5 U3 N: ~( S# w o4 d; G; j@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")0 S; [) [/ y. i# ]7 n0 C
public double getMeasured pressure() {6 G d* @% X1 w/ ~* @( J9 N% N
return measured pressure$ r" W9 d& M) a9 O. Z0 L1 B/ y
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public void setMeasured pressure(double newValue) {2 @& Y8 n# G% n( E' f
measured pressure = newValue 8 x7 ^2 b, ~; T& { }8 n2 \& i" k1 o" }" e( d
public double measured pressure = 0 ) D' x8 u |" U; Y8 g) J0 z # F- T0 O6 P0 ]2 u) A9 d /**9 m# N2 V. m, v! o6 P& L/ I
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* This value is used to automatically generate agent identifiers.; c* J+ c* n1 i( N$ H* S+ a
* @field serialVersionUID . _: Z. y6 q& C7 H *) p5 N ]# R( x, j" M, n6 V! R# N
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private static final long serialVersionUID = 1L U" U' P1 ]0 k& s; c . y4 E( D, w! _/ }7 r /** ) c% p' W$ W) S7 p' } }$ y * - n7 E( X* z5 G& H. r: a * This value is used to automatically generate agent identifiers. 2 A: I7 z s+ D; O * @field agentIDCounter, G: D+ g! ?/ H1 T9 N- N' `5 B3 m
* . b" E! L9 O2 M( V; K! i */ 7 |6 N: g+ m9 a protected static long agentIDCounter = 1 : b0 q7 Y) P y- [) T : B/ U |3 n/ y /** 2 }0 z0 P3 T$ I9 m8 R: W3 m5 F `; x- A * ! z8 s) P1 }- ]0 P * This value is the agent's identifier. 7 V# y w- [% ?( X( z9 p5 W+ c7 B * @field agentID " e' E. V* B7 E! T4 b. p* I * , q2 Y T" Q& p8 B y3 B# e% y, a/ W! D */) g. Q4 X' l. u
protected String agentID = "GasNode " + (agentIDCounter++)8 [# e% _2 H7 F% j H: w
9 g5 N. R1 R% F! p* f# } /** ) @+ _0 z1 p( Q *! z3 V: T3 e, }) {3 ?) J
* This is the step behavior. , }4 Q' R* `) J/ g7 R * @method step ' b" L/ p2 j* B/ m6 B5 @ *- [* T+ _% Z3 ]: W" H
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@Watch( # B- v# {. P0 a watcheeClassName = 'infrastructuredemo.GasNode', 9 Y t" \7 G; W' v7 H! ] watcheeFieldNames = 'pressure', 0 \* u+ i" U+ s query = 'linked_from', $ w$ I1 Q; R4 N whenToTrigger = WatcherTriggerSchedule.LATER, ) H' d7 l; s5 u+ l* Q scheduleTriggerDelta = 10d- `' s! @$ d0 l& _! V$ m! ~
) , I! `2 w4 G. F4 z7 ?+ {; g; m* Q; _ public def step(infrastructuredemo.GasNode watchedAgent) {. J0 K! f3 L2 _& a
$ G$ L0 \) @+ _8 F7 i/ R: o // Define the return value variable. 5 v+ f% w9 v( [7 N( d def returnValue& T. Y$ C4 w- P! }. G' p7 x
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// Note the simulation time.7 ]+ \) c( ?" K& ~: |
def time = GetTickCountInTimeUnits(): y3 p8 f4 @( a2 B2 G
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/ Q+ _( p! l8 E2 y' \/ l- y // This is an agent decision.6 D1 z' w# z$ |# _5 @, W1 k
if (watchedNode.pressure<200) { ' G8 i1 P9 m" p7 Z' l 0 v: l6 q" r: Y. {' e // This is a task. ; b% }5 @+ b9 ~) |3 e+ U setPressure(watchedAgent.pressure)4 V8 ~) C. w; ^4 k H4 p; g
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} else { 4 H/ g/ a' q$ b: J9 N 9 k- U9 A) ^& {+ w' T! [$ X0 U. j4 u& B; ]+ E- \
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// Return the results. 1 C$ v# w3 {$ t3 ]3 X return returnValue c4 c J# }$ Q) |: `; r, G/ ]/ w, k. {9 e% P' K+ \/ c3 I
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/**" H1 h& x+ G, p* G$ \
* 0 F& f4 ]' d* h/ e# z; W * This is the step behavior.& Y+ ~' l3 E1 `3 e& {2 s
* @method step 9 Z! A S( j+ W. G8 ^( S$ E *) A8 F% B) z4 Y8 v1 a
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@ScheduledMethod( ' R7 m3 Y7 ^( |% I4 ?5 G" x start = 1d, 5 x% e, Q4 X! y/ y( S interval = 1d, ( i& ]9 G6 i: g, N shuffle = false + B$ G5 P, D: {, s& O )1 W/ k) M: l! E
public void step() { / s/ y, \, O. D# M. ~* `8 {/ K, u$ u) J8 W2 ?
// Note the simulation time. A9 W k& X3 F$ x7 t" m def time = GetTickCountInTimeUnits() # ]/ F" |( k! F) z2 X ! r( H5 |+ e. b8 {* T4 K' N // This is a task.& ~: e; j8 t# F6 \0 E4 |
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 y& e9 F4 t: l, U0 }
// End the method.4 F* p1 i, e8 C, U
return . E7 x9 Z( K3 z, [7 t' \6 J" e7 ` ) j) k( n- V2 J9 G( S) E }