- z; m, f% g, o# A@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; }! m! e' `3 H! ] public double getMeasured pressure() {7 m: q6 d. Y# s7 j$ V' a& {. J [
return measured pressure % }7 k9 Z- b5 n* s3 n } ) P0 G+ v0 o, W5 c8 p/ q public void setMeasured pressure(double newValue) { ( |) Y2 i, ~/ a measured pressure = newValue ! k) W2 d% N/ f2 L }% }' i% ]! H+ W
public double measured pressure = 0; Z( F: O# ]9 v/ l3 ^1 x' u5 o% p B
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/**3 e, a. W6 \8 D/ V6 r
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* This value is used to automatically generate agent identifiers.- i! q3 P7 Z9 W: q
* @field serialVersionUID3 m: B& ]% x- G3 u. \# i3 a
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*/ / x4 n4 `" `1 G& l J9 Q private static final long serialVersionUID = 1L% q, l* F! [4 Q4 o1 A) e+ e1 s
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/**0 A1 b% r) [/ |* [$ {: y" T7 C& x
* , k7 R, f- g6 r7 M * This value is used to automatically generate agent identifiers. , B2 V8 `1 ?( D. H9 B * @field agentIDCounter $ x7 E7 l7 h& E6 a* j+ ~ *' k5 S6 @5 Z3 e- c
*/ 6 f! y% m( S6 C1 p8 G( t protected static long agentIDCounter = 1! N- Z, f9 x+ P6 S/ n
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/** * {8 O* q( {, S1 x * + f) M0 t& V. m! g( i! x * This value is the agent's identifier.5 g& ?! V I5 ~
* @field agentID 4 `2 {- Y4 o( R0 A' v7 F" Y! Z7 f * 0 e* |4 [. y( v1 X, F */ + Y4 L6 f6 I5 B( D, H protected String agentID = "GasNode " + (agentIDCounter++)' F; y" ]' }' I% C% @8 z n
' d1 l3 ~4 j; i6 v /** 2 Q; l2 J8 }9 k5 ~ ** d5 e1 S6 d! A# j7 v
* This is the step behavior.5 O! W4 s' @; M5 Y& }& ~- o4 p! |
* @method step' o6 y8 I7 e0 z% t9 S# Y
* R s$ B0 W, g */ 8 t. L9 o* g5 W @Watch( 3 Z2 X* Q6 X) u* X, E* h9 t$ Q watcheeClassName = 'infrastructuredemo.GasNode'," s9 v+ w7 F, @, D+ m, x; C
watcheeFieldNames = 'pressure',1 H8 M% R/ z* _" S% p! q
query = 'linked_from',/ O) `2 d* v4 \% e
whenToTrigger = WatcherTriggerSchedule.LATER, & X- [3 ^ O# P/ X8 C scheduleTriggerDelta = 10d2 j1 t! r$ @ B1 z4 v$ R, L0 ?
)1 `0 @& m' D% k* w4 z+ W |
public def step(infrastructuredemo.GasNode watchedAgent) {5 T! d1 i Q( m4 I; \7 S8 v4 |! l
) S. }, R0 G- G // Define the return value variable. 9 c( j& @/ z5 Y1 {, m* b/ } def returnValue9 w- y; G3 B: N% c( [8 G
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// Note the simulation time.$ P" t) ^0 _6 N2 _ K4 y6 Y- Y
def time = GetTickCountInTimeUnits()3 X6 ~4 ^" P" Z* u+ ]/ j; F' _
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// This is an agent decision. 1 L G8 v; `! u( B$ t7 w4 S if (watchedNode.pressure<200) { 4 R" \' l9 q# X. p B- G 7 d* }( a4 @0 E1 O0 J$ S h, B5 X // This is a task.6 [6 M! c% M. H# g! V2 u: v
setPressure(watchedAgent.pressure)0 `- ~+ F" C$ P9 t
3 `& [4 I! j' [ } else {- `/ ?4 ^/ I/ ]- t
/ S$ d7 ~7 s/ h0 A : _% A. n" w* I/ m } . Z- R/ ]4 p* X! i$ \) g! w // Return the results.3 T5 t8 E7 B( H+ S8 b
return returnValue# \6 A3 p6 e- b' n3 w& ]* s; p! V+ S
: X8 h9 f" m8 ]: ~ } ; E2 ?2 O- v+ N: s- @7 G: N 8 v4 `. R% B) s! \( x9 x" \; g /** + l3 i L5 u, S *4 {# {* Y6 v" N5 p
* This is the step behavior.' H0 L$ K) X% t( v7 W
* @method step# M" _5 e# E4 i' R
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@ScheduledMethod(6 P/ \$ k6 @3 t$ _
start = 1d,8 l# w# I7 J$ G P6 N* l$ z
interval = 1d, 8 M0 H+ I5 }0 K7 i' m$ Y shuffle = false! ~) u3 J6 U$ Z9 Q2 n1 J7 N! }
) 4 y, Y% z9 W& B: q public void step() { ' C/ }$ d$ h0 P/ J& h# Q P8 L: P; G9 Z* s
// Note the simulation time. $ Q) Y& |! r, J0 h7 c def time = GetTickCountInTimeUnits() * {7 k/ d1 o2 h; O' I1 g- \& P# \- x, U2 L2 p, ]
// This is a task., k; x) o& R9 x- F
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 4 i" M+ a+ t2 F% J C* p // End the method. 6 ?( v* s* P G: G2 @ return / w0 Y7 q0 g7 M) K1 B( n. O, V4 N6 M. ?
}