* n. x2 U0 n+ U! l: ^8 W@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")& t; y" X1 z* M' x. j# q, K( {
public double getMeasured pressure() {# W) W5 f3 i) g$ X8 d" U
return measured pressure * J' D+ O3 c+ v- {) F9 a8 } }+ K. `1 }. G1 C/ p; m1 ]/ Z
public void setMeasured pressure(double newValue) {) V/ d3 B6 G5 h4 E% h5 N
measured pressure = newValue. \- B6 q! b+ |5 e& s% z
} Z5 V6 G- V q. [6 G! i
public double measured pressure = 0 6 z: U* Q1 E. j8 F / \ ?- U+ s/ @2 a /**9 Z7 A/ j5 X6 a/ U$ L. t* v
* Y- C: _* ^0 P * This value is used to automatically generate agent identifiers.( \" R( k2 r& `& I# g9 X1 c
* @field serialVersionUID * o2 `7 C6 r0 }! S# l *& T" V- y f( F
*/ 2 J$ g. V& v( k- H private static final long serialVersionUID = 1L+ x. ?+ Q) T' D0 g9 V# R2 L
6 A: y% s- p& q" |! r /** 1 ]) J: B9 J% M5 b( A% z# K * 1 D! ^ ]/ ~) h. d * This value is used to automatically generate agent identifiers.- E- P/ I2 R$ B; i! R8 N% K+ o
* @field agentIDCounter # t: P& p. G5 F- G2 A *& N4 d. x/ L: k: }! L
*/ + @2 z* ^5 k( R+ n" J" o* A8 a protected static long agentIDCounter = 15 U& n. O+ F2 G8 m G
) Q2 z" m c( b0 s" J5 Z9 ^2 ^ /**6 w3 c- P. e' {1 Z6 c6 x6 j
* - @* [- u% j$ h& }+ F: _ * This value is the agent's identifier./ Y; L8 P: }' h, n- g, m
* @field agentID# {: Q9 S$ S9 G4 U. d
*! g% ^4 T. p3 R* {8 q& j
*/. b3 {; ?! B' x0 E2 ?! d' H- c2 |
protected String agentID = "GasNode " + (agentIDCounter++) ( n* ] _* c# O7 L- B+ C$ \/ g D0 J" n* q
/** + [" t$ ^9 d- w D/ }- R( Y * . Q( y3 B+ K8 T7 b% { * This is the step behavior. z" a- ?1 W, T" F5 P m; H2 d
* @method step ! w! v9 j8 M1 g% o m *( {4 Z* X- X; C: R) M( ^
*/ . [, M+ Z& |/ Y: M' b* q; `8 T* Y! D @Watch( & D1 c$ k$ F" T+ @( m watcheeClassName = 'infrastructuredemo.GasNode',, I. O \+ \; F: d+ ]
watcheeFieldNames = 'pressure',: T( X- W. |( `% C$ B& L& y% A' `
query = 'linked_from',! w" @2 Q) r+ y$ R f, @
whenToTrigger = WatcherTriggerSchedule.LATER,8 n6 x7 |( r r' B& P4 y6 w
scheduleTriggerDelta = 10d s) O; ?; y2 y% K2 {
) 7 L9 p6 |4 Z! F- f public def step(infrastructuredemo.GasNode watchedAgent) { 0 R/ C0 ]4 c+ \! _7 _' K0 r7 W 0 _' M0 Y. m) e$ x // Define the return value variable. 4 l: r- N9 w% V0 m" ]$ | def returnValue: x8 M% x( N' ?/ o3 q
: g# Y1 W* z2 ]( {3 a9 q
// Note the simulation time., A+ c9 ~' [8 X& s
def time = GetTickCountInTimeUnits()9 J, h6 v* d4 D7 O7 O
% U7 p. D; N+ s; X- G# e C3 M4 \3 i9 } ~
// This is an agent decision. 0 ]% G; X. X( m& f4 h+ y8 y if (watchedNode.pressure<200) {4 A6 m x$ e5 {& i& n: n/ h5 M4 B# m
& ]( G0 f c7 c; G+ w8 P // This is a task.7 J f3 r# s% f( a" A( H" H
setPressure(watchedAgent.pressure)3 B2 k7 M+ K6 l