( d! L6 D" c Z: ~@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") & A# {; h" x0 d3 q2 x6 V0 R public double getMeasured pressure() {+ X. I: |. c( B7 k9 `0 @$ s, _* _! t
return measured pressure' V0 V$ Q j& m+ K) i# [$ s/ @
} ' p {0 m" M ?7 S% S public void setMeasured pressure(double newValue) { + S, i/ U; j5 E( P8 X; H measured pressure = newValue 5 H+ B! k+ `- F" o) e; E } 0 g6 ]6 d; `. Q1 \: n5 G W public double measured pressure = 0: O7 i) ~6 Z! P. C. s( m
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/**' N+ E) o/ x' {" x U+ {- z Z; Q
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* This value is used to automatically generate agent identifiers. - z, r8 t1 q3 L- e * @field serialVersionUID" y& Z! T" {4 M7 o. w
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*/ 6 A0 ~) }7 \, N/ b. G5 Y private static final long serialVersionUID = 1L9 k2 U2 g, H w1 X; w" X+ e5 _
$ f; i" j# ?) b( i7 n- b6 O/ i) z- B /**8 F/ A) S& G: ]5 r: e
* 4 }/ J6 K8 i5 Z: v/ {& E * This value is used to automatically generate agent identifiers.6 T& \2 H9 E- _% \& S4 G
* @field agentIDCounter , S- }. `# ? m * 4 y. k* i3 T9 x$ t/ ^ */) L$ a+ F! t6 G! w" S& |, d' k
protected static long agentIDCounter = 1! p9 s4 _' w. \- c9 K9 {- e: }% S6 M. D: l
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/** 5 @ |* r4 Y8 C. z" D1 T+ U7 v *: b5 P+ \: j. y$ U8 W0 W
* This value is the agent's identifier.2 Z+ E' b& [ Q) \* f
* @field agentID - i- Z& A5 N9 ^" r* V" B( v' o * . T) g {. d: Z7 {- q) K! l0 k. b */# S7 L; @0 B; [5 c" m# H% V/ [
protected String agentID = "GasNode " + (agentIDCounter++)8 J0 ?0 w: Q) R* Y
* K0 q. ?/ I" Y9 {1 I /** $ K* j5 B$ }( {& J' a *9 p* j) R% i1 O9 C
* This is the step behavior.' ^% Y8 }; \! i/ F- c* }
* @method step + K. E' R- i3 ]0 X9 _5 @5 {6 B4 @ *3 u; R% A1 k7 ]8 u/ V
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@Watch($ s3 p) P% X6 f: p8 d9 L4 _4 L
watcheeClassName = 'infrastructuredemo.GasNode', 3 V) e O& R6 R watcheeFieldNames = 'pressure', ) m6 h4 H* I5 {% g* h query = 'linked_from', : C. E' P$ H' `/ l, }: A$ f) [" J whenToTrigger = WatcherTriggerSchedule.LATER, 5 P( C. f; \+ M; R; H; O$ t scheduleTriggerDelta = 10d ' s! y o9 W: t' x% v3 }6 N% Z l ) ) H7 G7 k' E' S5 K public def step(infrastructuredemo.GasNode watchedAgent) { w+ m7 i) }- I+ |
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// Define the return value variable.9 R0 ^3 Z1 h1 x# B/ o: M* ?
def returnValue# D( o( {: O1 d+ I
) I2 U: @' v; ]* G8 N6 n0 s5 q // Note the simulation time. 4 \& ]( t" u& x$ ^$ y def time = GetTickCountInTimeUnits()2 k5 m( C& t; w0 z
' [& H8 {5 c I+ H G5 q 9 E3 z8 d4 T, l6 U q // This is an agent decision." F V5 x U0 V" n
if (watchedNode.pressure<200) {& S) m( l; U7 n# X
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// This is a task. / p3 o M" N- h% p& i r3 _9 D- ~* g setPressure(watchedAgent.pressure) 9 `; {: l/ A; X' B" n9 t! j& i ' _; B- s6 p w) n$ a# Y& b } else {. F! P8 u6 h5 Z3 @2 G0 J+ X, z$ w
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// Return the results. 0 b. B& X) ?, n return returnValue 9 l! c/ q6 u0 n0 j p$ Y1 h7 J0 ]6 K4 u! r4 ~
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/** . m) a8 r: v) H *$ L$ ?) e* l2 h7 `
* This is the step behavior.4 `- G5 m; H' o; B6 s) q$ z
* @method step5 q* u4 \# }) {3 p6 V7 G
* # ~7 L2 v2 e* W7 X2 ?1 j */ 0 x6 W+ C1 m: v @ScheduledMethod( 5 `2 V+ `5 p: r0 o% T start = 1d, + g1 C& o4 E* `) x- k interval = 1d,& o5 m2 \- Q- m3 ?) D
shuffle = false' F( e) i3 e1 a, O
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public void step() { " u5 H& J5 B9 O! ?! f ' p! ]2 B$ t2 A6 P1 S // Note the simulation time. 7 v( R5 ~1 T: D+ m) n# f) {! K# K. c def time = GetTickCountInTimeUnits() 9 I y J) w5 v6 q+ s* d: A! p7 m1 Y5 F
// This is a task., @$ B4 T& P" n; Y7 b, f
measurePressure=pressure+ RandomDraw(-20.0, 20.0)4 }3 \4 B1 s. j3 u9 T( d; o
// End the method. + ^ H1 P& W) x m v return/ e3 L6 K) J% {" R( Q R* g6 J
注意,在函数step中 & a: L' u" y3 M6 J+ p public def step(infrastructuredemo.GasNode watchedAgent) { 7 x4 X1 A3 m. c6 ]1 u! g- } //这里是watchedAgent: F8 l% j$ r: i# Q9 M d. L N
但是在语句中,你填的是watchedNode- f7 @+ Y/ b9 Z) z4 F- W N
// This is an agent decision.0 a2 C" _1 }0 {! u
if (watchedNode.pressure<200) { + k; v9 Z7 m8 S0 W/ [. F setPressure(watchedAgent.pressure)3 f/ w4 M# `4 x- _. J5 R
变量名称须统一,可以都改为watchedAgent