7 l, h& ~" I i@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ( w5 w$ V) r M0 \ W, i3 a: U public double getMeasured pressure() { R" A( n- D3 [
return measured pressure 2 W# M; w5 C9 B9 Z2 i }( R5 z( _: b! K" o
public void setMeasured pressure(double newValue) {, }7 H6 U+ m& h, m* R
measured pressure = newValue . f3 e' b; i( w! K! [ }) L' Q6 l6 I7 r
public double measured pressure = 0 + W5 O' H4 Q0 ?+ j& B + F I! I0 n6 u. X /**& Q1 y( i/ m r4 b
* ! v8 l$ _ P( T8 _1 o * This value is used to automatically generate agent identifiers. $ j5 F& ?7 |( X" T' e' h * @field serialVersionUID) ^' u: Y" m Q
*! v. F {/ d( a) {( N( H
*/ $ E9 P0 k, L( Z9 r* V% P" F9 _ private static final long serialVersionUID = 1L! Y h8 m* I& ^! c) Z
; Z7 B! p- L, ~! o /** " f* n. M- B; e1 e * 6 V9 R* @0 i5 q: I. b) ] * This value is used to automatically generate agent identifiers.% R# I/ o5 e( F2 V2 T8 n( t
* @field agentIDCounter( N) M$ r. f- z6 S" u) k0 G% Y; a
* - a r+ E# Y1 S */# @2 V$ `1 A. z. Y y$ q/ ~# `
protected static long agentIDCounter = 1) K/ k; Z+ v$ s0 k$ G s
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/** & w- J3 ?, \( X( o! P *- V7 L) x+ x$ B N
* This value is the agent's identifier. - G/ V& Z8 ?3 o) o9 P; E * @field agentID 0 @0 F+ Y$ l7 { H* t! q * ' W5 \6 a& W8 @1 V4 G- D& m1 j */8 I! E) H8 F; b. Y8 E' V
protected String agentID = "GasNode " + (agentIDCounter++)3 c, ~. f9 x' J- c0 l# H4 d( e
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/** - f8 e+ ?' }# M * % v2 [! A E Y% e3 H! d* M * This is the step behavior. " g- _2 I$ T) F( T * @method step " P: F9 l, d3 e% D9 P * # R+ Q* B2 X: }4 o */. L* T0 F& | q' x5 _6 S
@Watch( 5 C3 {5 @5 x0 I/ M. e watcheeClassName = 'infrastructuredemo.GasNode', M7 a# n5 W% \" `+ @+ W watcheeFieldNames = 'pressure', - h$ w, z# ?5 z3 _ query = 'linked_from', 1 v1 y# H- c4 m0 a6 e1 I" } whenToTrigger = WatcherTriggerSchedule.LATER, + s! G6 M- H& U% `# q scheduleTriggerDelta = 10d9 S, E9 J( m9 m+ L& u& h* E% g
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public def step(infrastructuredemo.GasNode watchedAgent) { . R) p* x; j, W1 C* L' t. M" N6 y" ]$ ~2 p* s
// Define the return value variable. 5 x; M; u- M) W( }. q def returnValue 7 D1 u5 g3 x! ?9 D " N. b' R8 t+ K" {$ Y& j o // Note the simulation time." E3 D( @$ f9 n$ U
def time = GetTickCountInTimeUnits()- Y }/ E* c' k: U1 F: b ?. m
4 e/ z" t* n9 { ^( H" v. N i4 o( i$ {' l- e, k // This is an agent decision. # g' M) v8 d9 |, e( X$ X( Y if (watchedNode.pressure<200) { 0 w" g2 v5 Q- U3 ~1 d8 A2 N4 z5 i2 b8 y" U
// This is a task.: n! {8 J6 P" Y" K4 A- [7 I
setPressure(watchedAgent.pressure) * ]" O: g$ I S7 _8 d- [6 ?/ X: E# [7 p4 z+ o2 N
} else { # A$ C T; _% C0 U% c, Y$ n* B- J& d+ d' o% [) D1 Q. m# x