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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")7 z5 K& n6 \2 o, M. G
public double getMeasured pressure() { + B* q; O# q# |" ]& a! E return measured pressure$ n6 q3 d" U' H" b0 K' w6 u( Q
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public void setMeasured pressure(double newValue) {' k( L& V( l( ^* f
measured pressure = newValue ! R6 s' n: y( ~; h1 K } m8 I9 F1 }! I; ] W# s public double measured pressure = 0 6 y" M3 }/ E( Q5 B& R& `3 C! n3 h( v7 H1 g% M" @
/** 1 a5 x, e9 p7 l) D2 ^3 c, i8 x *6 E7 ?1 w) \' Y
* This value is used to automatically generate agent identifiers. # f% e/ n' Z, w+ R2 \; Z9 t * @field serialVersionUID$ J! m Q% i6 C7 S
* @ S! ~1 `4 \( `' C
*/ 3 l; p* N/ i% y: V5 u1 g& G/ Z, ~ private static final long serialVersionUID = 1L) E. G* c6 o$ p+ `# ?7 Y
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/** N4 _0 v |5 }' Z% M1 {
* $ ]! i. z! r! O/ z& ~ * This value is used to automatically generate agent identifiers.7 N+ _) Z" d+ W5 q7 U
* @field agentIDCounter ; Q) B4 c6 w J1 Z# o * , D, y3 Y0 o8 o0 ]% v */ 5 o" b3 {; F2 X: k- Y protected static long agentIDCounter = 1 : e" `( A9 t! F$ e U! U. x( X7 s& g
/**; ]/ p3 |* i7 T E. c& u6 k
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* This value is the agent's identifier. & f# t- R+ C- s/ _% h$ b' P * @field agentID 4 g* k, k0 O3 N5 t1 @ *. G" L/ v$ r% O
*/ 5 k6 J7 O; I, Y$ g" d; Y& S protected String agentID = "GasNode " + (agentIDCounter++) ( Y& L$ f V; g' o& L0 D7 o, V4 @ w* \
/** 2 y7 i* I4 R$ ~0 [4 C *: d6 ^) v9 X5 F" @" i
* This is the step behavior.( ?( v! H' {: S: ^* u: v% _& a
* @method step ; o: }& c9 g% H3 V1 C" I+ o. p *" o0 W6 T3 d9 J9 N* T F
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@Watch( ' ~( W0 U* F# P7 C watcheeClassName = 'infrastructuredemo.GasNode', ; O3 h& `* }. M1 F+ n watcheeFieldNames = 'pressure', ( k/ y4 A8 u$ B" q h8 V5 r- U query = 'linked_from',/ n* s6 L2 w/ F5 o9 c) o4 t
whenToTrigger = WatcherTriggerSchedule.LATER, 9 l5 q" Q' m( ?! t+ k; Y* r; h scheduleTriggerDelta = 10d. m2 f+ H- H+ s* t5 w
) R7 _% r8 K+ Z# R6 T public def step(infrastructuredemo.GasNode watchedAgent) {; t6 R& i! c7 d0 O: `
6 O0 [/ x4 I. p a5 L- E' A8 W // Define the return value variable.- d. }4 ]; a! Q0 J
def returnValue / u$ v$ t" h( o. x: X3 a U9 ?' I6 X i4 Y5 n0 [2 f
// Note the simulation time.. q( I) M) Z4 Q, L! p. X
def time = GetTickCountInTimeUnits()# b- f1 y& B9 J( k! X
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// This is an agent decision. : v0 |0 u, a6 G# ? if (watchedNode.pressure<200) { 4 y6 S# l; B4 E7 O* x _* l" ^2 R& I6 h+ ~
// This is a task.$ w2 M: T; |/ B J- _
setPressure(watchedAgent.pressure)3 O7 n5 T! k6 w
1 b* t( i U( M } else { # n3 y3 A, _3 K# G4 r3 ~* ~6 I- y x$ d4 ~( r2 V
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// Return the results. ( c6 ~2 p8 F5 ?: ^$ @5 K return returnValue 9 z( c; D" U' U# a1 ], E* z& m, O8 f, X3 J
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* This is the step behavior. d1 Z$ _+ w8 b$ k' E( ^, g7 u+ K, I * @method step % g% p5 y- M9 r. N; Z * 0 Q9 h0 W6 ^& @7 C# s Q3 }* E# e5 K */ 7 ?: C2 O& \ Y6 A @ScheduledMethod() }2 y2 V1 d8 C5 @
start = 1d,( j" G _# M' ^- @
interval = 1d, 5 I& B: o4 C3 g4 w! d* T shuffle = false ( ?7 v3 w- ?, ]* b; ~9 o ) % K; {1 b. Q# J5 B- X* X public void step() {, N) l x6 s: L6 h0 ~" l: |3 ^
6 [2 P7 Z- j! J& z: @: ~0 l$ M7 b1 N // Note the simulation time. . q- W6 ]% ~; n) q; F def time = GetTickCountInTimeUnits() - S* f5 B# s8 ~" H3 V7 U 6 N% |4 K/ I3 m2 q p. t( h // This is a task.* _( b3 G( I4 l1 z
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! V* d) x7 E ^/ I
// End the method. - U# a3 { f, y+ o$ @0 z return & n. ~3 u- N1 m. q , T9 [. \3 B- T: \+ V! a }
注意,在函数step中! I. v6 j6 d4 W, ?, n
public def step(infrastructuredemo.GasNode watchedAgent) { + x' e9 ~4 t: E9 w3 X //这里是watchedAgent) ^$ J# z! S. `+ b. S& g! x
但是在语句中,你填的是watchedNode4 [ j5 m- Z" A' V; L) Y
// This is an agent decision. * t& E' R7 H* A$ F$ {& ~) O. g if (watchedNode.pressure<200) { 3 [. Q* t+ x! K: N setPressure(watchedAgent.pressure) " N; W8 w( H. b, y+ L& m变量名称须统一,可以都改为watchedAgent