' J7 i8 [- L4 R8 x8 i) u5 t: _; d@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 w# E# V0 @9 r public double getMeasured pressure() {; |0 p* L6 `2 r& I1 S: J! _7 o
return measured pressure & i+ Q$ q+ g2 c } $ M+ b" X# H) B0 F& v; { public void setMeasured pressure(double newValue) {; u! ^$ |3 [% f( M/ h+ ]
measured pressure = newValue 1 A( s0 f1 N+ I/ f } - H3 c( A1 l: }6 ` Z1 L' ^4 C& h public double measured pressure = 0 7 o$ f- {9 A( n7 u" v' y 6 c3 D& d7 B2 k, g* O /**9 V$ {) y8 P: k; ^* q
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* This value is used to automatically generate agent identifiers. 9 E; T4 \' q) y! r! F# R, T * @field serialVersionUID; V7 W+ Q( L* x/ m, u" J( c' K- _
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*/ k6 [6 [, x: b private static final long serialVersionUID = 1L: e! C) o& l) }; ?
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/** ; Y' N( b+ W" C$ P" [ * + S( l# b6 o! W" D2 k * This value is used to automatically generate agent identifiers. 7 S8 {" a+ F: r. G * @field agentIDCounter + |* p/ F% r* l" S *! B$ w% i% c1 ~& L
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protected static long agentIDCounter = 15 T" e$ u& b- `0 W I
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/**/ O. S5 f3 V9 Y2 m) Z2 S
* n+ g8 I8 z. F/ W. S * This value is the agent's identifier.. x& _5 \; x2 p5 V
* @field agentID* o% }+ s4 D1 A& ~# R
* 5 Q7 f$ Q" I6 l; R* Y */ ) d2 W4 I- E! e" r protected String agentID = "GasNode " + (agentIDCounter++) ( W+ O$ M- H6 f: k7 J : ?3 x- z' j6 X) }! W8 O a /**) c# L; s4 W7 j- h/ y9 w3 u) J
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* This is the step behavior." O- R9 ]: S' `8 Y' j2 ^
* @method step8 C* D8 X) v& O, Q
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@Watch( ) J* s6 I% K* x5 X4 f watcheeClassName = 'infrastructuredemo.GasNode', 1 r' ^ ^& J( V1 U watcheeFieldNames = 'pressure',; ?0 j% I$ M9 D+ K
query = 'linked_from', ' `( Q" ]6 U% Z whenToTrigger = WatcherTriggerSchedule.LATER, / _6 N. m1 U r% S6 ^: N2 C7 F scheduleTriggerDelta = 10d , {4 }! [+ a% e0 [ ) ! K5 _, [9 s7 P/ N public def step(infrastructuredemo.GasNode watchedAgent) {3 @. p; ~9 S7 f0 x
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// Define the return value variable.( l* q" |: h$ B
def returnValue- W! f# L" Z1 ?" D
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// Note the simulation time. , z/ ]: B6 ^. J. z+ k def time = GetTickCountInTimeUnits() ( U0 \$ |1 Q7 U9 i! Q) d$ P7 Y, l# O1 ^! s) l
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// This is an agent decision.& g; D7 i6 N* e7 ]
if (watchedNode.pressure<200) {+ ?5 c9 p7 N6 O' `5 q- K# A
C s S" G* Q" S5 @ c/ m // This is a task. % |" p( K E0 a0 V! n- V2 N& } setPressure(watchedAgent.pressure)' F! Q' B$ p$ t4 f+ A( Z. e
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} else { + R2 l% y. ^8 T$ i+ K1 u2 v7 q. T2 N' P+ U( N8 }
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// Return the results., ~5 q. }' o6 a
return returnValue 0 K {- i+ R% B2 G I! T3 I. `& t5 m0 W. ] O" A. \7 X
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/** g$ k# C% z: O; z. t p * / t3 `+ J' V1 U# C' b * This is the step behavior.7 h# i c( O) w! P0 b! ~
* @method step9 U8 m* b' N% r- @
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@ScheduledMethod( 7 B4 z6 `4 N5 Z B start = 1d,* p+ r4 i1 s% |- M1 I0 t' K
interval = 1d,4 ]0 } f; F* `; M
shuffle = false, f7 P5 O* [9 b, j
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public void step() {- m4 n2 K6 h' z
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// Note the simulation time.+ N" J$ r+ w8 ]2 W
def time = GetTickCountInTimeUnits(); Z; [" l7 g' h6 p# I( c
( [+ P. y; a: v& S // This is a task./ Y% r% b2 i2 f* ]' u$ q
measurePressure=pressure+ RandomDraw(-20.0, 20.0) {$ Y3 M" \: J! {, `8 E# a
// End the method. $ w( j' |) [& K3 G" M2 J. J4 W return# Q+ P) p' D( Q& a- L2 x) F
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}