4 w( H; d7 ?/ m /** 6 E8 l; K* Z8 j6 h8 ^ * 8 `% \0 r! m5 _2 n2 @. Y * This value is used to automatically generate agent identifiers. e1 T7 h N) A% z$ d
* @field serialVersionUID * _7 w' k1 u; C" ?6 r+ g/ H * " M f" ]7 b" Q( E3 c* @! S- f; Q" A */ ; |$ p' Y8 |5 a- ?+ l2 T private static final long serialVersionUID = 1L2 o8 t/ y7 i' \. p/ V! Z$ A
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* This value is used to automatically generate agent identifiers. ; U1 n) \" p# A2 b * @field agentIDCounter6 m3 S# y/ P0 }6 e: J, K$ U
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protected static long agentIDCounter = 1 0 w: e, e! v$ L* @- B- q2 y / A. q. z g: m) ^, z# H$ X* y; d /**$ n1 V5 [: f) q+ w! N8 o
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* This value is the agent's identifier. - R6 H* P6 `6 N9 L* S * @field agentID 3 m) G" M6 h: i+ m: d * $ O7 B& V) f6 D9 S, i& } */, Q; t3 J# p* E' \! H/ U8 H
protected String agentID = "GasNode " + (agentIDCounter++)) ^9 _2 w' C0 E; Y
. |. _1 w- c( p8 l /**; E" f9 R8 a! q0 Q3 R4 J
* 0 R5 m. S- @+ n$ c% A3 E * This is the step behavior.; c8 o; T0 M8 ^3 Q4 m5 X
* @method step) j! n$ _& N0 G! W/ t: R
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*/ + Y' R2 {- v$ h! S& L9 I! h @Watch( : K: [2 y* S, W& |5 r watcheeClassName = 'infrastructuredemo.GasNode', 2 w7 `- ^5 c! E0 W. z; [" A watcheeFieldNames = 'pressure', ' Q/ J+ c6 y T3 N query = 'linked_from',8 m( Y o1 L* T8 T
whenToTrigger = WatcherTriggerSchedule.LATER,5 U! B. v' P1 ^+ t% W% q# ^
scheduleTriggerDelta = 10d 9 W5 I$ P3 L r- j! w )( o$ B/ n7 c- {6 \
public def step(infrastructuredemo.GasNode watchedAgent) {2 c+ I: j( q$ U
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// Define the return value variable. Z5 s$ t N( e, H6 ` def returnValue 5 w& v/ c! m f% y" @! Q" w+ `- s4 U% |( k1 s
// Note the simulation time. . ]+ a2 V8 g0 j2 a def time = GetTickCountInTimeUnits() % w* O/ a9 m# h: I4 r $ g+ X) j( c* a6 } 3 G- E( I: w5 H: Q5 b8 n" q // This is an agent decision. # y& E& H( j0 @1 A$ O! c if (watchedNode.pressure<200) {+ Q# V; B. S2 B/ t, V Q- \
+ X! U S+ u: _& d" ~9 Y // This is a task.; O! d E S% q
setPressure(watchedAgent.pressure) 3 A3 A- F- O; f# g$ U 9 |6 O2 m) V, Y$ D } else {6 {: t' R& `) A2 I: `
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P- Q; k: \5 U9 o* n } # n9 T& u! _4 ^0 _; w // Return the results. ; `0 |' a, m: W+ \3 T0 { return returnValue * c; h7 p' t7 b) s, S4 [( \ " t ]- Z" H; O2 W- V } 5 ^0 n9 H' l& A; J" G* q/ H; u ' k: C7 _5 o7 e+ s /** 6 o* L$ c) q N$ h *3 T( n$ W* z2 E
* This is the step behavior.5 E- w8 m" B) Q7 }
* @method step: G3 D0 S+ Y" e) B) G" ~
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*/ - k! I1 d# X" J# w) Q' j( e! m5 L @ScheduledMethod( % P7 j6 W5 S' l start = 1d,; g* P$ P! v3 B
interval = 1d, % }" Q* A5 K) V/ c' v/ F5 C shuffle = false $ A* n( w5 Q- V; q$ M7 [ n- ~ ) # Y6 d. c. @+ b. U0 m public void step() {; @6 N" x: e1 K" z4 q% K7 U& k
3 V9 @8 @2 B4 u: G- ~4 C // Note the simulation time. - S0 K) M/ A* |' p9 L9 v) s; W def time = GetTickCountInTimeUnits()- n6 t% q3 L6 C* f. W/ n
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// This is a task.0 C T; Y/ I) R2 ~* i: e$ ?/ \
measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ |/ D/ \5 h8 y6 m3 J9 w) I
// End the method. 2 C+ J" Q* K: h0 g9 y, R% i return ! ?; U6 W& m" r, l# p* f% \. h# J0 E- u7 i0 R4 `6 ]' ?: }
}
注意,在函数step中 2 w l: U' ?! Q2 z* h- |( l public def step(infrastructuredemo.GasNode watchedAgent) {/ w7 v3 x7 Z; m; ?( k
//这里是watchedAgent : Y% \+ e, y" ~3 O 但是在语句中,你填的是watchedNode 8 d6 Q1 q: D: c9 G/ U( `$ L# W // This is an agent decision. , _% m) S- B9 l7 v7 m% v if (watchedNode.pressure<200) { 2 C; B0 ]5 M: n3 }; w, o
setPressure(watchedAgent.pressure)% _9 N$ B" w9 u! t& E6 c; Q, x
变量名称须统一,可以都改为watchedAgent