, t ]( k2 C2 [4 }6 Q2 T9 m 6 N! z- M( Z4 _* E; `3 B@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 v) h% `: V( ^8 ? public double getMeasured pressure() { + |* g8 m; F" l! h) `2 F return measured pressure L3 s' t4 h$ t' ]+ I0 k; ^
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public void setMeasured pressure(double newValue) {" W! C7 N. i; H' }% F) o2 G
measured pressure = newValue 8 T5 M4 Z7 k- T- a2 K) h, } } 7 X/ @7 o0 n0 V3 s( r6 | public double measured pressure = 0$ @. V8 Y, ?* n
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* # p+ q" s9 a4 K3 b4 ^8 _6 ?+ F: M/ x& Y; g( T * This value is used to automatically generate agent identifiers. ; B* }2 {* P; Y * @field serialVersionUID0 |% I3 { P _" U4 n9 H
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*/ & Z8 r! M# T5 A2 n! f) } w0 O private static final long serialVersionUID = 1L 9 Q0 L0 y4 J3 ~* D6 H' k) r! [8 \1 S. K, J
/**' N7 ^; W3 K! F! N( [& A
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* This value is used to automatically generate agent identifiers. 0 H9 d" u4 C3 n, D7 G4 I: p( ~ * @field agentIDCounter 5 D$ n8 Z4 s w- m * % Q2 }) W3 O ~. n */4 }6 d8 q) p) ~$ Y( [
protected static long agentIDCounter = 1 $ g; N% c0 ~& l; k# o3 Z. x& N8 i3 c) V: @0 J! W3 c0 s
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* This value is the agent's identifier. 9 t% x9 O7 x+ W, f6 G * @field agentID / |9 j$ |- ^, S *6 h- w2 r, q4 m4 s8 I
*/ G# f1 [ Q* j7 U1 F* X; K: ]
protected String agentID = "GasNode " + (agentIDCounter++)4 d6 l+ D4 D( l3 N) w; ~8 t4 W
& [- G9 w! x$ s /**' q* { R9 H" l( @8 e- f! e: }, {
* 1 \ \! j1 T) p; j! [ * This is the step behavior. / |8 p% u8 z' i* ~/ D * @method step+ W3 e* s; U3 t6 P! b4 `" Y* @
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@Watch( # }. R( h6 X, a* e' h1 ~5 V2 ^1 N watcheeClassName = 'infrastructuredemo.GasNode', ! S# U; ^4 o$ h) h watcheeFieldNames = 'pressure', ! w5 R0 B$ f: Q9 y9 } query = 'linked_from',9 p( d/ S; D/ x r- r% w- t7 E
whenToTrigger = WatcherTriggerSchedule.LATER,8 d0 |6 s( n$ Z0 ^# e* B3 D
scheduleTriggerDelta = 10d' k! ~! T, m8 r! w' V6 Z. Y' I
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public def step(infrastructuredemo.GasNode watchedAgent) {8 L6 A! m% s* O1 D) Z
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// Define the return value variable.0 |6 f& \, I. s9 w0 b; K
def returnValue * Y: }, v9 a% b% O/ H 7 }* c% ~# L1 q! @* j" d, U // Note the simulation time.. I& l0 K+ a) m) j+ K1 s
def time = GetTickCountInTimeUnits() & J" x9 A* F3 L0 y& U, Q, P8 Z4 _0 j+ W
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// This is an agent decision.( E! {" Q3 H- I) c `( h
if (watchedNode.pressure<200) {; O$ D( \0 U' l! @/ ]+ d
( v8 i7 }5 i( R7 c& s0 e // This is a task. $ `) {- e3 X: I, E: p3 f1 ?4 y$ O9 D! | setPressure(watchedAgent.pressure) h5 N! ~! {- E( e5 d' |, B3 b+ C
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} else {2 Q/ [9 L; {" f; Y9 q5 t1 n7 x, H
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// Return the results. 0 O' N, @& v3 Y$ z! P2 }/ R" ~ return returnValue % l* R+ i( w9 b4 B, x 2 L7 b2 P( @4 G } + W! o/ t5 l* P: d1 x2 q + |9 D% A4 P" `1 h7 e1 x! y /** 7 z( C3 d6 @- g4 ? *8 i' L5 E6 R2 d5 d; M6 x2 a$ q
* This is the step behavior. + W. K q' [4 B% Q * @method step# b9 G6 P y% W/ v- H, l# Y% l
* % s; _+ L: r6 \& U3 Z5 _$ u. G, a3 Q */ : S- n4 v0 l1 U @ScheduledMethod(4 M# R( B/ a7 c8 i
start = 1d, / T6 j8 J, f; W# j* @/ v interval = 1d,- `6 {' s$ ~: g- M' `! S
shuffle = false 7 N4 U; _; X- o8 W8 O# k6 x ): o, R1 L( d9 X6 U" W3 H) D% _" H
public void step() {( t0 w, {- s' Q6 e2 B* P& f+ u f
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// Note the simulation time. * @7 S- f6 [) n d def time = GetTickCountInTimeUnits()) L. `0 c/ n4 Z6 Z
) U+ ^) n' t3 J0 h! T- H- G // This is a task. 7 t& Q* s) W6 D; l; r measurePressure=pressure+ RandomDraw(-20.0, 20.0)9 b5 j% d1 e) l. ]% b
// End the method.4 Q" q. ]& q, O" _0 I) d# |: E
return 0 n$ t& q! T2 e m. C 6 b$ A( S' l8 k1 Q% M }
注意,在函数step中 * S& A9 J2 ]1 v public def step(infrastructuredemo.GasNode watchedAgent) {* l+ v( D1 ^1 A6 }; I! R! m- P
//这里是watchedAgent ' h z" S' | q$ x 但是在语句中,你填的是watchedNode/ F$ Y# y5 I2 ]2 n8 x2 s
// This is an agent decision.1 f6 \' |0 x S9 I
if (watchedNode.pressure<200) { 8 U6 O, \6 r$ n* r G: Y# I5 c
setPressure(watchedAgent.pressure) - O# u4 S1 u( b* d变量名称须统一,可以都改为watchedAgent