' g" F4 ?5 L& ]' M@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")0 ^. |2 Y9 G+ R
public double getMeasured pressure() { & I% o( W! _. w8 Q U2 z1 q return measured pressure ( B" f9 |# @! m } 5 T8 }" \$ N. A! M, | public void setMeasured pressure(double newValue) { " [: `1 N$ L% w0 }( T7 ^ measured pressure = newValue 0 o( e. L, z0 u- b+ H }1 [0 W. B" i1 h* @+ Z
public double measured pressure = 0: z& ] K1 M0 z4 I; s& ~( b0 P
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/**% z s" h* Y& E2 }7 W1 c6 w/ ~
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* This value is used to automatically generate agent identifiers.8 M7 S; e6 | k2 X7 E3 z
* @field serialVersionUID * f7 }) N) J. j" }8 u- B *( I! F% u3 T6 g+ W& _! q
*/ ' O1 H' m) H0 C3 ]4 K& W private static final long serialVersionUID = 1L 5 r3 ^( m$ {' [; P 3 K' U! A% X8 j. ?( D7 L /**. Y, J" F( ^1 {3 Q
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* This value is used to automatically generate agent identifiers.$ `% W* P7 v) ], p# S' D/ |% b
* @field agentIDCounter+ o; ~7 z6 h5 |* i
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protected static long agentIDCounter = 1 ! x( ~9 ]$ V! b6 R$ V7 m3 M3 x$ a( K! K! ~
/** . j( `5 J' A. S * 1 a$ X! ]) p/ o3 a/ j6 x. G$ {: I * This value is the agent's identifier.' p# t8 N [* {6 m
* @field agentID& {2 j" T8 F; R
* $ j) Y. y2 O, D' P5 R3 }. A7 `4 { */ ; U& O) M) E h3 \* M protected String agentID = "GasNode " + (agentIDCounter++)6 I- T3 A( S, B" n
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/** - ]5 S% S7 d) ~1 X$ ^9 j* C+ F *+ {2 b& b, S1 e U& L5 s% g
* This is the step behavior. 2 w- X) |8 o, k9 T' @- e' C" b1 V * @method step d/ c: |; o: k {2 B0 r( v8 n3 K
* % H% E. O& E, `% m/ k */& [! J/ {4 w0 J7 h$ v. u* @, `# [
@Watch( 2 {3 I7 o- a Q watcheeClassName = 'infrastructuredemo.GasNode', 7 w- ?* g( p. R; d( U watcheeFieldNames = 'pressure', % o# \8 r+ y L5 `, O query = 'linked_from', " x! v* ~/ W- g4 T" M whenToTrigger = WatcherTriggerSchedule.LATER,9 u; @3 E4 N& e9 C
scheduleTriggerDelta = 10d, Y! ]+ Y0 Y. Q- o: t: M
) . @0 a3 ?# _4 J: ^/ t, u2 |$ p public def step(infrastructuredemo.GasNode watchedAgent) {- U/ w) Q/ _5 M% k0 H3 c4 F. w
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// Define the return value variable. r. d& B U/ R9 Y def returnValue2 V$ i+ l0 @ z7 s' _
- Z$ f. f/ G/ w, v // Note the simulation time./ y- W; D! T% {- ?' B5 {" m
def time = GetTickCountInTimeUnits() : M6 R8 @% F; `. m6 m' c, X" k, v) N j, }& g# }
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// This is an agent decision. 9 Z8 e+ N( P/ y3 y if (watchedNode.pressure<200) { 6 J1 P6 S1 `" p& ~# z3 E) f. b9 Q" K0 J O' N! T/ ^$ {+ T$ m
// This is a task. ( G% _9 u/ ?; g/ P$ U& U& |0 p9 V setPressure(watchedAgent.pressure)& Z; a7 W9 N6 [/ J4 D
1 \6 K+ A6 b v6 E( w) c } else { $ i# [/ X3 \9 [; L2 Q: V: } 9 R( s3 J X: m $ q( a' d# ~1 k V- D1 r0 Q } # t5 R- A" z" i" [* v0 M, [. n // Return the results. ; ? p) t: x" V return returnValue! {0 q& U$ v! o. V. b( H
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} - v l7 v" u$ b ( m. y7 ^. g' B6 Q. @: c' k* M9 _) h /** " H' K4 x' [3 k4 q' p) b* F0 e" { *- W1 P" s* G6 M, b7 y e
* This is the step behavior.# x/ m8 q) d# H, O+ B- W* j8 n+ T
* @method step 1 G- P* i t* B * 2 K$ O* B( X$ U }$ s1 D */ * Z, [0 F6 p, S- }3 d @ScheduledMethod( ) b0 s/ C5 }: ^ Q# U* ~ start = 1d,! q% Q" V- Y+ E" Y
interval = 1d,+ i# n0 I2 t1 s
shuffle = false 2 H+ |& e! q6 t# Q )" f. y( `5 n7 k: G: Z. t
public void step() { & J' t" X8 f6 w* }( ~2 k 0 c5 c0 w, ]' I8 ]2 d m // Note the simulation time.8 w J. s8 O$ Y) D) ^
def time = GetTickCountInTimeUnits(), l" x. Q1 C. v$ o
- p* A+ u- V# r& p0 k, _, b4 W // This is a task.& K( }8 v8 C: |- ~
measurePressure=pressure+ RandomDraw(-20.0, 20.0)# Y1 N" ~! f6 q* K, }: }) j1 w' Z
// End the method.; a/ \6 e1 j. l) v2 s
return 0 ` A, d: F8 Y5 G0 Y ) x/ |5 E' L& Z' M }
注意,在函数step中 ' Y e' `1 u- O d3 z4 W* X1 q public def step(infrastructuredemo.GasNode watchedAgent) { ) y+ [6 K1 z7 X! F //这里是watchedAgent: |! m( f- C& M. e' r% o
但是在语句中,你填的是watchedNode & X1 ]9 \4 F* R. e8 ~ // This is an agent decision. ' ?2 Q& G! S/ l* h+ a/ l8 d' V if (watchedNode.pressure<200) { * Q8 m2 t6 T2 `7 W1 f setPressure(watchedAgent.pressure)5 `3 L# C' O7 b1 R% H
变量名称须统一,可以都改为watchedAgent