$ ?# r5 D( Z9 @2 y/ i. O- P4 X; Z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 5 z/ \. L- x2 w public double getMeasured pressure() {: ?9 k% X3 p& S* j
return measured pressure. I2 }6 w1 R! f1 u q
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public void setMeasured pressure(double newValue) {# V! |% ~$ d. o/ z) x
measured pressure = newValue8 H, [: d9 T( x
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public double measured pressure = 0 . d. c, W1 L' U ; O! f( o& f r6 |5 U /**; O, @+ y( ?5 \$ h) e) N7 q, l1 m
* d" z+ T& e4 Y: V& N! A * This value is used to automatically generate agent identifiers. 7 H& P: X: d+ `# [9 c | * @field serialVersionUID: t; t0 ~* o" @ i/ N# c
* , U6 f" L: d5 ^6 i */ ( K' n- c: `0 m4 r8 H: R: w private static final long serialVersionUID = 1L% i/ w8 `" l1 I/ q# S
% h& E2 }9 k& g3 A( b/ \ /**8 I7 M a2 T- F2 u3 D5 [
* & i/ r) x, K& I+ | * This value is used to automatically generate agent identifiers. & t% Z }3 k6 A+ H * @field agentIDCounter 0 O% G# P# t1 K: ]/ k- n* e *) h& N2 @8 o L
*/ 7 M4 v6 p% I4 A2 @, x0 d4 P protected static long agentIDCounter = 1 9 v. K& M4 K( e4 ~1 W% ^# [* {1 A# ^
/** ( ?) e6 B3 n: [5 K3 ?5 j l( \7 X *, P. R+ a p: ~4 O- ~. m! g1 e
* This value is the agent's identifier.! Y5 e, v( c( S
* @field agentID* Q0 A( y0 Q& Z+ @ x
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*/ 8 A3 ^; x; A7 o$ N/ H protected String agentID = "GasNode " + (agentIDCounter++) 9 ?7 \% z* M, n : e; s0 }" Z N; N2 W" K# u9 L: e /** 7 \& N0 i# d2 ~7 z( M$ N# N * h: l9 O6 _" }1 w' w5 n, Q- g9 ] * This is the step behavior.% e3 c1 ~1 {! R$ G# m6 [
* @method step ! W* t2 A0 X2 i1 K3 R. p; _) l */ ]+ r% l- O) ]! i5 o/ l
*/ * w1 I/ i/ }4 z7 @: r) Y% O @Watch( . [1 |# }' x+ e* P watcheeClassName = 'infrastructuredemo.GasNode',6 v0 N1 T% \' m8 x) s
watcheeFieldNames = 'pressure',$ `% d# u! y9 }! P+ B( V4 ^
query = 'linked_from', - }& b9 ]) A: g; J/ D whenToTrigger = WatcherTriggerSchedule.LATER,6 ?0 H- C) o, c
scheduleTriggerDelta = 10d 9 X- z7 R- {+ G )8 u4 ^ s& h# _
public def step(infrastructuredemo.GasNode watchedAgent) { 2 M5 D8 Q$ t1 h; |4 ] 8 n% _; d6 S1 V8 p // Define the return value variable. ; B4 G3 v6 A( B# i1 g def returnValue * q! d" C, n4 |0 t& S( \9 q6 a* n4 s+ Y; @6 Y
// Note the simulation time.) ~6 o. \8 E0 ]0 g; z
def time = GetTickCountInTimeUnits() % O# R$ ]9 m$ F w ) k' ]6 z2 O a Q3 E, q& c/ j, |7 b: ?( B. q" k
// This is an agent decision.: d% L2 D4 W6 q& g7 H( E
if (watchedNode.pressure<200) {* h; e- a( [$ t4 J0 G# i: T+ ^! K9 B
1 p7 o5 E9 d; L1 | // This is a task. , i3 r4 K% L/ c H# ^4 `$ A setPressure(watchedAgent.pressure)+ h* {5 p h# Z
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} else {8 g" R' P! `& c, p
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} % M5 @* H, x' \; q( g4 R3 \' G // Return the results. 6 I3 P- y6 a8 R return returnValue6 [+ z4 N |+ n+ O# d$ k$ Q3 u. p
* g7 l3 N, |/ p } ' }' Q/ a: p' M# Q7 f3 J0 I9 g $ T$ e; }" `6 w1 A7 W( |3 y /** ' I3 @7 M1 u+ V" t7 j' x% m *7 B$ C0 X# z' [; N. X
* This is the step behavior.9 t& {$ {1 p$ V2 F- W3 P
* @method step" V. v' o r1 `% _
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*/ ' }; d( R, t9 T @ScheduledMethod( 1 j# a+ J' r, b7 ^ start = 1d,8 w5 Q' B% ^/ p
interval = 1d, & l2 W$ Y1 |; Z# W, @ shuffle = false7 [, p+ @0 g- h& t
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public void step() {" j8 k G l- ~! d
0 u' A" h @% H* T$ w // Note the simulation time./ G/ b. t; A5 e' d d3 E
def time = GetTickCountInTimeUnits(); | M8 A; q+ X( j
+ @% m* w: ]/ P/ f8 k0 V; M" K& Q. z
// This is a task. ) h9 k% Z; M) |) v5 K measurePressure=pressure+ RandomDraw(-20.0, 20.0)& t" }3 D% U7 z: \3 M( x; c
// End the method. ' q& ^5 N) e' ] U2 M return. ^, `9 [- N. h8 n. `
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}