6 V" B# l% Z; ]& U@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 0 ?( s% b8 L: e6 j4 B public double getMeasured pressure() { ! f) R, X# q ~4 t9 u1 r8 X return measured pressure 3 G4 @' J- {) [* R. K } 4 F2 I, _, n6 O; n% d# A public void setMeasured pressure(double newValue) {$ y9 W: A' M0 |' R1 h
measured pressure = newValue # D9 u6 J+ w# E$ _' G) f } 2 P( m0 u0 I; R public double measured pressure = 0- R6 C% ?0 s: t- f) T
M& A. [& F. l% B* ^% k% s /**4 ^; @$ X! u% ~6 L2 m8 B
* . O7 ^! T/ Z2 k5 p6 ^/ p6 C$ P7 [ * This value is used to automatically generate agent identifiers. + |* V( w2 r3 S& S2 T L; L * @field serialVersionUID 4 {/ Y2 @" }# _' [) B/ [ *2 H2 m8 ^( k1 x$ M5 B" e) q$ E
*/ : e) f, z; f- X, | private static final long serialVersionUID = 1L. p) [( x0 f6 [' W* @. _0 W
6 V; C! n" R( ^; J/ o+ L* |
/** % `% y0 |1 k/ C1 G) b) h0 i * & \* @' |3 ~ x; Y8 m& d * This value is used to automatically generate agent identifiers. 0 F# d2 i' q- N3 D * @field agentIDCounter. y2 G$ a' P3 R" Z
*, c+ _; Q/ v* J8 a; `& h1 k3 e; ^
*/ ! V1 [4 x2 ^0 |( w protected static long agentIDCounter = 1 H% L2 K% H* q' p4 N4 n+ }. o. b+ @; [! \' g6 @ I- w! e a
/**5 B" f$ c$ c! m3 M8 ~ q/ l
* 1 q- t. o% I$ `! r) x+ h * This value is the agent's identifier.3 b0 N7 I5 j8 _& w4 Z' N
* @field agentID 1 ]* j6 ?9 T2 i5 D" n% G4 g# p$ s * 9 i8 }3 E$ O5 `; J2 W7 d& `/ [ */% R# R; s) b4 ?! R7 e/ x
protected String agentID = "GasNode " + (agentIDCounter++)- _4 H% u O2 E) Q
; k1 Z1 P' d* U' ~( m9 y7 W
/**0 h6 a }) j3 v2 |+ X1 \: T" |
*$ T0 M6 x6 t+ g
* This is the step behavior.2 ]1 N3 b; h. a" H5 L2 n
* @method step1 e6 ?; l+ ^. c* [" [
*( ]. U9 u ^; }1 G" m
*/ : b( k& Y* R9 D5 [2 \ @Watch(8 X s* a, I2 C* F& a7 {( s( w
watcheeClassName = 'infrastructuredemo.GasNode',& r6 |6 @. B! {0 V4 x5 m
watcheeFieldNames = 'pressure', , T- S; Y# x* E/ l$ V query = 'linked_from', % j# L5 B8 G) S. }. r: M J2 H6 p whenToTrigger = WatcherTriggerSchedule.LATER,8 p, d& \3 f' E" U
scheduleTriggerDelta = 10d $ P2 s- I* U! C' x+ K6 ^6 N ) ( R& E5 R2 _9 O- \, q public def step(infrastructuredemo.GasNode watchedAgent) { , W! p1 S+ A, j/ E f+ b" N 3 s9 h% @8 ~" O' l5 T // Define the return value variable. / H3 b( ?& f. m" N0 t+ _ def returnValue, B( [! ]3 F5 x* }
# W$ a, x1 X* S) r# P0 \7 p
// Note the simulation time.+ B; |8 C5 G9 R
def time = GetTickCountInTimeUnits() ) j4 M) S8 ~$ O: h# Q+ G5 X3 ~1 m) j
! O7 o& B) K2 L- a" M // This is an agent decision. 5 W2 ^" Y7 a7 J! m if (watchedNode.pressure<200) { 2 d0 U# q5 B& Z5 g 5 I5 r. U. S6 u // This is a task. 1 O6 _6 y0 n: _+ q, y setPressure(watchedAgent.pressure) 0 D3 C9 y1 y$ s p' D' c* J) Z/ ^( I* f* ~7 Y# L# r7 ^2 d
} else {- T# K, V2 g, {$ d6 N: B! V1 D
4 ~. H# `- n! t8 i# \. ?, S
6 N" A* P2 n$ B. h: \ } 3 L o" F, D" `, C // Return the results. y: n8 P& \8 J0 `% _2 Y" c" F return returnValue 6 s5 z) e- x: d% S, y* f) k7 F- a. O* r0 ?
}+ X' v+ E3 H) N, q- K* D
2 O! M E& f; n/ r( n- J /**' l/ I+ b* A8 K0 U1 I9 ~" m
*+ M7 R' Z/ |! M! A
* This is the step behavior. e. d0 g+ i6 w$ C2 I
* @method step * B+ t* p5 A/ x$ Z * 7 i% k( o3 Y G* N6 X */ 0 r* g' U% n1 ^: i5 |) X @ScheduledMethod( ; a9 d* Y2 D, y1 F2 V7 d) p5 Z start = 1d,& J r, c) l; ?9 I- X8 z
interval = 1d, ' h, s; l6 y0 |( w8 F shuffle = false % c" r5 j* X5 g )4 h2 }3 O- }4 E7 K/ U4 b* ^9 ?. Z) L( K
public void step() {5 [; ~0 n( T2 R# [; ?# I
& j I( i" P( y% |9 l( L // Note the simulation time. + j- a4 h" ]( D+ s4 U def time = GetTickCountInTimeUnits() + {* t2 g. z' z% ]/ v, _ $ r' j1 D' I9 o) ?; s8 Q6 s$ d // This is a task. 5 u z4 W# V3 J, C6 _% P measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 L' Q/ S, C+ ` // End the method. ! w1 z$ l$ z, D% \( C return7 A Q% A, [0 @) n