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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"): Q3 }* D. E1 o, X$ k; k
public double getMeasured pressure() {/ y) B# o/ l1 c0 x8 p6 S1 [
return measured pressure 2 h: u' v4 C: C/ h* Z( A }7 y5 I8 t* H9 L6 t1 [- Y
public void setMeasured pressure(double newValue) {5 T6 r, n, V$ m3 d; s, i
measured pressure = newValue" P0 P7 J+ }2 W* Y( X- B' x
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public double measured pressure = 0( v$ a' u [# }5 m- ]
7 c( m/ G% F' F6 y [ /**/ }5 F1 {* i* s& G& O) m( y7 l
* - m- s! l, }0 q+ p * This value is used to automatically generate agent identifiers.4 o5 V/ o, S& `1 m5 m; Q2 b
* @field serialVersionUID1 C3 p: G9 J. k( S
* 5 K2 B+ ?; p6 r */ % \+ |- D/ O. E% f" |2 B5 I$ ~$ X private static final long serialVersionUID = 1L) Z1 M/ w: x$ Z
6 @# ?0 u/ t& ^) f& ]* U /**3 N7 g! X0 Z* R Q6 X
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* This value is used to automatically generate agent identifiers.) H/ d: }' z* r/ b% H9 g( Y @
* @field agentIDCounter) m" N8 O% y3 L: z" i
* 3 _% Q; W' z& G5 J */9 O& A0 @6 K2 V- }
protected static long agentIDCounter = 1: n, {/ R' I: N- y) w% s: ^
9 N; g7 A8 P. b, ^" ~* K( r /** 0 r6 o6 F6 X# B7 O# n# A: E+ n * " a- o- y4 c9 ~/ u I1 K. c6 } ? * This value is the agent's identifier.0 \; u& J% z$ Y* ?
* @field agentID ; a: H Y4 K% D: m ** U% ~% t5 X& }, h |0 r/ m$ P: Z
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protected String agentID = "GasNode " + (agentIDCounter++)% b: ]( K% I; T6 e6 {
# Y6 Q2 }6 g7 R /**1 G& h5 C" ^2 D
* 2 e( Q, s7 h6 J, }1 o. q' x( v * This is the step behavior. ; \1 m) Q g# Z; z& D5 R * @method step; P- \. H' ?4 I7 u+ [) F0 l6 t! \! b$ \
*) W- n/ W5 ^. l- ~2 e' w1 {
*/ ! s7 j( N2 F( \. @0 Y" _, K' d @Watch(, q% E( [3 n% [' e
watcheeClassName = 'infrastructuredemo.GasNode', . C# A* N w; o" ~2 a$ J watcheeFieldNames = 'pressure', C' F/ z5 z( M' o" ]' o
query = 'linked_from',3 g: E# J/ z/ T3 H2 I! ~1 Z" K
whenToTrigger = WatcherTriggerSchedule.LATER,* W" C7 y. L) ^
scheduleTriggerDelta = 10d: B- ^ X5 ^- Z' Z3 S0 u
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public def step(infrastructuredemo.GasNode watchedAgent) {6 a2 X0 `1 Y% g8 I% ]! J- f7 v: V
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// Define the return value variable.0 F+ ]$ Q( h. ^6 x+ u
def returnValue b$ c* ^/ x' \! u2 e 1 o) v, k7 a- e8 [" f L1 `! K8 L9 ? // Note the simulation time.+ t% x# {& m+ b. s* G
def time = GetTickCountInTimeUnits() , z! a5 l* u$ l 5 Z) w5 }7 A% t) E' M / y1 e0 a* q: E! z$ X5 _ // This is an agent decision. ! F% t7 x/ T- W' ^8 A if (watchedNode.pressure<200) { / J. ]/ d6 \0 \2 I9 B1 X & c) V% S; @; r" ~0 ]' c/ h. F) z // This is a task. ( n0 \+ i; k8 R! g setPressure(watchedAgent.pressure)! z3 X3 z: K% f1 L! t4 j
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} else {. Y- r. C' C( @* R& S+ W
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// Return the results.3 @( ~# c' t9 m Y& F. j. p: C
return returnValue& y5 `+ j( M8 K3 C1 b) e
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} * d1 x" Z( O& H( G; g, R4 ]: m+ f ( y# k7 S, E. r9 u8 E1 }$ v /** }# h' R- j ]2 P. L
* " I z" i) X, Z5 F3 ^ * This is the step behavior. + ^! _8 \" l7 P X * @method step9 |% u. R3 G3 Y+ N: f
*' M5 u! b* d! _- y2 \9 {/ n. k
*/ + \* I+ g4 q* R @ScheduledMethod(4 K& G" v. p- Y; o1 u
start = 1d,2 _( S4 o! A2 x; E9 R+ h* C. p/ |5 a5 V6 a
interval = 1d,2 O- N, C7 F2 S0 J' z
shuffle = false : D a- S) J3 ~; ~+ k0 t- z$ n )# U% X4 ~ B9 ?9 R
public void step() { % W. E( C I( A6 _- i2 m5 n4 Y/ f$ V6 @
// Note the simulation time. - d) z, C+ z* Z4 v def time = GetTickCountInTimeUnits()+ }* T) v$ y, E- \! g' u
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// This is a task. ; M k* u9 d' S K) J: D5 M measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 o' |1 {6 `3 h. `5 |2 t6 ?
// End the method.# L' _/ u7 V4 c$ V/ A" I
return! @2 U/ F: Y! [9 H E
注意,在函数step中 V- ]5 k* U7 U2 L. |$ h
public def step(infrastructuredemo.GasNode watchedAgent) {) X8 D$ Q9 X7 ?$ a
//这里是watchedAgent6 e! p e# P. s8 `: v Y
但是在语句中,你填的是watchedNode- z4 |$ p/ e1 F4 G. g
// This is an agent decision.: B+ t' Z! e- D. P3 U2 _
if (watchedNode.pressure<200) { . E8 L- e n( G( J: f) e setPressure(watchedAgent.pressure)- S; y. O: Y& z6 D0 n
变量名称须统一,可以都改为watchedAgent