6 m8 b: A& {& `- v! }3 s @ c8 _- U * ]( f P) I( V& k@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"). ?! b' d9 X. @; Q
public double getMeasured pressure() { 0 i6 t8 y/ F: @/ f$ s return measured pressure6 `, e7 u2 ^2 f3 |
} # ?1 W" @- p7 S* S public void setMeasured pressure(double newValue) {0 n5 s$ e# I+ v3 ~6 Y& K
measured pressure = newValue" E- p- ]8 v) u
} 9 Q7 M- L( d/ q' e, k public double measured pressure = 0% G/ J: L$ l1 A/ H4 y' Z
: ^, ]) y+ N8 }4 q /**! D4 W ?# h& q/ h
* H: c8 s% C7 r( q+ Y% K% O * This value is used to automatically generate agent identifiers. $ o5 Q, [; i* |4 H0 \ * @field serialVersionUID9 h9 Q/ b! s: {$ f+ T& O
** u) s3 S" m3 |! E& M i4 f1 P2 C, y g
*/- ]& V" g: F& E/ k+ C
private static final long serialVersionUID = 1L ) z/ U- y0 r$ f) |, U* {# U; q. _$ @- _7 t0 g3 n- X7 m
/** ! y$ X6 K' j1 s3 E' X * * o* N6 ?* Y, Y2 B2 K. W& c3 l * This value is used to automatically generate agent identifiers. & X D1 M3 g9 U7 C' h9 H. m * @field agentIDCounter 0 o- C6 g) h" Y4 j `7 u1 J * , e! w8 T/ W2 l% Q4 E; S */: l( j+ U9 ^0 w. i% S
protected static long agentIDCounter = 1 & `$ v: z% Q+ G$ t" B1 x' H! S, f" m# B- E
/** 3 D5 v2 _! P) ? * 2 j" Y" [3 j9 ? * This value is the agent's identifier.7 I: E- U: ^( X8 f) K2 S
* @field agentID f# H h8 I. T2 l& z( y+ P *! I" w. y1 X8 l- [
*/ @. m4 e9 s( E, |3 b/ ?/ \
protected String agentID = "GasNode " + (agentIDCounter++) + n, \9 j5 ]- o/ K / [) F, n# P& R /**, t! o; d8 U- n5 g8 v
*' ]2 J2 x- e* B: _2 e) e% s& K
* This is the step behavior.6 v; J' c- Q: C) J6 N* I. R& `
* @method step 4 y( C2 ~& T" I. P * & t) J- i# ]3 ~. c- I# _ */ - B# @5 o# S" b$ h% V6 D* ~ i @Watch( & ~: o" n+ J% h ~ watcheeClassName = 'infrastructuredemo.GasNode',# d# w% x+ l/ O
watcheeFieldNames = 'pressure',+ o, |+ l4 u) D: K% x$ K
query = 'linked_from',3 q6 y3 A$ n2 Q3 _1 ~" c1 b
whenToTrigger = WatcherTriggerSchedule.LATER, * M8 R0 f, d# m: ^$ J$ K$ b scheduleTriggerDelta = 10d6 P7 l9 @- T7 m; Q9 s+ U% t) l
)$ H3 V2 D3 W P' M) m9 L
public def step(infrastructuredemo.GasNode watchedAgent) { / }2 |- ]( ^" q5 R7 z+ K) B+ [; U2 `& ?* y, H
// Define the return value variable. ' b |0 ~' L) P2 F, s4 ~6 R4 p def returnValue0 _5 v9 y& B8 [" c+ Q, ?9 z
) \ @6 {2 c! h# G, B! `% F! u // Note the simulation time.0 g- D$ D& `, T
def time = GetTickCountInTimeUnits()1 W8 J, {* S$ t7 W. N
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// This is an agent decision. & k3 l+ n; Q2 Y/ M5 o1 g, P3 b if (watchedNode.pressure<200) {5 O4 q7 S/ U" D* v! M; Y9 M
3 `1 O' o% Z6 W( a0 r+ } // This is a task.6 k0 X4 g" B8 z- j% E! K
setPressure(watchedAgent.pressure) ! S4 u' X5 Z+ f* j# z0 ^9 w+ Y) h! ]6 D1 K" W' \# ]
} else { / j4 B; N: I/ ?3 r1 ^- M; V8 t) o: I
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// Return the results. 8 a$ t/ j n, {- d! }8 W return returnValue4 B8 n/ K4 F. N3 ]6 `
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$ h+ p' S- h2 ^9 }
/** 7 M2 z' G% r+ z% l% o( R j x * " }& l6 V- T7 v5 ~( j/ N% N * This is the step behavior.9 M- {: F; X/ g5 h+ R" s7 d% I0 x! G
* @method step5 d I2 j' m& {; q" P, I3 J
* . Z: |) {3 o4 {+ W) g */ 6 |) G. |7 g: ] @ScheduledMethod( " d2 H: L; }4 D N F start = 1d,1 I) `1 |' z$ H2 n6 I
interval = 1d,& W' W9 O& R& O) q! q E- {
shuffle = false" Z8 G- \3 J3 L+ Z- S
) $ z% I; j6 F* _1 o- a& [ public void step() { % u( X5 A! A- }- x2 d; g( p! U" }' Z
// Note the simulation time.5 O6 s$ m& [5 X
def time = GetTickCountInTimeUnits()% Q- _: @" O4 f% B: @
" s9 M* b! {% _4 p // This is a task., j& w& k" H6 t. `
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 0 n" M" Q/ k N G9 h9 f7 f // End the method. ; t. U, @: M0 P, `8 ?- | return, s# @: h# p1 T6 U2 K