4 Z p* h0 _2 F4 h5 o4 E( p@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")8 F4 r9 ~. y% C+ |9 N; c6 I' C3 @4 m& X: j
public double getMeasured pressure() {% E9 C5 J, r- _4 Y& L$ Z" z
return measured pressure ; G6 R# U' B3 x8 k( X1 T G }. k1 F" v2 H0 X; Y
public void setMeasured pressure(double newValue) { 7 o. r' d' L4 ? measured pressure = newValue. Y3 h4 ^' A2 u5 Q# Q3 `3 F& f+ q
}( B% @' Q2 p- O& @
public double measured pressure = 0* `# y. r( ?% O3 i& y- P- g5 k
2 }. O* M: o# W" D /** 9 W7 O* F. j" l: x( M" b *0 F0 ~4 [; h% C, R$ t7 ]! z! W
* This value is used to automatically generate agent identifiers.* Q+ ?* r e7 P! W: b
* @field serialVersionUID y* d, Y6 B8 f' ?! L# y * H; }% V! R) X! H */; E- K% B9 i" q9 C* @; M
private static final long serialVersionUID = 1L) x1 B+ a% s F$ `7 p" k) B. G
9 D7 `, j$ |" G F R4 @ /**7 A% y5 |1 o1 y3 o$ r. Q% q/ m1 \
* # u& C( h- n4 e2 i" B* L. k/ u * This value is used to automatically generate agent identifiers.; j5 g% F2 Y% k' b9 y
* @field agentIDCounter 6 q6 s( v4 ], N! s * 4 w# z `: r, A3 ] H, H) z! ]% b/ d; L */ ' V3 ~$ }' J$ R; Q protected static long agentIDCounter = 1" \' j' E( z L. U/ r/ o9 j3 j
5 D9 g0 R$ t0 i! D' W/ G
/**0 N! l; P' C: w8 N7 R
*! y$ N5 j& X( _
* This value is the agent's identifier.! a5 U& r0 {! c3 `
* @field agentID ; n! L$ y: d2 z1 B6 U * , m4 J! n) F# p */ - e5 j- f, y% _/ r* |7 i protected String agentID = "GasNode " + (agentIDCounter++)/ A! u- s* S; H% s" Z; v* T
$ {6 y L# G3 \# c6 S /**' h! }$ N( }3 O9 r& N; B8 L
* ( r# t% v- E% M * This is the step behavior.# O' }) {6 f% p$ u" Q' P
* @method step & d" j# g7 d6 f& e4 S+ { * - F9 }# B7 r6 `, ]' w; V */9 V$ G/ `& B8 ^# L
@Watch( % E: [- V! R" P2 Z, B watcheeClassName = 'infrastructuredemo.GasNode',/ l# }$ W8 [' |9 ]8 C7 p7 O1 H7 s
watcheeFieldNames = 'pressure',: u4 u/ u" q/ s6 @ i0 c4 @) k! n. h
query = 'linked_from'," V# _0 K8 q/ K' K0 d
whenToTrigger = WatcherTriggerSchedule.LATER," w1 Y2 v$ U" z1 i$ Z7 B0 ~6 y
scheduleTriggerDelta = 10d 0 `; P+ O: F$ ~* g8 g& v ) # V) T& L) _2 h+ b- ` public def step(infrastructuredemo.GasNode watchedAgent) { " [ Q9 @- L" I! ~/ o" L0 |* u; Z: M6 p
// Define the return value variable. * g0 F+ I) q9 x1 E: z def returnValue : o/ Q' n! L% m2 ^- P+ {; y- b# {0 C. T! u
// Note the simulation time.7 E& K( R |( ^- ]/ e+ n
def time = GetTickCountInTimeUnits() 3 f* \$ C3 p% ^- U0 G8 D) w' R / b5 o4 L) i' Y6 n ! d x! t5 r/ k8 e // This is an agent decision./ s; f# _5 n! O4 s# S
if (watchedNode.pressure<200) {* S) _) h0 W& d
9 w# [9 F* i5 M: v2 o
// This is a task.7 A' x, N: B3 ]
setPressure(watchedAgent.pressure) . b5 h0 _2 _5 @. z5 c; W$ z& A" z4 Z$ a3 v" V$ E
} else { % b7 C& L& B* ^! ^7 k- @1 ]# P& o- P( A: C. i
5 r' \9 ~' \2 t: \7 ]( C% j+ K
}- Q1 s4 Z. E9 t: @( u
// Return the results. 0 a, D- C; [7 z3 R1 p% { return returnValue3 c/ c* _ s) U+ W! V6 }9 S
5 B6 F: t/ ~5 N( w
} 2 e4 `4 K1 o, R! c 4 ], a" C7 I. w, g& y /**' v3 m) m: \, t( j8 `: q' y( \, X' O
* & j8 i/ }, ^# a- M' Q% b: o+ V1 ?% t * This is the step behavior. 6 G1 W/ M: j: b( b3 a# ] * @method step3 i4 e7 B+ f, B7 r1 ]2 k
* $ s5 O9 F/ L) F3 M3 ~( H */9 E1 ^6 ]# L- e. Y; \9 \
@ScheduledMethod(" t P, e. ?6 r
start = 1d, " ~9 q1 X1 p* v9 H) k) p interval = 1d,* d! x0 b# y* m4 \
shuffle = false / y: G0 {7 k: o. p. Y+ o: s6 } ) " z1 p7 @! A) r+ d' J J0 E- r1 |, }" c public void step() { 8 D) o8 d6 H1 v4 U9 Z7 m " H: E& X/ _7 D* \1 B) q // Note the simulation time. , Y. ?8 w3 M& Q0 }; O9 A4 l/ i def time = GetTickCountInTimeUnits() 3 h2 a8 q x5 I& `4 h6 f+ Q# F5 I' a " M5 G* Y" i' n, w0 R1 S9 h$ W // This is a task.. Z$ X8 o2 @5 D5 X, G
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( V. D8 n: _6 _, G$ E
// End the method., S' v$ J$ S0 k N' ^: d
return 4 P s) Z: Q2 R1 Q5 @; h; F; W7 z0 l9 q
}