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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")2 ?7 d# j. N: M" v% q2 s
public double getMeasured pressure() {( T, A( H c& J$ u. j( u# d
return measured pressure# M9 o. w; k" C" f. V5 r
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public void setMeasured pressure(double newValue) { & G( [4 d {- S6 Y0 G1 t measured pressure = newValue2 C+ A8 E2 f, J- `' N. o
} . A2 o7 F8 { a- x+ J# n1 w y public double measured pressure = 0 2 u. S- X5 k) E& A- G. h - S5 A4 k2 ~9 U/ j /** ; t2 r% ?5 E, \& B" g$ W *4 G9 z- C( F& O1 x
* This value is used to automatically generate agent identifiers.- h$ y5 G9 J7 ?2 E% C! i
* @field serialVersionUID / E- A) S8 s( \9 T4 M *, s% x m' c5 b3 d9 y
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private static final long serialVersionUID = 1L8 k8 j. R) \; T0 B1 g
( Q- D! s' y4 {3 ?' b1 X /** 3 Q# n1 Y6 G, M6 O, m* Q * ( q3 K, E7 Y+ o! S/ c3 a * This value is used to automatically generate agent identifiers. ) S/ _+ [1 T( L, f" A * @field agentIDCounter: [+ j7 x# t# ]
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*/ , f T: Y" g* b/ G2 d+ ` protected static long agentIDCounter = 1 P p* j, `# Z$ l/ E$ }7 I + @: p5 Y% U+ {- T, w) `% q /**/ V& J1 K W( r+ b
* ' d& a% |, d* ]3 F * This value is the agent's identifier. ( y6 r' H) \/ g( {9 y * @field agentID 4 s* V F) S, p6 a- t' V * P+ V& X2 B0 b, R */ , b. @! z% b9 J4 K+ Z0 ^ protected String agentID = "GasNode " + (agentIDCounter++) , ?( d# ^. A3 {8 w/ ?; d. T r4 ^* ^- _1 }* {" i5 B /**" |, l6 [ ^5 X- t: e8 S4 \' ^
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* This is the step behavior. ; }! R* r& [/ e5 _ * @method step + {$ ^ S: k5 n * B3 S, w3 F3 s- W0 T# d/ i
*/ / v( O+ E! N9 x4 y @Watch( . |6 Q+ `3 n' ~4 D; b watcheeClassName = 'infrastructuredemo.GasNode', 2 V! c Y+ R U% v* q$ t watcheeFieldNames = 'pressure', 4 A( r6 C5 |% R+ l* A& @ query = 'linked_from',2 U' I& g6 h9 ?) A1 j
whenToTrigger = WatcherTriggerSchedule.LATER, # u% E$ r( h* S scheduleTriggerDelta = 10d " ~6 Z8 S @6 h. Z9 O6 u( r2 `+ Y )- o( P7 d& |: f5 U/ ?/ L5 a: f+ ^4 R4 ~
public def step(infrastructuredemo.GasNode watchedAgent) {8 I% k- A4 b5 m; t3 E1 r5 h. E
4 H# }& [$ W9 B3 H- | // Define the return value variable. + C T) X9 e6 A$ x6 v def returnValue' D: z5 ]1 l0 Y+ L
o8 Q# {( Y. V! d // Note the simulation time. ! t1 u* F6 h8 \6 N: a def time = GetTickCountInTimeUnits()0 Q" w. [# T' @. C/ t
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// This is an agent decision.! z3 r6 b! M' ?& Z, b6 ?9 y" M3 y$ v
if (watchedNode.pressure<200) {' Y% [& u: T6 X- d
: M, l- r' j2 I' ^* O // This is a task. % a- A, u" B* y3 v E) u+ K setPressure(watchedAgent.pressure)/ R4 t O! D/ Z6 S, r" Z- V
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}; w. O3 F6 V) x& ^
// Return the results. * U( d( r N: |% Q return returnValue0 X+ s5 h6 Z- H6 T" K( E4 [( W
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3 X: v- s8 T0 P( N% w4 v# p/ P W2 [* Q /** / V( ]" R( T% a4 E& ` *, [8 u1 S0 Y3 ]
* This is the step behavior.9 ?) @/ \* G4 E& E# _1 y% G* q/ R
* @method step b" K6 _) D, W: J+ p" M- V( P. X, D
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@ScheduledMethod( y7 n4 m! ~' f7 C( ^
start = 1d,/ I' k% f8 M. E+ k) C
interval = 1d, 7 V( @- \' @7 K: T6 h shuffle = false% G6 u+ Z8 o' A0 S" t% \1 K
) 4 t% a a. w. _( H- ^ public void step() {. b; d# S1 W7 o; r9 A6 x
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// Note the simulation time." M9 W! j+ B" E' F7 q
def time = GetTickCountInTimeUnits()1 O8 \: C% t$ p+ i( J6 h
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// This is a task. 0 P; u* `$ U, d" L7 C2 a2 j measurePressure=pressure+ RandomDraw(-20.0, 20.0) & Q0 }7 _0 C: L: j& g! P" } // End the method.) C6 j+ |( u2 m+ c$ b w E
return % Q. Z3 a7 f3 ~8 B 2 ~+ O+ Q' ~9 c% e }