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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 8 z) w3 e$ m" t) N/ I1 D5 v, }0 k public double getMeasured pressure() {1 z5 W- N0 a. Z% L4 j+ M2 Z6 e* B
return measured pressure 6 ~2 y; j' j5 F+ e7 @ } 3 y/ Y* n; ], r. b* {) G. \' w! O3 z public void setMeasured pressure(double newValue) {' _& P& s0 t7 |1 P3 i! G( E C7 j
measured pressure = newValue 9 L5 m& s( n" h* X, v } 9 e5 n: G$ K- ?) L/ p+ H; ` public double measured pressure = 0! ^9 H' @8 W6 m) Y1 U( Y* u T
9 G6 S3 j$ ^% R+ @% ]: y& a5 G) c( H /**# X, y/ U A9 q
* ! C: y. S9 U" \- N * This value is used to automatically generate agent identifiers. + _5 O0 b* `/ o * @field serialVersionUID 9 E% i/ `+ u3 G: E; V *, E: D4 i9 N* v9 X3 u
*/ ) \: i7 I! }: {! f6 X5 s. V# M private static final long serialVersionUID = 1L . g ]& e) x m: p4 x7 o ) Y" M1 [* K" p" o; c/ {! H9 C /** , N/ ?+ V; g' K6 e! J *7 F5 d0 f8 q# q8 b& G- Z! C
* This value is used to automatically generate agent identifiers. % m6 }" R' u( b3 p' z) F * @field agentIDCounter 6 r! \. D& U3 X& Y% U# n+ b- D * ; p9 {5 t9 T) r6 T */( I. O* q0 V! A& d; ]$ V
protected static long agentIDCounter = 1, E: F( C, Q1 n+ ?* S2 R7 N
; A5 y+ O6 D/ s& G2 @+ N* H, @ /**8 p8 c0 X; _4 Z4 J; K9 M' l$ h; h! b
* 8 M! P3 S, Z7 X& t+ v- w+ g * This value is the agent's identifier.* ^2 J, s( J0 a+ c+ J/ Q9 L
* @field agentID, f! O8 ~' D$ ]/ q4 p
* |( w4 `$ t' p& [( N* K */ h& l' |: n# U( a2 B6 h! k
protected String agentID = "GasNode " + (agentIDCounter++) 8 V J, i9 S7 {6 n; L5 I. N7 ^' D3 ], z1 l/ V" ?, q
/** ( X7 S& f! U7 @0 J* o1 n *7 {; O" G3 z$ d# z( ~0 y! {
* This is the step behavior. + A* T# i$ d. b& A/ a& \7 \ * @method step' \; u# e% |) |7 a4 ]- M; U
* ) j! H' z8 h, T3 v3 D: W( @ */ 4 M( R% L0 y/ b0 j1 _# E @Watch( 5 ?9 f F9 R# f2 \2 Z# t9 u+ `, Q watcheeClassName = 'infrastructuredemo.GasNode', ) v/ E- J6 c: A$ \ watcheeFieldNames = 'pressure',4 d. @8 h0 I" }, b% u( ^
query = 'linked_from',+ |" v7 J1 a$ B; p( K& s
whenToTrigger = WatcherTriggerSchedule.LATER,$ l( V o. r9 |6 e) I
scheduleTriggerDelta = 10d " V+ ]2 Q( N8 w9 q/ u ) , A: W# {5 p( o7 U% e3 } public def step(infrastructuredemo.GasNode watchedAgent) {# @3 R/ b: m5 l: G$ y. A
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// Define the return value variable. & Y5 w/ I; Z/ i( @ def returnValue5 T; s- W: U1 \' R
3 I2 }0 K; F# o4 A // Note the simulation time. ! T) u3 @9 K+ j6 |+ j5 _ def time = GetTickCountInTimeUnits() - N' }+ j3 ~, T, }0 m& X" g( v v' G a5 I r4 Q9 ]
; U2 R# H) `9 Q! | // This is an agent decision.! Y: P4 E2 z5 _3 A& x& R
if (watchedNode.pressure<200) {4 t3 r/ [9 C" x! r5 c
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// This is a task.. r( a1 B6 x! J9 w
setPressure(watchedAgent.pressure) $ H3 O% D/ d+ Y- n3 R# D. T# l# J5 u# A4 C
} else {! c4 q- m9 U+ X* u
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} 9 J ]8 Z5 G- t! c2 C // Return the results. 4 ^5 S9 p [7 u) y! [2 z7 _- g7 _5 j return returnValue3 s& T2 A R- f. q
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/** 5 z- I4 ~8 ^1 ~. h) Z! { * a4 w* |1 D) d7 S
* This is the step behavior.( J% R$ j6 W5 L6 v9 }
* @method step" o7 @+ X4 f& e. C" F4 K
* & G* \) X: N& ^$ B/ J& S5 T */ 3 x8 N! h2 s5 {$ a8 a1 u: w- | @ScheduledMethod( . U" g! D* ?* W; F9 P start = 1d, `4 e0 e5 g0 {: v" f interval = 1d, - L) w5 Z8 z: U, ? shuffle = false 7 ^! \ p) A9 A ) / M5 V6 _4 `$ t. |8 k1 Y9 I public void step() { ! i L3 |' }. m e1 t$ X6 J7 |
// Note the simulation time.$ D7 Q$ C8 K c! q: ~9 O
def time = GetTickCountInTimeUnits() 1 j0 _2 i2 g) e - F3 q# b7 `, ] // This is a task. , G8 |' F7 m; Y( T2 N7 G' ~2 v! z/ | measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 W r( |+ J2 i8 Q
// End the method.6 M v! j) P' T: e* a! F
return1 c2 i* x: {# |# {
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}