0 t0 n% _( Q* ]/ G9 {' {% n) o@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- u' y; T {* x, g
public double getMeasured pressure() {$ M, C' o1 k5 J. L
return measured pressure 4 t9 }. W( P" Z. V } * d( o, ^6 c" T, {, _2 G public void setMeasured pressure(double newValue) { ; m+ e' H+ {1 l8 V( s measured pressure = newValue8 n% c+ D( w8 _
} 0 Q# U m+ F+ I3 o public double measured pressure = 08 l- q! C2 M7 c7 Z, N$ G& S- d
& i: m" k. G% E) U! Y' A7 k8 V /**$ j7 z3 T+ `4 Z
* # s6 h/ [6 s$ i! v. z6 i * This value is used to automatically generate agent identifiers. % A. `* n! @+ |- v * @field serialVersionUID 3 n6 K" Z# W0 `' }6 L# D *& D2 I1 ?) v4 x! ?3 ]
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private static final long serialVersionUID = 1L; b! C: P" Z N8 \
, Y) D* a9 o6 d6 | /** 4 b. K0 F! r. @8 ~4 n */ V1 l" I( e! Y) H% k% Z
* This value is used to automatically generate agent identifiers. & v" y3 N. r1 \) x! { * @field agentIDCounter3 X* e# k- V+ ?$ X* W4 n
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protected static long agentIDCounter = 16 K6 P+ d8 |+ c* \8 \' w0 N
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/** S+ o7 v0 A4 P. j7 O' w9 c& ^ * 8 X7 c" B1 X- S8 D7 A * This value is the agent's identifier. : b2 [# r& q! Q$ V% ]- E6 }- x2 C: h * @field agentID8 s; j" |. w9 k2 H* q
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protected String agentID = "GasNode " + (agentIDCounter++) + W F: f/ p7 Z' @3 q8 F1 v @8 r9 J. L A! U: n4 l) b/ ^" y
/**3 f: e" _& w; I5 e: B) }" r
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* This is the step behavior. % u J2 T0 q6 h; Z6 S$ Z% _# S * @method step * Z: o5 d3 s" K0 j *3 K/ L# P- z7 _( }
*/ / M+ Z7 a, Q+ V$ u x% G @Watch( 3 T& D( M4 r. o$ J% s: ]2 R. j+ k watcheeClassName = 'infrastructuredemo.GasNode',- Z K, C% c7 M+ S: A0 S! K
watcheeFieldNames = 'pressure',4 `" M8 l. {1 r4 ~+ I3 L# Z
query = 'linked_from', ' w7 [5 g) T \- W* V, o5 U. a3 }8 Z whenToTrigger = WatcherTriggerSchedule.LATER,+ L- B/ Y* ]/ b! c' f' c: O6 W e
scheduleTriggerDelta = 10d & l$ ?5 `" |$ n9 _9 | )$ T, i: v1 g/ b6 ?% D
public def step(infrastructuredemo.GasNode watchedAgent) {& p( y2 ^, |: G" G6 G4 |1 m
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// Define the return value variable.% b) E1 K+ j `( {* g# p" G
def returnValue O7 z2 A' m/ N" y# U4 K# o! }# K* l" E1 q' N3 ^) E
// Note the simulation time. ( c+ H+ e( Z/ @ def time = GetTickCountInTimeUnits() . J9 ?% b: p8 k# s2 B( n& U9 s: M! @* X" B; l
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// This is an agent decision.4 [- B c' c j R( j
if (watchedNode.pressure<200) {8 \1 r! z4 _, U4 o% b8 l) q
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// This is a task.+ \2 P c' `6 p. X$ h" l
setPressure(watchedAgent.pressure)6 n3 l' b8 O. b! U& `/ `' y, a
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} else { 5 Q6 Z5 l2 v7 Z; o6 d9 ?6 }( V/ |! x 9 k Z( E* e" w, p, U ! x- Z2 o: b0 L# C$ T, c, ? } $ I l3 y' w. g* X // Return the results. ! Q* ?* F) m$ ^/ g" X+ B return returnValue - b6 c* P2 V2 ~% s7 o$ ~+ W4 d% H + B6 S* T0 ~. D( I6 M$ E* | }9 ~% U, ] R2 T: C8 `" B0 L% e1 B' v
" P6 L6 a# G4 Q /** . u2 r0 w- `+ J* `" K * ( w0 _" \: _; Z' P * This is the step behavior. + L2 G, U. w! L4 Q% t) B * @method step2 T* j: s" ~- b0 m" m: U. _5 q3 ?( {
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@ScheduledMethod( 5 z% J$ N2 R/ Q start = 1d,7 ~" Y9 }+ W7 M
interval = 1d, * N" r! S8 H: D- m& ]+ Q* N shuffle = false 7 x" n! n; Y4 ~) P; T )+ V2 U" g6 F; G* E* E0 y/ H
public void step() { 7 U6 P: @6 V6 _. v8 Y% t0 j; G, V( z1 p! d; T
// Note the simulation time.) g( w h3 E( f' ]; E- V4 {1 I
def time = GetTickCountInTimeUnits() $ L+ e" L3 q: J" ]. y; S0 H5 L" u9 c3 _. \+ a1 N% b' T" p
// This is a task. 8 W) o) U! j6 V7 n3 S measurePressure=pressure+ RandomDraw(-20.0, 20.0) ' \/ T) `. d) T1 M# ~% G( m // End the method. 0 ]7 B7 h1 L. G9 | M return " X2 P1 k& T, f, {7 T 6 [' Y4 ]/ B- O" v" | }