% y7 l% S; W$ O+ {# j6 S# N+ A1 k@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") - H! ]" z0 n- ?: c1 P- A# q public double getMeasured pressure() {+ r! N$ v& B1 t9 A
return measured pressure3 W- I' |, u$ P# Z4 q
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public void setMeasured pressure(double newValue) {6 Q, O8 Y1 S" B; `: M
measured pressure = newValue# e8 l7 d- f# [. A' X4 i( k
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public double measured pressure = 0 ) \/ @& a$ R/ S. N' l# }0 v9 T- x8 c; H, d3 ]
/**- o% \/ T% ~! N# J) ]( k
* " W6 G) a8 c$ a; R* ^6 y/ _! n- z * This value is used to automatically generate agent identifiers.0 y, u9 T* R$ _7 X0 i' g# ^9 ~
* @field serialVersionUID( c) e- p. u3 e
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private static final long serialVersionUID = 1L/ p3 s6 X, @. J4 Z- j# I* {
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/** 5 y* M' I- v- S5 N7 ]2 H *) m' C4 b' }) H- |0 g( L: {
* This value is used to automatically generate agent identifiers.6 l! q5 u/ M0 J
* @field agentIDCounter 3 x+ o* b) M' O6 L% U" K) `5 Y *" B9 K7 w' S$ Q9 d2 Z O8 q2 L
*/ . X4 }7 S- y, o4 I protected static long agentIDCounter = 1- o/ h+ o* D6 n u
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/**- V1 O3 G- h* _% q& S; }+ { H5 L
* ' D7 \1 |( Z& o7 I * This value is the agent's identifier.' m5 F' j$ a1 b5 a ^6 s- B: J
* @field agentID 5 [/ ^' l7 X4 O2 t' o" E; z * & H6 W- V! d9 L- k */' g" n3 N& O( N9 D( |
protected String agentID = "GasNode " + (agentIDCounter++) : E; @' M; q6 X: J' N4 E & c. ]% h( c8 l' |1 c; n: r; f/ L /**) v4 ^/ C! z* u; Z a
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* This is the step behavior. . ?$ K+ Y$ t; \+ n& O2 m _4 c1 a * @method step. ]0 E! O0 S) R# m& J. a. k2 x4 c
* ' y9 f, `9 `3 O2 c& s */- r' p( }5 J6 p
@Watch(: M' y8 I3 A& j0 O' u
watcheeClassName = 'infrastructuredemo.GasNode', h: X" b: g* X$ O, B! D# B
watcheeFieldNames = 'pressure', , g b; c3 z, n( y: V query = 'linked_from',: A6 Q/ {% C* ?% ^2 x. f% H. N
whenToTrigger = WatcherTriggerSchedule.LATER, 8 {6 d# V% X: S" I( P2 V scheduleTriggerDelta = 10d+ H7 h! N% U9 P6 T) A
) 1 l' c" Z" D' r. g$ @& R% x% h public def step(infrastructuredemo.GasNode watchedAgent) { 9 R: y' x% S+ v7 @ 6 R! _+ \! W8 H; o0 ^+ S0 D5 ]* c // Define the return value variable. & u- x1 q' X* {! D def returnValue - h: a6 ^0 Z% F0 X0 ~ ], T) ?0 x3 V; Z
// Note the simulation time. 3 c; N2 f) Y/ Q' Q- |# ]1 z' H def time = GetTickCountInTimeUnits() ! }5 L. r1 G0 h* V8 Y # k+ F$ Y! t/ L6 h L& v; R5 ^2 E+ q, p. C4 N- a
// This is an agent decision. 2 D. h& ] S& O if (watchedNode.pressure<200) { % W% y6 {; k! U& c4 T1 ~( \! e6 @$ D" v% F1 z: p
// This is a task.: Y( I+ m4 r: x/ W* o( ~
setPressure(watchedAgent.pressure)6 E2 P/ T) O& }8 O& }1 o
: l1 a4 h$ k; |6 S$ I/ K% H } else {& l* Y! K! V. J
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// Return the results. : f. a6 h7 x4 F: E return returnValue: L9 U4 w- I2 i
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}; {9 K& d$ a5 J. l# K( i5 e9 V9 M3 i
. p: X; [/ \& |: z1 z: ?2 [ /**, I" v: a- S& p' b
** @0 N l3 }5 j: n# I0 \. z* g
* This is the step behavior.! g) _0 ~' o. ?! x! a6 J% r3 h
* @method step. O: S( m: W O0 ^/ G" R1 R) E
* M( C! _$ j, i/ `; j
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@ScheduledMethod( 5 h- a- e7 e2 ~) O1 n8 F' r start = 1d,# S# O: S. K0 W, y, |) k5 D
interval = 1d,* W4 J, |7 H4 J( q
shuffle = false 7 s, ]) f( j) _* U ) 9 N: W$ o9 B; {6 C/ [5 `/ A public void step() { # ^7 ]4 t5 ~- D. F$ ?1 B2 }2 Q/ I7 d& r! H5 R, F6 I- B
// Note the simulation time. 2 ?8 P* u1 W5 N2 y: s def time = GetTickCountInTimeUnits(); U- r5 A5 P' Y$ x* T
, K H* O$ t" l( o; r( i3 R // This is a task. - [6 c" P! ` M( a3 D measurePressure=pressure+ RandomDraw(-20.0, 20.0); V4 H( Q, N% Z {) {0 }7 \) z( k
// End the method.$ a6 ~6 ?8 @1 I# a0 z1 i' O
return4 R8 A/ O& @& r