s6 R3 e8 R$ W7 e! u, x1 j@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")3 i% \' n8 Q/ {# K! z0 e
public double getMeasured pressure() { 0 V% q+ c! ^9 V( Z return measured pressure& x; R1 {/ F6 G- o0 {& C4 n
} ) h( C# n. N S. y3 g+ i public void setMeasured pressure(double newValue) { . |/ o. O4 L- V measured pressure = newValue* V& k% A9 k5 g+ H
} 5 t F/ s* s8 A: a: s$ e public double measured pressure = 0 ( i" J& _- K" i, J; d7 m, Y 6 _6 P; r+ B5 L2 T" m8 H* G; c. b4 [ /**( W$ `* P9 r7 d; y$ G% X5 y
* & p t2 d8 W3 S. f+ N. g# Y+ L/ t * This value is used to automatically generate agent identifiers.) y3 Z8 k/ Z$ w3 _- }' O/ ~2 r
* @field serialVersionUID; E: g1 [) v7 V
* % N3 I: \ V$ K% q1 I# i+ b& x */, s: l) X6 A, @2 P) T3 N
private static final long serialVersionUID = 1L 3 X( C+ E% `& N/ q; b, @* W. g# B% R ; P: u) r. H" _8 ~; ~# R* s: f /*** [0 A# `9 W3 o$ Q( ?
* $ z- ~( s) P, b% Q, F# D * This value is used to automatically generate agent identifiers. & u4 ~% F* H6 Q5 t8 h) j * @field agentIDCounter8 [" d/ Z0 H) o
* % ]% L$ {/ ^( Y6 B. v */5 R& e9 H8 f* v0 P
protected static long agentIDCounter = 1( w! s4 Y7 R4 {
" Z: y; Z1 }! v# A9 ?
/** 0 l) B$ }* q8 L: s- a *- o7 |( L' `# i% u2 } t& r8 e
* This value is the agent's identifier. 2 z9 h$ Z+ H# ]" s# n * @field agentID ' T9 K! o+ s% O. `: a: W * ' z. x% a6 _4 F: k' B) Y2 n) J */. h2 F6 ^+ W. y2 x' S8 s
protected String agentID = "GasNode " + (agentIDCounter++)7 q( y' E8 p+ c6 q' o* g( l
/ t% D) @9 C* K) ~! U /** 8 D5 K/ h6 L( n6 Z. ~/ y, H# i *8 u: ^: i+ U) _( y+ O: F! l, q9 p
* This is the step behavior. - I, @! T5 Z( j0 u/ v * @method step + J" \" R' @$ F+ R *8 K5 x% C0 y* d% G n
*/ 8 Q6 u, T7 i5 {- N* N( p @Watch( # D2 ~" z$ v% k watcheeClassName = 'infrastructuredemo.GasNode',+ X% a: L) ~5 C% \7 `- a: E
watcheeFieldNames = 'pressure', 5 H- h! C' R& ]1 t query = 'linked_from', . ~ Z7 e: p' }4 X whenToTrigger = WatcherTriggerSchedule.LATER, e. b; d# M, U
scheduleTriggerDelta = 10d " Y( b" m7 V `9 b& x v7 f- K% s) d ) 2 a) G8 i& F% K8 C7 I+ g4 e public def step(infrastructuredemo.GasNode watchedAgent) { ! O/ @$ M/ o3 \4 ?$ v5 v5 e2 _& y; l1 ]( A! K! F9 ^
// Define the return value variable. 0 d3 Q. v$ O/ @7 { def returnValue: g% H2 L( j$ C" X$ T
* |; {* P! T( }' B# U5 @
// Note the simulation time. 9 i/ [* {3 z1 k) S3 F0 P def time = GetTickCountInTimeUnits() & \7 A' @/ ~( |! G) U: F' J9 }1 o ) W$ A6 R6 h1 e' _* y- _( f0 [. d3 Y: r+ M% L' F/ c
// This is an agent decision.6 P; M! F. Q' c" {
if (watchedNode.pressure<200) {) [) ^ l$ f6 L
3 W, F; T- ?/ i3 f' O
// This is a task. 1 {8 g" I6 k s8 u% N, L) u. }7 ` setPressure(watchedAgent.pressure)# U6 n0 w, D( D- W+ q% t. n8 F
5 R' [+ Y8 j1 h/ e3 u } else {! f" \6 K2 w2 B+ v) U2 v' d0 R
" X( }/ y9 ?9 [- m$ s5 e' O8 C
. `8 N, z0 z t9 }! } }0 ~$ m: ^/ X3 U/ {- d3 Z% T1 |
// Return the results.3 Y7 N$ Y$ f6 E! i, i9 q% s
return returnValue 3 k. X! j/ a5 w! ~( e ]4 Z9 o" W6 M0 ~2 P9 [! C# e7 R1 A
}( j7 @( U- `6 e! g; i
* ^/ t6 n/ F" N9 i- A9 c
/** / i) ]9 ~$ M! K * ; P9 k& P! V. j1 w3 s4 D2 q- [- w * This is the step behavior.4 c$ ~* p; X7 v
* @method step ( e& A% W+ j* C *4 w2 O/ s/ y. v8 `8 O7 R$ ~6 M$ R
*/ ; x# v4 c7 y2 C @ScheduledMethod(. x4 b/ N& {. P% l0 _# o! x
start = 1d, % m+ A# s6 h C' t interval = 1d, 4 l4 a5 l; B# l" n# G% P shuffle = false 3 c: g2 y2 `+ }- E7 t' j) ]9 E- n ) # q0 N: a6 x3 m" p public void step() { + P1 O- G( I# ^3 r) h/ l$ x1 }5 _ j' g* P8 E: E9 c* N" o
// Note the simulation time.% ]% _3 o1 z8 j8 h7 ^: b
def time = GetTickCountInTimeUnits()5 S2 p8 q1 g. i- Y& v, x
- e; r/ j. p- T( D! R // This is a task.9 {! Z. c7 L7 E. v: I7 x
measurePressure=pressure+ RandomDraw(-20.0, 20.0)% P; G6 K- b0 q/ a, l
// End the method. $ w1 K7 v i; [ z% q( ^' ~ return9 [+ H, s( F9 m0 k6 b% ^$ }4 P& ^
. f6 A/ e. b$ p5 a
}