' H# D2 [) B! c- G: v& |' B& [@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 l- c7 P4 ^, F+ o" S* k public double getMeasured pressure() { 5 f" T c* ^* S; l6 L return measured pressure 1 x+ M- |7 }) f0 T; E1 U9 o+ g) V } 7 ^: `$ h4 e9 x- c1 A7 S0 }9 b5 t public void setMeasured pressure(double newValue) {+ k* N1 a |2 q
measured pressure = newValue* R% f0 G h! k1 G
} ( f$ K" L* R0 F! \1 l' {6 P: }" I public double measured pressure = 0 ( k- A! ?: W% Z8 @ 9 B9 w* @/ Y. o; r/ f2 Z /**4 F# P: S' p y7 w0 _' o/ b
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* This value is used to automatically generate agent identifiers. 6 o$ h' b5 A8 e% [8 ^9 l * @field serialVersionUID ; v: B7 o: ^& G% T) Q. L2 G *: f( a% v9 E4 E
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private static final long serialVersionUID = 1L ( A; P5 p4 w1 v( t7 A% G6 ~8 p) F3 m+ _! m0 A
/**9 o" W. A5 p) z+ w6 ^& e
* Q" |% Y( i8 k8 R. e. ? * This value is used to automatically generate agent identifiers.2 c" d: u; v1 R& [- b
* @field agentIDCounter4 u* q9 g/ j2 s* p# q) C; Y
* ' m i' s/ k( C7 P" K */7 r' }2 q, j3 W) P, v
protected static long agentIDCounter = 1 2 s1 H0 g0 {% t# k' f7 _6 G6 r- C5 P
/**3 T1 k- v! u' B( V6 r# v9 {
* / b( [ L8 x1 f& j * This value is the agent's identifier. # L$ `: S: w9 e" ?1 Q; a8 u6 H * @field agentID 4 ?- r5 K# Q( d. C X" ? *8 h; g5 K3 A$ K1 n8 m
*/ 1 `: F, k8 Z0 h/ Y6 S( F q protected String agentID = "GasNode " + (agentIDCounter++) , o% @5 `$ x* {; s) `# X, }5 |( b! J * ^4 h4 f, X: b% y# O: d" V /**; Z3 p/ ]* s5 T" w
* / B2 w1 W7 b; S a: d$ p * This is the step behavior.: a7 P# t4 p9 f/ S; b9 X: h
* @method step0 r& W9 j, {9 H% @1 ~+ `
* 2 d- Y7 N$ N l6 K2 S$ C' J# Y */ - e5 d+ J. q7 S8 e, o @Watch( 7 |. v/ I% k1 \: q0 k" m" s watcheeClassName = 'infrastructuredemo.GasNode',1 E2 ~' j" w# W4 I- h) t
watcheeFieldNames = 'pressure', ) C) Z) i& ?: f- ^7 N: H0 F) g query = 'linked_from', % @. i: I+ X+ x, Q' K( B whenToTrigger = WatcherTriggerSchedule.LATER,* V9 p8 X) T0 ^6 u* q& g
scheduleTriggerDelta = 10d $ d: U, f6 Q2 E2 y5 Q, m' \ ) 6 I* X {' t* Y: C public def step(infrastructuredemo.GasNode watchedAgent) { 3 ]) q! k: [7 i! k$ U" X( H9 K, M7 F# H _
// Define the return value variable.- m5 k! C4 V: H/ E
def returnValue! M- E. @3 b; Z
, _$ C! h* Y. I: W( u& A) Y // Note the simulation time. . a% j, a/ h* D def time = GetTickCountInTimeUnits() 7 @7 Z% l7 m( g" A* Q. H6 q" h4 T, R3 @1 g
! X5 `% T/ | d% K2 W- M) r // This is an agent decision. ; a- }& m# I/ { g7 |/ W if (watchedNode.pressure<200) { 4 N+ h: E4 P0 r( t 9 q! }1 z# \$ c2 ~ // This is a task.) M' u3 A' B, _' j/ ^* l9 g
setPressure(watchedAgent.pressure) Z; I# a% b7 n( i/ s/ c
* P1 {4 Q W; f1 U } else {2 `4 r0 ?% J" x. a5 a
- f- a; s: z" \/ c # @* p% q1 k( c! M2 E/ a } 0 y* o+ g Q( \% x2 C- Y& W: s3 o // Return the results. , O; T7 K D8 U% K( t- m return returnValue 6 L+ p/ C t+ j9 M8 d* ]4 f7 o0 y" u0 V9 [* I
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/**# \9 {1 m$ r1 ?+ |7 C7 c7 ~) ?, k
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* This is the step behavior. 8 U' T# \) P- `, P G * @method step8 D6 ~; F& T0 E+ b* c
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@ScheduledMethod( / A5 r4 N: ~& G, G! W$ K4 a start = 1d, 9 |* N0 J. f- |( j interval = 1d,) M1 e. r5 ?/ }, F
shuffle = false # b& S" G3 w9 h( o ) : C/ [ J# S- P& S+ u* o: x public void step() { 7 G) t' P1 e& ?$ k/ L Q. \ V% j& s8 D
// Note the simulation time. 9 ]# S% N( x+ g$ w0 b" U* |9 p def time = GetTickCountInTimeUnits() - H4 G, Z$ Y0 R4 m1 e* Z4 H. W, d; o' Y7 J( d8 B, v3 s+ c7 Q
// This is a task. ) V; Q; z% N, l measurePressure=pressure+ RandomDraw(-20.0, 20.0) % z& N2 @# l: y- U1 ] // End the method.( L7 O3 x. N2 `' M2 N- A% O! |
return8 m$ {, h/ f% p5 L7 H