+ W* Q# D+ W8 f+ p. J( C7 J% k 7 S! |" L: C0 v6 D5 O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") + d! S. ~3 h* ?4 c4 t* v' J' ] public double getMeasured pressure() {% y% U2 ?; {8 I0 H+ l( h7 ?
return measured pressure - P1 p- H4 W: T+ H; G2 | }4 h% M+ Q" L/ N9 \- ^9 s
public void setMeasured pressure(double newValue) { / F: X% y9 p* U. O. I0 r2 B measured pressure = newValue 3 `1 r. o6 Y( u6 `- J B! b } ) E0 t+ _) ~& e F# N, e public double measured pressure = 0: P' J: W0 _; {6 g [
# ^% m1 ]4 u M( f& ~ /** " K/ n/ |7 M3 v+ ?4 S2 P; V% ^* b * ( @. i2 v3 @1 M( E * This value is used to automatically generate agent identifiers.3 A$ p( g+ h9 Q6 R1 G
* @field serialVersionUID1 I. Y1 c! @. I' W1 t; m
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*/ ( M' a9 B/ h5 ~3 M private static final long serialVersionUID = 1L/ K2 W6 V n% g, r* @8 f8 ]" A
- H, j8 D2 ^1 O9 ]4 @. r6 F* R /** : X' o' u. Y/ t: P; ` x3 o/ X" l * ' W9 I3 I# j' u! T1 J e9 l; |, l, w * This value is used to automatically generate agent identifiers. ! D3 e7 I( W- c * @field agentIDCounter; H4 R9 S& h( y$ M2 G
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*/- c( H) p& p8 p0 ^* ], c
protected static long agentIDCounter = 1) `5 Z) L8 ~4 U! H. n4 F$ x
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/** ' |! g: G+ p9 q. c( Q *& D, ^' C, T2 K$ { b1 X0 d
* This value is the agent's identifier.* e, p6 ]+ [9 U, F! m* m
* @field agentID' y9 v0 X" d* Q) y: x
* 7 N, U8 \. r5 l: @1 z S/ `) o */ ?: p8 k% g( Q protected String agentID = "GasNode " + (agentIDCounter++) + C ~) v, K1 j; w+ j" D5 p/ j q7 u {( e3 n
/**1 ^+ k6 D2 @7 G2 w3 c- v. m
* : Q# v; ?) i( D' { * This is the step behavior.( ~- c1 S7 w9 i6 \
* @method step " O9 {- s$ q } * 9 @ ^9 Y' N2 h& M( L2 f */ 1 \+ F6 H( [1 L& e( _* X1 k/ N- q @Watch( 7 W6 }7 X7 @* z- s: i" u! `. e watcheeClassName = 'infrastructuredemo.GasNode', 2 ]4 |' U+ f$ T( D5 |( K* C/ f watcheeFieldNames = 'pressure', ; Z. N, D$ x1 ]8 w query = 'linked_from', ( Z9 j7 s: [3 t' e7 z3 B7 s whenToTrigger = WatcherTriggerSchedule.LATER, 3 z7 k5 M; H0 W& s! N9 Y scheduleTriggerDelta = 10d5 `8 ?/ ~- ^1 y" m) H
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public def step(infrastructuredemo.GasNode watchedAgent) { ( j! A6 k6 T! Z " r$ U {* N1 M* L, e // Define the return value variable.8 ]. `0 w& E1 Z [
def returnValue # c- h* E& ?$ `; H" v3 r 0 V) J" ? s4 v3 P" G // Note the simulation time. ; w5 B' W5 Y$ U: Y8 B& Q6 R! H def time = GetTickCountInTimeUnits()8 V2 z$ I, `( q
+ \4 |5 e9 J* v" X5 H0 U4 G* E L; k! p
// This is an agent decision. 6 O5 w. A3 V; C/ l6 q if (watchedNode.pressure<200) { ) `7 ]( Y3 _2 o) o n, z) {& U+ v: ^( { // This is a task.* c3 C- E. Z+ {" X% E
setPressure(watchedAgent.pressure) 7 `4 P. i7 b+ _ ( }! S2 S3 N9 R7 j4 z) C; Q } else {; P* v9 Z% Y x; S. {
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8 m) S0 n R9 X* D5 H( H } 9 S [" c" j3 x7 U2 r! l0 E& w // Return the results.$ B" Z6 w- w/ J+ ]- N; H
return returnValue + w% }: u7 A: u t7 n0 B9 q . d- n9 W" E, S+ L) H3 M" Q } 7 `9 e1 w) y) K9 l% X( Q , b( }) A3 R9 j /** ( A- u/ g+ \; X4 L& |# s$ D8 U * 5 y0 U- a$ H! D p( _/ ^8 H3 }8 [ * This is the step behavior. s0 V( J, F h8 a1 L O2 s4 _& B * @method step ' V4 |5 D% W) b0 @& }1 ?* u *# g% J u) P. J |3 y7 s+ F% M, [* y
*/ & q3 R1 b- ?0 m3 D! `" w @ScheduledMethod( 4 N; X& C# W3 N* J1 n, n$ s2 U start = 1d, % K8 z+ X# l& F1 C% k interval = 1d,: v' U& W; s/ S. |# F) n/ \ ^( u" r
shuffle = false/ N) M& [: J1 r! j. ]. r* n
)5 X, l% Q" l5 m) }
public void step() {4 L6 ]$ ^# V& t. f4 b0 a' Z
. ?# x: ?* z7 q+ ^% ], ~ // Note the simulation time. 8 U. Z! [: j7 N% G7 @ def time = GetTickCountInTimeUnits() 3 Q5 d A8 f1 N' T$ s6 F/ Y, @3 ]' J3 M! t; g D5 p
// This is a task. ) w& n% H: [- v/ H; M" B measurePressure=pressure+ RandomDraw(-20.0, 20.0) " X6 C' L1 {5 c/ `' B0 r // End the method.9 T- y: t) `. d3 H8 U# j
return6 ?' [, e. g3 X