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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ' |- V8 ?# |0 S1 A+ q6 b, c. Q public double getMeasured pressure() { % G+ j4 a' }1 a1 Q) b return measured pressure/ g$ r# V- w. c2 q7 r
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public void setMeasured pressure(double newValue) {8 X# X+ b) G+ @. O5 g1 N
measured pressure = newValue& v: A. x3 K; R' E
} 4 F9 n% k: \ Y& t public double measured pressure = 0. W C; y- S: W" H/ W* F
8 b0 B- S: g7 T S /** " C4 y- s2 v ^7 {9 O * 9 B; x3 l: S; v( ]$ W+ [0 S * This value is used to automatically generate agent identifiers.) g" Q' t9 W" K. l
* @field serialVersionUID2 E+ m5 L* {0 f# z
* 6 ?! Q7 `' Y! ^/ V0 f */ / C; Q3 [6 w& n- K private static final long serialVersionUID = 1L9 Q4 ^) L+ [ r
0 }4 b$ H% c8 z! J1 G /** 3 x. F, l% d# n" i Y. x *! v: L8 N6 A) E) |, B" R
* This value is used to automatically generate agent identifiers.- p' G0 p+ h+ y: B: y; p5 E& }
* @field agentIDCounter! j- K6 E4 D# f0 {/ l
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*/ ) ?9 a+ {3 K) k3 |& b( U( [ protected static long agentIDCounter = 1 8 o c" j, {; D7 I+ o$ g# F7 J " X- O' j. l) v1 P5 ~ /** % J0 p7 V0 @7 o. |6 e' J * 9 o% S0 b1 e8 F * This value is the agent's identifier.' p+ }" j2 D8 `* p: {
* @field agentID 6 i: A2 i/ D5 b; s1 `0 s- Q2 B *+ q& M2 n# I; f2 k* r
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protected String agentID = "GasNode " + (agentIDCounter++) 2 r; i1 g& o& d) ]8 }" x( u5 U1 ~" Q/ H3 ^) g& Q. h/ S5 f6 I+ e
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* ) W6 _- X& p# E7 L2 C * This is the step behavior. ) E5 o- m' P* Y8 n! y * @method step! x& F3 m! s- P- L) W
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@Watch( 8 V. ]0 I2 B2 @& k% K watcheeClassName = 'infrastructuredemo.GasNode',+ l1 U4 y* F! Y, ~( v8 s8 r4 d
watcheeFieldNames = 'pressure', 8 z; _. m5 v; E" c3 I' ]3 ]0 x9 l query = 'linked_from',7 e/ n4 v0 T& [) n$ X2 I' Y& I
whenToTrigger = WatcherTriggerSchedule.LATER, " |* a* Y0 T X0 U }( c' ~; f scheduleTriggerDelta = 10d, a( z) d# \7 ^8 c. ]5 p
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public def step(infrastructuredemo.GasNode watchedAgent) { - D3 A% E3 i8 p' m* o 7 o+ ?1 N' u) H7 ] // Define the return value variable.: h* b5 N) K' M% U4 p, R k
def returnValue 4 B" @# ], @; U6 n: M + S% M1 F" g* [% \; p. _" b7 q // Note the simulation time.1 a. J+ Y! y- h0 X* O' J6 X2 _
def time = GetTickCountInTimeUnits() # I4 ?& I$ ^0 s 5 ]9 j0 S# Q4 X$ R; f j " H% r4 X7 {' B E // This is an agent decision.) }# H) Y$ `3 n" U& A5 o
if (watchedNode.pressure<200) { ! p; q2 e, p% ^$ A6 O9 m/ X( E7 i7 W6 Z/ x+ h
// This is a task. : x( H, e1 P: a setPressure(watchedAgent.pressure)2 F0 ]. e1 f) N+ S' k
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} else { . N0 f1 j- q/ k# P( j4 F # t4 T6 S# x) \8 Y . H. E. j$ i) O4 x$ G4 a/ ^ }1 W. \/ C' b6 S W$ Q( d
// Return the results. 0 m* ?3 @8 y ^& ^& K6 e return returnValue; |6 f) }- V* u' k0 K0 U1 y {8 j
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/**: \2 n, x r) n5 z7 @
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* This is the step behavior. ! O @" k- T. V' d * @method step! k* r1 J, V, z- t, R% K
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@ScheduledMethod( 9 v: B, d3 F, U: K3 H+ E& o start = 1d,, K1 _- I: ~) q+ W9 p+ m' o
interval = 1d,) P3 p& O3 p, Z, J# v4 S7 {: k
shuffle = false : G( ~- h* q& A3 ? ) ( M0 Q$ D7 }7 u1 g( s public void step() { O# N$ W4 r6 f0 p- Z1 _ g2 h" h
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// Note the simulation time.6 M8 O$ @- J* F
def time = GetTickCountInTimeUnits() , Q% d1 y: p+ ^ E# O: s! i * y- A2 v9 C& m1 P) C // This is a task. 9 D2 D1 N5 { v ]7 D/ { measurePressure=pressure+ RandomDraw(-20.0, 20.0). c" U! J1 m% B# j. D1 T0 n
// End the method. 5 `4 R& f9 Q8 M) c9 h& K0 t* h. n return ! H$ g& R6 z8 D% e @5 h* o& v3 w' O }