' ?& }* @1 A, _6 J3 N- l! S 6 h6 I3 ^" h7 |$ e0 d@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") . i4 p; E& r" u) S1 M9 w public double getMeasured pressure() { * A. ^ J ^$ D: L7 L return measured pressure 7 `- J! X6 N$ q! ` } - z2 q; y* G+ p public void setMeasured pressure(double newValue) { 6 @8 B9 L" k% B measured pressure = newValue/ D' s4 X; e/ K8 q- _2 X: Z
}" [7 U: _7 I, D7 v! `% V4 \+ [
public double measured pressure = 0 $ {3 b: D9 m+ ~: G4 ]- ] q & _5 |, h% T& t A /**% D- X. s0 W% \, E" W0 L c
* ; S/ u0 z. o; x3 J * This value is used to automatically generate agent identifiers. ' p9 Z8 E8 K8 w+ D' g' [: H+ z * @field serialVersionUID; N* j8 W7 Y* X
* ) ^9 d, s2 z, ^2 V( R3 f */# H6 L2 P; e. ^% m7 v! W7 z
private static final long serialVersionUID = 1L: L c( p' b& k9 ^
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/** , t5 b4 e/ B6 d3 @8 K *5 w+ `3 q% _, U. |* U
* This value is used to automatically generate agent identifiers.0 C5 t8 g: Z( X3 x' r( r
* @field agentIDCounter : t& Y5 r8 c" B6 E% O# G *+ n; i: Q9 f2 `6 T8 k2 e
*/ 4 m( g; X, m9 I/ R protected static long agentIDCounter = 19 W3 ]9 i' x+ ]+ \5 M' G( Z
+ B, Y. r: L. V' ]( t2 {: Q /**3 k( q/ Y5 a a; s8 z
* 8 Z! p+ U+ X* i * This value is the agent's identifier. ) i# G3 @8 V1 G8 Z& ] * @field agentID * w! j- g4 W3 B4 K * 4 i1 R$ C" b3 w4 m% ~ */, f6 k* L/ Y( p0 D, y% e
protected String agentID = "GasNode " + (agentIDCounter++) ( I) i4 t; R) ]# b7 n 9 t" T1 }" v# L; P1 ?7 s7 z, e /** % O, @. x& J+ ? V. z" p *3 u) b, h! s9 c& i3 M1 ~
* This is the step behavior.9 J5 h" }5 B m% x' I$ ^
* @method step( {& G( G4 ^3 y) N9 B; C x
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*/ ( b6 @2 J# s9 R* P- `( m( Q) u8 C @Watch( 0 S/ N) h6 w) Y; Z+ ~8 p watcheeClassName = 'infrastructuredemo.GasNode', 4 g* C+ O+ O3 @ O9 s3 N2 Y) x watcheeFieldNames = 'pressure', . `& d+ Y% I& b& B% N query = 'linked_from',) O2 s" z5 w0 J3 O2 d, g3 }5 W
whenToTrigger = WatcherTriggerSchedule.LATER,; b3 b" q0 r. H$ \. E/ O
scheduleTriggerDelta = 10d* ~$ `3 I5 F9 q# }% j% J1 I, z: v
) ' \7 t7 L, R# M9 q% i public def step(infrastructuredemo.GasNode watchedAgent) {$ \# E; ^0 g7 j' D6 ~. N1 E
0 i, P; Q3 ?8 \( M // Define the return value variable.7 ~ `/ g6 R9 J) Y# T' I0 y! m* a! C
def returnValue" a" [% K: a4 \. I& ^; J4 h$ m M
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// Note the simulation time.6 x6 u7 N* O; K( t3 p- O9 c
def time = GetTickCountInTimeUnits() ' d `$ i) u2 X5 s t: B- o7 w8 w5 N' J5 Y
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// This is an agent decision.( W& g/ n2 T, W$ u: H
if (watchedNode.pressure<200) {& i: [& N+ B% s( u0 [, K* G
: \6 B, S+ g+ I5 M- f, j: r
// This is a task. - `5 h7 Q% d* E# S; {; f setPressure(watchedAgent.pressure) * Q5 v! t: C& d! o3 |" c( C+ \- A9 g1 Z. u/ ^) T
} else {" \* u: k: N2 m2 O s
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} ; a( r% q1 q9 v+ ^ b4 V // Return the results. 1 Q# S1 A: F/ M, ~7 h return returnValue / E, W' T) B+ h+ F 0 Q* f7 E; X# w+ l8 h s }% R$ K) `) w5 Y& y0 u- n
* X: }: Z {* U! H+ r3 W /**6 m! v6 @, ?$ g$ h: R
* ; D6 b2 ~' c% }7 ? * This is the step behavior.( q- l$ e+ E& L5 k
* @method step , [% F# q5 K, C4 M# T * 7 e! I! {$ x" ~# m3 O */ / ]6 X% j; z& u) H @ScheduledMethod(! C+ i# k- ^' k. n
start = 1d, " J$ O' ~7 Y% E+ W; L interval = 1d, ; R7 P2 Y( c& ^/ B6 z' p, |* o) R' L shuffle = false # M y; y, f$ e' r3 S )) x( _/ R, y" W8 U
public void step() { ( j% n# D: d- m' o " Q6 t% F% b8 k: o // Note the simulation time.( p" A+ \2 D* J8 @( q, X
def time = GetTickCountInTimeUnits() h7 P# ~0 o( m4 p" n8 t; `( A, w& Z5 f6 s& `# y
// This is a task. ' i- M/ U o0 [6 N0 I8 @5 G measurePressure=pressure+ RandomDraw(-20.0, 20.0)! k" ^& D o' z, b s
// End the method.8 x$ L$ M5 i/ T9 l! o. Q7 Y, V
return o6 F# l4 \$ w. n% _- l1 ]7 j
注意,在函数step中 : T* \! B9 L& e3 ~- T+ P' y, z1 k public def step(infrastructuredemo.GasNode watchedAgent) {$ M& R# o1 _# {. l6 C y" f
//这里是watchedAgent $ r# _1 ] m& G& _; o* s 但是在语句中,你填的是watchedNode' _9 y9 C1 m5 K* I7 ~$ {9 D( l% R
// This is an agent decision.* {5 O* o/ x2 Z1 I' H
if (watchedNode.pressure<200) { " X6 I. t) c4 V$ p( C( @# _1 N
setPressure(watchedAgent.pressure)1 U2 Z1 h2 D2 G+ r4 R
变量名称须统一,可以都改为watchedAgent