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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") C- p8 _" h- V5 c$ s* K2 f( K9 N public double getMeasured pressure() { & `: O/ }3 |9 u3 U: M+ [( ^1 x7 K return measured pressure1 m! L X9 t4 G$ P! R
} . d1 z9 O y X public void setMeasured pressure(double newValue) { 3 c$ ]; L! n7 c. v- k6 a measured pressure = newValue0 x7 U$ t( `' q/ L8 O! H
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public double measured pressure = 05 q( V$ J, M3 T( r" B
9 {1 b/ q% w6 h* I+ W* B- X /** 4 G7 F: k% y6 o- ~ Z; w * 2 e' b# t" @( S: X4 N2 d4 ^ * This value is used to automatically generate agent identifiers. 3 Q8 b3 A3 b' j1 R' w/ H% R * @field serialVersionUID6 ^0 t5 m3 R* d5 B( g6 N* Y
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*/ - f; i8 E. \) g* z9 D private static final long serialVersionUID = 1L" k, v, C+ A0 d+ j+ Q6 u2 ?( w
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/** 5 i! [0 [& a. t4 @$ c7 r * 1 {# i' Q. b& g5 t/ d' `4 J * This value is used to automatically generate agent identifiers.) U9 `+ f. W: j# U
* @field agentIDCounter / U4 s9 ~3 N! O* l * % z) F; L1 w5 Q* v6 P7 \ */% ~% y# ]& H; t1 ]8 R: B2 g/ ~
protected static long agentIDCounter = 18 i; r8 ?4 Z- j; P. I) P% ^
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/**" h: w% g* t7 [/ f) `. s
* & v- V0 ]4 a. B% J * This value is the agent's identifier. & y" u* P% v% J * @field agentID3 ?! d5 V$ ^6 F2 f) t1 U& Q& a4 n
* # C- p [# ~. J- V: e3 W4 E *// W2 \' \* o( J; z
protected String agentID = "GasNode " + (agentIDCounter++)" b) T5 b/ b1 L2 H( z! g
h4 { ^( D* _: M; Z; d /**$ \* H H6 o* q0 L! @ D
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* This is the step behavior. . N3 i1 h1 h- q+ K" b * @method step 4 r7 F0 ]- _4 O; D9 D, x ~ *' k/ A4 Y b8 Z$ p
*/ 4 [6 V; I, |1 f4 ] @Watch( 4 v* f, [7 O0 [" u+ o: z/ u9 h watcheeClassName = 'infrastructuredemo.GasNode',7 }- ]) @! Z+ K0 e& E( A" S
watcheeFieldNames = 'pressure', - f# Z) [# E6 L1 V; c query = 'linked_from', % h5 t7 G5 |& n* o* i, @' @ whenToTrigger = WatcherTriggerSchedule.LATER, 1 n* z( S% ^: j; h7 j9 p% { scheduleTriggerDelta = 10d 4 C! t: E$ G( s, N )# A0 K" a9 X% }7 l6 }; Q
public def step(infrastructuredemo.GasNode watchedAgent) {3 J3 _( h3 E0 l9 X" K) u
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// Define the return value variable. / j/ L, ?, l- j" C4 k2 K0 a. ~ def returnValue5 p" J" ~4 v/ Q! K9 U4 j
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// Note the simulation time. / \" K# C2 i7 i def time = GetTickCountInTimeUnits()9 W8 W* F0 }6 x8 |- i; y
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// This is an agent decision. ) f9 ~5 R- R% l1 s' o; J K if (watchedNode.pressure<200) {4 ~$ b( J8 |+ V6 r+ Q7 j
' U) t+ @; ^- {% x6 z* @ // This is a task.6 ]6 g% U g- ?- j
setPressure(watchedAgent.pressure) 5 M+ f, j, Z, R7 ~" Y R* N% R7 {& {# S, L! o+ X/ j' y* K% S
} else { D) j+ d9 K3 j& R2 \9 \+ r' C
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// Return the results.& g- d0 n* Y3 A# h( F0 ~
return returnValue0 \8 b6 T7 Q% [% c2 O
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} 8 D0 i2 {" K0 l' B . F9 o% ~; C: i /**) J" C& S5 i7 X7 e$ H
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* This is the step behavior. . u* v7 R" V# \! v * @method step) }7 M, U2 c, ~& r' x/ q; \
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*/ $ q8 p3 T1 c$ u) }' x @ScheduledMethod(" D+ v' ~9 H8 c9 ^( O! F
start = 1d,9 h ]" n/ G. l/ z) l
interval = 1d,9 M' t* f( @4 u. r
shuffle = false 5 a% P8 M, k) n2 N/ P7 }) b' f ): A& p9 q2 v# R3 ]) p+ {# y3 w, ^
public void step() { $ b. h( x6 I5 c& p% |+ L( m* [- U
// Note the simulation time. + g& @- `4 `! I ]( C$ n def time = GetTickCountInTimeUnits()! {+ w4 q$ }7 _
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// This is a task.. o- F* G& m/ e5 I4 D- K! E
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / S+ Z! S# H" i3 R9 @ // End the method. 8 p% ?+ K$ \& R) @1 Q2 {$ x return ) e5 N0 E# e0 \6 o9 e " K) S2 B( B( I7 |2 T }