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public def step(infrastructuredemo.GasNode watchedAgent) { / m7 X4 k0 i1 U7 K6 j" t. m# {, Y# S0 @+ i
// Define the return value variable.& {7 |2 m4 m1 V" G6 s8 X
def returnValue, a- X/ H4 i3 ]+ r! A5 ?) m* L
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// Note the simulation time., B0 C5 h' e) Q( n0 S2 L
def time = GetTickCountInTimeUnits()+ I( r6 ^9 _* x5 P/ Q0 N8 q8 w
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6 G' k9 A$ w& }3 f" Q) Q // This is an agent decision.: Y. y* x. ?! v* x$ y1 [& x0 R, B# X
if (watchedNode.pressure<200) { G/ P+ b6 P4 x2 }/ p3 B! A
# R/ u4 S3 R: ~( t% l& P // This is a task. / f4 \0 Y, |) A% \1 F setPressure(watchedAgent.pressure) 5 H( Z- o( K) _* E6 F0 W + B. S* t+ S$ S u! R% f; O5 w0 | } else { $ l F: S# O/ a) R1 _- \1 L. a+ { 6 ~6 b( W; d3 f4 n, p5 D$ ] 0 Z- A. \2 A# e/ ]3 q" J8 O } % P' r( T' O: J3 `0 p // Return the results. , D1 e& G' _9 R6 o1 G/ s: ~$ T& c return returnValue& A2 _* a" I7 n7 Y& M6 g* g
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/** ; \3 O5 p: t; w% P7 g+ E& } * - \6 V! k* r9 g' h, B4 C * This is the step behavior. 1 ]4 q/ y- Q. b * @method step # P: m1 |# u% c *! v- F9 I7 j: }; V7 y6 ^- M
*/ - @8 ]7 V2 R! R1 G& Z' T6 d- e @ScheduledMethod( 2 j9 G, Y1 ^" f6 @) F+ Y. x start = 1d,1 r2 c3 N7 x2 G7 t) j
interval = 1d, $ z6 M* Q2 g _- c& j shuffle = false. r1 C' r' _5 g8 M; M
)$ `/ t+ s) f% @
public void step() { 9 w' K. t6 E# L. o+ r( Y9 y/ S6 g% n1 O/ j3 x* y
// Note the simulation time. " {* m; z8 k4 ^3 ~4 H& M: H. c; J5 x8 e def time = GetTickCountInTimeUnits()7 c8 O. x) f( W! r( b
, C3 X2 w I9 I8 A$ H // This is a task.4 [* p. L+ C+ Z
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ~$ [& F% q, \2 G# c
// End the method.6 s. n3 K3 \, C' A, l" g( M' l
return+ V9 L) n% J- k6 _2 E. r9 ^
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}
注意,在函数step中 ( z( V; x$ U t! ~+ a7 R public def step(infrastructuredemo.GasNode watchedAgent) {2 g* Y" {5 \) T: T3 i n
//这里是watchedAgent0 O! B: e. K- J# {: R& e
但是在语句中,你填的是watchedNode 2 B, H e7 m1 E' B. t. _ // This is an agent decision. $ t E1 H0 ?/ J if (watchedNode.pressure<200) { % S7 f' o: e( w1 J3 ~
setPressure(watchedAgent.pressure) ( G; a! a7 n$ Y+ z变量名称须统一,可以都改为watchedAgent