+ }7 P, \8 M7 s' X$ z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; y0 h% {2 s" L* R8 B- K f public double getMeasured pressure() {8 D6 l1 @ x; t8 d: B- \5 [+ w2 L8 O5 Z9 x
return measured pressure" K9 I0 v. b& u) } G# x" [
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public void setMeasured pressure(double newValue) { / @, L7 o- W* T7 L measured pressure = newValue 7 \9 M6 w0 X/ E# O4 c( g } . A) s& ], W; Y9 T1 r1 [ public double measured pressure = 0 . @1 d J& F0 _( g5 A" M9 G$ a4 Y" Y) a( k' k- d" e- V d
/** ; L k7 {# E) z* B$ X* v* R *% y+ ^& s' X% T: l: g; s
* This value is used to automatically generate agent identifiers.1 h1 ?' t5 w9 U% ?/ `& N/ Y! R
* @field serialVersionUID$ M* x5 [; j% @0 ?3 V
*8 F2 P0 o* Y7 t2 |1 w
*/$ i- Z# @( p$ u
private static final long serialVersionUID = 1L6 c8 d3 I& T0 s* _4 r
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/**0 W( B7 p0 M# U& @3 O2 `6 ~: _
*6 I' W7 E- c6 f
* This value is used to automatically generate agent identifiers. ) ~+ {; U5 {# [ z" x5 m * @field agentIDCounter. U! a2 j o& r& G
*- ?6 N+ m0 l1 D4 z; d8 X
*/ . l( m1 q# l& r" ^1 m- V$ Q protected static long agentIDCounter = 18 O/ q2 Z: ]: [
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/** 4 a/ Z. a" m+ V5 o& N8 k *+ l) V1 ], J" B1 q" O0 Z
* This value is the agent's identifier.$ z$ F5 q5 B* X6 j- F0 y: s
* @field agentID" k- G& {. }. W5 T+ j+ ~$ m
*1 C- L- ?! \% K; W8 c& C7 L+ `1 s/ r' @
*/ # B9 x; J* O9 m0 P protected String agentID = "GasNode " + (agentIDCounter++)4 D0 G% }$ O5 w, O% I* I
_5 G0 o; E) l1 ]. |. P
/**$ N5 p& x% Q' N) L& l! H
* 8 B" A7 [! o. i4 R3 [2 m* ^8 |# G$ } * This is the step behavior. ( U4 d5 M9 L. |# z3 v' x* K * @method step3 ]$ d4 R' s! N4 @0 `# }
* ( D8 A T& F, x+ U4 { */ ) B9 |( M, y$ B4 d, w* ^! V @Watch(: s% D" Z' M2 A, o0 x5 ]* A
watcheeClassName = 'infrastructuredemo.GasNode', 6 y+ c4 X6 f0 f* h7 S' P watcheeFieldNames = 'pressure', ) S8 A, }# d& ~' [' F query = 'linked_from',: \5 t4 N. L i( Z2 K) |9 J
whenToTrigger = WatcherTriggerSchedule.LATER, & l6 ?5 B, F# j5 C scheduleTriggerDelta = 10d2 p1 W- U* o8 }; h$ ~' d+ {* V
): N$ \ x/ S9 P7 l" |' X: S
public def step(infrastructuredemo.GasNode watchedAgent) { . }2 t( W% i. U8 M) X! {1 ]5 D 2 L+ ^& u; Y& Q Y! P' o$ Y3 n // Define the return value variable.$ I( K9 c/ L w/ D$ F! B D
def returnValue / V! K d" W( i- j - H* [' J# y* B // Note the simulation time.9 H0 p, L3 O( B9 r. k; U/ u9 A# z. R
def time = GetTickCountInTimeUnits()% u% b4 n4 ?! h( }
( V: a* U7 g6 L9 `+ o0 h. w K: c: V1 U8 g, P; G8 Q# n7 u4 Y
// This is an agent decision.! E. X3 P, ]) S( m0 L" I; a+ n8 I
if (watchedNode.pressure<200) { / D' k5 [+ e6 c1 L. S) J2 c; n5 _# R7 `, t" I
// This is a task. 6 Q0 w1 ^, U4 U G setPressure(watchedAgent.pressure), l+ U) }. p/ a5 S9 C5 _9 o
' \. L. F( x9 U5 j- j7 ]! _ } else { v; y6 G8 Z# g7 q: f P
2 y+ X) c& |. z3 W5 [1 G$ f' N0 j% w " G; l) I6 p1 d }" Q% U5 ]8 \* q3 f9 ?2 ]7 m: J
// Return the results.4 D, b& X1 Y+ Q: w
return returnValue # U8 l& \3 L- m% ?' Y, A! H8 Y2 T: F: \) ]$ @
} 4 ^. B5 {- O+ V: n6 P3 |* m, G' k
/**5 _1 \3 c! Y' L* u8 \
* . u2 w3 J3 e* r& r * This is the step behavior. 2 o0 I+ X: K% Q( K( K5 g * @method step' V; M; T2 o" K# L
*; A' V& u1 Z% T1 M. U* U7 `
*/: F* p6 D4 |% R
@ScheduledMethod( 6 `7 e d% V0 l7 i" U start = 1d, # H5 o1 q7 ~9 ?8 R5 M% I9 n interval = 1d,1 W2 C0 q! x, o9 @2 G `( n
shuffle = false4 l; _4 R" M2 @6 D* V" K% n
) 9 i) w9 r$ w. h: c. M" ^ public void step() {; I. A3 Y: N! W/ \" W1 U% e
/ }! q- E }) E1 J1 y7 |; E // Note the simulation time. . J# C# r3 e! ? def time = GetTickCountInTimeUnits(). ~% t; j E5 z5 Z
3 ]0 Y" ~$ |; p' e! o! U% q+ V // This is a task. ( \5 R8 F' o* {) S9 P/ \% ?8 L; z! ? measurePressure=pressure+ RandomDraw(-20.0, 20.0)' |) q) t) C+ U; N" ]
// End the method.3 P6 ~1 C" u# m' P) i
return1 E" ~7 E# u6 [