( [0 `) [ @' R4 F. X" _6 h $ d- \ v' C4 P! a1 ]& ?@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 8 w! `9 m/ w" y) I5 g# ^% Q7 q public double getMeasured pressure() { 9 U2 _" q$ a4 { return measured pressure ' I/ R5 c- W6 K) A4 u x } ( C. h& Y) L$ _$ G8 T1 f6 x public void setMeasured pressure(double newValue) {) B+ J% s) n: B
measured pressure = newValue 3 A: r" N* o- j- Q+ m( x4 B9 `& F }6 a: U) b+ _* D* q& D0 T
public double measured pressure = 0 : w0 z0 }; B; M ' z, o- C! n8 e9 X( N /**% x5 b8 {/ g% U7 J! ~
* 3 j8 u! l* D4 I m; | ~ * This value is used to automatically generate agent identifiers. : X/ [4 r% _+ C% N( x * @field serialVersionUID+ E7 r8 O0 }6 i( b! A1 U
* / A& O2 l' t. z @/ [ */3 U. y$ W5 H A. H- t; C' @ ]
private static final long serialVersionUID = 1L( r5 G/ w4 @7 l [: ], e
! y! g: s+ R% \9 ?8 f
/**( i, j+ h' j: d% x9 E" Z
*5 b1 `- G9 Y9 a8 q" n
* This value is used to automatically generate agent identifiers.$ P- f. _1 G+ x1 h* {
* @field agentIDCounter! C6 j- N3 z) s" d+ r+ e. j1 o9 M
* . X( ?8 F8 V6 k; ~ */ ; r& c. S: G5 `0 r1 i- h9 w protected static long agentIDCounter = 1 . t4 S% B9 v3 B% f % ^9 n( R4 h% R /**1 W f r$ ^5 j
*' T. q0 {8 d" Y$ Z- r" K3 _# n
* This value is the agent's identifier. ' {) Y7 L% Y4 n$ N, A * @field agentID N! R. q+ d" k * - u- |" h v/ ?' u, \5 H9 P */ . C. }. @1 |- S! J# t3 f protected String agentID = "GasNode " + (agentIDCounter++) 6 W9 w( R w" Q1 J 9 k; x, U3 Q( A2 C0 {8 N0 u# \! Z /** ; q( j& \$ ~0 Z+ W! T+ f c * % Y p0 U8 C5 Y5 }( Z+ s+ f * This is the step behavior.* p4 F; b7 v5 V E2 k
* @method step6 q: J2 J5 U. ~9 R6 ] O
*8 U4 k% O" ~1 ]2 j8 E, x- V3 c
*/ 4 {% Y# R+ ^( |" z+ c) f: S @Watch(" [+ ? z. n5 u
watcheeClassName = 'infrastructuredemo.GasNode',0 t1 t3 x, E% [ H6 _8 M" D
watcheeFieldNames = 'pressure',& P' {* ^: {8 B) Z( U
query = 'linked_from', ) W. {, l( I! d9 X: i whenToTrigger = WatcherTriggerSchedule.LATER, ]0 j& t/ v. R( }: L* A: u6 J9 y/ X& J
scheduleTriggerDelta = 10d # X" ]/ C' z. u) q! |, z- G )+ B0 h- _8 G% Y& I
public def step(infrastructuredemo.GasNode watchedAgent) { 1 y! {+ o9 u4 w6 G+ u+ M* {1 a& l( R; Q" y
// Define the return value variable. ! Z5 \) M: W0 N- ^6 \8 B9 Q def returnValue - q5 t1 |4 V; T* h3 d; \; t, T9 O9 B' r
// Note the simulation time.1 A2 |/ @. ^; L
def time = GetTickCountInTimeUnits() % ]; C9 X. ^0 r8 k% V; O2 K: N. G! K$ ^3 {3 ]% a
; Z% y- {6 x% |, o" x& W3 n
// This is an agent decision. b1 K! L/ J. A3 y/ o if (watchedNode.pressure<200) { 9 D! ^( ~; Y* M! g! a" H& W/ `4 Z7 Z& r- {- S: t0 s( y" r5 V
// This is a task., G& H5 D" A( V5 {0 d) A
setPressure(watchedAgent.pressure): n' Y8 J8 T, L8 ]( s8 O0 S2 G
% I# L& s. \7 m/ E3 V! A
} else {/ j7 u4 g% e0 |- _- e
# l8 W3 g5 v/ R' o 6 y4 L4 r* s, p3 t' Q2 d! U }4 M& M0 y, n% d# g3 n8 I. s3 ?% D
// Return the results.' q, P( ]$ x Q+ u! g
return returnValue7 V1 g6 D) u* F: s
0 M% ? s# u, [' f: s, W* j } 9 P: P5 g1 ]1 M! t0 L : K k" D: o& y0 q /*** R- m- W/ j; g
* & q. O- }+ O/ _$ G( m * This is the step behavior. 5 `" K! Q% E- u- P d3 r9 q7 z * @method step / q& @) |0 n$ l+ A * ' v4 }# I* C8 b* ? */ & T5 E, e1 Y& ]) Q: s$ x: |- r @ScheduledMethod( W9 B' q) V2 y, M+ _
start = 1d,5 y4 I, b# u/ S# A# i6 E3 b+ _
interval = 1d, $ ?5 @1 N& w( |1 [/ b2 ` shuffle = false/ [( A A. E# f& I/ `
) ' ?% L% w/ b- W* l" } public void step() { * w1 o( H: ?0 S4 @9 D# i3 |. m6 ^+ p/ a" p9 @1 ]- _
// Note the simulation time. 2 o; D6 V9 f- r def time = GetTickCountInTimeUnits() 0 h+ g! c1 @4 l- U' O3 ]2 O . E- Z& `2 T( \# k& u: g // This is a task." o; d! h& b# Q( j& Y9 n$ p( W. W5 }
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! `, y! T$ F5 X
// End the method.) r$ M+ M* N' _3 q5 _1 w
return 1 D% u% E/ r" c7 t; ^' r ~' l& B5 ~& W& F0 h' q% K; U! w6 n1 J7 W
}