6 p) L( _% V6 t- q $ V, [" O0 s# E1 p# E' T9 h6 _' P@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") & _" m7 c4 H# u7 ^/ O+ ]% @4 h public double getMeasured pressure() { , ?2 r V0 s* _# A4 @% F7 v/ u9 D return measured pressure0 O9 U, ~6 H, P4 A, W* O
}. O7 g/ U! Z2 I8 Y, @6 }! a% S$ o4 m
public void setMeasured pressure(double newValue) {2 n$ u$ j5 D( I1 Q
measured pressure = newValue/ K* y8 b, o4 L) K
} # e" X8 ?+ h6 f, k6 \) h public double measured pressure = 03 a8 q+ m/ v, a( U* \
3 m2 j# g, F* m* D /**5 [, z- ^' o$ |2 v4 ~$ e8 a
*9 a6 X. {% c. R. n+ P+ W5 \5 D
* This value is used to automatically generate agent identifiers. ; o8 L! _: f0 n * @field serialVersionUID # r! ^ Z$ b. A) z *$ z' y' }5 P- x
*/" _. K& Y1 U ^2 W
private static final long serialVersionUID = 1L ; n D X& ]. v" j; L8 k* ]" f$ J8 u/ L; V; O5 M6 f/ @4 O
/**1 V' Y" K5 d$ R9 N. j5 Q
** B4 p) N( Z$ `- c2 K
* This value is used to automatically generate agent identifiers.3 X, f# q, _1 w( W, E
* @field agentIDCounter ) r# s! W+ ?3 n) K8 |4 w *( O5 n6 D* J; O* C$ _0 L) K
*/ 8 d! S/ E7 l& u, O3 Z3 p; b5 b protected static long agentIDCounter = 1' M& f+ t1 a% ~0 L1 P, i. T
5 {& H& {" p0 K. \! B5 l, \ /** - q7 @8 U# C( @$ ^% S; b S9 n * ; z% A: O( W! S' k X/ |& |4 G * This value is the agent's identifier. ) a* y6 p8 F- H* T5 @2 |) |8 h& R* f * @field agentID 7 a3 i3 d+ Q1 r2 {) { * * d6 G6 K( g6 b7 w */! L. u- @) v! B1 t! o
protected String agentID = "GasNode " + (agentIDCounter++)" `; r* C0 _ |7 ~
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/** 3 L" p& v9 u2 a; \% x */ v! k2 I& k; B
* This is the step behavior. 7 |, b3 M3 b5 j * @method step , i' o( A; ]; Z- z; E; a *- U" I5 U; X; F
*/# b2 D% c% n4 O8 y
@Watch(5 A# n7 V' V& i
watcheeClassName = 'infrastructuredemo.GasNode',( W" q+ Y @ E. G- y# {& W% O
watcheeFieldNames = 'pressure',- V" e' u& l' p) ]
query = 'linked_from', g3 ?4 b* [0 L+ j% c
whenToTrigger = WatcherTriggerSchedule.LATER,* L% R# z6 A9 ^
scheduleTriggerDelta = 10d 7 Z2 @1 f! y& O ) + k/ ]- h; L7 m1 ]4 b public def step(infrastructuredemo.GasNode watchedAgent) { S% d/ P' q# K7 e6 E( b; A1 `8 r5 W8 y3 ?$ Z b0 {
// Define the return value variable. # e! T9 j7 o3 V! h( U- @$ ^- ^9 z def returnValue 0 y8 n) m+ C+ r5 w, J. N - t* h" s7 S8 k6 x6 n; T+ _ // Note the simulation time./ c2 b! `6 V% ?! @
def time = GetTickCountInTimeUnits()( o! J* k( I1 s3 j7 [) U2 D, o
% \) {/ G4 G; C 5 k0 ^) m; u3 D& u- c // This is an agent decision.& f G4 R4 ^. l
if (watchedNode.pressure<200) {- a G! C) ?' _! P9 a. a' F3 `
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// This is a task. ! S1 w3 o+ k1 N setPressure(watchedAgent.pressure); i) H+ J( Q. {, H# U, l+ e; C
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} else { % q1 l7 D. r3 T. }7 X5 X, J" U% f% j/ A0 T- V3 |
' U/ b) ?8 i, `& X" S$ e9 l
} S9 L3 P% W& n: u7 R/ ~ // Return the results. ) c V3 Y7 X" m6 o4 U; b return returnValue 5 ]+ S3 Z6 g" ]& ~' t+ h$ H6 t' F+ j' F$ E3 l, U0 f
} * j$ D3 I9 H5 D+ b) n5 Y" s; p9 m7 l! }2 ~6 S# T) o
/**! e2 e5 x: U" z7 J& g, S9 L9 Z
*3 G: J4 z ~* i" ^4 \4 w( m$ M3 V. G
* This is the step behavior.4 `' {3 x1 _+ I3 F3 R9 O1 v8 O
* @method step8 ^+ K/ I8 N" E1 J e( q
* T& d( L, {" p! i; o
*/ ! Z. F2 p8 L a2 d* r @ScheduledMethod($ N9 b1 F3 m9 r% J' S! F
start = 1d, 9 F5 V9 F4 o5 {$ C' L% d" P) d3 h interval = 1d, & R& t" L' P2 u1 @; k, T shuffle = false5 z% s% `) T. @" w! C
) 5 n+ x8 Y4 U* U( b: {# l0 ` public void step() { 9 j: n/ {, ^: |5 f& c% |1 Q7 }& z1 E) F8 p; p2 @
// Note the simulation time. * d8 c+ {0 R! Y% q: g; L' m6 [5 ? def time = GetTickCountInTimeUnits() # H# `0 k! J- z& w* ~, b; x' t3 n& D: [3 X0 i
// This is a task. 5 P3 I! i0 f# k& o measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 e4 g3 \" n) ~) d0 H
// End the method. " K9 C$ P8 R3 B# A. X/ K N return }6 O! S6 v: X 6 q+ I% }9 `2 ~2 \ }