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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")+ ^& t( }2 z! o4 a6 q( y R7 t! p
public double getMeasured pressure() { ( d) ^# G* t3 {1 p return measured pressure# _: i: b* c! E5 `2 D% |
} * T, [& W. m7 V+ { public void setMeasured pressure(double newValue) {2 r/ x+ o7 F7 q9 E8 u, G
measured pressure = newValue( f5 o2 ]2 W5 @# n' L& D& X6 s; N
} J* p; r" [; S+ Q0 m! i public double measured pressure = 0 8 e7 B* c- l) m( b% x 9 Q8 s1 n$ ~4 E6 B0 u& k* K /** , ]/ S& K' F7 ]. X) d2 g; k) \1 X; E * / Q4 N+ k4 ^$ u) S; ^" W8 i: } * This value is used to automatically generate agent identifiers. , E! f; J; z% h2 x9 G9 W * @field serialVersionUID : p ?8 b4 r+ T * & W& W( O. f/ K+ L4 ~* o9 F0 o& d */ * R& P5 Z7 x5 D private static final long serialVersionUID = 1L N8 g# |" @' `9 l' ~ $ k* R# |2 l& t /** ! h/ A" S7 e$ k * U- H) m. g2 r( f9 K0 P * This value is used to automatically generate agent identifiers. ) V( o/ B5 l7 @& }) B' K6 t+ V * @field agentIDCounter 4 L) Z0 [ l$ l1 M- l, V *3 T% X \2 |, | l6 ?
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protected static long agentIDCounter = 1 1 R0 t" z2 M `9 { 7 V( T3 a) e0 f3 j2 S \ /** & ^" e, Q$ @; T$ K * # k; x1 B8 ]/ W O2 l$ @ * This value is the agent's identifier.( G% j5 o/ q5 L0 H. g9 K; b
* @field agentID7 f! j6 Y" V, c4 c7 L
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protected String agentID = "GasNode " + (agentIDCounter++) 0 @7 X' J5 ?8 y) k& }: q: E0 _' g. b7 G2 x
/** ! v. P7 i/ b' F* N" _5 A * # g4 H, L+ z; [- ^1 V: q( F1 p * This is the step behavior.+ `% X% n. z; O: ?: S* X! o6 d
* @method step 7 \0 S ]( c/ |* F. ] * ' h8 H S3 v. J) O */ / b8 o5 ?; S1 ~) Q0 ? @Watch( 0 B5 d/ `: m5 c4 ^( \3 g! R) R watcheeClassName = 'infrastructuredemo.GasNode',8 U5 r5 K; H% _1 I8 w' Z% o8 t
watcheeFieldNames = 'pressure', # |. d$ N# S5 {+ @! ^ query = 'linked_from',# I8 ?1 I+ f9 I5 A4 Y
whenToTrigger = WatcherTriggerSchedule.LATER,9 w: D9 }6 @# I
scheduleTriggerDelta = 10d" n* [* l1 s% ]# }% d" U
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public def step(infrastructuredemo.GasNode watchedAgent) { $ I9 o% M# U, ?! \7 C , l2 A, {5 Z. b$ j' K2 m // Define the return value variable.# B7 Y$ v) E2 d! Z( @$ A: u6 }
def returnValue6 I: _2 K, u J5 ]$ w( g
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// Note the simulation time.+ `- c# h7 U3 H" K% y
def time = GetTickCountInTimeUnits()! F; V i9 m+ U/ m
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// This is an agent decision. ' j+ J8 f- T/ O if (watchedNode.pressure<200) { " d W) k/ R6 a2 ^- S" z , a u" d2 b! ~ // This is a task. 3 u5 e: I# d0 C) E$ B setPressure(watchedAgent.pressure) ) P9 T# | E+ g8 K3 a/ E: J. l3 _8 t7 S* Q( M% b
} else {8 R0 s- p2 S) C/ h; S6 C' N; J# H# T; G
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// Return the results.5 }8 M7 @4 [0 b/ q3 O$ R
return returnValue. i3 w) {! W8 b5 {
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/**/ L/ q4 v5 F5 g+ g
* \, }5 ^. c | * This is the step behavior.7 E0 L! t$ Y1 k! H8 g1 W; ^; @( e {' Z
* @method step2 `7 D" F4 L: H# u0 ?( j
*- G( G: |8 T, u/ V" _
*/ 1 k' L# r# B* X$ L" v. K F @ScheduledMethod( : g- q) d9 n4 L6 L! F) o start = 1d,) k1 }0 |* ]: V9 i, z" q
interval = 1d, 5 L: N' a$ ^! `6 [4 k shuffle = false0 d) Q. J. Z2 l" _
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public void step() { + X8 _/ k+ z! F% L, ?+ b6 X* d, C. \6 T
// Note the simulation time. , b4 u4 f" [; b2 L! K( | def time = GetTickCountInTimeUnits()4 T' \5 G6 a' ^) B/ N$ O
* D" _ `3 f9 z7 _/ H7 p, q // This is a task.) n, R5 f q$ ?+ @- _
measurePressure=pressure+ RandomDraw(-20.0, 20.0)' c7 R# ~+ N. F
// End the method.! l; g0 A Y. }
return S- ^! ?1 r# O