$ z' m& B! v) Z$ _4 Q, Y- B( l ! F- Z6 }* M% [@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")3 W: I' \4 r# r1 k& h% T
public double getMeasured pressure() { 8 i. T4 ^( D" g$ A return measured pressure # C- [ a4 ~: R9 w) ^6 A } 9 z* P* v L3 v' k& ]$ G1 e public void setMeasured pressure(double newValue) { . r2 l e/ p6 ^) y# V2 J measured pressure = newValue , K, Z; B; S ^+ n } 7 f- }" G* [7 a6 P; m: p5 K3 J( Z public double measured pressure = 0* y# j, Q. `% V
9 y) W \/ [+ H" X0 m /** X V- F" G6 \. V. `1 f w *' V, X O0 G+ t& O' n3 b
* This value is used to automatically generate agent identifiers.. {; ?! n K. w8 M4 b' H: @* M
* @field serialVersionUID9 O( j/ ?! d4 w1 | c; e# I0 h$ u
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*/) V7 J: `7 l4 e" p6 z
private static final long serialVersionUID = 1L; X9 ~( K6 G3 |
; `: m- \" ? v2 i2 c9 @: U /** " v* K# S/ E5 L' \- Y! l* d, J *$ _$ U, I$ b! I$ U4 h1 b
* This value is used to automatically generate agent identifiers.2 }" k2 i. a; o2 x/ @7 f
* @field agentIDCounter* {: T E9 p5 X, T7 j
* % K J. d( L: a; L */ 4 _( _! ~% _ X9 K protected static long agentIDCounter = 1 3 Q1 S6 G- z$ N; z( d ' R- k; L" [# x1 n. _* l6 A; \ /** ; F4 o# D1 ^, ~2 v7 I- l- `4 T */ ?3 U) J1 Z" @" C h6 T
* This value is the agent's identifier. $ W$ J7 W/ }! E1 k' G' z5 |) K% P * @field agentID 1 D7 L$ p' |: Y ** f( ~: Z/ C e' c
*/ / f0 x+ H! e: h4 r# K$ D( c T! w v) [ protected String agentID = "GasNode " + (agentIDCounter++)6 B; I C8 t8 M0 P; ]
" n, N% C6 ]) a: b+ _9 o* ^ /**' T( l" w7 ]5 }+ d9 e
* 1 V7 B7 q$ C* \% c q# Q# _' M * This is the step behavior.6 u8 \- ?) ]4 g3 Y, y# b
* @method step m( r. j! v- f: |3 Z1 O& ^
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@Watch(/ n3 e" b) z1 w
watcheeClassName = 'infrastructuredemo.GasNode', # p; Z; s8 Y* b j( c9 v+ y+ o watcheeFieldNames = 'pressure', ! M9 W1 P/ o$ \8 O+ ] query = 'linked_from', : N) q6 p( L0 g2 ~3 x whenToTrigger = WatcherTriggerSchedule.LATER,; o% Y- h! b. |1 ^
scheduleTriggerDelta = 10d7 j' K% {; E0 k B: Z
) % ^& O; U3 S3 v' N# } public def step(infrastructuredemo.GasNode watchedAgent) {) k7 l; @9 Y Y9 a" _
% E7 V* j( R3 {# l8 |% C9 v8 U
// Define the return value variable.3 |: j, J& M% x* X0 N2 b: T
def returnValue! t' |3 W( q3 v: j- d: @7 \ I2 u
. d0 g! b3 p, |$ P% H% K // Note the simulation time.' G" f+ C. \0 M" l
def time = GetTickCountInTimeUnits()0 ^/ G; d2 z6 h+ [/ l T$ T
8 _7 ]- `% |, K* V9 S B0 V % b. s+ e- T1 ], C9 T! F) E! k2 t // This is an agent decision.( c* T) g8 _0 g
if (watchedNode.pressure<200) {) b$ W" D8 L2 t+ x2 n
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// This is a task. $ n4 L( Q3 W. |8 i/ C+ c6 w setPressure(watchedAgent.pressure) " e1 F0 y$ @" J! l # A. U+ N P) g- ]7 k0 o. F } else {2 U6 l+ @! y: p1 o2 S0 k
7 k1 W* w8 {& y1 C2 T" T
& f( x4 d ?) X } / A3 i8 E6 w( G. y1 c) B // Return the results. ; Y+ `$ p ~/ V- R& w% `+ _# [ return returnValue8 o" {1 e7 U( A) p. Y. V
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5 [3 O; g. b+ K5 z0 w9 _
/**0 C+ ]5 e( L$ h1 ]# [8 Z8 m- B
* 9 J6 |2 L2 z3 q4 O: E2 @ * This is the step behavior.# j, S4 a- W: S) H4 e# o0 g# B7 L9 D
* @method step 4 N8 K+ }, M1 n/ Y# E * ! M: y! m! l' u5 Z4 C */ 8 h" Y8 k4 z! G, A. d @ScheduledMethod( 7 c( ]& d: T# v# E/ _# m6 }1 r start = 1d,8 H4 ?( I; T* D( \: n! x8 k
interval = 1d,8 ~; Q# H4 t& z4 A" J% P
shuffle = false 5 j3 }1 X+ Z* [* \. R/ u ) 0 o9 t9 C7 @( E2 V5 B4 h/ s& J" j public void step() { ! j; [3 Z/ \. X6 V5 }9 u3 { 3 N/ ?2 n1 C3 m; U/ }3 Y // Note the simulation time.& ?# T) e: P }6 L" w2 ~" y% A
def time = GetTickCountInTimeUnits()/ b) w" L/ v9 O# @' k
( d% R, S+ c% T E# N. w // This is a task.# u6 y" V* J* G o3 j
measurePressure=pressure+ RandomDraw(-20.0, 20.0), y1 b5 {! }# s; R+ d& w0 A9 U
// End the method. 4 z8 z5 w' s& K4 g" p4 a) D [' a' \ return6 B! Y0 [: |* Y0 {
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}