' |% P: ?0 s% Y' D* ?5 D/ E5 ] " l5 ]5 w; N0 ~2 [! Y@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 @ s4 q$ A, n1 X public double getMeasured pressure() {9 _; T7 k, C3 N) g
return measured pressure - E N+ I. ?" O7 D/ b: a } / _+ G3 P' ^5 _2 W- x public void setMeasured pressure(double newValue) { ( e0 @6 Q& L; D% M' t- l; q measured pressure = newValue5 W& i( H9 R$ {+ t3 V
} $ n. K8 {. D" o- Q public double measured pressure = 0+ }# e! h. [* x4 q2 l& _0 @
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/**2 |. [* k: @5 \+ E( j6 @
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* This value is used to automatically generate agent identifiers. 9 n7 K( e$ O+ }" ]# l; w4 s * @field serialVersionUID - m( G0 X4 O$ t( C */ |% }0 H$ g# X
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private static final long serialVersionUID = 1L4 g" h0 j3 q6 U" I% e: a% u
* l3 D6 J' X" q /**' L( b7 l4 a& i; \( {, q
* ' X6 T0 v; O& E v! v( i; E * This value is used to automatically generate agent identifiers. 0 f. [" }0 H. V" }, W * @field agentIDCounter + \7 @0 _7 S% Q *! w, \7 X' z3 n- Z0 `* M. ?/ j+ X
*/ ' w6 P9 w& ~3 B. \& ]8 ^, c2 D protected static long agentIDCounter = 1 / R# k; {2 L8 ^/ k3 N. D2 \. S7 F2 _! O: w( ?
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* This value is the agent's identifier.' S0 P) U9 ?7 I+ I: @; Q. A! M: l
* @field agentID ' s/ K9 u6 }2 j * / U% ?: I. @$ W5 | */ 1 ]+ Q1 q6 |- T2 F protected String agentID = "GasNode " + (agentIDCounter++)' s! T7 E, v8 `* C9 R3 U% n+ ]& @
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/** 2 f) }4 N0 n' P6 G' I. R/ B: F Q * " m$ I! V# f0 p3 O+ R1 Q * This is the step behavior. . J; V% L: g2 m* y8 [0 B * @method step! [/ J$ z- m. _1 ?! m1 Z
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@Watch(- c/ M4 d ~: ?- S; W/ m2 w. @' z) Q
watcheeClassName = 'infrastructuredemo.GasNode',9 c* N5 @. [# K# @" E2 A
watcheeFieldNames = 'pressure', 8 Z8 F5 Z) b8 n% Y6 g+ R6 U# j query = 'linked_from', - }& F" s1 {& m& `, a _ whenToTrigger = WatcherTriggerSchedule.LATER," v' D! w. i8 f) d: N5 O
scheduleTriggerDelta = 10d 4 S) J5 F# k1 x( g2 y4 L' ~5 k ) 1 J' [" Z; [/ f0 V& ^! g public def step(infrastructuredemo.GasNode watchedAgent) {! t, \, x- B7 G( ?' s. `
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// Define the return value variable. " U0 j* Z3 E' e# Q% m2 a) r1 B; ^ def returnValue 5 y% Z- z7 V+ P j' H' k ; ?( r* ]7 e, D! \6 i // Note the simulation time.; y1 ]# M4 \ d, C( v
def time = GetTickCountInTimeUnits() " o/ r: o8 R9 L( A& ~' ]! o) k" E+ e# p8 Y" V
& g# f$ c; Q ]: O+ f+ n( L // This is an agent decision. ) d3 t* S$ [3 c5 G8 Z if (watchedNode.pressure<200) {0 `4 v% N* R5 D* U, d8 J1 f% e
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// This is a task. 5 D; a) u, ~* A7 h setPressure(watchedAgent.pressure). e" I h) }5 g6 p7 i
- p# g6 o1 E% I3 P: w+ q2 v } else { / T- p* a3 L) R/ R I7 g1 |2 t& v$ u Y+ N+ A. o
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} 4 s$ t" z4 s( e, }, q |. I* h // Return the results./ w+ z7 ]: G5 E, x8 Z
return returnValue, c0 f7 J0 i( g1 e* M# C
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" i r/ q9 L- M$ u /** $ C# F$ Q1 y" e * 1 n f2 `( \( w P5 @ * This is the step behavior., Q: ~, W. p8 Q4 T$ `% } s. `
* @method step4 v4 E. B+ @# S/ l
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*/ * q# Q- a0 b- e% ?4 W# V3 r- c3 x @ScheduledMethod( # ~( j0 y7 A. O start = 1d,5 Z1 M; y t# C; j- B) v- a( q
interval = 1d,/ P% A4 `9 H) z2 r% T
shuffle = false 6 n+ j. g2 i3 Z, t( ]" Y9 o ) : y, T* m3 P8 C' @' h! w* a public void step() { & d6 S6 I6 m( M , P5 B) m( F2 Q // Note the simulation time. : A0 V d2 V/ J4 N def time = GetTickCountInTimeUnits()( U) P5 a" L1 e. U$ b
9 ~$ n/ T9 |+ D // This is a task. # m; c; A& Z3 i9 ?( s9 @9 r measurePressure=pressure+ RandomDraw(-20.0, 20.0) 0 X+ s" X. Q3 T8 Y! A // End the method.5 R/ B/ X7 Q" r
return - h. d M8 P: S. S/ {$ P . \( ?* ]! F; I$ r4 I! o: U$ @0 O7 | }