: @( M) j" c, E) G8 |1 [7 g: ]/ ~: r /**' h& ?: E Q4 w' G- D$ ] |8 S7 y
* c$ n6 Q. }5 P, d! V) i
* This value is used to automatically generate agent identifiers." C! x4 a- v r' \
* @field serialVersionUID ' n. n9 Q2 D, o6 T *& Z& }# S, B$ w/ n! r
*/ 5 |9 @7 |, a3 l4 ? private static final long serialVersionUID = 1L 9 |# F. B; ]" I 7 \, h8 G4 e* k1 k9 ^ /** 8 w, W2 p" T+ J, ]; {( e *: z7 b, C6 I4 b. l* q" p% X2 x
* This value is used to automatically generate agent identifiers.( `+ Z i8 v" q. C. m d6 e8 }) p
* @field agentIDCounter9 |7 c9 W; v D9 ^; X' K9 t! Z; \
*6 O5 C n0 }/ [
*/9 k8 I- g( v) b" K
protected static long agentIDCounter = 1 9 ?7 A" m& D: s# P% e7 o2 R' S; l6 n5 s5 V2 C
/** - l* _, i* T7 F1 m *. T& y, c2 p/ M
* This value is the agent's identifier. 0 p1 A& T9 X- @, `* A/ ~6 \ * @field agentID9 W# G+ D L% n* E, W
* $ G! C" I& N+ R$ I% n */ # N( I7 l. J6 s$ n# _$ f8 [ protected String agentID = "GasNode " + (agentIDCounter++) R, {( b" e( T9 B 0 [/ x) { e3 Y; Q3 _3 H4 S& K /**7 Z( s' {5 D0 X; J" i5 {* u1 e" ]
*6 H+ n6 e1 h. r5 u; O q8 q
* This is the step behavior. " f) e) p; m' x8 P * @method step % B# ~4 p" w( J2 ?; ]% r U *8 R, C' @. S& H# u( }- A9 t
*/. {6 K# D: {) @3 s
@Watch(' @; O. Z7 D- R% {/ x. X) w
watcheeClassName = 'infrastructuredemo.GasNode', 5 ^' A; Q, G! h watcheeFieldNames = 'pressure', . `7 v- \6 O, ^7 C7 | query = 'linked_from', # o- V E/ r5 j9 g+ G9 w whenToTrigger = WatcherTriggerSchedule.LATER, 6 S$ @' N G9 x* N7 M/ c2 w& d' q scheduleTriggerDelta = 10d3 X- a* h9 o* o
)) X8 Y* k. S& H Z- T& T" R
public def step(infrastructuredemo.GasNode watchedAgent) { + t" k8 _$ D! t4 w) I2 g( `6 K4 f5 A" a( ?, ?( {! O+ i! U
// Define the return value variable.% H) K- F" j; X. I: P+ H" q
def returnValue) |6 H5 P' p* g4 B! B) Y @0 t
7 ?1 c0 ~4 m1 S: ], N1 E
// Note the simulation time. - S, Z+ y7 v3 c/ o# ` def time = GetTickCountInTimeUnits() ! [* t6 c% y/ y! Q, u5 Y4 ]" B% x( Z0 m6 C3 h
2 c% [% r/ z0 `& J8 d" |; Q b- |
// This is an agent decision.. _7 K' y2 [* e- n. P) v# H
if (watchedNode.pressure<200) { / u- F1 L ]9 |* C- K6 ~4 h7 P1 o4 L% [+ u
// This is a task. 3 u& @& H- g# W; c# f8 G$ j setPressure(watchedAgent.pressure) 5 G3 L3 e4 ^+ l5 U' i& P8 d8 O8 ^: c; M) S3 P
} else { # T# ? B! Y8 @9 y' N( [3 G9 j* ]/ n$ H( }5 M
0 u( b- F# _0 G* _5 r7 A H4 Y } " N2 u- X& V* ]* S, k // Return the results. + F8 m, o, K* d2 c return returnValue x3 _! u# d" z( k : V- J) F/ i0 @3 d8 T. y }7 T; U" q, `3 k1 x
' J6 \* g' L3 d
/** 4 f) h) {+ {& o *7 @1 \8 s6 G1 r; B+ a' _* I0 k* k
* This is the step behavior. , e7 P$ N( L' x$ f0 L * @method step8 O% H f; m' |! Q* H: {, N
* , T8 i: r O8 |. ]+ W */ ) Q3 \0 S: d. l4 X @ScheduledMethod(2 ?$ [+ ?, ?/ x M1 D0 v
start = 1d,' T* B U7 K6 P1 i" Q, {4 L' q
interval = 1d, D O6 g" m! N. F* r+ n
shuffle = false 6 O6 a/ `# n- U )# _# S7 b1 r% t9 W$ [
public void step() { ) G% V# t; [4 U2 J3 \% I( b; A2 G5 d1 O
// Note the simulation time. , Q$ x% j; }2 z! x) C8 } def time = GetTickCountInTimeUnits()* Z2 b f7 A5 I- n
" N. j+ S2 C ?( { // This is a task.4 [9 ~! h8 }% e2 l# \ C3 X. I
measurePressure=pressure+ RandomDraw(-20.0, 20.0) # [2 B# `$ I3 H- [5 G; C! t5 ?1 h // End the method. / J* [6 p) J K e8 o; l" \ return7 c' G) y, x) ?. f5 E4 f
; l+ o8 q0 r7 @8 m. y
}