M# ~# ?! V3 q 3 a+ i! R- M6 T6 j4 I. ^7 A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 ~4 k- G+ T. T) D; S: ^* m" n
public double getMeasured pressure() { " ^, j8 G6 N7 K# {( m- ~, R return measured pressure # f/ L* P6 z* z; G8 K4 e } ( r k3 U9 ? O public void setMeasured pressure(double newValue) { b" h( S. H8 a; m: u measured pressure = newValue 8 `8 ]2 [. K2 c' B5 ` }4 J* ~& |' b' n) m3 g# A5 o
public double measured pressure = 07 D* ~$ z( N% i$ G0 W- e( W
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* This value is used to automatically generate agent identifiers.% N/ g- S" I" a) b
* @field serialVersionUID ) v* W1 s1 h A c9 R * * E1 t+ L9 }. x */ " w1 o/ F1 Y3 l! S9 e7 }. l private static final long serialVersionUID = 1L5 q- x! N0 z% @3 Q0 ]8 R
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* This value is used to automatically generate agent identifiers. ' \3 R+ x+ w8 r0 z; P * @field agentIDCounter $ m2 o$ m* r* B# H5 Y: p: y * $ I$ s5 R$ S8 a0 v' ?% n1 w */9 t6 N V% L9 t
protected static long agentIDCounter = 1 $ S) Z$ F( ?% [: l. X/ v5 F% C0 b2 E7 D+ H
/** / Y6 B' n9 ?. { z9 W *2 K) q. F1 q% p. W% H m
* This value is the agent's identifier.5 z, r7 A6 K0 L, P$ m
* @field agentID 0 c' x' B0 a. F0 O, l * ) i8 r1 S6 {( V( c+ C$ e */ ( [ F" ^2 I/ O( X protected String agentID = "GasNode " + (agentIDCounter++) " w, e9 T: h. f" _% w% |) h + z1 a& B0 q/ ?) @6 E- P' Y2 ?4 D2 [ a7 P /**! ^/ n4 S) h+ ?; J6 {
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* This is the step behavior. , x: c! v8 N8 N; U * @method step 6 O: N4 Y9 r& X% C * , Z f' v, O' O/ j# p9 U */ * n7 m: N P* z+ N p3 |) C, g2 \ @Watch(; s4 N7 ]4 i8 K Z( a
watcheeClassName = 'infrastructuredemo.GasNode',+ i: m& t0 y- m9 m; H
watcheeFieldNames = 'pressure',( {5 Q5 v, s! Y% `: E
query = 'linked_from', 5 E& X R' E2 {7 A: N whenToTrigger = WatcherTriggerSchedule.LATER, / `! `4 L+ H* b7 J/ W scheduleTriggerDelta = 10d # B9 V2 w0 h4 o! z, n )' a7 m& l( y8 \% u; _
public def step(infrastructuredemo.GasNode watchedAgent) { . o0 O" }# B6 M1 q6 ~+ a* D1 _5 w: O! f$ w" X- X
// Define the return value variable.& J% b$ G, H4 n
def returnValue( Q0 |% x1 u* O- v
2 d4 ]/ v1 {# c! n // Note the simulation time.# X/ l: {; d7 x+ B
def time = GetTickCountInTimeUnits() $ r0 B' D. A4 G: \ 9 b) \$ @9 v, |2 e0 C/ Z3 e7 y% m% x8 y o4 y' g6 Z4 O/ s
// This is an agent decision.4 ]7 x) Z8 `- L) T( _7 Z; [6 A
if (watchedNode.pressure<200) { - H8 K: _' M1 z" J! E5 a ) r9 V% m, y9 Z0 H // This is a task. 1 }1 k: c. B' E5 i& j setPressure(watchedAgent.pressure) # \" g, ~1 e& N. a* g. a * _" P) o7 }3 l% R; V } else { c. Y, m" Z$ L8 y$ l( N ~ - x3 A- \8 R5 Y/ v; X. m( L! V- f6 ] ( n5 {. C) m5 S0 \, e+ m2 N, T }( ~4 F O1 @" |; ]- f2 V# f
// Return the results. 6 r3 C* l/ e p+ {7 f$ C return returnValue; {! E8 j! k& k9 T
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/** 9 c6 z* L. S, w2 x *& A, l S0 q( F
* This is the step behavior. ! m. p# a M4 D3 n0 d( M* j/ d * @method step 9 e2 _! Y |$ x' T+ e *" y0 Y% q4 h* A. O. V! P' I# C. m
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@ScheduledMethod( - Q7 J+ K X- j/ u start = 1d,/ L: `9 f5 u+ Q: z- d: g( Q6 s ?
interval = 1d, 1 S, _' F+ n6 B) U shuffle = false( V$ D0 |6 C+ c4 ]1 s r- H
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public void step() {5 ]+ C$ k } f3 f. v( J
" {' b" A) k0 B7 O& l$ o" t // Note the simulation time., b# @9 c' _% P* {- B/ v8 O
def time = GetTickCountInTimeUnits()" y! i e0 S0 X% J
" L2 |' I/ M+ V4 ?: E0 B; g // This is a task. # a& N& K0 L e8 w, F measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; V: D8 S! T* c e // End the method.+ l# {. u- I, @: K q# y
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注意,在函数step中 2 [2 B l) X$ ^9 Z' u public def step(infrastructuredemo.GasNode watchedAgent) { * {9 x: q- h1 y; b3 `" a //这里是watchedAgent ! {7 j! w# B( {) l# o I 但是在语句中,你填的是watchedNode + `, I9 |- G5 N5 z2 M // This is an agent decision. ]$ D' N+ W: y" ]9 t. A' k \ if (watchedNode.pressure<200) { $ J. f2 C3 ^, I' a6 a
setPressure(watchedAgent.pressure) 3 h0 q1 {0 v5 M; i! A变量名称须统一,可以都改为watchedAgent