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// Return the results.. R7 \9 R1 {7 \8 q, @1 R$ K. {
return returnValue$ c& W6 @) h9 Y& a+ g+ K* G, L; a5 e
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} 1 |5 ]' J' Y; r& Y! m" s% c ! L8 J- V+ V. P" U, ` /**# P) M$ a1 ?* Q' e4 m7 [( s5 t$ q
* : \( `$ C ?$ R- r" d * This is the step behavior. 1 O u9 z0 M2 |& q) u/ m * @method step 0 O* O. K4 i @ *9 i# o9 j, A q6 u" {& }5 I$ B; Q: {
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@ScheduledMethod( 3 ]- U5 W# a, E$ H7 n start = 1d, / t l8 W+ @- i: C _' i9 z& X interval = 1d, ' @" d. N. x3 l. k* `7 G shuffle = false' v4 K0 D# Y6 e6 Y( t6 X
) 2 E5 D: b. \. i3 M: v public void step() { . _+ O6 h# U+ Z& O3 ]2 r' H6 b9 [0 ]; n# u: {6 m3 ?
// Note the simulation time. / p( R/ x8 D8 c( v- A+ x: ^ def time = GetTickCountInTimeUnits()* i1 M. q( @ L" G* E4 D
& X( v: S! K7 K/ g // This is a task.& |$ Q j, J' I& F
measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 u+ q4 z) R: k! R' M2 E
// End the method. ( o6 E, t7 d& M8 M return* q3 c) P0 f/ Y( Q
注意,在函数step中 , ^+ }3 Y3 P) {# x: u public def step(infrastructuredemo.GasNode watchedAgent) { ; @- m) L3 ~) F( i4 X //这里是watchedAgent+ m% l; U K9 S1 Y- G
但是在语句中,你填的是watchedNode O- D9 ^* P2 p: P
// This is an agent decision.- U. C. l3 d3 r
if (watchedNode.pressure<200) { 8 R; F, x) N. u8 Y1 i setPressure(watchedAgent.pressure)3 d) \1 p; |8 T" ?. P& c
变量名称须统一,可以都改为watchedAgent