. q4 [3 W5 Z; o8 N1 W5 p" d/ G + y/ Y! C- H- @4 }- C@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 y: |# ]5 I; V) S$ i4 O# t public double getMeasured pressure() {7 i) z. T, X: t: r9 v5 j3 K7 k
return measured pressure& ^3 l, Q0 F$ r3 M
} 5 x# j/ X1 K1 L# T1 S$ c0 F& q/ U public void setMeasured pressure(double newValue) {0 K% S5 k( ^& V+ G: q
measured pressure = newValue2 h! s4 d$ T6 `' z( W
}; Q9 F1 {2 _+ X$ p
public double measured pressure = 0 , @' j: Y5 q/ `$ V, G. ?) q & b) Y# Q8 H6 d% e5 E% t /**- b9 M! M% N: t _
** @: ~0 g5 b; |- y. F" O) w- V
* This value is used to automatically generate agent identifiers.3 l& f: I8 t9 R! J" H3 x6 X
* @field serialVersionUID ) \' _8 B1 z! K8 b" e * & X4 S1 d8 ]1 d1 F+ `* \ */" G( i" T/ {$ p+ x& r7 h
private static final long serialVersionUID = 1L # X W$ |' M; y/ }$ e # A) B2 O% [3 {( e /** 3 w8 ^, ]" D" E; l6 E * , H$ ?5 k6 Y$ ], [% Q * This value is used to automatically generate agent identifiers. ) u- l4 g5 r0 r1 S * @field agentIDCounter , v1 s5 R# ?& o3 M9 o% @+ _* ~' Y * ?+ G/ k; s, T6 G3 r/ o, A& q
*/, f: a4 T4 R; r- F: i1 c2 P
protected static long agentIDCounter = 1 8 v) W* ^2 o' j4 x7 l$ [ 5 i2 v! z4 H! Y- @6 R* ~ k z /** x; q# c! i1 O6 e# E
*- v0 Q& b3 Q- ^; H, ^
* This value is the agent's identifier. 2 }% f2 }7 g/ L% D: }; Y0 X# P7 Z" O8 ? * @field agentID - x7 h- w% z9 |4 D3 V2 L% @ * U. T$ P* Z! E3 d8 N */8 v+ p" [$ g, Q9 J; C" g4 ~2 j; q
protected String agentID = "GasNode " + (agentIDCounter++), D h- R: T. a$ x! x1 k6 [9 P! w
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/** 7 Z$ `+ q) S' R5 E! w *& u) g. U! T/ Y+ J" P" L2 t$ ^8 l
* This is the step behavior., s& @3 |( _& C) |5 G2 z
* @method step |* \! u6 Y7 @8 R
*: }( t4 k( s0 z9 ]( u: S8 |4 L3 Z
*/5 @6 ^0 ~8 w" W5 Q
@Watch($ G/ u9 F" {$ e! B+ z* w
watcheeClassName = 'infrastructuredemo.GasNode', 5 G3 i$ {5 X, X: w! I6 I watcheeFieldNames = 'pressure', " K3 s! c' @5 y3 ^. x) O3 q$ v query = 'linked_from',3 H+ | k _6 `% p% K) \
whenToTrigger = WatcherTriggerSchedule.LATER,3 a% ]! P9 T4 Z+ K/ C7 P1 O* n7 w) U- X
scheduleTriggerDelta = 10d ) t/ n1 J% i9 d, E0 T ) @$ \ J; G( Z public def step(infrastructuredemo.GasNode watchedAgent) {8 `, @7 V0 y3 J+ l; w9 p
' v5 |* z& d9 X( V' k8 B // Define the return value variable. % y7 R0 B3 C& Z- d6 {7 O2 l( a% \ def returnValue; \- @. j& O. v
+ q w7 W; e, Z+ J0 z6 m1 k' ? // Note the simulation time. 1 l* \2 w! T( B9 k( r' |, Z- K9 s def time = GetTickCountInTimeUnits()% Q2 i2 u5 B. ^& }& z, d2 {# [' f
5 n: h. D3 e+ h. o( I0 \6 L( s1 Q
" C. ^ @2 _7 @1 M // This is an agent decision. % q$ t* g2 K) w! R if (watchedNode.pressure<200) { / k$ Z6 r' C% D9 y7 H8 Q6 h N) X0 r$ N
// This is a task.$ M$ g" u% R, K. m, C0 h8 N; F
setPressure(watchedAgent.pressure)- o# Z2 R0 J- o" u# q" }
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} else { * Y: Y- i" Q& I0 x1 t N4 J; i9 B5 w% \& B! f1 z3 s+ f
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// Return the results. 4 Q+ I! W( q5 E5 ?, ]' Z( K return returnValue+ u0 c1 }3 X. ~4 z" b7 o
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}/ [0 Y7 O- u- ^' o9 ]; {
! V/ A; D( J$ M/ p /**3 ^$ y2 E5 O# u
*& b! y1 r, r- \: b7 I
* This is the step behavior.1 V! Z/ @6 t% e8 I
* @method step # n6 I6 N. h9 H9 W4 r# p/ ^ *: v% o6 y& I: D& s
*/ 4 [; q) I! Q. I7 ]- a, Z @ScheduledMethod(* X" @1 C. g7 q+ p% |
start = 1d,% R7 S6 {0 j1 D2 P# v) E
interval = 1d, b) K# {; r& ^$ a! V( U shuffle = false - E* I/ @( h( C$ u" l2 n ) , r+ t& y$ F, N7 n% O" b public void step() { 9 J& [( u6 R( K: }: n ^1 q6 ^- C- t& R4 @' w( p# m5 }0 U: g
// Note the simulation time. 1 A0 U4 `- c& O5 r. [ def time = GetTickCountInTimeUnits()/ l' O& ?% n1 D; Z, F0 ~
. J0 d' h( g' t$ s, x8 O2 D' ^ // This is a task. : [: n; U4 ]0 M' ~, w ^, l9 o measurePressure=pressure+ RandomDraw(-20.0, 20.0) ( J' H, l5 F6 n" ^4 i4 T f // End the method.% C1 b/ L% o% X' x/ k
return. k0 D0 Q# _+ T) ~