/ F" C6 _( @9 J: v5 o6 B$ W1 Q$ s, _@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 3 P5 U# ?* u9 ` public double getMeasured pressure() { + V# x) C" b7 k return measured pressure - a/ `# i# T# k, k0 _ }+ n9 r' m% D1 C; H+ i
public void setMeasured pressure(double newValue) { . Z, t) e1 m5 Z4 U6 W measured pressure = newValue/ y9 E$ ]' g4 ]" C1 e' Z7 W
} ) L" b% T2 `* Z4 I4 u# ]; H public double measured pressure = 0 * Q) h6 }* ~; {: w2 ] ! ` @) x( l" ]3 x1 X+ i; W /** % T7 Q, o& G" p- p$ U6 g7 |" r$ X * 4 q, {7 a6 H5 {* H6 g8 A/ \$ c# u * This value is used to automatically generate agent identifiers. 4 Z j) r$ M9 q, m! X7 K * @field serialVersionUID $ w5 V {: Q, N9 C* G. M * " X; j+ p: T% `- q0 Y; x" K% Y */ 6 Y* c# O9 _0 U& Z3 A$ Y private static final long serialVersionUID = 1L 3 G* S" r' U1 p2 f' x6 y6 Z3 v( V t1 J# {' `' z
/** % e5 g* Q/ P, h7 ^ * + b9 o5 s" v5 h5 B& f, c6 I7 O * This value is used to automatically generate agent identifiers.1 j9 X. I" N/ f5 o
* @field agentIDCounter 7 C3 d+ [, p, w# T/ p; a/ O Q* l * B) P( H9 c, M8 c0 [; p */) V) u+ r) v" q* _* W5 s
protected static long agentIDCounter = 1- G# k6 D9 h' r9 Z* l
# b/ g0 n( G" E d6 Q) U /** # K1 u( F* l2 T& p) v7 [, [/ o *1 q P" [: i3 k6 z* V4 A
* This value is the agent's identifier. : l3 o" y. t1 c( k4 Y * @field agentID& p6 E" U5 W8 R# g0 d
* " _8 g. d N4 [# D+ P */0 J) e: c* N" c; G
protected String agentID = "GasNode " + (agentIDCounter++)8 F; m* t. X- q" ^9 v+ a1 J, F" a
* p7 }7 Y5 t& m `3 H5 u /**( J* s, S- ]( l1 E% R/ _
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* This is the step behavior.( q/ d4 A# s+ t' _. C4 [5 W2 Q5 f1 k
* @method step + U3 Q3 x/ h0 a/ m, B3 w * 7 {: t( }2 b& O' `& c */ 0 U$ B" `& j- P @Watch( 9 j' @1 d* Q/ o' C/ R' N watcheeClassName = 'infrastructuredemo.GasNode',! G7 P5 h7 N y! [; m) q. g
watcheeFieldNames = 'pressure',& A3 ]( l7 R8 V* a! x- y
query = 'linked_from',3 C& b" U* c( h$ B& d
whenToTrigger = WatcherTriggerSchedule.LATER,. ?; A6 b9 k: n+ z8 |+ _
scheduleTriggerDelta = 10d# r. Y) A; P& d. E1 c3 }
) x$ P0 R/ C' g [5 h- _, j public def step(infrastructuredemo.GasNode watchedAgent) {2 p; b0 }8 N) s
5 |% D2 l+ S5 J9 r/ w8 ~- @ // Define the return value variable. 5 }4 \" v0 A1 I def returnValue % [- L, H9 \1 E: f" \5 I. c2 H9 V" ~( N) k t
// Note the simulation time. 0 [% y9 u3 N- U4 @& i4 b L; B6 y def time = GetTickCountInTimeUnits()* q8 v0 ?, W7 s" a& I4 l) C: v `
O$ {4 v* j! I; d* `9 v 3 t! G4 R) v! i1 V9 R // This is an agent decision." ^# F4 d& |2 C) g
if (watchedNode.pressure<200) {4 |2 k: r+ x3 N
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// This is a task. / Y2 w. N8 ~" t setPressure(watchedAgent.pressure) ! z$ A( H$ P/ _, j+ k, E l0 L' j( d) z* |3 E
} else {+ O# O: s& @$ h
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}: a4 |& o, }- t9 S1 ~
// Return the results.3 K9 M2 v9 N6 W# P& E
return returnValue 0 `) x+ O! Q" y1 N* |! ?2 G+ J5 i4 t! S Q3 L" k* y4 a
} ! U# B. \4 i l& L! u/ _$ d/ B( J; b9 q* x3 J* i3 T7 j0 i
/**3 {/ G! K/ n i# z! ?4 B
*) u( V" D6 O& V o; { T
* This is the step behavior. ) ?1 [/ G9 C& V; u! E8 F: f * @method step e4 h* Z% {3 J; q" T: @
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*/8 G4 J7 Z3 T3 w0 o z% v: q% E
@ScheduledMethod( 3 e g1 e: a( M start = 1d, - w) o- L3 U& I3 s( N interval = 1d,: [ ]+ |, \2 f5 A
shuffle = false8 D" T( n) V6 L' Y! I/ k: p+ s, x
)7 ?- Y' }* `" C {* e
public void step() { % {' B; g2 Y5 F1 p% U7 I5 j+ v+ f* @& X$ |8 @: }
// Note the simulation time./ r8 j7 b& ]* B0 }
def time = GetTickCountInTimeUnits()# s9 i7 ?- g$ p( A
" \" Z1 ?) i/ @/ P // This is a task.. x* g, F0 o% N
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( ^; i& h) }* Q) Z5 ~% [% x" J7 E
// End the method. 1 K) `, @$ R- W- d return & ?* h1 R5 H& b }+ y 4 Z9 s$ F t1 x# N% M }