, t3 l' T0 H% p- T" s, L# |! u3 Y9 R. Q3 T( a
@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") $ S: C& a! l6 N( w& F. D/ p public double getMeasured pressure() {3 ?& ]" G: c( P2 H
return measured pressure! a9 ^! Z% {% `# s, W/ Z
} ) E% ?+ Q) \6 Q! `! [ public void setMeasured pressure(double newValue) {9 K3 X, ]& u7 X+ q3 v, f. F
measured pressure = newValue 5 e7 L& U( ?! ]# A } $ c! K9 l* C# N* ]) \1 |0 n public double measured pressure = 0. W! o- h, ]. V/ X
4 N0 ~2 @/ h! p; y9 I. m1 R
/** 5 g: a: E% ]! X3 |9 z, A8 A * $ u( G1 q5 u. | ~4 k" p Y0 g4 ? * This value is used to automatically generate agent identifiers.% g( m: ^4 Y$ @' O
* @field serialVersionUID" F) J3 x" {6 d
* - b2 v9 ?1 k& @; S9 i* d' x */ 9 f: H6 |$ g3 I private static final long serialVersionUID = 1L9 O" g5 K6 l) R
2 A; ^1 V8 c: Z" y, D9 M" X$ L /**7 [- Y+ Y1 j8 ^7 A* t! r
*7 \1 D z4 v* ]- F
* This value is used to automatically generate agent identifiers.; A- ^2 i& d( a% @( E. q* k, K' @
* @field agentIDCounter7 |. n+ E$ ?5 m* T* g3 T' k2 i! q7 M W
* % q& S7 v6 V9 C% s */7 c. M9 }& t" z' c
protected static long agentIDCounter = 1 ; c% E2 V( Z' z& g + Z$ ]7 _/ W5 A6 C0 Z% t /**6 B* T3 J8 b7 {2 m% C
* & i8 i" B# Z7 V) J1 r * This value is the agent's identifier.2 l- E! @2 B1 Y- K
* @field agentID , q, W! e0 ?3 z+ V$ r *, T* J- ~2 E8 s5 @; r
*/4 w3 s5 w) ^& V' E& I3 K
protected String agentID = "GasNode " + (agentIDCounter++) * U/ |' ^; G( T' { . M3 W' q8 ~* Y; R: i; \ /** 3 D' t' ?4 j% I. N9 |3 M! L *- V7 d4 I+ z1 g, c& p
* This is the step behavior. - X, a1 g+ P4 [6 e * @method step 2 I( N2 j* c+ B# z *+ |2 n1 Y! F% v
*/' H( v/ V! g2 L7 i! E) L# f
@Watch(0 [, W, o6 s! u6 @
watcheeClassName = 'infrastructuredemo.GasNode', ; N3 r9 v, F: G+ s watcheeFieldNames = 'pressure', # X) F; w) [/ L0 |1 [" n# ^5 K7 p query = 'linked_from',! [" ?, k6 [! m! _" q
whenToTrigger = WatcherTriggerSchedule.LATER, % p0 B* A- N# b0 _: V scheduleTriggerDelta = 10d % V/ g5 H2 ^3 C6 O- N+ \ ) / u: Q3 Z5 R) c$ H- M6 W$ t- F public def step(infrastructuredemo.GasNode watchedAgent) {% ]. T G3 s! w# p5 o: @. g$ O
8 q# S ~ k6 n$ X. c // Define the return value variable. " J/ a: U/ x3 a: X/ c def returnValue " s. i9 ]6 d7 o 0 n' q. |' I1 ]" U0 ^+ h // Note the simulation time. 2 X9 I/ R5 ^. ^) a def time = GetTickCountInTimeUnits() 6 E& t v" L1 B9 N/ Y6 S. N- r& a( o# d# |
, s& R [( @- \, }7 f) G // This is an agent decision.8 u0 i6 ?1 B+ G
if (watchedNode.pressure<200) { 6 y+ v( C5 U5 w1 j3 I( D6 P7 G4 ^+ g- O; ?5 S) J, h
// This is a task. 5 g7 w. o* M3 n+ Y setPressure(watchedAgent.pressure) u6 F; m/ U+ w; Q1 G
# X" `4 k" H! V P1 X7 L% b } else { 1 A4 w% p, v: B' L4 l/ R) \, a1 r) ~. h, c
* ]* |. u( d3 [% h7 r) n" I
} 6 p" |% R; ^: S/ |) Q1 J! m) [ // Return the results.$ ?3 `0 l' x7 T; ~! k( y
return returnValue' C) X* L: r) k- B, k9 C8 |
8 u; A* ^8 [$ q& F" X6 W
}$ O$ d+ n& s+ x" D! H
, B2 i2 X0 f2 e6 H /** ) A& d) u9 S& m * + C' A% q, K8 c( N * This is the step behavior. / c1 F2 `- I1 {- _5 { * @method step8 @' y4 q) \; |. z
*% P% L. t+ z5 r
*/9 b( i2 i2 n2 ^# g1 A
@ScheduledMethod( : y+ x- R/ R7 i: W) l! c start = 1d, 5 u8 p& O3 s% @9 ]# ]$ J4 i interval = 1d,4 Q! @' W' M3 k7 T* w6 N- L
shuffle = false 1 g0 v+ I. ?5 O3 w) k+ g )# p3 N, P% V2 c" y9 H
public void step() {- n" ]; ]) H- w3 c* T
+ L/ ~. B. F6 ~7 _2 P7 P. N1 D) m // Note the simulation time. 2 s# }% ?+ l0 o( ?& m: Y4 \. m5 |* g def time = GetTickCountInTimeUnits() & Z8 W5 u5 F3 C* u" _. z: P0 W1 }6 }; {
// This is a task. 4 W& p7 ?* z4 D& \1 m measurePressure=pressure+ RandomDraw(-20.0, 20.0)* O! s, Y! O# j# k; j
// End the method.* p$ U. q0 n0 ]6 o# n
return 9 P, L# t0 D$ ~6 L/ Q4 D/ P) J) _% Y' X: n- V* V# e0 s5 C4 m$ [
}