0 Z% `( D0 o+ X- X5 @@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")$ M! @2 Y7 ~, Y7 |, i6 @
public double getMeasured pressure() {, d4 |. a h) W
return measured pressure7 i$ E+ \. M, B1 @
}; _& b2 |! J5 O7 T
public void setMeasured pressure(double newValue) {7 d5 r; b, \' V, ^. U
measured pressure = newValue E3 C8 q* c5 ]5 | }0 d! C1 K5 T9 b9 o9 Y
public double measured pressure = 0% }8 L6 o, O7 z7 M5 B
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/**" I4 G' S; E9 D% ~% H& H+ P1 D
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* This value is used to automatically generate agent identifiers.- n( `, P" @# ~$ V8 F
* @field serialVersionUID ) u) ^, t% j) r3 f% y+ w7 J* P% E *. l9 N# P0 w# I2 ~
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private static final long serialVersionUID = 1L - f# C: Z. {$ ?) B+ N/ E( C9 n- i9 e' T! B! O5 a! d8 R
/** A) a( a$ z9 x+ d( \0 ~ * # ?8 W3 _1 a1 L2 x& Q * This value is used to automatically generate agent identifiers.& b8 a2 |. N/ R4 j5 p
* @field agentIDCounter / \5 C) v- K& R) |' B * " Q: m% C6 d' V0 g */- @" @% D# [: Z ?. C7 ~
protected static long agentIDCounter = 1 8 w S" `& R* g6 I4 ^/ |6 t; u; o# o$ W1 z5 ^' W7 [2 C/ _, r
/** ' @& A* [7 ~* x0 K# S * * ]+ n r, O3 C% P" } * This value is the agent's identifier.) H/ X' b, T" Y& I. p+ c- h
* @field agentID9 N) H* b N$ C! E) i8 D
*- o8 t4 v0 o% {: z6 y Y$ w+ s) f
*/ 6 i* f/ c4 \5 X5 `7 _; \0 F+ @ protected String agentID = "GasNode " + (agentIDCounter++)3 [" H( V: | t
; Q% V; n1 l* n7 }8 s9 m0 W8 Y8 { /** 9 K) [% b5 _6 Z. _9 ? ** z5 X# n$ h& |$ E8 N
* This is the step behavior. ; X: p- O# |) }; n8 w * @method step 0 ]( r+ y7 Q" i *+ ]& r+ K. i3 I I
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@Watch( / ~' _$ [0 b" Q) I" u4 K watcheeClassName = 'infrastructuredemo.GasNode',, y3 D/ N4 R: s
watcheeFieldNames = 'pressure', 0 [0 n& P$ T8 N. u% ^ query = 'linked_from',' P x9 p" Z' l* S6 G( a: G
whenToTrigger = WatcherTriggerSchedule.LATER,& ^+ O( y) h, u& V( e
scheduleTriggerDelta = 10d 7 L- n" m- k/ I1 s )7 ] l }8 W% }- c9 r1 J8 S
public def step(infrastructuredemo.GasNode watchedAgent) {( p: a, k9 k5 y
: E' Q" o: W/ N( E" x // Define the return value variable.7 x" L/ ^+ }8 r" `- f
def returnValue 9 M. ~5 o0 V/ Q6 Y/ N( r# B 1 G5 |3 j, b$ h5 k" v3 u7 z // Note the simulation time.+ o/ D2 l. O0 }. m7 |3 \3 U m
def time = GetTickCountInTimeUnits()' B7 d# f, \0 W( x8 J5 F& a
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. ?* l/ w5 [7 W4 |: F // This is an agent decision.9 l5 G' K! r7 b: ~; V
if (watchedNode.pressure<200) {3 a- B0 [: Q L1 C+ b$ A* B/ j
! q, z9 m) P. a# k8 L // This is a task. ; [+ _8 W9 B: [2 H. U: N6 W setPressure(watchedAgent.pressure)# M) f3 Y3 |* M- [* n$ { q+ Z
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} else {; i( T% H7 { ~
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} " D, M9 W X7 O9 w) M6 p3 A- W // Return the results.: |. Z. z0 B: Z: H
return returnValue' y1 Y$ v; D2 A |$ a+ n
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' b) A2 M& j" N9 k: D( D /** 3 @% ? Y! N4 u* E0 l * & ^4 a7 J0 W3 [, c3 q * This is the step behavior.) p) Y1 q* l0 R* M: u: b
* @method step: H! ~$ w# G0 u; n; H# B2 {, s
*/ u( t8 P; G( c* v
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@ScheduledMethod(; v& p s& v# [0 v
start = 1d,& A5 g* d X8 f. C% g
interval = 1d, ( h( J* d" j1 X" Q+ r- o; f shuffle = false ! D( m2 F. b. E/ E! M2 L* L0 _ ) 4 \% R; L5 G( ^( b* u$ \# C public void step() {- l+ a' ]8 K/ f! q9 s4 T. Z
2 A6 c. p3 n& `) ~. D/ K // Note the simulation time. 9 k; }- O/ A: ]' g" V9 b" n def time = GetTickCountInTimeUnits()' V7 f2 D" o) U+ K! G/ G& P
9 \4 |* V! ?6 s+ J, F1 z+ K# D& j // This is a task. l/ w4 r! G+ |. i measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 [8 W3 _2 A/ Q' q, Y3 L
// End the method. ! c) x9 z( t# q8 f* A return " C# B& c( E0 ?& A& |, w& b' Q" o; m* ?: A8 b3 J
}