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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# X/ m2 l% c' I/ l0 N4 Q
public double getMeasured pressure() { 9 ]- W9 G, b% _/ x n! F% Z3 t3 s return measured pressure * R( w1 D5 p3 a }& U& Q0 b8 F2 X' Y: U* S0 q
public void setMeasured pressure(double newValue) { . ~" h7 g( y6 F- W measured pressure = newValue' N2 o0 F H3 F1 f/ f" y7 A& Z
} * d& ]8 a. S% w- l public double measured pressure = 0( u' u0 Z- P' q4 F& Z3 j9 f; c
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/** 7 R3 q4 \8 w# i5 q% q: d * & Y3 v- o6 y5 b0 T" L" i * This value is used to automatically generate agent identifiers. * J. I7 t5 P s7 ~2 Q% l! d: b8 i * @field serialVersionUID $ J& x& b' C [) h4 N6 v+ c, `) g * 3 h9 V3 A( c8 m- U */ 8 v/ Y9 x1 U& I; u' P private static final long serialVersionUID = 1L+ P8 _9 B8 H; d% x: h: _
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/**- J b- m" u% z, e
* 3 C/ K6 P( y% A3 G7 v: b * This value is used to automatically generate agent identifiers. ' ^ V- Y. A- q: G- H7 i0 p * @field agentIDCounter 1 f2 c5 S( t- N# i! l B9 U *8 s! ] s# _' Z* n0 C- j1 S" p$ k- b
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protected static long agentIDCounter = 1 ' d7 c5 l1 Z r( c 1 k3 l, Q$ R+ |. T3 F8 c" V /**" D/ A. P3 G4 e# O7 M7 c4 \
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* This value is the agent's identifier.3 _) u- O: o L) e1 E' Q+ d* [
* @field agentID/ _+ R' b" w1 N
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*/ ; W: o* J' v& z protected String agentID = "GasNode " + (agentIDCounter++)5 R0 S) J( P2 }6 V8 f
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/**. D8 M8 b5 v2 G; \ C0 Y8 t
* ' y; x+ X& B6 N" C; V& l- O * This is the step behavior.: R1 ~9 Z5 x! T# i' H& \& v
* @method step 1 t; y) T/ B& l8 ]9 l8 o8 B *) A/ p+ V3 p4 t( z' H
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@Watch( ! o% M$ G+ H/ l/ Z watcheeClassName = 'infrastructuredemo.GasNode',8 a' `' z9 f- l8 T: R
watcheeFieldNames = 'pressure',7 C! `# N! N9 F* b |& |
query = 'linked_from',& X7 L% d- Q$ s' ^9 s: r; R
whenToTrigger = WatcherTriggerSchedule.LATER, + H' Q, j; ^: g% K9 u# @ scheduleTriggerDelta = 10d: ^1 n4 a' @ m
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public def step(infrastructuredemo.GasNode watchedAgent) { 9 |+ @ v! [( n7 a9 a' N . b R0 |- ^) S9 h! T7 v3 Z$ z // Define the return value variable.& E n: X- @3 \1 u B
def returnValue " R+ N9 s* f) \ Q5 O6 s" G" a0 h; i
// Note the simulation time. 3 y# Q( ?) j5 ?' W0 @: R3 ] def time = GetTickCountInTimeUnits() 0 C& ?+ S% M3 d7 ]& j( C5 S" x' N4 K1 ]0 ~
& t- }& q2 o5 `* L- C; s // This is an agent decision. 3 z: y& o$ {+ n1 m; y+ ?' [' M* E0 D if (watchedNode.pressure<200) { 3 f5 |! b% M8 A 6 ~' |4 e& H9 N // This is a task. ! s+ ~, s- b+ ]: y% w5 z: l+ q setPressure(watchedAgent.pressure) s4 G; m4 A' P0 ?& M9 Q0 E$ L
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} else {" F1 g6 R. |5 ~# c8 E5 H
4 k1 S+ J# G) l ! \' b( a' o+ @$ F1 R } 1 ]2 U; y$ q% \: A, j o // Return the results. 5 j7 Y! B6 N# L. S1 g return returnValue 5 U4 T1 ]) h Q2 `# { 0 a1 b' {1 G* @! q1 b+ ~4 L, w } / l8 j% G; |; t- w: G 4 i& }2 B w+ n: o& M- s: n /**/ M0 q0 F+ f- H& q; E# y% G
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* This is the step behavior.3 u% }6 ^% Z' h% ^
* @method step, T4 a: e2 E8 @" g
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*/ 0 H, q' \$ G, u7 Z$ v7 L" }& F @ScheduledMethod(2 R: X9 i4 @$ D
start = 1d, ! O1 K$ S$ Q8 D+ |& _ interval = 1d,. _2 s. k1 ]+ v; ?
shuffle = false2 f/ B1 S# T6 [; Y! n
) g% D- y7 b! E( B8 p2 h' @" v public void step() {- q; \( n# K' F9 K+ G# q; H
: x* n3 P r+ ?+ r // Note the simulation time.% u+ `+ w- r2 }
def time = GetTickCountInTimeUnits()5 [ j# J8 E& P; D9 I
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// This is a task. ( H" m: t/ L5 ~) z9 ` measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 J( H$ B: o O7 L3 c# v // End the method.; A) ?3 ?' B& u9 l- Q+ O
return & _4 x: M5 t, _9 y2 A9 c- h$ U( u 2 P# m% E7 X" e% N2 B }