8 B2 S U$ S# M w" l+ U1 i) B /** ; @+ g1 Y9 T% C1 [7 H *( m% w0 ?1 ]; |4 ^4 ]: j" Q9 }' c
* This value is used to automatically generate agent identifiers.; l) O' |: h7 u- m- ^2 d& v) s
* @field serialVersionUID : T6 O! B8 n* X' n */ y6 u2 H! A7 d7 f
*/ ; }) v: Q+ v) u4 `' x' } private static final long serialVersionUID = 1L 4 W8 p; z* l$ p& l ; a3 N5 d3 g' R A6 T2 _/ p: Y /** ( U2 G" H! n0 V( ~ *7 N a1 N! |& }2 g) X
* This value is used to automatically generate agent identifiers. ) O+ z1 Q- K5 a * @field agentIDCounter. q8 o. }+ Z) E) B4 a1 f6 x
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protected static long agentIDCounter = 1 * ^4 K* M( Q1 U! f/ H' A* p 5 _/ H+ o! J' I0 X4 k /**7 D# {$ S9 v }6 C
* & l! Q8 [; _6 a5 v% }5 x" a * This value is the agent's identifier. ( E. ?& [+ F; e R( R T * @field agentID+ q/ ~, {$ @7 x+ _# s3 W
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protected String agentID = "GasNode " + (agentIDCounter++) ( }0 p7 G0 k4 E1 J2 a: l# ]7 f& |/ U: p; f8 D4 K; ~$ _: g. Q1 R
/**6 F4 E5 ~5 B9 ?7 Z& H& r
* 8 v5 ]1 k$ l* V' s * This is the step behavior. " }* X- `- p( z9 K * @method step # r- s1 \1 I/ z" y" d7 w *8 m8 H; _3 P2 H7 x
*/ 1 z; O* n6 P/ B x @Watch(+ k+ k: @9 ?' O5 E5 U- ]
watcheeClassName = 'infrastructuredemo.GasNode', ) I" U, {6 e9 J5 G& s5 y' o8 |" ]; E watcheeFieldNames = 'pressure', % ?1 o. e1 \; R# y' t" S query = 'linked_from', * a) ~! H$ c2 K3 j1 H; D whenToTrigger = WatcherTriggerSchedule.LATER, % l# a0 Y5 t ?) A1 F1 ~ scheduleTriggerDelta = 10d 5 N% E4 g# I' T/ V; @& j) w1 z) q ) / v6 u! v: _& ^- @# t; j- K. k6 G public def step(infrastructuredemo.GasNode watchedAgent) {+ |5 b0 @! Y2 L8 u
: U% n s3 t9 h* l // Define the return value variable. 3 y {4 I" G, e def returnValue- o2 D9 X5 ? o$ u: r9 D+ l
$ a8 f; H. x# v# }( f // Note the simulation time. 0 q) g* @2 Z: X0 C. t def time = GetTickCountInTimeUnits() 3 Z- l( V: s- d! G$ n 4 A. l: n( S$ a- o$ m 3 d# m8 F& P9 i$ a l# `( n1 h/ t0 o // This is an agent decision. 3 G9 C1 Q1 m/ |, M6 @4 J! t if (watchedNode.pressure<200) { T7 S7 D7 d, C( B+ q3 A
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// This is a task./ S2 L1 k3 E" m6 F2 O
setPressure(watchedAgent.pressure) 8 L/ B* M9 V$ d% l5 U' O - s3 V3 [, I2 B: [2 i& M) C, [ } else {* `3 z4 ^: m' ^
% M, K7 V$ o( q) ]& y ! @) ?2 N( o' U5 {8 M6 G/ D } 9 X* ^3 |& n3 R7 t // Return the results. ; W9 @- ?( z0 C$ C' l: W, k c) {- I return returnValue & v1 h, ^' |, E $ B5 m D; `/ n' D5 I } ! N5 _& [& M8 H" |3 @& ~. | 7 `7 E7 f8 p3 | /**0 h& ^4 e# G$ S( L
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* This is the step behavior.- d. X4 c3 t2 _0 G
* @method step; ?$ N; O" I" O5 v, B& \' }" J
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@ScheduledMethod( 6 [. Z) Y% q: _9 y start = 1d, 4 R J0 |( S/ o8 z interval = 1d,3 t( W( r9 d- @8 k
shuffle = false 2 S$ L }) R1 C" X* q T ) + Z T& \7 M, S7 |& _. V" [' q public void step() {8 O" {+ j% G. F8 O& X- ^* I3 D
K" U2 { J; |, Y; t- p // Note the simulation time., t$ K0 _2 R) Y9 r
def time = GetTickCountInTimeUnits()! P k8 {" O7 i- t1 x
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// This is a task. ' L. X3 H$ b: p* n* y measurePressure=pressure+ RandomDraw(-20.0, 20.0) , B% e* h9 U d9 Y+ D6 l // End the method. 8 m$ a8 [7 X ]% t7 S. n return* B: f- `4 ]& A- b( S. s7 `& @, ~
注意,在函数step中2 i, S" j F0 ^
public def step(infrastructuredemo.GasNode watchedAgent) {+ s) d/ Y! k! l! r9 r8 d" a
//这里是watchedAgent8 V8 x$ X J; Y% R x7 i
但是在语句中,你填的是watchedNode2 k) i! }% A% r
// This is an agent decision.6 F- `7 ?" E* V% O
if (watchedNode.pressure<200) { 8 Y- `, c ?% o$ k) [& ^, B
setPressure(watchedAgent.pressure) 2 ]6 d; U. E$ R/ X, d- a3 u变量名称须统一,可以都改为watchedAgent