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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : T) z6 t2 J0 v' e4 p* [6 u public double getMeasured pressure() { ' H$ x9 ^4 K* z5 w1 n return measured pressure/ W& |8 R8 C" p: X1 ~) l+ C
} 6 O. E+ J7 b+ @+ n8 | public void setMeasured pressure(double newValue) {8 v6 P3 `- X. v5 O2 Z1 H
measured pressure = newValue5 N' a. u, f2 S! G" ^ s3 ?$ L- k' J
} ' f* u4 d0 F. K, z' a7 R N public double measured pressure = 0 + ?# A5 Q0 A& `- i& U2 }1 `# c5 k ?& Y) j) N
/**1 p- B0 l% S7 i; T8 F" S
* 4 b0 u3 U" k$ {9 q4 u8 Q; p * This value is used to automatically generate agent identifiers.( a/ w4 L6 _5 F8 Z8 v2 e7 |7 Q/ h
* @field serialVersionUID1 c8 K9 @( U' R" g3 b
*! z! L* d R1 v. ~( d0 [
*/" @ J/ e$ `& s
private static final long serialVersionUID = 1L " e* Q; v6 w' K6 R. |1 H, L 9 W1 U# M9 x' O" Q1 s% G9 P0 ^( j, u. H /** # A- I3 F, X' D% Y * - l% Y* _2 l/ h: k" d; G1 M * This value is used to automatically generate agent identifiers.8 q9 ?& s* e1 N4 H& m4 f
* @field agentIDCounter6 G# ?) M' W% N5 |0 t. e
*4 g) ^7 B+ Q. J, Z7 U6 P: i6 \
*/ 3 S7 Q5 m# Z' q protected static long agentIDCounter = 1/ ^. C+ t. a1 M9 y, X. `
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/**3 I# [) l7 y# w. m
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* This value is the agent's identifier.8 p3 k1 f4 p* w5 d! [
* @field agentID 0 r5 t0 @, q) l Q+ v8 }" J * 9 r% [7 Q& }! P' O */ : T3 {& @% `6 L) z/ u protected String agentID = "GasNode " + (agentIDCounter++)- w) l C3 N% E" k' @
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/*** m/ v% \% z- p k
*% M( H" u+ C( f/ X7 m5 d+ m
* This is the step behavior.) i8 a" _$ K- Q1 p2 C
* @method step! f+ a" x( H5 X2 W
* c& x @3 q9 N! Y
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@Watch(; N9 S, O$ |1 A4 R7 a5 F2 m
watcheeClassName = 'infrastructuredemo.GasNode',( I. f2 u8 r Y- }0 n: J# w9 A/ g
watcheeFieldNames = 'pressure',: H3 ?. n+ N5 i/ n3 s* M
query = 'linked_from', % r, z# P; C: ?4 S# X1 D whenToTrigger = WatcherTriggerSchedule.LATER, - o. a5 {* f% u scheduleTriggerDelta = 10d2 A8 D6 q" N2 o5 [0 b$ E& M0 a
) 1 v! ~3 |5 D5 Q# z public def step(infrastructuredemo.GasNode watchedAgent) { / N6 V: S8 ~& u8 [1 Y* d2 ?2 S! L! n
// Define the return value variable. # o. a8 L, F% s0 i def returnValue 9 B" Z! {3 r: h; I% K2 D r* A2 f& `: L- Y7 p! w) b( j7 f* U- v1 y
// Note the simulation time. * `0 P3 K3 h( p( x def time = GetTickCountInTimeUnits()) Y, {5 P7 @# h: Y' P& }2 B6 C( R7 f
+ Y* Q. C6 H2 A: N. M1 z" ?9 b+ d 3 R7 a o/ D+ Q# | // This is an agent decision.- m. W, z+ R& L9 ]! W( r; b
if (watchedNode.pressure<200) {6 o' |- M/ U9 o- r% c
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// This is a task.1 i/ M* |& D- ]& E' ?
setPressure(watchedAgent.pressure) + i Y' o5 r0 q1 V0 o l% v, O3 h+ q7 V
} else { # c: }) S4 Y6 J" D4 m) i, F, o) u, U! X; D( `, S- A- I" |. b# E$ x
: E& P( a# l; w } ! b/ l0 F% s& c2 @- d8 r0 K // Return the results. % o& y# G9 I/ S$ K/ C( ?$ S return returnValue + f1 J0 N. p1 `5 c# r4 T: ~+ N( q$ a3 |
} ) J$ ] _1 I9 E( v3 d2 p' H3 d) e( _; E- H# y9 ^6 V
/** + I4 f/ s( F3 x: V9 y * / c' j+ }2 u! N6 V) W * This is the step behavior.6 f. F. X" `" Y/ R/ H" W% K
* @method step 3 u7 p8 V( ~; L3 o * , y; c) \$ `4 a6 q8 R */+ [6 \" b2 M# f
@ScheduledMethod(% ]9 h. }: X0 n: G" i& E% H
start = 1d,/ e! U) ~' A2 I5 e5 p3 |
interval = 1d, 9 Q7 U8 F/ `7 }! z" M shuffle = false / A! S7 p* C- d: ~5 J. { )+ @5 R: l3 _6 B W: G# i
public void step() { 5 a( ]3 c+ \( s$ D) F8 I & Y- {0 f" a3 M7 z- { // Note the simulation time.4 [ s. s! J& |0 f9 Z& |+ B
def time = GetTickCountInTimeUnits(): F# a) t& W- _% m/ i) \
3 Y0 m3 y/ i: Y3 `3 v9 i3 w% x1 B7 y // This is a task. 3 T# R" E4 M0 @2 A& M9 L. C+ h _# M measurePressure=pressure+ RandomDraw(-20.0, 20.0)( [6 N% O7 d# ?$ b
// End the method.9 W9 d+ _8 `0 V
return 1 ?/ I2 F" s" f" E- ?$ ^7 f& ?% I% q9 s, _4 I( D4 X
}