5 l# L4 Z8 ^" j. s$ s@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") . F+ I( r) W6 O8 N4 T1 U4 w public double getMeasured pressure() {& T. h) s( s( J/ Y- }5 V/ E
return measured pressure 8 v ?$ Y2 C, _* A. b6 b! M. { }+ o1 @5 s' {, u: `" _
public void setMeasured pressure(double newValue) { 3 P7 w% t8 S: ]- t# ^: w: S+ j; N measured pressure = newValue4 y# r7 x1 V' `& z! Q
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public double measured pressure = 0& Y/ }9 t0 w$ S: `
: l; z. c3 z0 y( O8 U9 ^ /** f5 ^* {% `( d" z+ Z- \. }; Z
* ( b: [/ T8 G: ?+ s$ `6 y6 F4 x$ A * This value is used to automatically generate agent identifiers.5 P3 v* v2 h( H" z4 E( |9 \2 u
* @field serialVersionUID ( w5 ~ }/ u) S2 s1 f7 j * 6 x- M3 E* m" g */ ; t( w0 k0 S; @ private static final long serialVersionUID = 1L " c5 i$ d5 ~, b% t 1 X' a* Z$ C- c% z; _7 ?; }! @ /**; m0 R- K% x/ E9 e2 p
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* This value is used to automatically generate agent identifiers. : [' L' ^; k! m- ]4 P/ c- \- ? * @field agentIDCounter 5 a7 }6 A- e& V * # D3 a! x8 D! g4 K6 k' p1 d */ ( h7 P6 x: {; k9 z& ]8 p protected static long agentIDCounter = 1 6 M- Y4 i0 H! p$ N' F1 j% k" T) |8 V$ G7 m3 P" y
/** : ]0 A5 q2 Z) j' W, i- V; R \( \7 ^ *+ a4 q1 Q: {) ], L# q% g
* This value is the agent's identifier. 1 r" A! I- F! l g * @field agentID7 K! ~/ p$ H' O% Q: i6 \3 u
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protected String agentID = "GasNode " + (agentIDCounter++)! _4 X) D: Q/ b! F
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/** ) O. b: I0 o; g# w$ Q *0 C, L2 Y' a6 ]1 F
* This is the step behavior.3 P$ j; N7 b0 j2 r& |7 I U* D
* @method step 9 }' t4 Z- E( v# w% P * + y5 q C' t2 u" ?+ j; G& F' i */! D' [( h# j8 ~# s
@Watch( ; I7 L% H# m( B. G$ { watcheeClassName = 'infrastructuredemo.GasNode',7 J* i2 h7 }) ]* L, Z) p6 w _' J
watcheeFieldNames = 'pressure',5 S& n* }1 U, f1 w, S( f5 n1 ?1 ~. \
query = 'linked_from', 8 t1 v( A0 c+ c! x0 l" y+ d whenToTrigger = WatcherTriggerSchedule.LATER, " |; H( q. t/ K [; ^4 x& I scheduleTriggerDelta = 10d ' K4 \; J+ G2 S% O% } )- j( p( M4 @, Y v4 q
public def step(infrastructuredemo.GasNode watchedAgent) {, v3 G. E4 R9 Y! D: X
: } V* J% ]7 L$ T9 [% E // Define the return value variable.! Q% V1 L% `6 a7 Q; ~3 E& s4 H
def returnValue$ p! O$ f' e% X8 m8 H* Y5 f; A/ z
`) \" y/ j" l+ c // Note the simulation time. ! E& u- ^/ E k! D$ g def time = GetTickCountInTimeUnits() % I( `5 _8 R7 Y, @* @* f( R3 n1 i" o+ ?( S+ H; W: C l% ^
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// This is an agent decision. 3 ?9 O6 r- o( q' D0 m6 b( m: \ if (watchedNode.pressure<200) { * J# P$ U5 }) F7 `4 x, l- H- K) L2 @7 v) {1 S6 U
// This is a task.; c7 ^+ E( u3 r7 \; v
setPressure(watchedAgent.pressure)8 M: e! B1 x1 ?, F4 K
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} else { : S- a0 Z; o1 w1 A b8 T) j9 M$ d. J6 h, C
6 ]" z7 Y4 ` h" |0 N4 H0 J' i, u } ! ~" U5 n, {9 |! ^8 b1 J // Return the results. {. R7 O) F- U$ W- R( k) Y return returnValue5 w. h8 s; w6 g( m1 u) c
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/** % X, {7 p. j6 W, o W3 t( g, O/ W * # w" u2 @8 m1 Y2 j; Z * This is the step behavior. 9 A. M6 e2 h4 c, { * @method step) U! l8 \9 G, S6 \
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*/! F2 O3 F- g9 A8 b- r, u
@ScheduledMethod( / B" a9 t; p* }. E* U! ]% D start = 1d,! z2 q" e0 C: \) o! N) x! Q" S3 Y
interval = 1d, 9 ?5 a" S T& O- x+ L shuffle = false4 N( m, S9 _( W: v5 v- d" ^
) . O2 U! |4 I2 W; ~3 N7 x; ]/ T" |+ ~& f public void step() { , m- H) Y3 `! W; W& U+ W7 z+ {( P* `6 z
// Note the simulation time.! }- y, k/ U# d
def time = GetTickCountInTimeUnits()3 C: _+ g+ ]0 S
2 d6 {! F" E0 j& c // This is a task. 4 B- K2 N% w3 h. P measurePressure=pressure+ RandomDraw(-20.0, 20.0)7 i! Y: y: a; c4 _/ O
// End the method. m1 e: q H5 D. E return7 E' _2 C+ Z# N% e0 ^9 H2 q" ~