, T$ f" y& L9 E9 G1 ]& v@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"); H: o+ T5 I( F g8 [" v; |4 j3 Z% J
public double getMeasured pressure() { 8 {7 g) C+ ~) r! B. m7 S) o, _$ d+ X return measured pressure ; o$ i" N8 V# m9 @( V6 a }, }4 @( H- h: @7 v/ ?6 P" ?0 g
public void setMeasured pressure(double newValue) {) u$ f" w1 P4 e, [, E7 t8 n- K
measured pressure = newValue " |& R. H- G& n5 \( O3 r }/ ?8 I# {& U4 F' {/ l8 p
public double measured pressure = 0 F' x/ t# j* }" _7 ^9 W- q; l0 c; h# G' ~
/**& H6 a n5 T/ x0 {+ x( ?
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* This value is used to automatically generate agent identifiers. ) q8 ?' W* u& H: M$ A * @field serialVersionUID; m0 g& I: F4 o
* 0 X% s: s. W3 _ */ 3 A! g R: ?& Z1 g8 Y private static final long serialVersionUID = 1L X! I: k: D1 ?' }9 d- ]
u2 G" z( j4 W5 p /** 4 Q/ q8 h9 N; N$ ]* ^; D4 E) z: g# c *3 J7 J) _7 X. G) u1 I* V8 i( J
* This value is used to automatically generate agent identifiers. ( J# A) n1 b) d( d * @field agentIDCounter ; F i& S$ {& K, [ * % t9 D/ u: P/ Q */& P0 ?' W, y5 {7 X- y/ \1 i+ C5 V
protected static long agentIDCounter = 15 B3 p3 u0 m1 @2 p9 K& n3 x' l
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* This value is the agent's identifier." X0 Q( r) A2 b! j- ]: L
* @field agentID 6 o( G& m/ T G D& q: s4 y * 8 R2 I! [9 g( U* F) @6 ^ e */, u: K R6 c: P) m- k# g* h+ {* J
protected String agentID = "GasNode " + (agentIDCounter++) $ w# _9 |! x- v. C2 v: K/ Z/ P. F! B' a + I! s. B% c! H0 ?, }( z2 A( [0 S /**1 x2 c$ S- k" C3 P- w) o
** }! U1 O2 Y# t( a' Y. M# k
* This is the step behavior. 9 y; C: x/ f L, O * @method step , H2 i' o' E7 B, U0 o * / \' f5 y( X( z* h. K, C7 q; y9 s */8 z+ Y3 Q1 D5 }( L& m5 y& w/ r* h
@Watch( d: e" }9 c% P. p watcheeClassName = 'infrastructuredemo.GasNode',6 d b( o7 @6 F% E5 v( x
watcheeFieldNames = 'pressure', 4 p0 ^5 c6 T( ^2 i7 M- P query = 'linked_from', # ^6 ^& Z( F% j whenToTrigger = WatcherTriggerSchedule.LATER, # a4 @5 l: t5 ~1 O) L scheduleTriggerDelta = 10d& b$ z- p s- C2 h( S
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public def step(infrastructuredemo.GasNode watchedAgent) {( @# t/ Z/ m" r" G% d
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// Define the return value variable.: H9 V8 ^+ k2 E! t7 I/ q. P
def returnValue6 C' {/ f& a% D0 B, T$ J8 ?5 g4 r
X o& E* Y% J; J! n2 L7 c6 h& s, t2 J // Note the simulation time.; X% `% ~, z4 \% \$ K
def time = GetTickCountInTimeUnits()9 N* G5 e8 z4 A6 Q6 o1 w0 H
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// This is an agent decision. a& T& g* e, a/ H0 \5 E; d if (watchedNode.pressure<200) { + E* v9 q8 W9 U* G0 t; n/ K( B8 N5 K' j* ]3 W9 Q
// This is a task. / n5 U3 [ m e: m! s C3 X3 Z8 A/ a; w setPressure(watchedAgent.pressure) N& M" t$ D% b1 C; \' ~. E& s
3 t( u5 {$ W6 ]9 A3 K } else {9 r9 l) U+ W- N7 P3 w
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// Return the results.4 R9 ], R3 `9 X5 l& A& ~
return returnValue0 S3 X: t, y- z2 X' G
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9 p* ?' T! S+ H( F, M( f. s /** & U- l* `% B' ?+ O( z. A3 ^# c9 V8 q K * s* Q8 m& d2 M2 n% X * This is the step behavior.1 E0 W: {- `. \! p
* @method step 2 s& Z4 t& {2 W0 U$ W3 c * , ~2 {: c- B# F2 _; [: P */. e& ]8 M& Y* \ h( p& U: D& Z
@ScheduledMethod(! U, |. T8 L4 C& _6 Z# ^
start = 1d, / G6 }, J9 k" ^' E4 g' _8 o interval = 1d,1 \0 S! \) T$ f
shuffle = false 1 r6 l8 p! A6 _/ c) [2 ~ ) # p1 t B" Z# D% Y public void step() {$ M/ p6 [3 \/ }! Q/ g
. C4 I: e4 C" R // Note the simulation time.2 |4 W9 J" k4 ] [" H2 L/ ]( {% ?
def time = GetTickCountInTimeUnits()( y1 I) r; R7 r7 c7 {
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// This is a task. ; j6 f i9 i; O: @$ r: O measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 D" v- Y$ O! [" O7 G
// End the method. ) f W; O& [( p5 v return 2 a3 Z( F1 M; N) _/ ^' a8 U; W% K. \3 A' T9 o* f
}