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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") / s; G: T! A: V7 M5 B; X! `) w( O3 y$ ^ public double getMeasured pressure() {, i2 w; M& I/ F# ]/ b
return measured pressure 4 C% {% I- P3 [# E( U4 I% \) o' [ }1 V5 o+ [, S* `0 b
public void setMeasured pressure(double newValue) { * q3 ^: ^, O9 V7 a: ?, F measured pressure = newValue ! a, k" c5 y$ y9 l/ M$ u% V& C4 y } 8 |3 U7 `- J' z, z: x3 X; x public double measured pressure = 0 ) l' L4 M. m J# }. j3 e* s k" Q- y1 o7 A% P
/** Q# p5 _" h' o, S* {% G. g
* 3 n( A( D, ~1 ~) t5 X& ` b- s * This value is used to automatically generate agent identifiers. , Z) A/ t! R% j) K v * @field serialVersionUID 6 K$ L; Y9 ]' P, {# ?+ s5 \ * * n+ U$ ]4 Y4 o% N+ D% r */ 4 K. c+ @- D: O private static final long serialVersionUID = 1L% j* a" K2 _5 B8 g9 O4 P
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/** % s& ]% P% v# F7 S/ x *: y) G" a) x0 m M0 |" c
* This value is used to automatically generate agent identifiers. " ?1 g, ^) y' y. k+ J * @field agentIDCounter 8 w" f) \' i, B4 q; B *9 A4 S) l- W+ M1 v* j* E; h- G4 F
*/ # ~ ~$ h9 D- G+ w! H {) `9 [6 p$ T protected static long agentIDCounter = 1 ' p0 W! A4 P/ H7 C: s/ }" D . U: l, G( k: c /**/ U+ a2 j1 L% e7 L \+ g" m" R
* # H7 W% v9 V6 y5 n * This value is the agent's identifier." J. l3 @' W) i
* @field agentID8 k8 j' O$ k# m% k. d- f
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protected String agentID = "GasNode " + (agentIDCounter++) ' n$ o9 Y' p$ A1 D: E ; J% ?8 E$ u0 D% x& D& C& q0 |9 { /** f& L" U( Y+ [' M' Z# N+ y8 }# Y
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* This is the step behavior. i" C2 H4 w3 n6 ^ * @method step / Y; \1 z. e6 U6 J2 g ~7 S: _2 F' G+ k * r8 i3 ?9 S( Q, g! G */ ! y( ^* f r* [, f' [6 S @Watch( Y9 l; N5 C7 B( Q+ o+ E4 d watcheeClassName = 'infrastructuredemo.GasNode', ) g0 W4 t' i; i, f% P watcheeFieldNames = 'pressure', ) G, Q3 z4 I; s6 |% D! k query = 'linked_from', 2 J+ z) Y; v4 @% B whenToTrigger = WatcherTriggerSchedule.LATER, # J- W6 ~' O) W8 ?1 i3 H# _ scheduleTriggerDelta = 10d* G% ?" C% x9 b
) ; J) y. n6 @* t4 l. d public def step(infrastructuredemo.GasNode watchedAgent) {7 V& u8 p4 l; a; K& H1 \0 |! ?
. p# E) g) P% S1 z8 c0 [ // Define the return value variable. 4 s1 {4 f. H& k1 x" P9 g! O$ [ def returnValue 1 Z H5 V) G/ s u1 q) c! A0 y( o+ Y3 l) G' h; Q* ]
// Note the simulation time. * q( e, N+ Y, V: l% M- u7 x6 k def time = GetTickCountInTimeUnits(). ~2 B( p4 [) v! l# F* @/ Y$ V
4 q0 @# t; P3 C/ `; M . z% t/ d; u0 k; I // This is an agent decision. 7 ~% a% X0 C7 J9 K9 h% ^" i if (watchedNode.pressure<200) { - }8 S4 i' p; A% u5 o6 p7 ~3 \0 Z- E3 U5 A7 g0 z
// This is a task.1 Y% W" k) a ^/ g: Z9 d. N
setPressure(watchedAgent.pressure) 3 \% B6 O9 m3 B6 ` ' B3 n' R: ~0 p' t } else {3 Y% s* N; K$ M' h8 d& b
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" ]& c# L# X7 J" ]; J } 4 v: A# t& ~2 W // Return the results. + x7 P: f/ ^$ L/ V4 s return returnValue' e) K; E0 V( J/ ^% @1 S
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* This is the step behavior. . f5 F: U4 ]; o * @method step 9 {' L5 l. g* y4 S$ I" o# D *( J+ s. M% @. {5 g5 w* j
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@ScheduledMethod( ! K I# _7 [1 N1 [8 L$ l: B- | start = 1d,. Q* g: ~* A* w' j4 T- Z
interval = 1d, 4 O( Z" p$ h" M shuffle = false E2 Y5 Y# \9 {4 Y4 M% C )0 E8 {3 e/ l8 r
public void step() { : }6 M# n9 t0 W9 N3 Z5 m2 W$ h, O* D4 F
// Note the simulation time. ) }2 f& a. _! `6 G0 q def time = GetTickCountInTimeUnits(); i% z$ n- Y8 s/ [) ]/ J( ~* W" _
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// This is a task. 2 u2 `' ^8 G% I8 x6 k measurePressure=pressure+ RandomDraw(-20.0, 20.0) # V% A! J$ y; ~& ?: }) b // End the method. ^5 L" A% b+ F7 ~ J* \, u& ^
return1 M! W" j% B3 R# `. ]" c2 D