9 c) X6 O& o' k3 A( ]) |6 H@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 k+ o- i2 k# @( W. C
public double getMeasured pressure() { " z7 C4 T- |# m" H- E9 U- Z# f( G7 k return measured pressure B8 e. u/ e9 u3 K
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public void setMeasured pressure(double newValue) {8 B. {1 b8 \9 y; X4 q; ~' M. k8 M
measured pressure = newValue1 W& S6 K0 ]3 d+ L# k$ I
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public double measured pressure = 0. n$ O$ ` T5 {; A! S7 M7 J) e7 _
) D8 q1 x* S! ]6 d. K; R8 k /*** n# _6 W7 C8 [. f
* 7 {3 p6 g( z% f: N * This value is used to automatically generate agent identifiers.8 u- y9 N$ A4 m# q: U
* @field serialVersionUID 1 C1 g! ^& {" j *0 W5 q, [, f/ W$ U- w8 O# ^& K
*/ # ^: O2 G8 _! w4 ` private static final long serialVersionUID = 1L # b6 O' a" `, f# S0 t; }9 _! ?$ d' r% ]; H9 O
/*** @" ^' s. V# J# n) \- ~8 W
* ! I, y8 N! f( ]% a: K5 A) K * This value is used to automatically generate agent identifiers., ~. O6 @: u" o
* @field agentIDCounter1 S" H4 u) N$ W0 y% }1 L# K
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protected static long agentIDCounter = 1 . s3 o" P5 D/ H; b- n _( @* p2 P% G" L& y/ a" ` /** - H7 _7 s: u9 U) g7 D: L" s9 u% z *8 ~; ^' \- b1 D6 w7 _( _3 f
* This value is the agent's identifier.1 f4 M) S# B% @ ~0 A2 ]* S& a
* @field agentID5 e' p0 f0 q# e4 \1 }
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protected String agentID = "GasNode " + (agentIDCounter++) ' ]2 a0 _8 X0 X2 I2 { 6 D) u$ t$ J9 z* b$ o" r8 o /** # Z' r5 r h, u2 M+ g * & x8 C' \4 C$ p/ V8 Z# n3 Q% ] * This is the step behavior.5 {- ~0 J1 J. p# K9 s
* @method step ! Q/ `8 v+ F+ i: \7 d * ! \3 W5 B9 q; {2 r# G3 f1 J */& x/ ]# I( ~% }2 f8 B, l4 y
@Watch(7 G! t7 A L3 y: J
watcheeClassName = 'infrastructuredemo.GasNode',: M) \% l; f0 Z- i+ u) U% y
watcheeFieldNames = 'pressure',5 G# o9 A5 j6 d% A1 R1 M
query = 'linked_from', + u5 e* c; u3 p, F whenToTrigger = WatcherTriggerSchedule.LATER, 9 L! ^1 q, L* e3 _" M scheduleTriggerDelta = 10d , i" t3 F: G4 w ) ! c" I& g1 N5 r& a5 @ public def step(infrastructuredemo.GasNode watchedAgent) { 4 e( @# V% {+ z# ^0 O + n. h! k; w/ z* S // Define the return value variable.) E( z# K z* r( R2 ?
def returnValue1 B$ X- {" {3 W; K& z' q' ?+ r
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// Note the simulation time. $ O+ [' j8 M: M/ L, ` def time = GetTickCountInTimeUnits()# m" T* e, f! @/ D" Q |' M( p
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// This is an agent decision. & s0 |8 H/ N! j3 ?9 i* `) z: v if (watchedNode.pressure<200) { ; b* p. c* S5 B% T- I0 l6 G, b7 G3 ?4 e$ F
// This is a task.* y6 ?, I$ z/ e7 M3 Q6 F4 K, g
setPressure(watchedAgent.pressure)0 F. i- }. j4 O V1 Y
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} else {, s# p2 R/ S$ L5 @/ A/ k, s7 \% W) g
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// Return the results. % Y2 f2 h- i2 F3 Y1 q return returnValue {* u2 n; H+ C% }9 H) D, _! d
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} # B5 j0 K& h: b 8 P: m. a/ O2 i /** 3 E. A( c+ G; [7 {! i; z4 o *9 ^" p0 L, C' b* |, i
* This is the step behavior.7 x6 A5 D8 w5 C/ m, ?- E2 }, Q4 s
* @method step $ m4 K1 n" Y1 E* n' D$ c# [5 m0 x * ' c$ T- w7 _5 j! i( |' `) ` */ % F, |, R! \3 t& G. a1 l @ScheduledMethod(2 u) \$ z+ l M9 s
start = 1d,4 i h% E$ Z" _% S. R, {8 W
interval = 1d,: l% o/ Z9 [2 ?4 Q! H( x' T
shuffle = false+ o( V* u' x% _; ~- f# g; u
) A5 P' y9 q) v1 ]6 U public void step() {5 E/ ~! ?4 y' `# v* e4 ?+ x
8 j G1 y1 K8 A# Q // Note the simulation time. ; |+ F( [: W! v" Y/ e3 L5 x def time = GetTickCountInTimeUnits()* E; ~; w* z; Q: A6 V3 I9 R
5 p2 a) O8 l2 u // This is a task. % z1 H! q) F0 T+ q! { measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 y+ }; c. G, c( h5 U* T5 X D. ~- ? // End the method. ) M) n- N6 v5 M4 {# H return / w: L6 n4 z* V [ ! M& M+ H7 k/ V/ e }