7 c1 v, X, ~4 L; e 2 s* w; ?& `& y( }: n4 r* l@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")& X2 S! w7 d0 q3 F
public double getMeasured pressure() { # N. ?) F: c) a+ p return measured pressure' g1 f+ t& ]/ w2 i( b
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public void setMeasured pressure(double newValue) { # U" a9 E9 M* B h measured pressure = newValue3 T0 j3 `* e7 V1 X% w5 S( f
} * A! f' K L+ V" w+ M! H( P+ p public double measured pressure = 0; j3 ~$ y G* {- T' U
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/** - Q) B3 v# q$ D4 o+ g/ n * 3 q5 D/ L- `6 t; w1 ?7 y * This value is used to automatically generate agent identifiers. . h: X* [1 b* l' J0 _# r * @field serialVersionUID) _2 X+ C/ c6 B! j. a7 q/ U) ^
* ' p/ `& f O Z; _5 Q6 m */ ( G6 h1 T. }, @2 y4 L private static final long serialVersionUID = 1L 0 k5 j% A: [) N* G7 x ?/ `& i( ^* r# X& N
/**9 }7 e2 c6 p; O; ^/ C( G
* . M5 v g, n$ a9 y% u * This value is used to automatically generate agent identifiers. 0 y& K5 l; q& ~' ?1 h3 L, B * @field agentIDCounter) z+ \2 P, U! B$ A
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protected static long agentIDCounter = 1 # Y) j$ F" f$ K1 n s8 ^% D5 d ( j6 d7 {9 E- C9 s" A; S /**$ w. H& a5 C( p! N f
* : s0 b5 R& W$ s! U * This value is the agent's identifier. 1 k6 p. o% V7 T, G5 C! q8 o) J/ V * @field agentID , F$ F) Z) Q( M! Z *+ A3 D3 f, F, [: Q: h
*/ 5 G, s" m6 o* w" u; N( I protected String agentID = "GasNode " + (agentIDCounter++) ; A! h) S' h* p4 [' X" z( j 4 x. D5 n& U- E4 B: S /** ' P* c/ }6 `" B5 Q& g$ m * 1 Y. i$ n# K0 e( h* g5 d * This is the step behavior. 6 m4 N( K' m/ D1 x4 g * @method step 3 P+ i/ f/ y" N3 H# J# | * ' f# J# }0 b+ g* |2 V1 C( h) [ */ + c3 S( T6 f# D4 D @Watch(2 v4 l' @. y0 i
watcheeClassName = 'infrastructuredemo.GasNode', * B* g- u! }4 I5 [* y: _ watcheeFieldNames = 'pressure',0 C0 D% A" g& j3 J. j. X$ e) f
query = 'linked_from', ; ^ S* W+ W4 K, f2 f: ]4 `* D1 h whenToTrigger = WatcherTriggerSchedule.LATER, 9 L! v H% ~5 g- J! j# ] scheduleTriggerDelta = 10d 5 f0 o/ c% B: J1 F( C9 ^4 z: K. u )& j" c( j6 z! L% k/ ?. Z# v5 y2 C
public def step(infrastructuredemo.GasNode watchedAgent) {5 s+ X/ Y5 e' D5 A) L( r; X) S
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// Define the return value variable.4 l: g. j, z; @
def returnValue . H: F3 k5 E2 F l' a+ {2 s7 Y 9 [6 S0 H8 d1 K3 { // Note the simulation time. B" H* q1 w. I
def time = GetTickCountInTimeUnits()) {+ ^! ~4 y. b6 @7 t: Q! u
- a5 C9 S8 y$ @6 R: G0 f5 j , ^% L7 }( ~" U // This is an agent decision.9 r+ G% L1 Y( S& @2 {( S- N; Z+ C' k
if (watchedNode.pressure<200) {1 v5 f! a% O4 R! ~4 R
b% c# [4 q; p9 ]7 E // This is a task. / v2 G& T4 s% t$ G4 y- \+ E setPressure(watchedAgent.pressure) % P) b7 K, i/ k! r2 |7 j0 y* o: A/ D+ H# s( G0 r
} else {. ]6 V5 F* }" _, I, O
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} 7 j% g. l, t7 R7 k. K // Return the results. * I* J1 |5 e6 \ return returnValue& x. I+ M+ s8 ^8 E$ s$ \' s" T
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} , ^7 p' [! z) Z2 S ! F- Y9 z; c8 ~4 f0 J /**& m4 F, P6 p9 V3 j
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* This is the step behavior./ v& |" j+ `& E- ]# [* B6 t6 }
* @method step6 i" O* ]4 U. V6 ?
* + l J& _4 T+ H; _$ f0 l- c */ % G9 m+ o' n( t8 K @ScheduledMethod( 1 q3 T9 f; n/ O3 O- {$ ]8 N* D start = 1d, - I) I1 Y5 O: D* S( P interval = 1d,3 A8 L. p3 A7 g% q" m7 E
shuffle = false! x( V. x; ?# c8 B2 g
) + v* A; R2 p* F$ J0 i0 L6 s public void step() {/ w5 S% N! c. F# U0 n
5 v c) H4 n- D$ e9 n // Note the simulation time. 7 e0 r+ I& F9 g/ a+ ?7 m' \ def time = GetTickCountInTimeUnits()' X" e m) `4 I$ v( K! m( C# s
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// This is a task.' ^. @$ p9 s. n A7 J
measurePressure=pressure+ RandomDraw(-20.0, 20.0)% v. b9 H% X. V, v ?5 z
// End the method. $ @( F* y6 M1 { A% Y2 v return- B! o6 [2 K- i. W) d9 k
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}