9 @1 B. h% S* O@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")1 `: W9 ~1 k S8 K1 N- {
public double getMeasured pressure() { t" r7 `9 @$ J& o& M return measured pressure o4 C6 @& L& ?, a) n% p5 G/ m
} ) N8 h2 A3 D4 x X; y public void setMeasured pressure(double newValue) { . C/ @! E7 u$ G measured pressure = newValue! G C5 s& j9 Z9 I
}; W* N5 b5 j* h7 R- L4 J
public double measured pressure = 0+ z0 L$ |; V4 s; m
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/** 7 x: y7 g4 [+ {) B% J% U * 5 J1 ?3 ^0 J6 w9 c: U. Q7 E) ^& i * This value is used to automatically generate agent identifiers. ' a2 p* C/ B9 B: x9 ~) s8 l * @field serialVersionUID 7 ^% H9 { B9 b% r *. O2 c* t( N) _1 n( O3 l) E" [
*/ / N% y9 G# s! \# w& A( i; h private static final long serialVersionUID = 1L8 b4 ?1 @2 J$ T, q8 @
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/** . B; p- ?! O9 j5 y& a *, A# d7 [2 `2 x2 F! ?
* This value is used to automatically generate agent identifiers.7 l* b* M* l0 D2 f" J* D
* @field agentIDCounter0 W' l. _! |' v3 l' A" F
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*/ ( N Z. O4 I! H$ T protected static long agentIDCounter = 1 ! N: ~# O/ ^! m$ D! q$ g G: ?% J `0 G2 \1 [0 {5 N! y
/**' X8 {1 ?- a* J0 w- @- h
* 5 }7 J+ Z# s3 y * This value is the agent's identifier.5 g& D+ r- I- g O1 s
* @field agentID % p- l* ?/ a+ \! t * 6 k" x8 V. a8 v9 x6 G' o) Z6 b */ 6 b$ Q+ b" u$ S+ K protected String agentID = "GasNode " + (agentIDCounter++) 9 p4 z3 w) z/ b% ~& k! k" p$ g) N. d0 u
/** " `5 f& p4 V( R: G * ( w2 ?5 z) q2 Y% ~% i * This is the step behavior., k4 s# K9 c- o3 T$ l
* @method step t6 Z8 v& z% U: o/ ]; v5 ~# L
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@Watch(9 w1 p9 u$ ~9 w
watcheeClassName = 'infrastructuredemo.GasNode', % A! o; ^# R ^7 F; V watcheeFieldNames = 'pressure',- _4 b6 @3 L% v, D. N
query = 'linked_from',! F8 ]( B; O1 e: @7 l
whenToTrigger = WatcherTriggerSchedule.LATER,$ A* `6 W% {/ N2 C5 i
scheduleTriggerDelta = 10d 7 Q6 Z, v. ^$ Q: U7 g ), C {& S* J4 i9 D
public def step(infrastructuredemo.GasNode watchedAgent) {" \- e# Q1 \, n- @1 S
8 P6 \* W! w) |7 ?" [+ g" E, W // Define the return value variable.$ N; _' w5 f7 W
def returnValue2 ~" I L9 u+ X( _/ f J
3 e, W& ]' R" X/ d // Note the simulation time.) Y( S6 v$ |6 D9 o' p5 F
def time = GetTickCountInTimeUnits() * s$ X: J# j' f4 \ 4 }2 H8 l; p: W" y/ F , \' z6 l) B/ w$ d& B. J // This is an agent decision. * u4 B4 F, ?6 h2 B: H ] if (watchedNode.pressure<200) {, h/ L- Z" l: K4 z
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// This is a task.! k/ |8 F/ z' U. P
setPressure(watchedAgent.pressure)" Q+ O+ s& [4 r$ h9 D$ P+ \
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} else { . S: {7 u8 ?/ v" N8 b 5 o( l0 L$ C$ D 5 Q# w% P, _! N% A3 D9 _ } 2 B0 ]8 \7 D# y* D // Return the results./ A8 e- `* A5 n
return returnValue5 k9 q2 k0 x& J3 m
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} # m w7 h: e- c+ [, K ' g% k' f' r1 L! D2 I /** . Q3 W& J( D0 X& P- C6 z4 X *+ a" P& c0 b$ W A9 H$ v6 R
* This is the step behavior. & ^0 N( N+ h& J1 N * @method step 1 _) t5 ]6 X. p. \/ @# M) y2 h9 k * - q' m, M5 ? ~9 g) K% ] */ 5 f6 b: c! `* P9 G @ScheduledMethod( 8 b5 i/ p+ c$ T g+ O' ~5 h start = 1d, 1 ?: X+ ^" T) g, l interval = 1d,8 R& r7 V( X& Y! ]$ O2 f* E
shuffle = false . R* c: ~, u; U0 w% c- o5 s )- ~9 T8 ~5 G* F- p( [, H' c
public void step() { 4 }& w p* [6 |( h% I9 X/ [; |1 V+ {0 L# Z7 x# W, `
// Note the simulation time.0 l. C8 G a9 I- H
def time = GetTickCountInTimeUnits()5 P, ^" o( }5 S1 p
3 b$ A7 C' l! S // This is a task.: ^( V) Y5 i- Z
measurePressure=pressure+ RandomDraw(-20.0, 20.0)) H6 {! F$ `5 W: y" R
// End the method. 0 _/ g c. E, ?9 r0 k return8 y$ i& Q k% z) k/ ~
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}