5 G5 N2 R% r4 J) |8 T@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") - b$ P; E4 r0 H1 p3 h& m8 Y7 \! \ public double getMeasured pressure() {8 p2 B3 W' x6 e3 H, ]4 Y
return measured pressure+ |! q$ B: P1 Q" Z9 ~7 a
} ) S' s5 ], N+ J! Q. E: ~ public void setMeasured pressure(double newValue) {( W! `2 V6 C z* s, k @4 c+ i$ B6 A
measured pressure = newValue' ^' I) y% A0 O
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public double measured pressure = 0 ) R( }3 V8 K9 M) K) F1 x7 A 6 [( v9 ~; W9 s# _: l4 h+ D /**- p8 D6 l/ |6 A" i
* ! i8 D5 n. s. h& Y4 r6 D * This value is used to automatically generate agent identifiers.3 B. v3 E* Y; L6 L
* @field serialVersionUID, |( g2 Y8 k/ |: T* X
*8 Z( q! i6 A# D( }
*/ 7 [1 h# P, z5 N, N5 x' { private static final long serialVersionUID = 1L 2 z& E/ @+ U: h7 [9 N% B" @ ! b! c1 H7 x4 F2 |; }8 b, q4 U+ I& [) X /** & I& p3 [4 i* }, `! R& i * r0 d$ _, L9 ?1 {& t* u+ K
* This value is used to automatically generate agent identifiers. 8 S( v; S, ~0 ~- Q! h * @field agentIDCounter 2 e' i* Z/ d3 R+ Z9 k *) p" l3 h0 X: V2 B. f2 J; n
*/ k# d3 ]5 `0 ^3 Q5 l3 P protected static long agentIDCounter = 1% p1 y5 M8 p! ` \) E
" I# q& I* g& w6 w s) Y+ u /**7 @3 y+ f# r- v
*! j4 i( j$ `$ _# d3 `1 P
* This value is the agent's identifier. ( }, B! M' _2 d! e8 \ * @field agentID 5 q- b3 O! x6 r: ^! P( R* e *- L. v. Q; S( _: k+ y
*/9 R; l7 @5 b4 c* E2 F D
protected String agentID = "GasNode " + (agentIDCounter++)1 \) @" l, S s* G5 \ t( Y, A
* ^) @$ k0 P! ]0 M, d
/** ! _0 I5 w! y2 B( y2 @5 y */ y) l1 M; S1 ]- B+ p
* This is the step behavior.; E- L }" x( I
* @method step2 o& g9 U M" g' m
* 0 t1 f0 N4 W6 l" U% ^; N. A+ t */, ^- D0 m2 K( P9 d
@Watch( : }9 y/ T+ g* n& N+ t* ~; u% L watcheeClassName = 'infrastructuredemo.GasNode',; r% f' \' r1 X; D
watcheeFieldNames = 'pressure',5 _9 K( l5 s: _
query = 'linked_from',1 T* \2 d6 K; ~( f' R) l3 M/ k
whenToTrigger = WatcherTriggerSchedule.LATER,6 X4 B* W. U* D s1 n* M6 Z; }/ u
scheduleTriggerDelta = 10d 6 z T% E7 o5 U. x9 L) D# ? ) & T& x, e: o/ z9 M public def step(infrastructuredemo.GasNode watchedAgent) {% \9 n% p3 Q& t. E1 B
4 }7 O+ S" v4 K" L6 E // Define the return value variable." O- D# Q8 A) l+ c, c8 N, a+ n
def returnValue& O/ d& s' ` m
* {9 p5 f, A( f+ q7 M
// Note the simulation time. 2 b! Z& h, _ q def time = GetTickCountInTimeUnits() : k* @/ c0 k E9 v# R% z # ?3 o( h: I' H3 D, C 9 V6 c+ Y# U2 I // This is an agent decision.% g) T e) N) J% O
if (watchedNode.pressure<200) {6 X# b0 g3 S& G9 w9 |
6 @$ b) ^* ]5 j! Y( z" J P: \
// This is a task. % R F) d" X- n" ` setPressure(watchedAgent.pressure)% ] O' I5 q* \
/ ?+ E& b X& Q$ o. K1 C$ U } else {" K0 G4 Q+ ?1 K- U3 D3 F
3 t# @" Q. X% G2 y4 `
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// Return the results. * j5 y. n# a1 K return returnValue( p0 `; [' N9 I
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} & m; ?2 P; K; E2 B3 y1 @; z9 I. P1 j" T9 }
/**8 |+ r# L! V; Z
* $ ^, g' n) X" Q' W+ h' e' _, ` * This is the step behavior. / ?0 O% h: v+ x * @method step8 _9 l9 a3 y8 E0 C
*9 u- L; x! r) X
*/- y, S! j2 A' d- M
@ScheduledMethod( ) L2 _8 t5 g" l start = 1d, ; p1 B' E; I7 ~2 a' w+ f0 |# N5 x interval = 1d, # n( a7 Y, [8 S shuffle = false4 o% `/ ~ d; W7 ?5 B' L
); J1 Q# Z, |. Y/ T9 \5 D
public void step() { 5 F" u$ P6 {, l5 w. w 8 s- w1 [1 l8 Z3 b' ~ // Note the simulation time. ^9 z# r+ z5 V7 E. c def time = GetTickCountInTimeUnits() 3 G- v3 a, i; u$ K9 W2 E* E" G / n( J, ]7 z' N0 r: z$ g' B) U/ X // This is a task. * r; Y5 q M9 k measurePressure=pressure+ RandomDraw(-20.0, 20.0) 5 v5 V! D+ W9 ^. z- H$ s+ u, W) I // End the method.4 {% S* W: q8 R0 E! B8 R1 Z& {/ O
return 8 P$ P$ W2 w/ h) s4 S% h* y" m' N8 P% l 3 \& w3 R2 g# B0 W7 E, ^ }