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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 ~) f7 n* y: O( g2 N4 L7 n public double getMeasured pressure() {2 M3 Y+ h, [" m7 e% S
return measured pressure9 I$ V1 w* q: X- x$ w' ~7 ~* l
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public void setMeasured pressure(double newValue) {) x! p& L* |0 Q% \# {' [1 p
measured pressure = newValue/ ]+ x( ?' v" ?7 I# p" n5 y
} U% w6 |5 x4 k, A3 e0 G9 s: g6 _
public double measured pressure = 0- d5 h2 z _0 ?$ W
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/** ' Q% P2 J, F9 f * 3 h/ F0 Z/ R, O0 c+ V# A0 h- s * This value is used to automatically generate agent identifiers.: g2 ~( W) a& H u* M. Z# N# H
* @field serialVersionUID % V' ?, R; m ^; w" \0 `9 ] *1 s* ^5 a6 {+ o) \6 O/ Z5 f% X
*/8 W9 F# |' @/ [ T8 D: r! e W
private static final long serialVersionUID = 1L : R' {1 |2 _. K( H6 Z / Z" y+ m' J1 C1 k3 _ /**+ }) ?& G8 }8 `& h3 ?, @
*5 N/ Q$ x# ?8 j* g, ~" W( s9 G* ^. @
* This value is used to automatically generate agent identifiers.0 j" a& s9 }( u( @ \
* @field agentIDCounter 6 q. K- Y9 C2 n9 S. a; i) P7 U *5 @% |* m" |# f2 D; |; P: K$ M$ a
*/ 9 m ~: s$ \* m0 @- J: w protected static long agentIDCounter = 1 3 Z! H- o! A5 g \+ H4 F# l, t d* h. ]" t/ ~9 W
/** 5 ?/ S( I+ _9 x! C5 f/ b * 1 D4 B: E0 _. q * This value is the agent's identifier. % w4 u' n" I) A * @field agentID : y& o$ W+ Y/ F6 ] *$ r4 J2 J7 ?2 R/ s( m/ u |; [
*/ / ]6 P! x$ Q7 `" C' T6 \5 H protected String agentID = "GasNode " + (agentIDCounter++)0 @ }) G# B$ i" y
: h6 N7 J/ ~8 h9 P; U /** # V2 Q2 k, K/ h9 e7 y5 y( J2 v5 O *7 u9 y: f" \, @% _+ t) `$ V+ c, G
* This is the step behavior. , V. X m; c7 t7 d3 J( X& Q6 Y4 | * @method step 0 K* H! j& a2 u B- B# _! o *- p% s) Q8 W. D! \
*/ - p u& [0 e9 M% }; K- r @Watch(. H5 K* F% `; q# d/ T- ?& w
watcheeClassName = 'infrastructuredemo.GasNode', 2 K3 G7 S8 V, [% [7 N) U+ _! t6 G* C. | watcheeFieldNames = 'pressure',2 ]' L( j% B$ ~9 l
query = 'linked_from', 3 K& W1 n7 l v) t whenToTrigger = WatcherTriggerSchedule.LATER, $ W1 j- x! e/ E( A scheduleTriggerDelta = 10d 9 N- H/ I. F1 [" L6 y ) 4 t$ D+ L2 B/ C public def step(infrastructuredemo.GasNode watchedAgent) { # ~6 H7 U) N6 B* M! Q) [+ B5 L1 m' V4 k7 c7 V4 J2 _8 }1 r
// Define the return value variable. 8 {- T4 M p: w# }4 E- k def returnValue : j8 J* |9 d" ^ u) f* J9 `' q3 \( o! |) ?+ i$ X( O) P; \
// Note the simulation time.8 r- `9 B4 W, T+ ~3 R% p
def time = GetTickCountInTimeUnits() ; R5 _8 S( }' Z8 D5 f: e, J 7 T3 H' L: Y3 G+ g/ _ 7 _6 T3 {7 q$ ]. x! K9 x // This is an agent decision. * R5 R5 g8 B8 F3 `: m- Q! _% S if (watchedNode.pressure<200) {1 x4 G6 o+ x9 K% B/ m
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// This is a task. 4 _3 w$ r9 ?4 q2 o3 P setPressure(watchedAgent.pressure) 6 b n7 I$ v6 @& W0 j1 K% K6 a$ l0 D. y3 n* m, n6 X
} else { 9 _; V7 B8 U6 B5 s) _2 _ |$ Y1 ~8 y& D9 i. M& d
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// Return the results.' e3 N4 m& w! J
return returnValue, T+ ^& ?) g/ V# ~* s& v+ ^
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} * i2 G7 Q% v; \' R# y; g. ?4 w / h/ s/ d0 d+ [) v* ? /**/ |7 V8 G- Y* j! b
* 0 u: L! V3 b5 P; q* v * This is the step behavior." h* g! {$ m: o+ g5 ]: n) H
* @method step 8 l8 \ n% [5 y2 n6 ? s# V *, d$ z2 h3 S p/ W% \* Q) v3 y) ~
*/ C* t4 X8 h) @
@ScheduledMethod( 5 Y0 m4 n5 E5 h% J start = 1d," v4 p, G3 F! ~3 w) g& W5 a
interval = 1d,) k5 }+ E; [" O! W' G( i5 l5 M
shuffle = false 2 {# ^" { Y: u. t* g! _ )1 g) W8 i+ i* U m, M
public void step() {" P3 r ]9 T' A8 k$ F
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// Note the simulation time.( r. n t' X) W7 X6 j
def time = GetTickCountInTimeUnits(). y) d/ M# V3 y# R7 B
) u) S6 c+ e- t# o: K- G0 e // This is a task.( k9 Y, O; y+ _$ X9 k& ]
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ( k7 v/ r8 ], {: s4 B // End the method. ) ~- R# _9 k1 J. x& m3 k" [+ q9 k return * n& A, t' ~4 Z + }- `& Y9 ~. S }