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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")! v4 ]& R3 h$ J: Y
public double getMeasured pressure() { ' x$ u7 \3 W/ r& h* Y return measured pressure + i( ?) H, f( T& n4 x }. x# l8 i: W2 _/ N6 X4 S
public void setMeasured pressure(double newValue) { 5 B/ M% k; V2 _. z measured pressure = newValue0 z0 t X! K: C, b! z2 Z
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public double measured pressure = 0 : W2 x: h0 C* z* K$ H1 W 7 S" X( w- Y( |$ G5 q0 O0 m4 m /**1 f/ Q: }' \+ a: W
* # B9 w0 w% m) E5 C$ } * This value is used to automatically generate agent identifiers.+ X$ {# \# i- ?% E+ A4 ~& J
* @field serialVersionUID0 m/ O, D$ F& z6 ^+ f3 x+ O
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private static final long serialVersionUID = 1L) u* s/ `! c9 {
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/**+ m( I7 n( E% e
* / e6 J9 B: P& e# d; F * This value is used to automatically generate agent identifiers. ! j+ e$ K* j8 m2 o6 r) d" G * @field agentIDCounter - Z$ W) z% P" [3 _6 M5 |* C *5 x, H# Z- ^: a- \- g
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protected static long agentIDCounter = 12 Q2 |/ Y- P! ^: T7 Z |
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/** ) J4 Z: l0 v# L * M8 V8 p9 g8 S8 }4 T% k- a$ C( l * This value is the agent's identifier. : ?/ c* X; D# t7 F * @field agentID' Y; S# K, `" u7 h+ i5 i' }5 W
* 5 A& g7 G7 r0 J5 H" r */ - o% X1 g+ K: n8 N protected String agentID = "GasNode " + (agentIDCounter++) $ Z* _9 N* t7 P; D 3 ^' Q7 M; `' z; W- n /*** n4 K% v% q' B2 m
* ' T3 E1 j) w" C V0 ]5 m * This is the step behavior. ) A4 z2 |7 s& ^: x * @method step& @* t% X, m& V- F6 x4 O( z4 y
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*/ : {1 \' t% s$ J @Watch($ s7 E D- G6 V
watcheeClassName = 'infrastructuredemo.GasNode',- d5 l6 Z# E3 y* X
watcheeFieldNames = 'pressure', % y) }% `/ f+ G9 n' Y" t query = 'linked_from',8 s$ ]3 E; F) f n, Q$ W
whenToTrigger = WatcherTriggerSchedule.LATER, $ M% b: O2 ]2 k4 ^4 {. k# n scheduleTriggerDelta = 10d7 V u' ~8 h; h
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public def step(infrastructuredemo.GasNode watchedAgent) { $ p) o& V6 M" @( l* O6 V8 j8 a* w) O
// Define the return value variable. 1 w, L% F$ h2 W( U! r0 A* H. \ def returnValue$ L5 G9 o4 v: X9 Q" }0 x
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// Note the simulation time.2 j% c+ s" W4 _/ z9 l' [
def time = GetTickCountInTimeUnits()0 N' \- Q7 L" v2 f& `
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// This is an agent decision.( x; m3 Y1 J: T0 _' t
if (watchedNode.pressure<200) { 7 E5 t# U( W2 L5 I8 z' Z, P 2 K& e. }" V+ i7 f! B // This is a task. # N8 V8 x8 T. a$ i" J: Y setPressure(watchedAgent.pressure) 8 m& ?4 W, R+ ^* Z# T6 i9 { D/ g$ N
} else { ! C3 f6 J9 y" r8 G) J, _$ Q0 ^* `$ V( a5 @, `; N
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// Return the results. # X- @) p/ |! i$ F2 l( q( s t return returnValue ) \& u3 f) e# @2 ]! p0 s# u+ Q' S6 y( N
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/** - i0 e9 b7 M& r$ P * $ i0 n* d0 {# ~6 [ * This is the step behavior. ( c2 k3 k9 Q! R; f3 `3 E * @method step 0 E3 ]2 @$ _& r+ k @ * 4 o$ e. d- D* P! A3 [ */4 K8 ?- @9 {( S6 P8 Z
@ScheduledMethod( 6 h8 q V- {: ?3 Z4 X# N8 Z, H start = 1d, " `, ~$ V7 n! C- n- b5 ?1 r interval = 1d,: ~ q" F, }5 c2 F$ k, M! G
shuffle = false( I# [# I6 M6 {/ \" W0 n
) 6 y) j) @6 W2 E5 D6 Y6 R9 I9 E8 Q public void step() {/ {1 ?: Q6 }9 n% f, K
: v( d2 z1 s1 A0 d // Note the simulation time.6 ]) ?$ m2 ~; M9 ?! _2 B! Y; |+ K
def time = GetTickCountInTimeUnits()9 M; D# o: J4 z: j# a) u3 u/ s
) V6 X6 [" v& v- h7 O9 G // This is a task. ( K' W2 m* z9 n n measurePressure=pressure+ RandomDraw(-20.0, 20.0)2 k" l& q" i `6 a4 `
// End the method.+ ]% |& g1 b; \
return, O. W0 H2 R) T6 E2 V( ^' P
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}
注意,在函数step中 ( y; E b4 W# K" p/ R public def step(infrastructuredemo.GasNode watchedAgent) {4 Q) \* v1 _% ?$ S; e
//这里是watchedAgent* W- l$ E! P: v9 v# u
但是在语句中,你填的是watchedNode , n, X/ H& l0 A( M, D; Z+ U // This is an agent decision.. f' x2 v$ h" h
if (watchedNode.pressure<200) { 3 \' g% V5 y7 f5 x; K setPressure(watchedAgent.pressure) $ w0 l* h% m# J( z变量名称须统一,可以都改为watchedAgent