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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")+ `7 {5 r& G8 N) r. q
public double getMeasured pressure() {# m' i$ m0 d5 {, h) r8 F
return measured pressure" x- k+ _) X. H+ n$ p0 o) ~
} F2 j7 d4 W7 _+ N# j6 d( u V public void setMeasured pressure(double newValue) { " ~, }4 ?+ f8 n# f+ \0 h$ ]9 g7 h$ Y measured pressure = newValue8 [% {. @9 {3 U: |
} + x1 [- V; m. G0 S$ x. y5 b public double measured pressure = 0 7 k6 v$ z4 f1 f/ H5 `: [ : B- [% n2 X% O( k- Y6 u3 P /**& H2 U5 L8 R& B( L* \( O7 i* m4 p
* 3 Z( y, K( @( U# d/ f4 m * This value is used to automatically generate agent identifiers.: ~: p9 l$ W& [1 u! y2 l# b
* @field serialVersionUID- B" w5 u7 Q" B8 ?& W
* & ~8 I) N- Z" ^ D8 O8 A */ $ h8 ~0 `* g1 i& v+ B* G# ]+ J private static final long serialVersionUID = 1L + V: p, b" ?+ u, e7 T# j4 N $ F1 q+ B/ I1 n h /**( n( F7 N$ Z7 J" z- x f! M
* # @# e% ?' C, U, e * This value is used to automatically generate agent identifiers. 8 O+ C4 |' Q- w( ]% B! m% Y * @field agentIDCounter - u3 R L% K/ w: z* l5 e) s% L7 k * ( L3 G; C1 H* \5 y */ 3 j0 Q8 ~# A5 m B% D protected static long agentIDCounter = 1 . Y2 S5 }* A9 B2 M- g# k' f ( f; g6 D5 E6 g& V o /**+ w) q: v1 e/ }/ l8 J
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* This value is the agent's identifier.' B5 C6 _' }( q- M
* @field agentID * ]$ \; c5 j5 ?0 \ * Q) |, g0 c+ k */ H- S1 ?7 s- N/ _ protected String agentID = "GasNode " + (agentIDCounter++)1 r: N' ~4 U8 k4 c4 A: s) w
5 f5 X5 i# H/ z# n+ A /**8 A8 ^4 a7 \6 `2 g5 q1 M3 s
* 0 S& [) x1 w3 }: |0 h * This is the step behavior.+ b0 y; c/ M0 r$ B1 J
* @method step 9 v, n3 y9 B8 z8 n7 i *7 Q, w* C( l; Z1 U. E$ ?/ k! E* O
*/ 8 o8 n- i6 w6 ]3 I5 q2 y6 ~ @Watch(. h Y) k; j! D) _$ f. k _; s4 i' F
watcheeClassName = 'infrastructuredemo.GasNode',$ P6 R k; \% p7 X
watcheeFieldNames = 'pressure', , X/ z# t' w+ V% v0 |* G+ O2 E. z query = 'linked_from', * x5 G! K# }! G& x: ~, m* `2 X whenToTrigger = WatcherTriggerSchedule.LATER, " J Y) H" ?' x& y, r! o' I scheduleTriggerDelta = 10d - {! C! w6 E+ Y( j4 h )& ^3 ?( B4 ~9 H, V
public def step(infrastructuredemo.GasNode watchedAgent) {- J* v8 \9 B, D' ^- b
/ _; `. o B. k2 Z% W! Z$ w3 f // Define the return value variable. 3 B/ X. d2 y. Z: z* e def returnValue, k1 z2 ]8 M" i7 ^' _0 S
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// Note the simulation time. $ f ^! B& r. f3 w# \* {: G% e" L def time = GetTickCountInTimeUnits()% ], _, S n/ [: U m
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// This is an agent decision. $ z/ N" G2 v( T3 t; w9 m if (watchedNode.pressure<200) { 8 L# I, {9 Z3 z: M; O& B' v' Z; V& V, n/ u6 j
// This is a task.3 n* a' v& Z& T. }) t" n3 i; w8 l
setPressure(watchedAgent.pressure)% V7 f# Y- I* d9 n, x7 [0 e2 d- a
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} else { 3 l% C/ N# Q, d r# e0 Z/ P3 D0 z: ~9 ^: C0 s/ g( k
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// Return the results. - Q: V- g8 t9 h, l" f5 G" A! Q( c! W return returnValue0 T2 W8 a- B- _8 h" N& J- [
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9 F- I7 F/ {. `( |. j* \3 K' \- M /** # o$ ]- k) m& |8 l/ N7 P2 F6 k- ^ *5 I2 z9 ^ Z0 V8 c( c: L3 K
* This is the step behavior. : ?9 m. Q" l% L- v( d* j) r. R * @method step3 O% `% x2 U. }, Q2 {- Y5 T- S
* + a! |, J1 h' Q8 g) R- g. N% w */ . w }, F& T% D6 U# _& G @ScheduledMethod(. { [/ Y. I! H4 x% O. C
start = 1d,8 Z( Y5 ?& c: n9 r2 U2 g
interval = 1d,( a+ T8 ~1 w' T0 ^& r
shuffle = false ( m0 w' ~, }2 s! J ) . V2 O( [7 \) O( H* m public void step() {, s3 |9 m) v% I* y% r. i) G
6 i: |# ?( n" f' _/ w- m // Note the simulation time. + l) Q0 I' B {- Y def time = GetTickCountInTimeUnits() * o, H+ u7 m7 t$ Q7 r4 c1 i, _' h' H! ^% L
// This is a task. * }' M( e) i1 C/ a7 d7 @4 t measurePressure=pressure+ RandomDraw(-20.0, 20.0); F# P/ q- ^5 I4 z6 U4 ~& L
// End the method.! [ p- [ I1 M1 L# z9 r' U8 f
return U* H1 U: q! L. l$ b( T& v! C! \( s1 A7 X- O2 q) \
}