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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")+ W7 p( v1 C6 @' o
public double getMeasured pressure() {% y8 f( p+ w- g) j; L
return measured pressure $ e( h* h: W- }$ d* q4 H: m } ' q X! b" a* Y& j0 K public void setMeasured pressure(double newValue) { ; o5 |- G# X6 N* g+ V6 n1 ^ measured pressure = newValue & V/ N0 V" \" L$ S$ E# k }- \1 }( ^% V: ~
public double measured pressure = 0( a% P. h# B) Z' W# m1 f
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/** 6 `- h% |1 H/ C& D" n0 j# y* b * % K3 J1 V" z* _3 P! x3 H * This value is used to automatically generate agent identifiers.8 q7 m9 @; n7 f9 v+ f: s
* @field serialVersionUID" D7 x! \5 ?- e% a
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*/ : e: R1 }3 o U9 l6 O5 Z; I private static final long serialVersionUID = 1L ' m+ f7 }. m4 J5 ?& I- U5 q" @: d , o7 z5 s( t0 O% e% p /**$ P0 q- J7 U* H1 p' o: }
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* This value is used to automatically generate agent identifiers. 4 U0 j- C$ w- C3 S5 v * @field agentIDCounter + h( J! Q, J4 N; I" c * 6 _6 f! y6 k! O( W0 R; e */ & [+ I1 Z2 q' @1 K protected static long agentIDCounter = 1 7 N; L0 F: s4 Z5 C9 W7 m% ^1 c. o& }$ c, M0 k) J/ y U
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* This value is the agent's identifier. 7 M7 A N1 m, T1 T6 z8 w * @field agentID- T: Q) D' Q {7 \* c2 `
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*/ . @& C. T/ v5 p' u. i, b protected String agentID = "GasNode " + (agentIDCounter++)& ^+ Y- _% R4 a' w
. \) S! Z/ p: z- H /** O5 g9 l: x/ I+ r% m, X *' @6 k) E* v( m
* This is the step behavior." A( a- w& q, b8 Q8 q1 h
* @method step6 r3 ~. B+ K$ s3 p8 x
* - n# l2 u8 V5 [1 C/ h4 i4 [# ` */ ) N% K$ a- F5 ?/ ] @Watch( 7 z! |* o& H% G* [; ~0 A" X watcheeClassName = 'infrastructuredemo.GasNode', 4 @' I- o& X- o: E; J, |! J6 Q, R watcheeFieldNames = 'pressure', 1 w: O! C% l! n+ \( Y! N query = 'linked_from',5 {0 `5 O# W" l6 ]8 P
whenToTrigger = WatcherTriggerSchedule.LATER,8 g/ Z% a1 l& B/ @, |0 x @9 h/ i
scheduleTriggerDelta = 10d ! V4 b- L; D; d2 q% r )5 J; G+ }1 c9 d3 ?' C6 w
public def step(infrastructuredemo.GasNode watchedAgent) { 9 J+ _4 B6 y" F% E; r7 n( X- ]+ `
// Define the return value variable. % Y" d; G! l8 q8 f$ N% R def returnValue 9 @. q0 n3 d1 P6 `. Y2 ?1 @9 v" Q1 O1 Z
// Note the simulation time.7 t @7 Q( X, R+ b
def time = GetTickCountInTimeUnits() ; b3 g2 h6 @5 L6 C9 H I& M* F* a% s6 b+ I: b! F* K _4 _% R
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// This is an agent decision." w" m8 B3 G8 J7 a* v: q" N
if (watchedNode.pressure<200) { 5 h: f2 h5 ^" j% d0 _) s" C- z) n8 \: l: U3 u: H
// This is a task." B0 m6 T2 u, t; e
setPressure(watchedAgent.pressure)' C5 N+ A" f% f3 q) D/ ~! c) Y
6 M; H% T! E" D1 M! S } else { 8 v! K) C, b E: J: c- g% t7 F( B6 | s0 K1 V
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// Return the results.+ v( N2 I5 z6 e3 y* \, W
return returnValue/ h$ M% Z [3 k8 _8 y3 Z+ V( Y
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4 G- `% u( g; g" ~* }8 X, c. k /**$ ]" `! o; D$ g9 F
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* This is the step behavior.( O# h$ B, ]1 J2 q/ C1 x
* @method step% l/ J+ ?* g" o- F2 u
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*// _# `- H+ F) W/ S' m- v& f
@ScheduledMethod( ! i- I0 U" _9 u) R start = 1d,+ M7 I+ c0 j) S* I. t$ Y/ |% E
interval = 1d,6 ]" P- w% w+ z. m6 E! C
shuffle = false9 ~( t3 }4 F, o: N) O5 M
) 3 N( L" T& v7 b0 {& K+ N, E public void step() { , N) }% B/ e5 _! \4 s7 P V' Z P+ y+ ]" ^1 p) @* z- l
// Note the simulation time., R0 ?0 \3 I1 n: T5 w1 z9 n+ S
def time = GetTickCountInTimeUnits() * i9 r6 Q9 V. O$ x) h + x3 k* l6 T6 _6 | // This is a task.$ m \7 _0 P+ h/ e( i
measurePressure=pressure+ RandomDraw(-20.0, 20.0) , m4 ? g! D1 L7 H: ] // End the method. 0 v" G, U5 ~8 C x* s/ F return . G, f8 h7 ~1 p/ z/ L1 x1 L5 V3 Y& H2 S9 w" G. [+ p5 z
}
注意,在函数step中 4 |; ~* |. @- y/ J" V- a public def step(infrastructuredemo.GasNode watchedAgent) { ' q& }1 U, k1 V2 j- N //这里是watchedAgent . k, H1 V1 P6 u 但是在语句中,你填的是watchedNode }1 {+ n2 I8 G V; \! A
// This is an agent decision.- d- W/ m5 _2 j, f1 `
if (watchedNode.pressure<200) { $ B9 C/ }5 `- r- O, y7 c9 p, k setPressure(watchedAgent.pressure)* P% q2 ^3 i) k% z9 U
变量名称须统一,可以都改为watchedAgent