! ^. t5 q+ Z/ A7 T, [@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")3 }! W2 H1 Q( ]8 c5 p
public double getMeasured pressure() {# l+ G( g- J" ~4 E: `3 V6 j
return measured pressure3 K. T$ X% `7 O% Z1 x3 ]$ A
} ) B+ a# _0 C: ^8 s' I8 { public void setMeasured pressure(double newValue) {5 ?1 l/ N; V* }2 D* ?" z
measured pressure = newValue+ u1 M" t5 d0 d7 }8 O% p/ @
} 8 W0 L0 t1 d$ I public double measured pressure = 0 ) W! C8 x) p! D8 N! m2 N7 ?! J5 m% H& ^( x+ x5 I
/** ! K- q( p- @5 O0 p* \ * 1 o, \" g# q0 i3 p7 P$ [, d * This value is used to automatically generate agent identifiers.9 \/ w1 z. U' @
* @field serialVersionUID 8 N$ b6 [7 Q( O * 6 p& c! r7 }) Z0 W+ `( h. }" C */ ! E0 p4 {! N& [2 @1 L private static final long serialVersionUID = 1L9 [+ ]9 q0 b# ?# S7 h @1 _
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/** , Q0 n8 [' W* `! Q% u) t * 2 E# B, B c5 l) e' s. f * This value is used to automatically generate agent identifiers.8 Y9 z% k( M }5 a* k
* @field agentIDCounter- i/ X. r# k9 d) @; y% |
* ' O% n, H% t0 u, S */ 4 D) r' _; Q. y& [ protected static long agentIDCounter = 1 : l6 ^' [( y8 Q: |. Z/ \' Z + W4 b& }4 \7 s" R, X6 h. ? /** H! g' h/ F9 n/ F$ Z *0 p" y9 j C' }/ h# S" G& E
* This value is the agent's identifier." h' [/ v5 O. q) E! w
* @field agentID Q+ p) t: m, J$ {( S! a
*8 t2 G2 L' I0 {& Y, f
*/5 Y& Y- [. g" u) ^# p
protected String agentID = "GasNode " + (agentIDCounter++) 1 h4 h) d# J( ]+ Y6 T) U0 S , D4 ]! @% G* E7 @2 B /**( f" M1 u# Z# X/ }" ^8 Z2 I
*7 y2 ]( j& o& V8 l9 F, O. w/ t% G
* This is the step behavior.6 w7 [9 M6 A3 T6 F/ A
* @method step : [, M4 \ F" D& V *0 S: ^7 z h. S) U" J
*/ 6 m+ f- N! ?* [9 K6 z9 V% ?2 X7 C @Watch( * ^: Q' P/ x% y& ?7 j watcheeClassName = 'infrastructuredemo.GasNode', / F2 A& ` u( l$ w: D watcheeFieldNames = 'pressure',, l0 J# |' P* P- S0 }
query = 'linked_from', ' [0 j* [1 U+ K/ M whenToTrigger = WatcherTriggerSchedule.LATER, ! r/ a. |: ^! G* B9 u" T+ n* K* g# n+ e scheduleTriggerDelta = 10d& g$ p2 C8 w4 [: ? m0 c7 ]
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public def step(infrastructuredemo.GasNode watchedAgent) {/ Q/ ]5 @% X7 k6 Z/ A
1 Y, `, I" ~7 i3 q1 B1 A // Define the return value variable. : G3 u; J, a* v3 A5 T- p0 S( T, x def returnValue g* z- h7 \3 [ e: w" s
5 ~/ O Q: V9 j, d- w // Note the simulation time. 2 T6 n) m" c8 U def time = GetTickCountInTimeUnits() & E6 F X- M1 A$ j$ O8 _ p2 y . D( p6 l0 t- K6 k( e R" T % i" A1 v$ M3 Q // This is an agent decision. ( \- W" {* v; E7 @/ m if (watchedNode.pressure<200) { 3 W4 }& p& V5 c6 n' I. ]/ v5 L$ l7 {- n5 c, Q/ U* l( A
// This is a task. 4 L2 y h; K4 i setPressure(watchedAgent.pressure) 3 p! _) F2 k. q* h( d) b, D, W. I# O0 c
} else {0 i- w" N) t. W+ _: |
0 ?8 S; O u; D5 X3 H7 @* a. Z
. x2 N* c) Y* ^9 o } ; w: R) y B) V8 ` // Return the results.0 \! R- x2 W' J4 `2 {; i* u
return returnValue! t" O; Z3 C3 R, Q9 u
* E" ]6 @" I* j8 I6 Z# B } n, A( R" O* z $ ]1 _& J% O# T, y. a) B /**8 v- @3 O2 V, R- _6 @4 @- C) G
*+ \5 r0 D. p' q, }
* This is the step behavior. * Y- q$ v: ?7 x8 h% B * @method step( q s) \& T5 @$ I; C1 c1 ^! A
* . ~3 z) M9 i3 M# w' n: w */( ~- B [" H" v# A) `" R
@ScheduledMethod(1 E2 f e/ j$ q- ^* m
start = 1d,7 ^/ j* K8 v* k) U) n" R
interval = 1d,3 `- K. J+ Q5 w. U/ z1 e+ i
shuffle = false e m: W3 N" s0 d( O2 K" {# E ) : z e8 i4 H: z k/ q5 W public void step() { - g$ h9 m L8 B7 W- X" u/ q8 \6 `! _" v! i# Y8 \. a& F
// Note the simulation time. ( Z; B7 F1 p5 m' l0 _5 J def time = GetTickCountInTimeUnits()8 P' q Q) S+ d' p( ~: {
+ `2 a3 _; y' P1 M // This is a task.& p, v r4 d" K+ K, T# m( h
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 0 U% m; V1 }$ h/ _8 r) F // End the method.' |3 ]3 ?2 A" F2 _+ L6 R, ?* S
return 7 n0 r2 ?; y9 P& G- C% W# f 5 V" p$ B- M6 a+ i, s! G }