1 h% D. b& g8 y5 p@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") , }% I8 {8 p+ J0 g- [% N public double getMeasured pressure() {* _- B0 k" |( I, c3 j- g3 `& n
return measured pressure! k* A; G5 z9 U$ q+ V$ E
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public void setMeasured pressure(double newValue) {# ~5 X0 V& v8 d' y- R
measured pressure = newValue 4 a* ~/ Z5 a6 E- f } ! @8 p) p; Q/ t7 M2 y8 T% |0 l public double measured pressure = 0 ! \1 T% V: k5 A' O4 O ! j& ^9 V; t" \) A N! j /**- d; d6 u' U3 m
*- `) @9 ]: n" X' J1 L$ V4 o
* This value is used to automatically generate agent identifiers.% m+ |/ F4 B* s2 m& H4 o' v
* @field serialVersionUID8 K$ D) y- x! Z( ^/ v* ~+ g
* 8 o9 m& a4 k+ x9 _- N6 [ */ 4 b6 d; K/ S/ N private static final long serialVersionUID = 1L# D1 e2 }) w% Z9 ?7 V
8 f* n V2 E3 e% y2 Y0 o7 u, C2 F /** ) Q+ z" y: i6 {0 N3 C2 N+ m5 V x * j* _1 } `2 M3 l * This value is used to automatically generate agent identifiers. ; K. n4 C; r/ M2 ]- W- d0 D * @field agentIDCounter f) w# `8 N$ y$ t$ U! a5 Q * 4 I0 A( Y# |; X */ ) { m, Y4 B1 G2 w% g+ o3 i protected static long agentIDCounter = 1* \& l# Z5 w! h# q8 b
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* . S8 N/ i6 K) ?, [ * This value is the agent's identifier. - V5 P6 P: a* n3 ^6 f- O * @field agentID: f: Y0 @% p1 m: n
* ( | R2 j- V5 T5 m) @* f */ 8 r" J* D5 Z* u) P1 t6 Q protected String agentID = "GasNode " + (agentIDCounter++)4 Z+ P/ y6 j2 W
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/** - k9 ^' u9 ]8 O( x( V- o+ N */ G- |0 m& t: Y7 `: V3 [: b/ P/ y
* This is the step behavior." r$ r9 L4 p/ _! F+ i# m% x! l
* @method step$ ~4 Q8 K, Y1 h# F \& C
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*/ 6 ^" L, y# K5 R; k% g4 l2 f8 D @Watch( ; ^; w2 k/ S* @ watcheeClassName = 'infrastructuredemo.GasNode',3 m5 V4 }2 T! j) Y
watcheeFieldNames = 'pressure',8 W( v. O. k2 U9 |$ d c# k
query = 'linked_from', / j# U* V+ s2 f- ~" j, w2 d whenToTrigger = WatcherTriggerSchedule.LATER,$ t9 p; {: x3 J) p5 W$ Q X
scheduleTriggerDelta = 10d' ^9 \+ a' ]' |/ U# X4 d# q
) ; `8 @7 Z' ]$ H/ I4 _; |9 f( X public def step(infrastructuredemo.GasNode watchedAgent) {, I+ V) H3 A' u2 j+ l% u X
) O; S0 J3 U! d // Define the return value variable. 0 N1 v* A1 g! P4 F {% R def returnValue . z% Q4 m Y- i8 j. _6 O8 t $ B0 i% w6 |4 D2 M+ U0 k# h // Note the simulation time. ?# ~4 b% }% Q7 |, \ def time = GetTickCountInTimeUnits() ^- k( H. E- _2 U
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) w' u2 q3 U$ r( {: E4 F4 \ // This is an agent decision. " |, l! t, d9 ]) b p3 z if (watchedNode.pressure<200) {# m" d: |+ {7 c3 S
2 D' O) W; L3 O" Q // This is a task. 7 W& v5 a* ?- w$ u, [- `" |( T9 g setPressure(watchedAgent.pressure)% [( e' `( x6 H' |8 S! f
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} else { 3 U% F6 Y1 E8 n2 |6 E2 ?0 V + u. p. w: H7 F4 P8 a: P0 [8 U3 {; W8 n# D2 F7 _0 q: R* `. \! t' E
} , X: }0 h6 w; X- p8 F // Return the results.0 L& c6 g1 S4 u- t
return returnValue) [5 g" A; [7 D8 n! f
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* This is the step behavior.; D2 ~; @, X' N# A. @1 O
* @method step; L4 X+ v# m, `" Y- R
*/ _7 V# x- u5 ?! M( p, j7 h+ u
*/ 6 r& l& m" k3 y% F6 G# Z! B @ScheduledMethod(* `; w2 b9 j3 {: V/ g: W
start = 1d, ; t7 g- G, W/ q3 q% D. D interval = 1d,5 t% p# d! q0 X8 e+ Y/ I% X
shuffle = false # n' i# v) q! b) [: J ) 6 E" H$ g" K. @$ b* ]6 _* b! }' u1 Y public void step() { 8 U" t" y/ L8 b8 [. z. e0 n2 u) T& }
// Note the simulation time.- A; r' \2 P# w- L8 m8 x) ~# A
def time = GetTickCountInTimeUnits()- O+ x# @; ~1 {# h& ~
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// This is a task.& @& f8 ^9 i C( v7 G: ~' S8 @/ o
measurePressure=pressure+ RandomDraw(-20.0, 20.0). v, v! m' G4 @9 l
// End the method.2 s1 t* j6 i7 ]# J: |6 S
return& N7 t2 [ _" j% @
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}