% G+ `2 {8 G$ D" y/ Y7 g4 M8 w . U' u; s, ~& \@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") " ?# ]* }6 E& o3 R- F public double getMeasured pressure() { / L; `: j/ l& g5 \; l; J7 y return measured pressure + X) r) h1 L5 t0 i0 F }/ j) e* }% r! Q0 b0 Q
public void setMeasured pressure(double newValue) {) K& N1 f4 ?+ i! j' _
measured pressure = newValue6 z, j9 s4 `. f; @' s$ {
} ( F" ?/ l! i2 v' z; G+ I: W$ S public double measured pressure = 0 # t' R) k/ m* E- {% ?% `3 N7 x ! [& z7 X7 G# Q5 }( r+ O- p5 t /** O3 i$ a& L# W *$ N. {( z6 q0 M
* This value is used to automatically generate agent identifiers. I& L$ R! ^5 x$ a8 v; W* g, D; L * @field serialVersionUID ) U2 ?( S+ M1 K' e! s6 y2 C4 u, } *# ]& \$ r" }% j f# y- Q
*/. i6 O' N8 C: Y3 ]' T& z4 k
private static final long serialVersionUID = 1L- r( f- y, c8 Y# g& T# H. C
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/** ( z2 t, X; T y+ i* _! D9 L *) P* n. s+ B. o% X8 c$ E. P" q
* This value is used to automatically generate agent identifiers. 3 N2 c# y: o! x9 |! @ * @field agentIDCounter 6 i* D! J; D3 R( N" V0 T J * & ^# x0 M! l7 ], s) `3 z1 [ */ # ~; z! {9 I/ a5 e: U. v protected static long agentIDCounter = 1 1 R- `4 ?/ P/ M) |6 C* Q% P- s7 y7 k2 o
/** b; J* k7 i: T! O * ' B& P, W. ?4 P; i* ` * This value is the agent's identifier.7 _. }# e( [: M$ D/ i' O
* @field agentID , k1 `0 o2 o3 `- R * % V; c$ I$ G- O! `" J0 p" z2 O */ ' f3 a1 j! b# N- m) \" K protected String agentID = "GasNode " + (agentIDCounter++)+ Q% h/ a, x4 A* ^$ G I6 D
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* 6 k0 B- ~. i! j * This is the step behavior." ]; }8 C) E; M: Q
* @method step3 O* S7 C5 ?) H0 A5 Z$ d: h
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@Watch( 6 ]0 b }8 w1 a watcheeClassName = 'infrastructuredemo.GasNode',+ ]# J8 B' }6 {8 o9 j: Z7 U# w
watcheeFieldNames = 'pressure',% v; j7 u1 h+ V8 p8 P
query = 'linked_from', 0 m9 ^: U/ N; o4 c$ d# S whenToTrigger = WatcherTriggerSchedule.LATER,& G7 H3 @9 A* f0 S3 c) ]7 y( q
scheduleTriggerDelta = 10d 9 c) X1 d1 x9 L' X ) + R+ @ m2 n1 c6 |9 T public def step(infrastructuredemo.GasNode watchedAgent) { 4 y2 y3 E. y* Y- @6 N2 L% }9 ~( h; U1 l7 F
// Define the return value variable. / O" w9 g) [: x def returnValue0 `, d8 H( Z8 s D1 G% ]7 d! a4 E
9 O6 @: `2 z* f+ ]4 E // Note the simulation time. 7 S6 \& d! r8 c( O def time = GetTickCountInTimeUnits(); F5 R3 j6 Z2 |) {4 P' o8 Y
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// This is an agent decision. 0 a& E. d+ u, k4 S- a0 y if (watchedNode.pressure<200) {6 U' O/ t9 r2 o
Z s$ W4 S( ^- {% Z // This is a task. ) Z) P6 h- c: {) X setPressure(watchedAgent.pressure)) h# {% k: n$ A' o$ Y( k
' ~ k: u2 } Y! J) ~ } else {: d5 i0 }& u( A' @
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} 5 G9 [+ g9 O/ d/ M- k0 u // Return the results.1 D0 v: C. w+ P7 L0 ^ P F0 R3 b" j
return returnValue 5 X2 z) u9 I4 A8 G p% q9 `) f9 n/ f) u8 S- Y( |! m
} - _( M) r% X: a S * r& p0 j/ q: A /** 1 {, w% _: Q& c4 D6 w; E *' N0 ^/ l4 L5 d7 C! @
* This is the step behavior.8 B7 b, j$ x: f3 G$ i
* @method step. F# g+ Z5 @& X% X9 n
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@ScheduledMethod(& G* \* f+ |5 e9 a
start = 1d," u( n+ }% d0 B2 d& D& Y: ?: `
interval = 1d,9 ]9 z: G+ ]) |" ?+ l' O
shuffle = false / v! P8 z! s7 D+ E& x% H ) # S" m9 t" q% ~9 s) P% U8 J public void step() {" q( q" F! X0 q9 U4 c# [6 ?/ M
0 B: `% L- b- I3 d // Note the simulation time. v8 E, ?- c% C, w- }4 o1 _6 F
def time = GetTickCountInTimeUnits() h3 k, a( m3 m/ L& e; O0 M& {
) V* {; {- T+ w. I // This is a task. 6 C; L7 B$ b+ Y! F measurePressure=pressure+ RandomDraw(-20.0, 20.0) " I" y8 m5 V8 T& U8 [ // End the method. & K0 V3 R j; m3 o return 9 D# f4 `+ Q8 J) w* R v2 P2 R( Q; G: W, r0 t7 O' J! r
}