8 K3 H/ ~( g: S9 n { & h1 Q2 l7 T" ?! e$ b@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")2 d4 {" L+ m0 L, e0 |8 U' T% E- o
public double getMeasured pressure() {4 ?$ w$ g7 R6 x. d$ x, i5 E
return measured pressure, j: t' N" m0 b8 h
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public void setMeasured pressure(double newValue) { 1 W; R8 E" K& u( ~) ] measured pressure = newValue9 [ h: e* |! ^% t: S3 C L
} 0 z4 z/ v5 l! [# Z1 o8 I public double measured pressure = 0" H) a/ l3 u4 A* X# P$ h3 p. _) A( i
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/** , w$ d4 s% M) X1 T *$ Y/ F* N% [- G! I/ N5 D1 K
* This value is used to automatically generate agent identifiers.0 u' c, h" k0 @! s$ d) [1 x0 Q
* @field serialVersionUID* Y- q, m* r. ~ z4 F
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*/, n6 c3 }3 n+ f6 i, P
private static final long serialVersionUID = 1L2 D m% J2 j. ^3 l- G2 n
! ]9 b8 W {( n! ^. l: J! _ /**" j0 B" l8 W+ s) r* I. I1 j
* ' W9 M3 E+ u7 S * This value is used to automatically generate agent identifiers.: a+ l8 \2 K, R
* @field agentIDCounter2 k3 p0 ^! [# C0 _0 I
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protected static long agentIDCounter = 1 5 r- x; ^8 C) e, H, a; B8 o; I( T5 R+ r, J7 x
/** & g# z& u& p Q; g5 a) b * + i0 W8 a( N+ j; g. W * This value is the agent's identifier. , b" N& X+ l5 C# O- K" v. L) ] * @field agentID 1 S8 ^+ o- e) u. M Z * d/ ]0 ]3 G- n; ^2 {2 P* s. G
*/ 6 V1 y7 Y8 b. O protected String agentID = "GasNode " + (agentIDCounter++)) @% e; C8 \3 N1 o4 E2 c
]0 q- p3 x( v& s% @ /** 7 @- M0 ?7 |/ B) ]/ X$ J1 V * 4 I5 q% @+ u' i6 S * This is the step behavior. X; o; o7 Y' J7 c- g * @method step9 H" }7 p' a0 ~: H$ {# f" d
* $ M0 C1 K+ K! C* P* m* O */$ \5 v( d* N4 [( P
@Watch( ! Q* S" a. h3 Q% b: t6 A, s { watcheeClassName = 'infrastructuredemo.GasNode', , m" d) a# f* G4 I4 k, [ watcheeFieldNames = 'pressure', % \% i+ A: R! |7 ` query = 'linked_from', / T" A4 e9 Z$ d" x2 ?$ G whenToTrigger = WatcherTriggerSchedule.LATER, " n" x$ k. R- _" p O% r scheduleTriggerDelta = 10d5 ]# U1 r6 I: V9 D1 E5 v
) . @2 R. g' a3 H J- B/ \; P! X public def step(infrastructuredemo.GasNode watchedAgent) { 2 h }* K7 O) v7 z+ o! z$ Z! L% c" h8 t( ]$ c
// Define the return value variable.' X4 n7 B# a- D& T
def returnValue1 T5 l! q! z! q# G6 M4 f! U9 D8 K& c
" J6 T- y+ Z6 T0 l
// Note the simulation time. ) D4 w: v K# P$ P8 F) l def time = GetTickCountInTimeUnits() ! T3 L# M4 [+ C7 z3 u. e! m5 x3 ]4 }7 O6 K! Z
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// This is an agent decision.0 ^5 z4 `% ?5 E' {% g+ g9 v
if (watchedNode.pressure<200) {* P0 ?, s* u6 v. ]
4 o% `' [" S( q/ z // This is a task.! F- s0 X! u2 I! S9 K; ^
setPressure(watchedAgent.pressure)' b1 ^4 z+ @, s; n( i3 O2 g( Y! o
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} else {( n! X, p( d7 S* t' r
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} / H. j' K/ V4 Q' y4 L+ Y* X8 e // Return the results. ( ~- [; [3 p/ c4 c return returnValue+ Y6 C- x* B3 d$ G/ {- l
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} ' R7 s: S/ C# t) S2 g$ K8 I L5 s! P - l$ U' s& ?5 r4 `; h* Z' U( r /**0 l! w5 C! c' d7 ^* b
*' [ g% q8 Z. k, A5 S: ?- U9 u& D
* This is the step behavior.3 C$ ^* x; y( u. `1 Q4 \
* @method step 8 a8 h$ Z/ j% V) @1 W */ J0 b4 ~2 ]7 l% N' E u' j: s
*/8 J( q4 }! ^* }( W8 N* S
@ScheduledMethod(; V2 U, S. `; |
start = 1d, 0 v% |% {( u6 K |' t4 I' n% R$ a interval = 1d,! H. @) E( z0 G: M9 {! q( G* M# H
shuffle = false 2 J; [3 a3 D; Y0 ?4 {3 L( S4 J8 A ) + g; a, s9 z( c4 h public void step() {. l( D: l# k: C; }: V
. [5 K. W, x; H; F+ ^' ` // Note the simulation time. " K8 F; p3 W7 m) r: b# P9 _ def time = GetTickCountInTimeUnits() # V7 {# H( }. |( ^ 2 S9 B1 F- E: b, u // This is a task.5 S7 H$ G3 \" i( ^5 u; ~, Q. k) M
measurePressure=pressure+ RandomDraw(-20.0, 20.0)2 C N$ t2 ^. R" C5 v+ A5 `. F
// End the method.: L9 W5 t I$ M: V5 Z
return $ q5 O7 G9 F$ N7 R9 u. r 4 m8 {' j% z5 ]6 j0 v0 U7 O }