8 C9 E' B; l/ d8 d' t* }3 z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")/ u& r7 B B& l
public double getMeasured pressure() {8 B9 P; q# q; w2 J8 e5 u
return measured pressure , Q! ^# Y7 A; J+ F+ e4 ?6 w# ] } 7 n5 y1 O! c$ Y public void setMeasured pressure(double newValue) {- f9 g2 Z: R7 D8 z+ ]( P
measured pressure = newValue- l$ `$ ^5 b. r, L5 h% M: M* d
} 8 o; F3 Z. b \" \. v public double measured pressure = 0 - `. I1 |* y2 _$ N: z2 L1 Y) I3 z! W8 a( [
/**# a! d& t5 G' K( l2 X
** ]6 ^% m; v5 O6 J
* This value is used to automatically generate agent identifiers. 5 q9 \/ T- G8 X/ c. B * @field serialVersionUID5 O( J" y3 w4 x& @
*3 d: e1 J5 i2 d) U0 e4 n
*/ 3 _( \& L+ {# }* R private static final long serialVersionUID = 1L 8 f, T* ] @- {' d% Z+ f$ H $ j; z2 C" B& T" ?. x /** ( J% `( G- b6 i9 @# K1 r- a0 w ** T" E6 n+ X. A# y- i& E. h
* This value is used to automatically generate agent identifiers. 7 B% ]0 `7 C M6 s0 S * @field agentIDCounter 4 j* [* }0 \0 U0 ? * + I8 R3 [% ?+ m) F */% v) [9 J4 O6 W; C% a
protected static long agentIDCounter = 14 A+ z2 }' ~2 v9 n3 f& j2 c
3 {! e1 Z. l/ n+ x /**; R# @1 P0 x! U
*, n- ]6 n0 s2 B/ g
* This value is the agent's identifier.- G/ h; b2 ~9 t$ |4 I
* @field agentID3 I, V# R" U8 T7 X. r. y
* / k: @" z+ K5 g4 `7 O */% O9 |5 n: W( l- j( W
protected String agentID = "GasNode " + (agentIDCounter++)* B1 I2 X1 F$ v" P: p0 f" `
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/** 7 h3 i: _# F6 o* I& C *1 C0 K7 J/ R9 M8 Z
* This is the step behavior. / v9 k- T* n! B$ p6 M+ R * @method step6 s/ j; }3 L# ?- j3 `
*: L$ O+ V, h- f2 r4 A& C
*/ ) Y# K& {/ ^$ B; e7 f @Watch(' R& b T1 N' Z! F: i0 W& [# ?$ w! c7 [
watcheeClassName = 'infrastructuredemo.GasNode', + I& C ]8 S( |: o( P* b0 [5 B watcheeFieldNames = 'pressure',! z* }8 W8 P4 W9 I) q b, e
query = 'linked_from',9 U% h0 q+ [* y1 W- J) c/ I6 w. `
whenToTrigger = WatcherTriggerSchedule.LATER,. t0 |2 q5 [7 O$ a- C$ V4 d
scheduleTriggerDelta = 10d & m8 F0 N7 A$ [* @$ X4 ?' |1 R' Q6 W3 M )2 T' {" D& r" o7 W+ ?
public def step(infrastructuredemo.GasNode watchedAgent) { K* _; K q. a$ x2 X % n) `' V. ~9 B7 S! b5 ~ // Define the return value variable.7 h( ]+ Y7 ]6 z* V
def returnValue ( ]: x) v4 e U/ [3 @# V% B. Z0 n 0 E5 e- Q/ _1 l: F1 f& ]/ w3 C4 O // Note the simulation time. ; s) O0 l' _1 G4 z: ? def time = GetTickCountInTimeUnits() 8 Q: ^5 {9 o ^ u8 [3 i7 v ) B( V( J" i- N1 ~4 y0 p* P$ W( N( A$ C# b
// This is an agent decision.) j8 [" W, A5 h+ l2 n S8 j
if (watchedNode.pressure<200) {4 R4 Q: B" t. q! @! G# P9 r" h
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// This is a task." T1 w& W& L# D
setPressure(watchedAgent.pressure)" |- B2 S- T/ L. W/ @; s! u
; ]+ H% D; H+ W } else { / a8 y2 }0 |( a1 |( t 5 U) y: M7 f3 J! ~% N w) S( p. Y* E' d" }+ f/ J/ M
} ( X" H: l7 O' F; H% U! R // Return the results.9 M/ |9 n$ f# r
return returnValue ! r; e& d4 O& H, m# i$ Q }2 b ! \8 n) T$ }" s! E8 _+ F }# w, i, ?1 s8 w$ u. t
7 ?; N' t$ _, p+ j. S, V
/**/ q, ]$ f$ e* J N
* ! u- e1 o1 h2 S9 | * This is the step behavior. 3 G" q, h, `4 {2 E * @method step g# R, |% w9 B
* 9 T% t+ K8 f& G- b' E */ 7 l9 X" A' ~& Z" [, x @ScheduledMethod(/ m+ D' W' t3 B5 F# D0 m" m
start = 1d,( t5 Q1 a: x. a H7 w
interval = 1d, + w' S; L- e/ i0 T: X6 D shuffle = false ( Y; Z% K# F; \) @. W" o9 A )% g# {5 a# U4 f; q7 X
public void step() {/ d: ^7 Q1 g3 v/ d# H" a
! Z& Y0 d2 @8 y! j // Note the simulation time. 1 |* R2 Y" e P def time = GetTickCountInTimeUnits()6 I5 B+ u0 r8 O% V) t0 D
- l. |6 [; m$ X% n/ w4 X& Z* K // This is a task.1 [1 ~+ `6 ]3 Y0 \3 n/ ?' t, h
measurePressure=pressure+ RandomDraw(-20.0, 20.0): Y1 A: p t) T1 k; Y6 q% z V* f
// End the method. ; t, J- U4 J; S8 X9 |9 r return- C& e6 V! N! W. x- O0 M- v% ?
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}