* t T$ I9 |+ `$ d* U8 G , I5 `7 A- J7 L/ c; U@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 6 J0 N- a2 T9 j9 ?1 l public double getMeasured pressure() {# Q# }! f9 `0 X7 x
return measured pressure # k* [+ Y. t- [0 f4 h: _ } $ w7 d; J+ C( T5 q" j6 s0 ?5 j public void setMeasured pressure(double newValue) { N" h9 C. T( X/ f8 p$ E measured pressure = newValue$ g5 e- L% `2 S/ a N
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public double measured pressure = 0, l$ Z) z+ u9 j" Q! @6 c. V& L
: J$ `- T9 l) R$ j& G) O2 U; z /**8 n1 |$ U; {" s- B/ t
* # @* R8 g2 r2 T' Z: W * This value is used to automatically generate agent identifiers. ; i5 b) p* S1 |) C; J7 f1 E * @field serialVersionUID6 o4 O# k. @6 m; v, V; c% m$ u1 G
* 0 H5 O5 R: n) E8 x( L1 J2 A/ H */ 1 j K. j1 O% C8 I' ^ private static final long serialVersionUID = 1L/ ~* n; x7 l) c. N6 h3 T8 u
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/** 6 ]; q; H* V7 _4 {7 k( L, I5 r * , O- {9 ^" z0 i5 Y. Y$ C * This value is used to automatically generate agent identifiers. 0 A7 Y: N, h4 i * @field agentIDCounter9 m$ g" x: ~+ n& Q, U! V
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protected static long agentIDCounter = 1: w. z5 x$ m2 X- `( _+ L; X8 ?$ ]
/ x; c& u8 p* b0 o/ w; ` /**, N0 W5 B( i! f6 B# f& }( |8 n
* $ W: [. G6 b0 P * This value is the agent's identifier.8 r- w6 u+ W/ t
* @field agentID$ g2 t4 B2 Y: j
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protected String agentID = "GasNode " + (agentIDCounter++) ; Y1 Y+ v& {. d; ]) c5 A5 O $ |0 C% f; }' @7 T: f /** ; m' J n0 E% ~ W% H- M) @2 Q * # `# ]- ~6 S- d * This is the step behavior.! f; D# Y: e$ C3 Z' d$ v
* @method step 7 A6 U3 f$ ?% I4 V: e0 D *: m0 h3 d5 K o; [' e4 u
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@Watch(2 Q0 ~5 V% H2 _' P( B) G% h- \; r
watcheeClassName = 'infrastructuredemo.GasNode', 6 e' R3 V$ ~5 j/ G' L K watcheeFieldNames = 'pressure', / Z- ?9 X5 z3 k7 o0 v query = 'linked_from',+ C0 a% }5 e0 Y, Q4 ~
whenToTrigger = WatcherTriggerSchedule.LATER, 9 h% a- ]- B# G5 p8 x scheduleTriggerDelta = 10d b0 M) J; x0 s9 }( I- u
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public def step(infrastructuredemo.GasNode watchedAgent) { ! g! [( A; \) C1 x" }# a J 3 W3 T' u: c9 x/ { // Define the return value variable.3 k- Y# M3 N0 _8 i$ Q. I3 b
def returnValue9 d3 X+ m+ t( k. d+ M
( \/ J& X* v% ?$ ?' g. W // Note the simulation time.0 M2 V! Q9 Q. Z$ h) I- h
def time = GetTickCountInTimeUnits()# B' T5 X/ R( v0 h; G- b
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// This is an agent decision. ' T* Z) Y, U, @: H; Y3 ^* @: s if (watchedNode.pressure<200) { ) h" A- T) y% M: n0 [ 6 r+ I! n" r$ v! u* T) x9 \0 v // This is a task.. ^7 @) r! t% O2 |, q2 ?& a4 ^7 y4 D6 O
setPressure(watchedAgent.pressure)3 ]7 q8 [$ N; w3 D9 ^, H
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} else { , ?9 y7 W; Y' P! l3 z' d1 {: t1 F 2 m( ?: ^4 I/ @5 q" c/ R9 f' L 7 I$ Q4 |) f8 u0 g4 W g }# {' P8 G; w* L+ B$ W' Q
// Return the results.+ D5 y) v# l$ D% \/ ?/ T
return returnValue! T; k) H4 r1 u* Y) U3 C& i
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/** T# Y+ L' C1 b *0 n/ j0 z2 S0 g& d
* This is the step behavior./ m( c4 F) g' p c! b8 K
* @method step, v; S" z7 z. Y2 U7 t" M
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*/ - N: M: ~& n& b# `, Q @ScheduledMethod(7 _' Y3 I) z: j
start = 1d," f6 n9 Q6 v- B3 p; A% w$ M
interval = 1d, ; L4 | B1 j1 t shuffle = false , \% }- {4 M! Q$ ]# d )3 C _- g" y7 z4 G W2 h/ r
public void step() { Q: l4 o) w1 ~( I# p9 e+ E ' P& |3 Z( I, _ ~ // Note the simulation time.2 \% a9 p: G9 G9 w& \9 z6 p$ s2 F
def time = GetTickCountInTimeUnits() ' s) {. a6 T8 U! c+ Z& e/ n8 Y2 o 5 G8 d; ^2 N' ~: [7 E // This is a task., `4 P6 U0 z+ |: x- Q
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 3 c2 ^+ A" t; a( J J // End the method. 7 ~/ x2 _4 Y, O. d) | return $ S! s r1 T) E4 b, L' Q6 Z! m- v- a7 S& A5 H
}