0 w6 ]; |# V$ |# e : G K+ C, `+ I7 F6 N @- p8 _@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% K% B8 r3 a4 r u8 I+ ?& Y
public double getMeasured pressure() {5 s/ x1 M4 i- t' j t
return measured pressure8 _0 L0 k9 F7 l! [
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public void setMeasured pressure(double newValue) { 3 W' ]3 \5 R# H6 j' A measured pressure = newValue2 w9 d3 m3 b S# w! o
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public double measured pressure = 01 o1 y. z& U' y* m7 p6 n
/ T5 f+ L* \6 ? /**1 t1 Q& v/ O n/ H S
* ( \6 t( v% h0 _7 ]& E) J * This value is used to automatically generate agent identifiers. & {& v$ z7 n& y * @field serialVersionUID ; p0 ^& m. d( Y7 o- h8 u! n U * # q s6 A. P, Q M; t, M6 A */ . F p# y% g/ ?3 Z! U( G, e private static final long serialVersionUID = 1L 2 L% C& t5 Z' E9 q" b6 h" j+ V$ b% z! T$ f( l
/**( r. Y4 L9 c+ g, I! {; n9 f
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* This value is used to automatically generate agent identifiers. U3 u3 Z% `, z* G8 U' l. v * @field agentIDCounter: M& K# ?1 V2 H8 r8 Q' T$ }9 @2 }* P
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*/ / G3 N4 B4 k. d protected static long agentIDCounter = 1 7 T3 f; a4 c+ P, _' q7 _8 B2 ]! G' l1 q& K# m. L4 w
/**, \. q& G, _1 R7 ?
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* This value is the agent's identifier. 9 A) y6 h" Y o& O5 ~( Z * @field agentID& @4 a: L5 \" R0 T
* / D) u4 b: L; k */ " `* U2 C4 k0 R protected String agentID = "GasNode " + (agentIDCounter++) , m) I) e, ~7 f/ ^7 X# h0 f; h' N& f8 B/ W, `: O
/** 9 E' i1 \, G+ O5 K0 X7 p' v * - @0 u8 ?; x P% e ]% Y: b * This is the step behavior.( @( R8 {! ~/ m o- M9 k. N
* @method step 7 u0 V3 U1 j" Y" x' u6 e *: v& ?6 P# b/ ~' Y' e& h% H
*/8 p5 K5 O$ D& N% e* @4 |
@Watch(; f7 Y4 z/ z. x: ?; v
watcheeClassName = 'infrastructuredemo.GasNode',8 @3 A$ b) k# O+ g7 M" S% e2 k5 [; }# L
watcheeFieldNames = 'pressure',& O! c* e4 V& y( j2 k& @9 b6 @
query = 'linked_from',9 L/ \6 i: {# ~ q( ^* ?2 o
whenToTrigger = WatcherTriggerSchedule.LATER, ; E; @& v' K( r- H3 L9 ` scheduleTriggerDelta = 10d 2 f1 C l! Y1 J) I7 _ ) : T0 t; e! W d, m public def step(infrastructuredemo.GasNode watchedAgent) {" W. k1 w: x; j+ o
7 ?! ^# v1 b" i7 N' @# {
// Define the return value variable.8 q5 D1 i7 s$ V, G
def returnValue 5 ~' Z5 s) s; i( t/ \7 D9 ~ a& _* Z( D* q9 F9 R: H
// Note the simulation time.# y2 R$ o2 i' X
def time = GetTickCountInTimeUnits()* S# q* p# }, K7 [1 g# j) ~5 B" ^
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// This is an agent decision.$ E* w9 q( \) L$ v) b/ n6 z: e
if (watchedNode.pressure<200) { ; g4 A7 W. I3 L" i! s: i 2 C" F4 A7 a' @, e3 V) r // This is a task. * E# E- h" X7 ^; X0 \2 Z5 R0 S setPressure(watchedAgent.pressure)* ?) z" X+ H* S8 f% X; C+ r
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} else { % @" E/ ^% o: J9 U# r+ S9 w, W0 h* P7 ~9 f$ X @
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// Return the results.8 J+ ~* D% B" b
return returnValue* F* L, `) Y0 Q3 o/ O2 C' c/ S
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} : ?1 h7 E+ {# n4 h; ~ ' y* a' ]; ?! e. D+ o. H9 B1 h /** # T- C8 O- H9 d: L * / y& A! i) H- t/ l * This is the step behavior. * w- q8 |7 c! I O * @method step ' i- ?8 j$ q+ J * ( u+ N# J1 h% m# v Y$ _ */$ {5 E: B) Z) i) k' g& F, W
@ScheduledMethod( ! j- J2 n+ {7 L8 @, p: O start = 1d,2 w3 R6 ^9 m# |+ e
interval = 1d,2 X2 Z( L1 s! B- }; f0 `
shuffle = false 4 {! Y* N' f9 s, A3 j ) + Z( b( q0 [. X public void step() {7 ~4 { k- x( E* x/ G
: B0 J8 d: l7 K // Note the simulation time.1 M( o5 l* }6 K1 N
def time = GetTickCountInTimeUnits() 3 ]$ S6 G0 @: z * }# J8 a; Q! U, W% A/ ?8 {# ^2 { // This is a task. I& S. Z6 m# A- @0 m) t measurePressure=pressure+ RandomDraw(-20.0, 20.0)" G) Q r5 C8 P5 l+ w* u! n
// End the method. ( [8 y( s" b& x, J/ O$ T4 z$ S return ) K( t) ?5 \ e |: v7 T 7 B8 I, h' F( S, R4 `5 g }
注意,在函数step中 3 c- R$ G- {. N, g public def step(infrastructuredemo.GasNode watchedAgent) { 7 T0 X, A/ b" @8 H8 p9 D //这里是watchedAgent+ `1 J" s6 Z, [
但是在语句中,你填的是watchedNode9 o' i: T. S9 U
// This is an agent decision. % ?# ?8 o U3 b# @# C1 o9 V+ C if (watchedNode.pressure<200) { . K3 ?2 P5 O9 l( {
setPressure(watchedAgent.pressure)0 S* B9 o* I9 U' c+ R
变量名称须统一,可以都改为watchedAgent