3 m S+ j2 B' R! a@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , z& q/ a m8 G: b; ? public double getMeasured pressure() { 3 J! C J7 S$ h r return measured pressure $ d; g8 ^! h/ N: _, F2 y( d }3 |* E" d! J' B
public void setMeasured pressure(double newValue) {* e c9 m9 J5 h# w x, b
measured pressure = newValue ! Y" _6 H8 D4 t# o* w1 X$ ?) o }! H; n2 s) G* m0 U7 j
public double measured pressure = 0 4 ] i9 w' [# m3 L8 a5 R 5 ~2 p& g1 V+ @; k /** : n4 e. w5 v( [ g: U( P *) i' l) @: C; R5 S
* This value is used to automatically generate agent identifiers. 3 q0 x9 M# u# k8 F' B; ` * @field serialVersionUID E& x. S1 c# y! F& d4 Q
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*/ 1 f( C# e5 R; n: @' L' l0 q private static final long serialVersionUID = 1L1 d. z( {. q* ~8 n5 M$ G% }
- i6 p* T! E; `9 I /** " e) E5 P& w" U2 g% C( A * ) c5 M% ^( O5 C$ f6 } * This value is used to automatically generate agent identifiers. ' L0 |2 J* a" }; ~ * @field agentIDCounter ' T7 u# P" l/ ?) p: n2 x1 v * % T7 p+ j/ d6 s' t( ]2 H, W* b */, i' y. Q$ i% ?
protected static long agentIDCounter = 1' R8 O( I% j d4 M q* |
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* 2 v( m3 d* A' Y c+ Q. g4 h * This value is the agent's identifier. / `$ U) F S: Y: h f * @field agentID9 _% x! x8 k7 i
* \% W( B+ o Q/ l6 a# Q+ h9 P% G& \ */6 e L, H# Y1 Y; T' ?6 _
protected String agentID = "GasNode " + (agentIDCounter++)- {9 [* y& v7 K$ Z$ y, F
$ p+ L# G, h. I( ]% `* s6 h4 _6 N /** * C) ~* r; b! f2 D: G/ y' v * * w! m9 b- y B" h$ ` * This is the step behavior.0 A5 w, t& j6 c; w2 Z
* @method step# s& Y4 d0 C( x
* 4 [1 I9 K: Y. J) Z6 J* o* z */ " y: W$ X7 L$ P0 G. O. L& n3 w @Watch( ( C2 u+ r$ w! j1 m4 U watcheeClassName = 'infrastructuredemo.GasNode',* {/ }- J+ y3 Y7 ` p2 Z2 I
watcheeFieldNames = 'pressure', ; F- B8 Q, I U& ?1 f query = 'linked_from',8 J z$ w; {0 R5 ^) o
whenToTrigger = WatcherTriggerSchedule.LATER,% K- r3 O* l8 |& |4 [, @
scheduleTriggerDelta = 10d ( C* B) q% i( o8 f1 ]: O) ~ )9 A1 f; k5 z6 H, T ? n# X
public def step(infrastructuredemo.GasNode watchedAgent) {) o' a( ~7 Q+ h5 u5 a/ h: g
+ B$ ]0 [+ a: i" I // Define the return value variable. : e! @1 i9 T$ ~4 K4 o8 g def returnValue* Z+ f8 |( B! ~0 v2 e
6 K R. e6 l8 E // Note the simulation time. ; b2 }" R" k0 Y0 t def time = GetTickCountInTimeUnits()1 p# ]: v6 w1 V, H
( |0 q' V m9 F / B* `2 Z ?% m$ Y; B8 e, s // This is an agent decision. ' |7 P5 A: D- B. g, c/ e+ I: N if (watchedNode.pressure<200) {" n7 m5 S! _0 t* T M
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// This is a task. 0 b2 n7 P8 v( N( j- T4 W- Q setPressure(watchedAgent.pressure)# X2 j7 D' N+ B& P
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} else { 1 L$ \5 x; u5 R8 r# |: f* v/ g. e7 F) c, }4 C" f$ [8 K3 T7 p- y3 _0 h; Z
6 b( o0 o/ U: n } ) {6 Q- {' t6 r4 p' \+ l% t3 A% U // Return the results. ) p. d, d9 E4 H t return returnValue 7 A \% u2 g* b1 M: z1 A' L 5 e# o# G6 c5 R$ D+ c, z }. h! u! v+ ~0 c
( I+ y- A8 `) p7 Y /**$ t# ?) b; u3 P0 [1 {
* ' y. _/ |- v1 [ * This is the step behavior.0 u1 W/ l, Z1 F1 H$ K* W
* @method step / d) u# p9 T7 r* u *7 m$ }: Y; ]6 \) Z' I1 P
*/ H6 U+ [, L5 {, P- T5 l
@ScheduledMethod( `" ~: Y# ?% A2 v) E; w7 j
start = 1d,( j( F' k7 a/ P, X0 s
interval = 1d,& T7 x. `9 ^) P( e3 I6 u& T
shuffle = false + P: c- V* r" h( D ) ?6 p6 |: n5 u% b1 F
public void step() {$ S& w. T5 Q; a8 F& Y
- c6 \ [/ Y1 a& f, ] // Note the simulation time." \" D: H% a& e7 L
def time = GetTickCountInTimeUnits() 7 c$ u! l* q: ?2 u. ^3 x: Y+ ?) j) R3 C0 c& `
// This is a task.8 c7 J" B" a. ^! e, l' \
measurePressure=pressure+ RandomDraw(-20.0, 20.0)" i/ k4 y: r) \( W7 q4 n1 u) t4 S' r
// End the method. / u% w9 l/ Y9 F# i2 } return, P* ~/ k( _- ]+ p