3 o* r$ d* a: i' r% z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 s! J* m/ N( y8 Y! d* r; W
public double getMeasured pressure() { " Y3 O9 S/ q# ~) d return measured pressure! R: J1 E; h; T, [+ ?/ L
} $ y! D: n2 E( J public void setMeasured pressure(double newValue) {& L3 n% \+ }: a6 `
measured pressure = newValue : O1 F4 _, |6 G( y1 K: Z# ]& `& J" { } / f6 W8 T3 h% q% J6 D public double measured pressure = 0# I( f' e3 A t4 X1 T" j; ^6 H" d
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/**3 |! C6 T* U4 |( U# j% N
* 7 y1 R7 N% X, t" |( i3 Z * This value is used to automatically generate agent identifiers. : a/ I% d" H: L4 O0 ` r+ q/ g * @field serialVersionUID : t. m5 K3 |$ a; ? * " E3 g4 A. p# `+ P$ \, U+ I+ @ */ - r5 z7 S9 E: r0 R0 d private static final long serialVersionUID = 1L " H9 C& D/ [1 t Q- H" s+ W. X( V7 r; d+ V; y, P4 E
/** 3 Q7 {6 d- S0 o0 v+ x1 i * 0 E0 ?" X- Z* E$ [ m; o! C) b * This value is used to automatically generate agent identifiers. " ^8 b( n# q" V& w2 D+ T * @field agentIDCounter' d. k* m. z; N+ o/ v7 O
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protected static long agentIDCounter = 10 K$ Z, W) ]0 w1 p% z, w
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/**" a) R) z9 n& [
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* This value is the agent's identifier. 7 g# G |, L9 Y5 ?' f: [ * @field agentID % S1 C( N; a8 v1 ^' {0 I * G" \6 c; b8 ^3 L+ L& Z */ 7 h1 Q+ t/ o6 r& E/ B U protected String agentID = "GasNode " + (agentIDCounter++)9 b3 J7 [. o# A. ]$ v( V4 t6 |* i V+ q
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/**$ x3 ?+ D! L- v9 L5 Q/ a% N) }- i
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* This is the step behavior.7 C) x4 L, c( e) a; U: p
* @method step 6 \6 J/ Q; u6 I+ ~4 n. K *7 g! F; y% [& n9 r9 T4 O
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@Watch( & p+ h6 k) Y: y watcheeClassName = 'infrastructuredemo.GasNode', % {% c! n% }1 y; Y/ ` watcheeFieldNames = 'pressure', " q, j& o" B4 \ query = 'linked_from', ' r8 R; `, l2 n/ d& D whenToTrigger = WatcherTriggerSchedule.LATER, - a0 d2 J: f0 y" _ D scheduleTriggerDelta = 10d 1 h! a5 Z6 x* W; m; T! f( ` )- g2 k* b7 ~; d+ t( _$ Y
public def step(infrastructuredemo.GasNode watchedAgent) {/ b7 M8 q, C9 S# M5 z
- v; t5 B; A+ _4 |* { // Define the return value variable. f; d- p' S) C! s" H def returnValue# C6 P# {; g5 c- U" G
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// Note the simulation time.8 ^. I, n5 `+ ]
def time = GetTickCountInTimeUnits()# m: \7 p3 |: u$ h# ?1 w
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// This is an agent decision./ s9 f% w5 N0 W. ]
if (watchedNode.pressure<200) { 1 u2 u1 F" ~6 n/ _4 e( e. a# z& v4 E( Z+ j' S
// This is a task.9 Z3 }3 T* V/ E$ [
setPressure(watchedAgent.pressure)8 L6 ~8 p R9 f4 b4 @; X5 a9 E
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} else { ! ]5 U! a) X2 J/ v; X : Z( r9 w/ [' y8 {8 O" o , I% ]% c0 r3 p7 b } + ?- ~/ n* u0 C/ ^6 ? // Return the results. + s* e3 q" Z c* X8 Z3 ?2 ^ return returnValue . ~# |0 {3 ~! t) h+ R ! `+ J) B" ^/ p }. F! f# O6 S2 i- Y! D& y" B
% N9 [% i2 y- g" M4 C /**- l5 j' Q# H6 ?
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* This is the step behavior. 1 O7 u; z$ g+ w * @method step* V0 n, f- K( @8 T2 |- ?% t/ h9 U
* % Q" n6 L1 ?* `, d */ $ Y. g9 k0 p9 ~ @ScheduledMethod(" a* R6 ]# g5 L4 j. I- Z9 `" P
start = 1d, ) y1 A: X0 F; v; Z/ y$ E4 ? interval = 1d,6 ?5 v4 o, S& F& y
shuffle = false ( w' h5 I1 l" j O, X )- L0 w4 S% n3 u6 X8 r/ y2 I2 d
public void step() {6 \4 Y; k: ?* C+ Y
8 u t3 X: Q4 ]6 n% J7 k // Note the simulation time. : Q- @9 e" Z* Y. y1 e/ n def time = GetTickCountInTimeUnits() ; {' D$ p; T ` 7 n% v$ s: ]7 [ // This is a task./ @8 h* Y. P0 R$ b
measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 l' W4 I- S' f
// End the method.+ m* \3 f2 i4 v' ~9 c! M0 i
return k6 L4 }, H l1 E! v; r. L5 n: x8 E* A9 o8 L7 ~2 C
}
注意,在函数step中 L. M, K' W! Q public def step(infrastructuredemo.GasNode watchedAgent) { 6 j) ^, P0 V* u1 h' U U' H //这里是watchedAgent g4 T/ t5 n( @8 I- v6 c# m# g
但是在语句中,你填的是watchedNode4 }3 h) [2 w. c% V
// This is an agent decision. " E8 Q% _# u! X7 j if (watchedNode.pressure<200) { + m& r1 U7 Y) A) f( Y
setPressure(watchedAgent.pressure) / }0 k* J0 F/ {变量名称须统一,可以都改为watchedAgent