( R2 M- }6 W3 }( }@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : a8 Z- [9 w H public double getMeasured pressure() {* T9 t' F7 A7 t! w/ j
return measured pressure : w- y8 f, p Z" o9 U3 \ }$ K6 X$ C- I* @ M2 S2 S
public void setMeasured pressure(double newValue) { - h; R$ R; @, ?) E% M measured pressure = newValue + c) z8 o: R0 y3 s6 g } + C8 z: ], E4 ? public double measured pressure = 0; P% Q) Z1 {/ A8 f7 d
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/**/ Q1 z. z3 X' {* ^
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* This value is used to automatically generate agent identifiers.) k- b% Z3 c9 \
* @field serialVersionUID * x# Q6 V/ o) D5 s) i! I3 f. m *; @7 Q7 v/ M2 o- n K" {
*/ & d" _3 l- T m) W0 M$ [ private static final long serialVersionUID = 1L # }8 A, c% S# @+ D0 B; b6 D# _8 i% @
/**( f: B$ @7 Q d/ g7 d5 Y
* : p! q8 a% s0 [% q4 a4 L * This value is used to automatically generate agent identifiers. 1 G' z* y' v6 d: _% Z# U: R * @field agentIDCounter * \3 s6 i, x% Q1 M4 d7 `! N) t *# b" A( J' T0 S- t: d
*/ ! A* d6 h) d* V. Z( b- q( x protected static long agentIDCounter = 1, q- X- p. e; G6 ~
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* This value is the agent's identifier.9 B" @/ h& m# S: x5 }4 q; M
* @field agentID % p6 C# ?% x4 v& \; H# V8 D *6 ~- t+ [9 v; j: D7 |
*// t" T, ?( A' c
protected String agentID = "GasNode " + (agentIDCounter++) M' \) f" P5 R( B: e, l- O 9 `8 K# m+ H$ [ /**( O9 m: ^: n' p( Z5 q5 u* \
* + S* V1 O9 S% ~" y- Z! S1 d) n5 X * This is the step behavior. 8 t; Y$ O4 H8 d6 c * @method step& O6 n8 J. A( M3 B7 v8 s" Z5 a
* ' z2 u! k% Y5 B" i6 | */ / w4 q5 I7 ~1 i- `- u5 O: C @Watch( " h! g3 F! c$ r# ? watcheeClassName = 'infrastructuredemo.GasNode', % Z& L7 D! Q5 s2 k watcheeFieldNames = 'pressure', - j* m" Y4 q4 \' K8 z4 m0 d query = 'linked_from', 6 S# c" @3 O9 p whenToTrigger = WatcherTriggerSchedule.LATER,9 o; [/ A" l3 O; _# {- O- B$ L
scheduleTriggerDelta = 10d , h/ q& h# R, A# o: U ) % h% V* I3 i0 c Q8 _9 }9 K public def step(infrastructuredemo.GasNode watchedAgent) {9 K1 |3 }5 a8 [! o" H% p; I
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// Define the return value variable.6 \% _# o1 S: J7 }% Y
def returnValue 5 t9 a5 I2 V0 }8 O3 Y% _4 B) B 2 J0 d4 A. k T! k // Note the simulation time.5 M" D8 _6 V2 L- |; ~# f% s
def time = GetTickCountInTimeUnits()1 X- [6 @: R$ O
4 b- b. l: W+ t' A3 ?* p 3 A6 B- g8 |3 G r/ V6 w* S // This is an agent decision. 0 S3 ^0 N: {( \# |. e* D$ S if (watchedNode.pressure<200) { _, ?/ b" R e8 y, r# i C0 |0 o: O$ l' ~7 R* n, u+ p; ~% D
// This is a task. % m3 z* Q- I z+ q- l setPressure(watchedAgent.pressure), u8 N) Y3 t6 \# }; N/ M( V
: W9 _: _2 x# I! @' z } else {' R; Y! X9 W* @" E4 E
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) ]/ `1 O# }8 l' w; M7 U } / s4 C; D) b4 w2 o // Return the results. 6 I9 {9 R8 }0 E; ? return returnValue . b" v% H8 F H1 D3 k / ~7 m4 x4 f$ B6 N, H1 o0 b } 8 u" L+ o7 \! |. h ' o6 Z g d1 |: ~' c /**( u2 X+ C4 @, K+ G0 b. t) f
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* This is the step behavior. 2 c7 A/ t4 n% x+ h( t * @method step 9 L+ Y! J6 d* r9 _) M/ c */ Z# ^0 A. U6 E! S. G9 j F
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@ScheduledMethod( 2 y6 q$ H" j7 U( B8 S start = 1d,- J p+ q3 P& _0 M; o/ {2 o
interval = 1d,( T5 p2 F5 Y5 y" @
shuffle = false ! ]* y# o- X* w" z! t: @4 H% ^ ) ) z: y+ {! `+ G$ H7 z1 b$ G public void step() { : Q9 R5 [8 \/ D# j% \" ?( Q+ x6 n! ^/ l1 H
// Note the simulation time./ C! }, Q k1 ]5 _. N' X$ |/ @" \
def time = GetTickCountInTimeUnits()6 L8 b) t- }& I. \
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// This is a task. - B4 v5 Y4 k v/ ~4 ^0 g measurePressure=pressure+ RandomDraw(-20.0, 20.0)+ N! D/ z2 J9 R3 ^
// End the method. 3 @( [( t; z- a0 n0 K# [ return5 k- v2 o; n$ _2 N# b
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}
注意,在函数step中 ( \9 d' G* X2 S$ j' y4 l public def step(infrastructuredemo.GasNode watchedAgent) {7 e& l' t1 d A( y3 a C
//这里是watchedAgent 7 [( Q% S; M ` 但是在语句中,你填的是watchedNode( p3 y7 a# T3 Q8 u$ s9 `$ ~/ D& G
// This is an agent decision. 1 ?5 B8 W- s. P3 J, U if (watchedNode.pressure<200) { ! ?' h* S' a& w w+ c/ ^7 T& L. U! O setPressure(watchedAgent.pressure) 4 E- h [2 m! h4 K+ t9 Y3 g变量名称须统一,可以都改为watchedAgent