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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")7 W) r, n( N- o
public double getMeasured pressure() { 5 Q6 }: |; g5 A; T0 t- s+ P% `5 @ return measured pressure ) O2 Q9 F0 O* J( ]- g9 q2 n } 0 u$ s' H, w$ s) g/ i public void setMeasured pressure(double newValue) { $ o$ O) q) l/ e! G% A+ \" [3 o3 ^+ \ measured pressure = newValue# M7 d' N, F+ M |
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public double measured pressure = 0 1 K& A+ g9 T# }1 t% y/ ? L L0 }; m: `5 A# L
/** $ n1 g' \! ~% H' \ *- e" L3 y) w7 G7 C9 y) n2 O
* This value is used to automatically generate agent identifiers./ |& ]" O* T: X; B% l C2 H
* @field serialVersionUID* m, |: u$ A, l
* , b- n8 u3 B2 _3 D, C */6 e% l, P; @, o# i
private static final long serialVersionUID = 1L ( L" ?( A. x' N# E- Q) C( E ' D ?1 A2 g5 X, K /**$ X2 ?6 ?2 ^9 g* x
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* This value is used to automatically generate agent identifiers. % d. ?$ `1 I2 e% E, ?7 p6 E4 H * @field agentIDCounter " }: q4 H4 S5 O! f2 c *( s- m _9 R' ]% h2 D
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protected static long agentIDCounter = 1 $ x% F/ j9 i4 ?+ }( F- U# s3 I' n' h* o& q4 h: g, }
/** / g1 D' [) E5 p *# T) r' q5 C* J
* This value is the agent's identifier.0 t4 T+ O) y, P9 F9 r& D
* @field agentID & ~6 y Q2 W% P% U( s- M) W *' n& q2 c. D1 ]# y+ i' N- T' b
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protected String agentID = "GasNode " + (agentIDCounter++) ! q/ _) I2 P5 V. `# k' R: D" J( G* ^3 E9 X- e3 b
/** 4 ]8 ~0 P5 r$ V* R* a * * A+ F/ @/ j$ X1 _ * This is the step behavior.6 w6 Q/ J4 ~7 P$ Q. m2 R+ }
* @method step 2 m8 \: M& {9 B* _ *) E$ G4 a- d3 l4 q$ L; b
*/" U& d& ]: C; h8 `. n
@Watch(, ^1 B7 ]) B( U! z- ~4 m/ k3 z' z
watcheeClassName = 'infrastructuredemo.GasNode', 5 E& [) s) C3 | watcheeFieldNames = 'pressure',4 Z. t2 {; P0 M: u
query = 'linked_from',* f9 _9 f5 {! l0 A6 w) g
whenToTrigger = WatcherTriggerSchedule.LATER, & W4 q! F! X+ `/ g8 K scheduleTriggerDelta = 10d 1 q) |1 `5 j9 b- o: o+ S- S2 c )5 {, V- B$ x, M7 @
public def step(infrastructuredemo.GasNode watchedAgent) {5 @4 T8 _, ]0 B
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// Define the return value variable., P0 d- X& {" Q' J, C. L7 r T
def returnValue3 G! M$ b) [- m# V6 c. U2 X
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// Note the simulation time.6 ?* }& V7 Z4 F
def time = GetTickCountInTimeUnits() ( t ~ ~- h$ G6 F. l( q* N/ W ! m0 A) z: v" d" [# m2 L( c' H0 D0 L: ?8 r9 j& w
// This is an agent decision.3 x3 H {6 V, O7 c4 ^/ @
if (watchedNode.pressure<200) { u2 E) ]1 Y% i! \+ B" A, t7 m& y- T q
// This is a task. $ j% ]' b* u; g7 ~( \3 w2 i7 k setPressure(watchedAgent.pressure): \ U1 Y. z% F1 C/ b
+ E/ w9 k3 N- c6 l2 `! f# q } else { , S; T0 p# n3 {! U; c$ b ' t3 q. y/ W& c' e2 X- y$ k7 _# x* Y
} e2 B p! j( m // Return the results. p; v! ~, ]: p$ q) q0 [7 u5 @
return returnValue 9 `2 y% h, b9 K0 @* O2 ~ t% B% n* N7 _3 D3 H# a" B" [
} 5 M5 J( x9 @6 Z+ P# F$ n" v& Q9 g: _, E6 f
/**+ D* ]4 G1 ]' d( i: T
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* This is the step behavior.) i; d* Z& ]) S0 c3 E
* @method step9 v& }" o0 A T% y" [$ C4 n% Z
* 1 [3 M0 d. U* B' z */" R$ l* j, ?5 h S4 o" v# w$ }$ d
@ScheduledMethod(, l- q1 S; X `! r* s# L
start = 1d, & { s* M4 _) z/ V+ k8 x+ X. }8 { interval = 1d, 4 r9 n! [& a: A, o5 X shuffle = false0 a" P8 W* w" U3 q2 ^
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public void step() {8 ^9 c# d' N$ K2 L
# N, B" _3 \$ S" w3 J+ ? // Note the simulation time.6 Q4 R" L- e. L" q7 o
def time = GetTickCountInTimeUnits()" q7 h- D( |' D1 h p* G
; A. u6 b. t- W& H' \# e7 s- }2 A" k // This is a task. 1 r1 Q, |0 b: f3 d measurePressure=pressure+ RandomDraw(-20.0, 20.0) ( m. j0 p' \ Y! ~# [: e0 e( r9 w7 b // End the method.& {9 D+ P: R5 P, U
return" E1 `' n7 \; j# ^$ ]
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}