1 T% d, z1 ~( G# K2 e( w, G@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 @- [7 v) ?) D0 N9 P0 h u public double getMeasured pressure() { ! ~/ O& b. A! s6 v+ I Y return measured pressure d3 r, j* K. b } / O3 T) I+ w( S public void setMeasured pressure(double newValue) {4 z6 V8 F r% I) V) t- ^- [# u3 S
measured pressure = newValue( j4 k9 S) o( Z9 s
} 3 w5 C, x* f! q public double measured pressure = 0. ^3 {; Q" r, j, ]& i2 [+ k( B
" c6 @ W" z C$ n2 G ^ /** : ~! k/ t7 {' {; C6 n * . r% W k- K9 [0 a2 u6 H * This value is used to automatically generate agent identifiers.- [ }5 o/ {7 ~
* @field serialVersionUID ! V1 z1 \% u# N" U8 ?: g; @7 X *5 \0 J; y) f2 }! T6 y& ]' h& b
*/ 5 k8 q) @9 H c5 @ private static final long serialVersionUID = 1L% w8 P1 v6 H9 Z* ~% P) m- t/ H% A
7 I. D, l9 x' v5 x7 ]4 a$ Z /** 7 o. n3 _) H9 ? D * - Y: o: ?+ T7 m6 M * This value is used to automatically generate agent identifiers. % t- t7 v% q$ i7 D& ?$ F- l * @field agentIDCounter : n' a$ O' Q0 N4 {, D *1 C: R7 k2 ]$ h9 C+ J l
*/ & O' }5 U: _) H* j protected static long agentIDCounter = 14 [% V! k# F8 d2 b7 o
! ~- Z( h% j$ V& \1 k4 ^ /** $ i# v3 O' u, c *0 {2 T/ w5 P& ?. d
* This value is the agent's identifier., ? ]* b" m9 h1 d
* @field agentID8 o- t+ n( ^5 J$ r. t& P
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protected String agentID = "GasNode " + (agentIDCounter++) & M6 u" U+ M* T k2 W1 X9 V% A- k- ~$ e/ a1 _
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* This is the step behavior.+ ~, ?9 a( B3 S/ a6 M* m; Q
* @method step 8 d1 [* C( F: a *9 ~" K) l) c( T4 |6 z
*/ / @- G: s: M. G2 T @Watch( 5 v% O- P- z7 ]3 P) ` watcheeClassName = 'infrastructuredemo.GasNode',. |6 S* j% Y% [, c
watcheeFieldNames = 'pressure',0 U6 N5 b! {! v8 |, V
query = 'linked_from', 7 x9 b3 o3 L! s* E% W" z: F whenToTrigger = WatcherTriggerSchedule.LATER, & W% z. g/ ]' t scheduleTriggerDelta = 10d % `& U* d0 V/ d/ t) ]+ ~* M t$ ` )* o+ q n* a( g* Y: l) G
public def step(infrastructuredemo.GasNode watchedAgent) { % E! L+ w" p# E & L4 S" V4 I& j. D // Define the return value variable.4 x# t$ X" P" C$ ~
def returnValue y y3 Z; R z a. q- u0 s( S9 R. @2 D0 ]7 Z( {4 A$ Q4 y
// Note the simulation time./ ^# E& ?. K9 m8 \. J3 v
def time = GetTickCountInTimeUnits()2 f- v0 k3 E% j
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// This is an agent decision. 5 u! k% W) a& S4 \ if (watchedNode.pressure<200) {8 S3 d" t+ c E$ `/ F3 X1 H
9 k) x7 n* |) G9 y4 I // This is a task. , X3 I6 s; ^3 o setPressure(watchedAgent.pressure) ; z) l0 y3 E* Z, r# `+ Q , Y7 Y7 H" g8 U+ p& W5 Q+ c: a } else {; P% b6 C( n8 D [2 M. ~0 R3 i
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} # ~- l, b! l6 M( U; w$ w w9 o; [1 ] // Return the results. ( ~) ]$ }2 m' M! o, | g: [9 n/ m return returnValue9 n$ h v$ i) A9 T. d a3 a+ m
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) k4 S* J- N0 ` /**0 b- g+ d; w7 u. ~
* & r! {! b* }9 a1 Z; p. U% s8 d * This is the step behavior. 9 i$ \! v+ G! \4 I * @method step9 D+ q! ], P. Q9 i6 m" |
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*/ ( S' Y2 P6 }3 s; r3 q @ScheduledMethod( 9 |- A' Z% W( Z, _9 { start = 1d,# i0 N( Z( ]6 \
interval = 1d, ) s- B6 g0 e0 F: f# t1 b6 R& n shuffle = false 5 r8 j! h' G a* K' b )/ `& w+ I) g2 E
public void step() { 8 s+ e. e7 M9 }2 Q0 S6 ]5 ~8 r3 E. Z/ ]- X4 Z+ h% Z
// Note the simulation time.( p; X. V+ |# H4 v: v5 u
def time = GetTickCountInTimeUnits() 2 [. m7 ]5 d8 ]$ s 9 h" W: o: ], e // This is a task.* k' \. I5 B( _
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ) A8 m# S/ o0 |8 z7 b/ y# E // End the method.# s- t/ \) K4 e
return + U; j0 d+ M6 j! F/ V& O ( i( I$ K2 d# T" X( |0 E }
注意,在函数step中4 a7 y5 F# Q# ~8 p2 L
public def step(infrastructuredemo.GasNode watchedAgent) { 7 u ~4 Y7 R( |+ E7 z //这里是watchedAgent $ \2 P. h/ q5 p$ w9 n1 P. V; ^$ o 但是在语句中,你填的是watchedNode ! u+ |+ E. Z7 U J2 U // This is an agent decision.! C/ L2 ^+ s: y( z
if (watchedNode.pressure<200) { . x9 V" `+ u h# v
setPressure(watchedAgent.pressure) ) N: L, F; I8 a" a变量名称须统一,可以都改为watchedAgent