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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 j# c! S! C; {/ \0 X
public double getMeasured pressure() {: I4 M* N4 e$ {* ^* _$ V, r
return measured pressure 6 }3 p; [7 O% x/ M- M4 H }# E9 v7 x, n, L0 Y3 `2 o
public void setMeasured pressure(double newValue) { ' L3 g4 G, v5 R2 ]. t measured pressure = newValue . d" I$ a& D7 m$ X; ^" y' A } % s" E/ L9 ]' _' ?9 x# O' i public double measured pressure = 00 r V* k8 _5 u- |" m& j
( f# m( w- }; \) d /** 4 O; f6 o% T/ U! U *0 q5 Q% R6 i) W$ C
* This value is used to automatically generate agent identifiers.7 R! u+ D5 W! f, H# k8 u) j4 W
* @field serialVersionUID3 V; z6 O: R7 T" d y6 p
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private static final long serialVersionUID = 1L $ R, T) {" j( o1 ^3 Q/ U0 p0 ~+ b N% G3 I$ m3 \ q! ~
/** ; j% C8 B" Q8 Z" i7 V% d * / t ?! Y G- _# w( J. A! P1 A * This value is used to automatically generate agent identifiers. 3 b9 b/ y4 g4 I, z: ~( E4 N5 X0 }( N# P * @field agentIDCounter # h Y9 q( F* U* T! s1 @ * 0 s/ P7 g. |5 t% { j */ 7 r+ J/ ?% K! O+ L7 z protected static long agentIDCounter = 1: P& r4 ?+ u4 L6 q& K s" I1 J
& B6 ~( i/ C, f2 b /** 1 @& N; l0 q6 E5 {9 O! V *& a( H' }% _& `2 K0 {! R9 r
* This value is the agent's identifier.: c7 P0 b1 K- H* M7 o
* @field agentID. U3 G- u/ W$ o. ~3 h3 O0 t
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*/ 9 Q# Y0 a( U- V# F8 \. _# G protected String agentID = "GasNode " + (agentIDCounter++) 9 m( x. k1 F1 a2 A; r- x! h; A1 A; H" N" @3 |' n. }3 [
/** / T2 J1 I# N- R3 c/ }" k *: ^7 t4 n0 Q0 ~ s
* This is the step behavior. S" i6 D% G" b a$ f. I * @method step% P2 T, K" Q2 ?; Y
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@Watch( % c' u5 b. h( g) ]& { watcheeClassName = 'infrastructuredemo.GasNode', / U$ s! G4 _8 X n% n- Z watcheeFieldNames = 'pressure',7 R; B5 q2 Q" i: I& v+ |
query = 'linked_from', : X0 L( ]* D- @1 _1 E: i/ c whenToTrigger = WatcherTriggerSchedule.LATER,1 j9 |1 }1 N; R
scheduleTriggerDelta = 10d4 l' i! k8 y8 S1 s \8 [
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public def step(infrastructuredemo.GasNode watchedAgent) { 6 K( E; G6 {/ O% n& M* w) j* I. k+ T# \+ g' V
// Define the return value variable.- T8 i* h9 g9 X
def returnValue ' j; M& O5 Q* e$ i" f n/ Q4 Y $ X- Y1 S5 p$ ?, Z5 [. J // Note the simulation time. 8 d7 V, v( X: e def time = GetTickCountInTimeUnits()0 k* p& Y. s6 a j3 y
% y/ L$ C, X. e, q4 u- T0 z: I ) E' e+ _3 p5 s' z // This is an agent decision. 5 `- U+ d6 a8 A) L: J$ V+ j if (watchedNode.pressure<200) { 1 e& I Y% r+ d/ E) C$ m" P3 W$ Y ?' y1 d
// This is a task.5 t8 z) j' m6 A# O' r3 n
setPressure(watchedAgent.pressure)( P- C3 \+ ]' ?6 X0 @1 h: [
9 V6 E6 G2 f% m, B: z% q% A3 M& N# L& ] } else { , M7 {+ \% O2 [" ^. h, n0 r * Z* j. a* w* Z5 P8 K- y5 z! ?6 ?6 f* ~6 i0 _
} 0 ?* O; H5 E k% ?6 V // Return the results. 5 X, [' c, ~! ] return returnValue ! }& ^8 v: L5 E" |3 V$ a( C1 ]- O2 Q7 K. N" V- w4 l. w* y; g+ X
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/**- O9 M# ^, j* c7 S
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* This is the step behavior. - p3 T9 ?( s! h# H$ z9 i: C * @method step ; D! F. Z1 u( G5 I4 `" J *9 Q. S$ I- V. z* a
*// |0 F" `& u1 R: e8 G$ M
@ScheduledMethod( 3 X/ G3 `! E) r) Y, F; o start = 1d, 2 M* U. j, {* u% I- j0 j interval = 1d,: Q7 e0 L, o' F" R. S; ^
shuffle = false 9 K. S0 i ]6 {# w# v0 e )) t7 [ `0 q; l# u/ G- F
public void step() {( |/ \. ~ }0 O4 i
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// Note the simulation time. 6 ]) T6 i6 z5 {# E0 ` def time = GetTickCountInTimeUnits() 2 L6 l6 ^0 O- y i) u U8 V1 K1 d' `$ o" F6 K- \
// This is a task. & ]4 j$ j! q9 i) R measurePressure=pressure+ RandomDraw(-20.0, 20.0) 3 Z. [" ^" D& E" i! k9 [ // End the method. ( }1 U9 z8 _) d4 ~$ @* w return4 G9 B+ \3 f3 }* h0 S8 o( K