( T9 {! d: H6 }2 ~8 G /** ' d- |8 s" {8 A* J2 Q% v *6 I/ B. Q8 j. k K D" Y
* This value is used to automatically generate agent identifiers.- R/ V" D/ V8 S* x8 K' L
* @field serialVersionUID 0 w, P6 k% l- Q * " b, s+ G5 | f% y6 }) [* o */ ' Y; |0 u) c; U, w private static final long serialVersionUID = 1L 4 I0 b8 X3 ]4 g; P3 R5 i% H% i * v C/ r$ b6 c: B5 I /**& W, Z& g: t6 ^8 p& E* v- t
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* This value is used to automatically generate agent identifiers. L' K9 i0 ~( t+ H& v+ A$ a7 o * @field agentIDCounter3 h- q- |, w8 ]& e; l! b6 l
* . Q0 R' V$ a C8 e) ~' Z8 Z6 \ */: E1 t! I- Q$ Q
protected static long agentIDCounter = 1 . T' D5 G+ e y$ S2 a# [ p6 h \ h' G; \7 D2 ~7 t
/** B; G) E2 H8 q/ F *$ Q4 E8 U S- y: C6 d' ?6 c& `" q
* This value is the agent's identifier.# U* O2 \5 l( z/ H
* @field agentID$ u; V) N9 e( s4 K
* 9 @( _. @& ]- }4 P* p */* Q$ i$ k* f+ R4 a. G
protected String agentID = "GasNode " + (agentIDCounter++)- f$ Q, Q/ i% w4 G- B" O
0 R! L5 A" r- R' d+ p! N /** ( \, y( X$ ]0 X4 H9 c( M *( Y& t+ k# b! \3 b: @% t9 S1 x4 m
* This is the step behavior. / h0 T( ?% R& L& w * @method step; M) {; t% o( ]. z# A) I- s
* ) }3 n" v$ c9 T4 x# Q# h( w/ | */" N, D$ }$ g3 \ K4 D3 t" O
@Watch( 6 y- s# A5 j4 T5 ?: P watcheeClassName = 'infrastructuredemo.GasNode', ' Q7 E b, f- X& l- s( u watcheeFieldNames = 'pressure', " L/ v8 Y, Z* P+ s query = 'linked_from',! n8 @6 G# A. j4 Z# A
whenToTrigger = WatcherTriggerSchedule.LATER, / U/ I! R* ?1 E/ F+ X% m. w scheduleTriggerDelta = 10d / W. x, ?0 F7 \ Z: `' ~ ) : x" b' s$ `7 e$ B- C public def step(infrastructuredemo.GasNode watchedAgent) {; X h* b/ \3 J
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// Define the return value variable. " ^9 `2 d. c1 U( k8 p# |) y( B& { def returnValue1 N" V, m, S* _/ b
9 o C4 t q! R" D
// Note the simulation time. a. j6 z X. J
def time = GetTickCountInTimeUnits() 3 g7 D# R5 e, F. L# A: W . ?5 R( l4 Z* x9 N f % ?" v3 t. w+ L. I( C, y // This is an agent decision. 1 m7 J' f0 m5 ]( q7 m- V& ? if (watchedNode.pressure<200) {7 a. `8 ^( {0 C9 j. u" K+ [
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// This is a task. 1 F6 K" V6 E: O- r8 t: { setPressure(watchedAgent.pressure) ! W' Y( A2 {% }9 j ) V: Q2 u, B$ z9 t4 x. {, E9 x/ z" L) O } else {6 {* N5 b8 f6 c9 F/ [5 Z' S) O" m
; ~: _6 o: Z4 r* n7 K6 y4 U! c % M/ n. [ ]9 e* I$ N } 2 S3 q! G! }; L. K! H& k3 }% v2 @ // Return the results. * f4 u2 J# |$ c/ s, H d% I return returnValue$ e2 N" b1 _; m( a
* ^: Q9 l- K& q7 i. _, T }/ q: _ O7 b, Z% q
% i) a% f V4 `' Y5 Z/ R+ s /** " U) }* b) ?. M9 N. \5 d7 { *' B5 A; Q9 j$ W0 R
* This is the step behavior. ! p0 B8 _# o7 I$ u3 o: q! O * @method step9 j+ R3 m8 ~% O: }. v* O4 @
*/ ~4 H% N1 @7 G' j5 M$ w% L2 r
*/ 9 z" W* s( n' x; I @ScheduledMethod( . }3 } H% j2 @ }2 D2 D start = 1d, 5 C0 _ r4 a$ }1 O" Q. T' v1 E interval = 1d, $ v7 |0 o- P0 m9 v# O" \ shuffle = false ! w2 }5 z: V$ y+ s )6 I: y) o7 E; H- R U
public void step() { 7 w" J M" q; t) r. C) l* d! {/ d) a( [1 H
// Note the simulation time. 3 y5 a" i8 C/ @8 Q def time = GetTickCountInTimeUnits()5 }7 o6 m( C8 P
3 K( O. p# M5 [# p0 J* }( J // This is a task.) U/ S! @) e/ Q) O
measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 O7 x# y5 O4 e7 {+ @7 r9 G- D
// End the method./ `9 ?( d4 r I5 `9 Y$ H7 m
return& O4 I& N$ C- F, X! C$ k
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}
注意,在函数step中1 R" @2 l. {8 I h; R1 q/ S! X9 T# _
public def step(infrastructuredemo.GasNode watchedAgent) {# S% _% Y& z. Z
//这里是watchedAgent4 f U( h1 j3 n5 g2 e x. ]* i
但是在语句中,你填的是watchedNode 9 U, l t' V$ _+ A // This is an agent decision.. n+ z' |9 ]' R1 c' m' l; M
if (watchedNode.pressure<200) { 6 {) q8 D! @. N8 n$ e
setPressure(watchedAgent.pressure) ( N- ?* G& n5 o9 h3 A% T变量名称须统一,可以都改为watchedAgent
注意,在函数step中9 {6 r. Z9 {4 w/ W* F
public def step(infrastructuredemo.GasNode watchedAgent) { * I8 c& ~3 O. R' ^: w! X //这里是watchedAgent& x" M& s, q" f0 n3 [0 O
但是在语句中,你填的是watchedNode0 A: K1 K( T+ I) Z
// This is an agent decision.9 ^# N' U; N9 D
if (watchedNode.pressure<200) { 6 @6 r4 w9 I: d- W/ L' F
setPressure(watchedAgent.pressure)5 m: _/ e) C: y
变量名称须统一,可以都改为watchedAgent