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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ) `) ~) e9 u! }1 k% R% R0 N public double getMeasured pressure() {+ k. a! q; u9 _
return measured pressure & }8 O7 V7 y) m8 J! F4 O0 Q+ c: } }$ g8 i5 k6 T% f: f5 S) d$ ^
public void setMeasured pressure(double newValue) {5 x6 j0 E' q7 d
measured pressure = newValue7 T; W4 t2 d7 M
} 4 E! |, j( \& i9 j2 V2 m! m, F public double measured pressure = 02 C( f/ }4 t m( h
! b8 V1 M4 R9 l8 {" u) A /**, b: h2 t$ ^0 |$ u
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* This value is used to automatically generate agent identifiers.% ?, J8 Y7 m- c, y# B. o
* @field serialVersionUID( X- m! l# ^, J+ H( \- B
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private static final long serialVersionUID = 1L" ]+ n: X, N: t8 D4 V" l4 [
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/**& G O' p" @5 h) X2 _' N; w* m
* 5 y5 X: @" C5 w9 t * This value is used to automatically generate agent identifiers. 4 p. J& F5 l5 A4 A, B * @field agentIDCounter & T9 o. I8 A2 o* q" G% J/ K3 J2 ]! W * 9 k4 P$ Y, O% l3 T* g$ ?! M */ 5 h/ a& t/ g+ F m, q" | protected static long agentIDCounter = 1" H2 `$ n* S4 L1 Z' f
4 c: Q& O! d% I% G /** 4 ` U2 a9 c; _0 I# N8 ~( ^. q9 G+ T *1 m4 A5 ?. [; ^: Y+ T, M5 t9 }
* This value is the agent's identifier.3 r+ W; y4 S+ Y* ^6 M
* @field agentID 0 V$ w+ B$ _' {. T/ | * ( S8 {) y5 T) i }$ c) Z' W+ i */ / [2 |- `3 s( C. m. e0 X( A1 N6 v! \) @ protected String agentID = "GasNode " + (agentIDCounter++) $ g2 C6 P1 f! o5 J, E( Y; T7 m* b- }- G0 G: R( M% z/ S. q
/**, N8 {) F9 C* |$ Y3 e
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* This is the step behavior.! Z9 _: Z+ B( {
* @method step3 J3 P' b3 y+ H2 S
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@Watch(1 {* W# s- u `3 C* a$ b
watcheeClassName = 'infrastructuredemo.GasNode', 1 z, Z7 q1 c: C3 N! z/ X9 E watcheeFieldNames = 'pressure', 4 l8 D4 o. T4 c5 {/ Z2 K query = 'linked_from',* D" i1 s# D/ m
whenToTrigger = WatcherTriggerSchedule.LATER, ; O0 S D, m0 A& t' D. J scheduleTriggerDelta = 10d d$ r }( n$ [& i ) 6 K8 [/ m. P) y4 d public def step(infrastructuredemo.GasNode watchedAgent) {7 x) e- |% [! E. {: v( e; s
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// Define the return value variable.* c0 B& k$ s0 @3 G
def returnValue/ x0 S* U+ a+ Q: t4 \
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// Note the simulation time. + \4 e6 V) i# Q& d& }+ g def time = GetTickCountInTimeUnits() $ ~. U/ _+ r( X ]0 ~, A* v; ]/ ^* l1 l
: T! I5 u! K4 I // This is an agent decision. 1 f# A: y. Y$ ?3 Q5 t( F if (watchedNode.pressure<200) {/ |! z6 R, R2 b% ]) n
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// This is a task. & h; F Z8 e" o$ R* v) i setPressure(watchedAgent.pressure) 9 Z9 t4 a1 f* |9 x& ` 9 V/ _, ]7 z2 q2 v } else {. s2 L3 T% b3 U0 v1 [
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// Return the results.% d$ `- k" ^7 J/ q3 \
return returnValue2 }2 q- Q' ~+ ^4 U
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* 4 Q# f) F) D" I) F* X3 [3 U * This is the step behavior.( `8 N2 i; @* R
* @method step* o* R4 u- z) P& _" Q9 m. H- r" }
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*/ : S9 x! T$ J. D @ScheduledMethod( $ ~4 j+ k' I, Y8 i& p start = 1d, ; `0 G! S; N, ?7 j: { interval = 1d,2 I9 z# h* u2 N) J. B* L+ Q
shuffle = false 6 X- b4 L# V7 h1 V$ k )+ ]( U8 w- q; H
public void step() { 9 d& C' L5 J! s9 h $ M# K& A4 T' ^' n // Note the simulation time. , f' a8 z* D. i5 S# V: t def time = GetTickCountInTimeUnits() ; E& P t/ w) T7 I1 I& R( w5 n ) d* \) H0 ?; Y3 V; O. [8 \ // This is a task.. L9 f4 I. h$ P# ~6 N2 F/ G
measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 _9 J3 ]- j4 [
// End the method.1 e/ U4 {" ^7 [4 g: X1 }
return$ d" z+ e! y: {
注意,在函数step中 ) ?4 c# k. T) w3 i" A. k public def step(infrastructuredemo.GasNode watchedAgent) {$ u% z) n) l+ {' z
//这里是watchedAgent' `% `: i$ w9 X I
但是在语句中,你填的是watchedNode 2 L; j4 y8 v% m& K; s8 I8 i$ a+ d // This is an agent decision. ; M& B5 y# t N8 p if (watchedNode.pressure<200) { ( K/ ~+ h6 X5 T& ~5 E( s, r o setPressure(watchedAgent.pressure) ( G4 F9 A& `# ]9 g变量名称须统一,可以都改为watchedAgent