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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ ~* T6 w7 d# z
public double getMeasured pressure() {( B" D1 o0 t- z: e9 s+ b
return measured pressure" F8 O$ m" E2 d; m
} $ [4 h0 R/ N; Z/ F% f* T _: z public void setMeasured pressure(double newValue) {# L$ c0 P) |3 c/ _' F5 c8 p) n
measured pressure = newValue 4 ^ _7 q" j$ }' S# } } 3 ?* ?6 Z- M, r2 o9 m% g public double measured pressure = 0 2 @ ^: d& T+ k. J$ `+ z7 I: P5 @ 2 s4 M2 ~5 |7 P* Q1 G( R: i /**1 r4 s' P& P% N8 L! h' \* C
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* This value is used to automatically generate agent identifiers.* p4 k6 _$ q, E# z7 p, O9 g3 |- [9 F
* @field serialVersionUID # L: `0 T9 x8 g" c I6 v *) V0 `) Y/ X6 g! N# @5 i7 k6 m
*/ , ] S6 m1 Q0 A6 W1 Q P& g private static final long serialVersionUID = 1L% {- X0 J- I6 ^, C5 B3 I$ Q+ m
+ {5 D; Y1 r6 P$ a
/** 2 ]4 V- [" G5 @4 X * 4 T1 b5 e# `8 |8 I5 E4 v * This value is used to automatically generate agent identifiers.' Z, p7 s) e7 n" }5 I' v$ a% \
* @field agentIDCounter( W5 F$ x a3 {- L7 p
*$ M( B- q2 i7 F
*/ ' d/ x1 m/ ~8 W. K+ S$ u, F protected static long agentIDCounter = 1 J, l0 F& a7 z- A; u
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* This value is the agent's identifier. 1 Z0 b4 D0 l, K7 `. C! l * @field agentID$ ]1 \& _3 R6 T% q
* * } [" e- `" D */1 p0 v1 y/ ]+ n
protected String agentID = "GasNode " + (agentIDCounter++)! l0 D. I5 v$ X# {* [- R7 s
2 t! v, K ]3 f /** - e$ S( U" ~ S ** E: ~& z$ \0 Z% c
* This is the step behavior. # } {& {4 t/ B * @method step4 c0 s( v0 p" d. k
*) \1 n Z) x- b6 B& d8 X
*/ 1 O# F4 |, `+ P+ I/ R" G @Watch( 1 n1 u* X; ^9 `$ c7 p watcheeClassName = 'infrastructuredemo.GasNode',& F& }; Y0 A+ N, a, |/ P2 ?
watcheeFieldNames = 'pressure', 1 {7 W2 u7 J' G( ^6 M, F. W, t3 K query = 'linked_from',2 s% B) n" x' E1 v o& p
whenToTrigger = WatcherTriggerSchedule.LATER, 2 W/ J. I% m7 W- J scheduleTriggerDelta = 10d ; Y2 j6 r# W3 D" M1 V5 z ) 4 D9 Z1 w' M( w. S public def step(infrastructuredemo.GasNode watchedAgent) { . l4 Z/ v3 L% M/ { 6 I$ F8 i6 l" `+ G: L( a3 s // Define the return value variable. ' V- f6 Z9 K* h7 Q. ~ def returnValue % l" E, B, E: r3 Z Y! C$ @) D * T/ R5 t6 G2 @ // Note the simulation time.% S, {4 u6 f* [7 Y: n8 K+ @/ r- N
def time = GetTickCountInTimeUnits()" U5 E0 q% s- u
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// This is an agent decision. ; K: }' p; _$ n4 F" A if (watchedNode.pressure<200) { / P* Z6 N$ Y" V , E% l6 h( J6 ^2 s9 {5 S8 _9 t/ D2 R // This is a task. 6 J5 I$ L3 Y* R( B. X, Q! X7 A( P setPressure(watchedAgent.pressure) ( `4 e* M5 S8 \( h* G1 k2 B- ?3 {6 {4 M# X* [9 h0 P6 \
} else {9 D* C+ S4 G! V
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}; V: A. `$ l" c+ n% U6 y
// Return the results. $ a4 y7 e: y$ ~5 _ return returnValue+ p7 D& I2 _& V" S; _
# @5 d8 {. {9 U } 1 O3 s" O4 P( K+ P- E1 _4 p- B/ N3 Q. ?1 A" X. [* E& K5 ]+ e/ Y
/** 2 B; I0 n0 N: n: A ** A9 j- X5 B% N; c
* This is the step behavior.; k% X" g5 u2 s4 E- s+ v) x9 M
* @method step3 s( A Z& w& j- q" W
* " f+ ]5 b2 z/ Y% H% M$ x5 H# v# u */ , k3 P! n8 W7 P8 H3 I, x @ScheduledMethod(; Z" ~3 T' L4 Z8 j% Y+ u: m
start = 1d,. X) c8 _" `! O& M4 k
interval = 1d,5 d' {9 C' S4 r2 n9 j
shuffle = false0 c1 G' A3 H" U
)& @# f; {+ e, q9 D2 g. r
public void step() { 7 w4 z/ u4 ?6 {9 l. z0 u( W" D1 }, P, p7 D' R# o
// Note the simulation time.3 K2 C7 v6 l7 Z+ `0 N4 C* u
def time = GetTickCountInTimeUnits()1 d: N% D% i* F2 ^( M
* d+ }0 b# j4 {( O2 y: k/ M // This is a task. d, l7 X& l$ m# T& r- g
measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 w% Y% y# L f
// End the method. & j' O* d5 I3 v return( D1 ]) z# {. E/ D; X