# }6 a }' c) b8 s# Z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") * v# |: w( h/ r' e7 { public double getMeasured pressure() {- N* t8 ^6 Z1 f/ G9 ~7 Q3 N
return measured pressure # s3 ^& |; J# L! B' M- A }- r8 z4 Y& b6 f) O* Z* C, v5 J. F
public void setMeasured pressure(double newValue) {$ e; S% F4 e1 x7 U5 m2 l& r9 |7 N
measured pressure = newValue : X6 e9 e( U% k. V; U; ~ }# |4 T# j) S& _: \/ W w
public double measured pressure = 0 . o; W* f4 h5 [9 }1 T* V7 W3 x : l$ R+ i- C7 C; n/ r /**. u* B) ^# x i8 f( @& I- r
* : W4 J6 k# s# y: D8 h0 i * This value is used to automatically generate agent identifiers. , b8 T A- o+ o# v/ Y& k * @field serialVersionUID8 ~7 A/ o# `- q& m0 v7 j6 q
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*/ , j8 ?4 j' ]; \& {. G: S private static final long serialVersionUID = 1L5 H0 E$ ?+ ^+ K6 z2 I: \- w
4 Y, l+ k* k: T# F' P/ t V2 w /**, A" n* H% U9 c
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* This value is used to automatically generate agent identifiers. " k5 j- p5 b" Y0 t* i' Q% c3 @ * @field agentIDCounter 7 d) v9 ~9 @1 V' d+ ~+ Q *8 C" O% c' }( H- V. z! s
*/ " j' {: k( o" I protected static long agentIDCounter = 1 & a* m. {7 \5 |, a / Y2 E0 H' ^0 o1 U /**: {$ E! Z w, U% Z' V
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* This value is the agent's identifier. 2 W- `8 ~& x+ p C3 [! @ * @field agentID - q C: ^' B, k: |' Z. P* I * 2 t' A- M) P- t7 m */) y. i; l0 l6 x4 ^% M8 v8 j
protected String agentID = "GasNode " + (agentIDCounter++)0 o3 y v; P/ P. V0 |* M
; `- ]5 p+ y4 ` /**; x# g5 Q9 x4 T
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* This is the step behavior. $ ~2 g# c, _0 z& j1 z- r1 @ * @method step" s! c1 ^, b+ @; m2 k0 h5 b# O
* % M7 P& c; V$ f& d) n */ 0 W9 `& t8 S( C) B, B @Watch( 0 W/ a0 J' u# Q8 Q3 w# @$ b watcheeClassName = 'infrastructuredemo.GasNode', . m! a" ]1 U' \" y watcheeFieldNames = 'pressure', ]$ M4 l& y2 g0 ]. S) _# a" p query = 'linked_from', % a: ]0 V4 y. O U: d( T whenToTrigger = WatcherTriggerSchedule.LATER, 6 e4 A& Y) x) j' \! T/ B9 Z, c, ]! m scheduleTriggerDelta = 10d2 s$ F* `( J, ^# ~, ~- K- F
) / u% G$ `8 i# `, G8 G public def step(infrastructuredemo.GasNode watchedAgent) { }! E) @, t* ` 5 b- o4 J+ {9 u2 p" k9 _ // Define the return value variable. ( m4 u" ]# B {8 W' r def returnValue2 g$ V2 |! `! H. O
' Y2 g* _' G0 e9 ]" G6 N4 w1 S* Y // Note the simulation time. : J3 E* t$ [% o8 _0 q def time = GetTickCountInTimeUnits() % a; J( {6 o6 ^+ }4 p- t7 p2 i/ |' j0 }7 y; \8 S( k C
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// This is an agent decision.9 ^; a- i5 a. `& e; Q I
if (watchedNode.pressure<200) { & P1 V3 R0 w) F" X4 @; \! f: Y + P8 e7 _& T$ z* w; y // This is a task.7 ~7 T) d+ x9 z* w/ g+ S
setPressure(watchedAgent.pressure) * X+ ~% C" z+ l& L7 k P6 ]! Y$ l' I' j4 y- f1 X; r
} else { 5 q' @0 F. g: P" W 5 o# @& h# d o$ N; z0 N. ]. p; f) Z' N* Q9 I
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// Return the results. B2 F8 }8 q2 h% {6 x$ O* S) I4 G% | return returnValue5 K; X3 E; a6 Z0 V
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; q O8 Z1 p4 G. w( P( I. F+ h /** " U8 ?" E7 O. P: q, Q * ' x; X+ i, a* F1 R* U2 X9 b! F$ l * This is the step behavior. . U3 V- p$ F" C * @method step 1 h4 b `6 Z, A *' k3 ~( c# E0 C0 r
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@ScheduledMethod( * |$ t: x( N# x" u% h start = 1d, ! W# i: O6 h3 ?& X& W ^9 h interval = 1d,- R; c L! B0 C N
shuffle = false 6 }& \+ T; Y" d% O0 q* A1 R C ); D7 w' ]) u2 U( k6 E
public void step() { % m* I, C Y% H$ A+ e0 Z9 Q8 C, F: {, R; y- G2 U3 f+ A: U3 k: W
// Note the simulation time.0 \) b7 o; b2 Z
def time = GetTickCountInTimeUnits() ) Z& X8 I7 w' v0 x; h; n * F9 z. a8 t+ y% N0 S' r N& Y // This is a task.& l Z' b% P `0 g
measurePressure=pressure+ RandomDraw(-20.0, 20.0)/ _$ B7 y" F* j( ]7 P" J! B
// End the method.! E/ n) t1 \' g- w3 Z) [6 N' ^
return8 K* i6 M# A6 B. h/ c) F" C1 a
注意,在函数step中 2 y1 u# O: q& a$ @' z/ a+ _7 c& p public def step(infrastructuredemo.GasNode watchedAgent) { }2 w" f7 b- r
//这里是watchedAgent( f5 ~5 |5 M: t5 B& A% Y, c
但是在语句中,你填的是watchedNode5 A) ?1 U1 ]0 e4 q9 p
// This is an agent decision.5 \% S7 } v1 v
if (watchedNode.pressure<200) { . u! S2 v/ Y2 l! N
setPressure(watchedAgent.pressure)* ]: t1 ~$ P1 J; Y
变量名称须统一,可以都改为watchedAgent