) Y6 U9 B3 R, j6 g- L% `9 s+ C@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ M1 n# o( n% e* y
public double getMeasured pressure() { _/ w% R/ _0 |, Y9 \
return measured pressure' d7 g# \5 ^2 Y" K- s' h
} 1 x9 G( U9 N) ] public void setMeasured pressure(double newValue) {! I2 q9 ^' R$ N7 d4 d" b$ C$ p
measured pressure = newValue9 E& z% C- A( h& v3 b9 c
} / u: n( A8 O8 o; w* C3 B) [7 E public double measured pressure = 0 & D" E" @+ d" O0 @( u. n3 y. r" Z! _5 w( n ( `9 |" C- w% Y7 f5 U9 D& W /** * f& R" q, \% I" H. m' Q *- L% s; g0 ~$ K: V5 Z1 X+ _. _
* This value is used to automatically generate agent identifiers., j) W" r. E. x6 ?' G
* @field serialVersionUID( e2 A5 N6 o1 R, |6 v4 g1 C. {
* 1 |2 n1 F- V" w7 y9 {/ L f1 n */) p/ h- `9 J$ J) h8 W
private static final long serialVersionUID = 1L 0 |, R" z, Y- N: C ' q2 _. c; _5 L /**% M, G1 B6 E" S, G" F
* 1 N0 ]4 g* T3 v) O* x0 B, y * This value is used to automatically generate agent identifiers.( p8 j9 B; J( p) t* A
* @field agentIDCounter4 i: @5 f! y! i4 b" A
* 3 h# k- a$ a$ n6 A7 l2 N */; H5 T% {+ S3 W) F, o3 f8 f
protected static long agentIDCounter = 1* e3 N* p, x' {$ I" f0 M
7 G8 S* k2 |! G' I' k# V /**$ U, l$ p. u: a% U4 g4 q
* 4 B' `. ]2 D' r ~0 {7 |! Q* M * This value is the agent's identifier. # G3 B5 C" {3 j * @field agentID : Z; C% c/ h; B/ D * 0 u5 S, c7 y7 s# x6 f* q5 H& h */8 c# `6 y! R- ~+ `$ R; a# v
protected String agentID = "GasNode " + (agentIDCounter++); Y: e3 p3 ~! k! X5 s
" N- ^ k0 I1 c# t4 P+ t
/** 6 L0 T* t, }7 W s/ H) I *" `4 ? m0 z! S9 _- f2 S4 N
* This is the step behavior.' W+ J/ q; f+ H. e6 i; {! A
* @method step 8 E! G8 r# T' q0 v *- l3 _- n7 c. y2 q, D
*/ - N# G8 n5 ^2 ]" g5 T5 q @Watch( . t4 E1 y, R) ]4 q9 `% K watcheeClassName = 'infrastructuredemo.GasNode',+ \; n- k& U9 A9 S& r$ i. }! q: G) [
watcheeFieldNames = 'pressure', $ J" {+ t P( {* @* i( b query = 'linked_from',5 t+ z. w8 y0 B
whenToTrigger = WatcherTriggerSchedule.LATER,8 \6 o( N8 O R! Y) z3 C* \
scheduleTriggerDelta = 10d 2 a) r7 m. _. } h6 h )1 u- X; u6 h" _! d& R% u
public def step(infrastructuredemo.GasNode watchedAgent) { 0 O6 Y: ^/ Z& @( x0 U # q8 J: i/ ?6 g& V3 Q$ _7 n. V# G // Define the return value variable. 7 ~4 [2 u) P8 v' V1 P% ~ def returnValue2 N" G1 {& X' H
( D$ ^! ~- N2 d5 A, l
// Note the simulation time.* [5 ^7 G" F1 ]8 g7 b$ S
def time = GetTickCountInTimeUnits()% ?8 z/ n) l" O( Y+ |6 w
* X( R/ k B6 b+ \) ~
" f% w# b! p$ n/ o! ?, j) N
// This is an agent decision.& Y6 N" T1 p" }) L
if (watchedNode.pressure<200) {$ `9 f/ B5 H( Q
. A2 r8 u/ W9 i6 ` s
// This is a task.8 `& o+ b6 J! S; K6 ?$ B' h6 O5 m+ {
setPressure(watchedAgent.pressure) , d/ w- {. L+ i B* R. m8 d7 x) M% M8 o' D
} else {& q5 ]. i7 c* M$ v+ @
0 \6 D Y! ], ]3 z$ Y0 o' v; Y
} 0 n7 A1 s# H M: n( s // Return the results. # V( h# b0 G/ M$ z return returnValue + x. C0 _) X9 v& Z0 R7 G" d/ M1 G8 R" t1 ?: H( j
}- b$ v1 h7 w% h, h* r
X& Q+ [: o% e% B /**4 G0 g: r' r# m+ w+ e2 r
* 6 M$ H, E7 u0 s5 \# l: U" c * This is the step behavior. # @2 k) N) R* A! r* R( r * @method step ?' k$ u, b M9 r# _ *2 F- M$ O) g! ^! U7 m5 u( v* @! `; B! x
*/% K( e( @1 I4 S7 ~' s
@ScheduledMethod( & H2 x I5 A% S) f" b$ s+ ` start = 1d, 4 T6 k1 N$ v7 {+ [0 ]' j interval = 1d, 5 k- F! D* t' ]* L) u) w6 p shuffle = false( O6 f- F5 v4 [; _$ x5 z
) ' b7 G6 V" Z2 m% Q1 k+ X/ _( j public void step() { 6 s1 |& B$ i' c 3 w, x" w/ G% f5 q // Note the simulation time./ \. R( g2 w5 u0 `+ E, _- _
def time = GetTickCountInTimeUnits()5 K% o. S$ y! m9 t8 P' L* N4 {
Y( A: J$ D' c+ V8 k // This is a task.% P' ^3 f5 d B! ~# Z c! @9 l
measurePressure=pressure+ RandomDraw(-20.0, 20.0) & r* n7 ]# L% l i8 Z( T- Y // End the method. 9 j. ]* E9 z1 i' e/ a% t& Y return. a! Q$ C% Z& m