- t: P/ L7 _' [& S' U@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 G+ S+ T3 c- T4 B) v. I% B
public double getMeasured pressure() { # r; o; \& @6 I" E( ^ return measured pressure; Y1 s$ M {& v" B
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public void setMeasured pressure(double newValue) { 8 C( \+ a: n( k/ }, V! D$ J, h measured pressure = newValue ; C, H" ?9 l' a3 v } ( s/ ], q0 O+ @: c, x8 p public double measured pressure = 06 c/ @, q5 U+ J+ |$ }& n: u
% p9 k( u9 \# N) T; I" G( p /** * L1 E- Q! {: `7 R' Z * ! C' T; Y6 b2 P * This value is used to automatically generate agent identifiers.% p) p1 \1 Z* {. i, O7 u
* @field serialVersionUID / A- S% @9 X. F! J K * & Y. j7 i1 X6 S( s) T7 B$ T7 k" N1 k- N */2 r3 t5 C& j7 h
private static final long serialVersionUID = 1L& q( [4 R% @$ Y% m
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/** ( A% M0 i, |# B *2 B8 o! z" D# h- W ]# J$ e
* This value is used to automatically generate agent identifiers. 2 E7 z1 ~# l7 \) I * @field agentIDCounter ' m* o) ~5 z, F5 M% b *3 K3 q0 s9 }. J7 m/ ^) ~2 T6 {; ~
*/ 4 `0 }7 F Z$ K7 [* q3 J/ S protected static long agentIDCounter = 1 # W+ f' I" M( G$ P3 G8 {, c, C" h& ]$ {6 f2 z
/** % r3 S" Y( k5 t, l2 u+ |% Z* _! h/ ?- F0 Y *0 f$ k- z" O8 y
* This value is the agent's identifier. : h& b0 s0 l9 x+ k( t8 I3 _ * @field agentID0 D; r/ z+ q# d6 B: M& G! Q
* 9 m0 u, q6 K8 ?, i */ 7 p/ z$ z0 R g: W7 F c( \ protected String agentID = "GasNode " + (agentIDCounter++)4 w( u- k5 l( o: J3 T6 \( D, v
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/**0 X( a! w/ v+ K
* , M* N7 G9 c. T) l * This is the step behavior.5 J9 J$ S1 M5 H5 S% \3 T h. D
* @method step , n0 m' _" [: }& w" |, a* y *& R! `. L; w* a
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@Watch(5 l( k) N D6 q, f: D, ^" G6 d
watcheeClassName = 'infrastructuredemo.GasNode', 0 ]# K5 ?, }0 T7 C* K watcheeFieldNames = 'pressure',3 [- _" D* e/ J
query = 'linked_from',: M& ~8 O) [6 K3 N! k ]5 u
whenToTrigger = WatcherTriggerSchedule.LATER,) v2 ?' _! k# w: g" s# W; q3 F) i
scheduleTriggerDelta = 10d! @% ^4 M: C2 ?; k4 r
) 8 J, Y5 k, Z t: X. ] public def step(infrastructuredemo.GasNode watchedAgent) { + g; k/ j& T( j. k6 c" e' X: [1 C8 H; S
// Define the return value variable. 6 I) K) c6 O/ l/ c, Q: Q: Y$ ` def returnValue" S- g+ { L$ e# u3 U; _
# o* _, f* s$ n. ~$ n1 v/ h9 \ // Note the simulation time.) r; @5 y# y2 q6 T7 h
def time = GetTickCountInTimeUnits() $ I) C/ F7 B9 p2 r 4 E3 Z" U* f( c: J% l 2 Z/ k/ ?) [3 f+ G // This is an agent decision. : C7 j7 X5 M$ ~! b- c* S* k8 ^ if (watchedNode.pressure<200) {& ]4 d) ]# `' w* l- x' A6 F/ U# b
- d4 M2 ~. c! |! d n) ] // This is a task. / V7 T7 a. S6 ?% X4 i: n, c! M setPressure(watchedAgent.pressure)& b4 b5 M1 F$ A$ p5 _
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} else { 4 x- K8 G( n9 M0 u7 O. r: E% @% w# I( n* u+ G0 O# J0 c6 R
* E- w7 e& g0 G0 i } 3 y5 {0 W( d; W // Return the results. . a2 a7 i; X. \6 W- @- x* ] return returnValue : w0 i: Q O, U7 x% X$ a( ]: W" V2 E% P, P9 u# G9 u4 a) v0 H. N
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/** - S) e! F: P1 ]( }( P *. F6 p$ }. H* o& J
* This is the step behavior.. W% Q- c S' S$ a, ]1 y, v7 ]
* @method step" {' A- h$ Z" M. J
* 2 R; ]8 O$ n9 h2 M1 u1 B @ */! P; F3 v; C, S6 F" B8 W% V+ l
@ScheduledMethod(1 U, q U% e/ n+ G
start = 1d, ( b8 t: K% G4 t9 E7 e1 F0 u interval = 1d,% v' g& |, w# U( |( Q5 C
shuffle = false # d8 B3 G5 n0 L4 c) g5 b ) 1 a% r7 w* \. B3 S public void step() {( n6 t9 @1 R; d& M, s( J
5 X3 h. H. K o" C // Note the simulation time. ; |7 i+ G0 ~7 C! [! m$ g8 k } def time = GetTickCountInTimeUnits(), d( W$ Z! J0 D0 S# P
) S' u4 H) T) s ~0 |2 h% C // This is a task.) m/ ~* A3 _) M/ O+ g0 t h
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( Y4 h: r0 r0 R5 }7 `, x, V
// End the method.& e$ r E) F& V: C$ o5 ~8 s' `
return0 n- W0 q3 W' W: R$ C