% x# @6 R) M3 a5 z: s/ ~* w@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")* v6 B9 W& p8 O
public double getMeasured pressure() {' H; ~' r D, m
return measured pressure / ]8 H# r% s# W% s }5 U9 N$ z: ^0 p9 {: n
public void setMeasured pressure(double newValue) {1 x9 Q9 M& e T
measured pressure = newValue 8 {8 \: s/ {8 C1 a/ E* W4 m" Y } V+ C: w7 e: `" ~0 i! n public double measured pressure = 0 : d- r ]8 k8 L- n9 D 1 I: m; E5 b8 [ /**" D0 a5 E9 s# |6 L
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* This value is used to automatically generate agent identifiers.+ o# K) O4 j) P+ p& M
* @field serialVersionUID6 N' Z6 o/ I7 x% I3 f# P7 H
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private static final long serialVersionUID = 1L % G; ]; u+ C! O5 F9 f( C& x% m / t3 p8 c/ N+ }3 Z/ ] /** ' f, l6 P/ C/ J' D5 X * 7 v% f g' N, J7 |$ n * This value is used to automatically generate agent identifiers. ' S7 z; {: B3 E9 p * @field agentIDCounter) _5 A9 S9 U0 v+ f6 E
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protected static long agentIDCounter = 13 d, r3 f7 o* h- w) c# z0 Y
8 \, K& f" y' e9 m /** - C. O# v3 S4 H * % c9 @1 u. J9 L V" I4 G# L& Y# v * This value is the agent's identifier.: F$ @3 a$ f& y; r$ v" Q; D
* @field agentID: ?- ^8 O6 f$ W0 w/ ~
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*/ ' n- `5 a; k+ a9 ^0 E# e0 D protected String agentID = "GasNode " + (agentIDCounter++): A, Z( V$ Z* w& E+ C; Z5 f
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/** 7 [7 @ d$ n9 T) n% ^8 _0 h: T * X; J* s3 X0 \' e0 R: {" C * This is the step behavior.2 _$ Y, I7 B& G T1 ~
* @method step 7 Z7 }+ ?$ ~1 I, F4 q1 n5 K0 P& U *8 V" }0 y# ?, J
*/ 3 j% B& {2 p: X: B* _- G) c @Watch( & E( ~! f* z% _5 Y watcheeClassName = 'infrastructuredemo.GasNode',( _( R$ C9 ^" u: K
watcheeFieldNames = 'pressure', 3 w, ~. d' U1 N query = 'linked_from', 7 K. z0 F* Q2 Q" R: ^4 X whenToTrigger = WatcherTriggerSchedule.LATER,8 X5 v& E% \4 i. Z
scheduleTriggerDelta = 10d) X8 V3 @& ~: @+ P4 a) |" ~, J, v# ~
) ( Y8 n% }! Q" t: c public def step(infrastructuredemo.GasNode watchedAgent) {) M' n7 L: x1 k3 Z, w' u% x& S
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// Define the return value variable.) a/ F' W. U+ i* N% \* [* L$ o6 I
def returnValue |- z) _4 R5 l4 }' `* m% B' e+ ~
// Note the simulation time.5 d/ p- O z F1 U
def time = GetTickCountInTimeUnits() $ N' C S8 m3 |8 Y5 n! V+ j6 g) `% e f' o6 o' ?8 F
: n( D4 _: c- Z% s1 E! M // This is an agent decision./ A, N/ V7 L5 W& O1 l
if (watchedNode.pressure<200) { & U! _1 z7 {/ ~$ W' J* x( Z1 O- W $ W0 Y! _" V2 V' c$ U // This is a task. 7 P+ ?3 v/ I* i! o0 } setPressure(watchedAgent.pressure)- W2 c0 `/ w# P+ X0 y. d
" b5 w/ P" g+ p1 }% @( P } else {0 \' k0 w* P0 w) H
+ L9 C5 e7 y* t% [3 U; U7 _* n2 J# m" a & g* M% u3 F4 e3 K, V } , d+ w& i4 {" I( T // Return the results.- v& p; U' B9 C! q9 ~2 X, _0 \
return returnValue' z5 \ N: o1 ~8 A: U
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} 9 ~/ L2 z3 `7 D; w$ x2 z p2 B2 o' x9 a
/** ) E9 [8 W7 \2 M *8 `% i% O3 B+ w
* This is the step behavior.: K, p) h, `$ U, ?
* @method step1 N8 W* I4 j# j
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*/ 5 d& p T4 I! L @ScheduledMethod(; C }% x# N) D8 H$ ]* ?
start = 1d, # ?2 V7 D& _* |& { interval = 1d, - N% @6 J2 i9 n6 Q5 y$ {& H/ | shuffle = false8 ]' Q2 A9 }: V$ }8 n
) . d: t- Y" J9 n |3 Z; N2 v public void step() {& c. g/ f2 _# ~4 P
4 m/ s8 k/ k3 Z2 z) g' c' i5 X! p2 o // Note the simulation time. 9 ^9 E9 j" \/ ]1 p: O2 m/ A def time = GetTickCountInTimeUnits()* J3 E# d( ?6 X; ?
% r1 ]; z) ?1 L3 N% T, ~! s" o8 Y // This is a task. 0 h! k! _9 x% B! [3 \2 D measurePressure=pressure+ RandomDraw(-20.0, 20.0) 6 }$ L+ S" l. s) \# p( h& n // End the method.# R. @! }: y" B4 N4 H* x
return 4 Z5 h3 i) d f3 P 7 |" n( g0 Q( W& D. P D y' [ }
注意,在函数step中 j! g4 [( E W: W public def step(infrastructuredemo.GasNode watchedAgent) { j! q9 M, V+ C
//这里是watchedAgent# X0 b m' v" X! n* x
但是在语句中,你填的是watchedNode + s6 X8 x. ~ |/ h8 e% K // This is an agent decision. : C0 Y$ W* X" _( ^ if (watchedNode.pressure<200) { 3 V1 ~( B% \( O* Y# c
setPressure(watchedAgent.pressure)1 g/ n( V" X& x: R
变量名称须统一,可以都改为watchedAgent