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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# j& A" m! F. k
public double getMeasured pressure() { ! v ?+ K; w" [' j( ~) f9 H return measured pressure 4 H8 c# C3 S3 m, T7 D+ ]$ ?3 A } 8 y1 o- M) @5 p9 { public void setMeasured pressure(double newValue) { 9 ~, U' {% K, j: ` measured pressure = newValue9 p; W+ v4 k" T8 ~5 u1 l
} * K0 {: J$ z/ E, ]4 y public double measured pressure = 0: ?: h, r. r& x$ A& B. S) T
$ c/ h# s& {2 T$ A R4 [$ l k" K /** 9 t' ]4 J: g" |" n2 y0 Y! @1 a; [ * / T5 a- P- P' o * This value is used to automatically generate agent identifiers. 0 j% k/ l% J) i6 ~( \% k * @field serialVersionUID / f" l! l9 P; c* {1 } * " u9 m( g5 q/ \ */7 a n' n+ v$ J. {+ B0 [/ P
private static final long serialVersionUID = 1L 7 z) f. o" u {& o1 P! t7 m % F- r: n% o. y% a$ B, k1 ~ /** ( ]$ b8 p* O3 t. C *) |; o" N: ~& v! u" Y! P4 B
* This value is used to automatically generate agent identifiers." L- W( H6 Z1 i' {
* @field agentIDCounter. ]2 P3 S, i9 h& D1 S( y9 z& l4 ]
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protected static long agentIDCounter = 1/ P; p, q( Q# a% j& ?
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/** ( [" f- q0 w! b8 C. K* S *. s4 K3 O* v' ~, _9 m
* This value is the agent's identifier.5 h7 h; n& ~) t/ g/ g: V
* @field agentID. ]& \8 _7 I7 U2 S
* / V, w5 e- B9 L" v5 ?" _( } */ $ W- b' k* c3 k3 [& d4 i" L0 B protected String agentID = "GasNode " + (agentIDCounter++) $ A" J4 [0 s+ K + v! p1 w& W; L8 G% b /**/ A8 b: Q- y0 T( `2 x6 w( @7 `
* & K" {) B& B! S% o * This is the step behavior. 7 F3 W0 b4 m! l5 ], a& \" m4 O * @method step 5 e/ p( o* D3 g; F$ u, T; g3 n" m * 6 u5 r0 j Y. P2 r+ l" k */2 t% A' k* d! W [& P# n( \# N
@Watch(6 P% m' `$ E( B* e: n
watcheeClassName = 'infrastructuredemo.GasNode', * u0 `, L. i, H9 ^: W0 `4 H1 l watcheeFieldNames = 'pressure', . E% R2 `8 z% R7 ` query = 'linked_from', 3 N! y5 I2 J. ~/ D$ M whenToTrigger = WatcherTriggerSchedule.LATER,8 n9 b; ^+ b$ [/ X$ E
scheduleTriggerDelta = 10d1 S9 c9 ^- u& m
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public def step(infrastructuredemo.GasNode watchedAgent) {9 n( K: r1 a% L
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// Define the return value variable.) s" A1 z( g" M( [. o- F$ L0 W
def returnValue3 r) h1 i" N7 D' m) o9 ~& m
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// Note the simulation time. 8 [6 m# L* ]3 ^4 f! x ]: ?" u def time = GetTickCountInTimeUnits() ; M7 C# ^2 o1 A; D& o) C ' y4 R9 t: H4 A$ \) G9 N' ^/ [ $ F* N3 T& m# f5 j, k' q; z$ o // This is an agent decision.: \! r' G0 B* J n9 y! r
if (watchedNode.pressure<200) { # l% J( l: } P' ?: H% e7 O6 r' i; A$ s
// This is a task.% b+ R% R' g; X r2 c g% I& d$ {
setPressure(watchedAgent.pressure)- N8 s0 I5 ]1 Q0 g! s. t9 `
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} else {8 `% ~: M" d% I. F# O( V
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// Return the results., U% g/ m) s+ W+ g
return returnValue. L6 B! ^8 t" w" Y% E0 V! T, r# Q
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/** " c/ m! B) m t2 |4 k ?8 G% x *: t1 \* Q0 ^6 A
* This is the step behavior. # @" t- K( m- n, d* g6 ^ * @method step' }* a- e8 u' h9 k9 r- Q# P9 O
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@ScheduledMethod( / V1 u& |( ]' `/ i* [' l& x3 w$ } start = 1d,. N8 W1 A/ I3 Q C3 P
interval = 1d,# D& E5 w5 z1 U0 [7 L
shuffle = false 3 W/ Y+ q1 X I ) # Q" b& l$ n& B2 i$ k- R) y F public void step() {7 w" A A- D K% H: l. {
: F$ U Y$ K- w$ b# e // Note the simulation time. ; a, J: T! }1 U, ? def time = GetTickCountInTimeUnits()4 z I5 G& c/ O6 K# o/ j
6 D/ n" I0 N) ]$ l' M9 L // This is a task. / f' A% M% ~3 D9 G3 M! v& Q measurePressure=pressure+ RandomDraw(-20.0, 20.0)$ W7 S+ d' V3 f
// End the method.) {# J/ O8 ~& i
return 3 s! E! R( U ~( t6 _% f8 l , ~, y9 _, F- V ^, K) M, h }