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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 x8 v1 I0 r4 z; ~
public double getMeasured pressure() {8 v- R: i& ^) w/ c" e3 I
return measured pressure7 [: f- I5 p+ \$ g1 l
} 2 B, B1 ]5 w. S5 S$ W8 Q! e public void setMeasured pressure(double newValue) { 6 t/ m% a& x0 h$ ~( X2 m { measured pressure = newValue" v" r6 s' m1 n2 [+ d0 W
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public double measured pressure = 0 y# L9 ^3 Z5 k( _
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/**& f v3 o! X) J4 V% b: V/ N
* 8 Y0 Q% j/ ^/ J, F/ l6 Y0 I * This value is used to automatically generate agent identifiers. \( g+ l8 r4 C8 b1 Y: z/ h
* @field serialVersionUID 2 T; N" _9 u0 y0 ] * 3 i' G* W/ \' j) ~4 _* X& N9 n */ 5 e4 \- c8 f$ e2 |8 n7 k' I5 ^3 \ private static final long serialVersionUID = 1L6 j/ }: L. V6 }# P/ E" u( S
! K3 U5 X. C" d! P, ] /** 7 ~+ t) O* _+ |, G * 7 n# f* e# r5 i7 P# { * This value is used to automatically generate agent identifiers.' M/ ?0 p2 s$ C6 v& G3 E
* @field agentIDCounter# E1 t3 V2 g* q6 E+ y+ c( Z. ]
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protected static long agentIDCounter = 1 6 s% u. e w) W- l1 W! j & H \* S, H F /** 8 r; u/ ?0 y! N1 A * ) Q! @: G1 Q4 b2 D ?! R * This value is the agent's identifier.5 { J! _+ f( J- n
* @field agentID" K7 n2 a- u% w6 D
* T, O) e5 F) }# I! n */ + O+ x- v3 Y. `0 V2 k# ] protected String agentID = "GasNode " + (agentIDCounter++)5 D' L; v, v2 L+ o6 |
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/** 7 R P* h/ i3 c5 } *6 Y: |! C% I. M4 x1 K
* This is the step behavior. * E; V$ C( `7 f: r3 u * @method step. _$ n0 ~( q3 R) p: g, G6 i
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@Watch(1 k. M4 d( Y5 R% W( A
watcheeClassName = 'infrastructuredemo.GasNode',3 d' ^+ ?" i7 A5 b, @: K
watcheeFieldNames = 'pressure',* H, ~: ]! |' J7 q: a
query = 'linked_from',- z U' W/ @# D- y8 c/ `, S
whenToTrigger = WatcherTriggerSchedule.LATER, , c1 m& q) Y" C) r, s, e- S scheduleTriggerDelta = 10d; `! I) k3 G0 `1 H8 q+ D% r! H
) + {: b! Q7 z7 J' k, o public def step(infrastructuredemo.GasNode watchedAgent) {( z2 o. v8 W( |- @
; l' o! A+ s! N1 l/ B) T1 N6 i // Define the return value variable.* `/ w- K2 ], c6 f; R; M$ L( K
def returnValue : Y" {- ^9 c0 m2 E1 F% X+ G5 h2 h" X
// Note the simulation time. $ m; ^0 t- [1 ^ def time = GetTickCountInTimeUnits() $ R9 L! h- y( k( U' J7 A$ A0 Q' h8 U
# j; b. Y( g4 w4 z6 n" j l5 x // This is an agent decision. / b% f* o1 k! x if (watchedNode.pressure<200) { / {; V8 l" T# j( k5 h( O! a- u- O 1 _5 d; x) q% X3 c9 w4 U$ H2 Y // This is a task.( c7 W0 h; s: x' M! `0 f" p+ e
setPressure(watchedAgent.pressure)' D! P. _2 l# j7 h% n
# z' W7 z" n8 M6 i+ i6 k } else { ; o* J& V2 Z. E( C a Z" N3 X: f ^5 b" |: x2 ^ ; E/ S3 ~+ G+ v" r }/ ]) T( y: G8 b$ |) n- ?5 Y0 w
// Return the results.3 J9 ~9 y: C; L# O, I8 z
return returnValue7 [7 p3 G+ q+ q( N) k' B
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/**0 }% S# P8 v( U( L
* 6 S: R7 p) F w- J * This is the step behavior.) q7 V. E& X* g6 N- o# j
* @method step% G0 b9 `" T8 b+ d6 x6 u
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*/ + t0 z6 S! \* s7 n% M @ScheduledMethod( % X6 ^$ I( ^2 E( c. @ start = 1d,; u6 Y2 ?: u$ b$ G0 m
interval = 1d,( \+ n+ j$ |3 i- {
shuffle = false 7 A) `" U7 g+ g2 [ )' n, z" |: C& D6 A
public void step() { 7 z$ J; y- ^6 D, H/ O8 I3 S 7 e- }1 l6 u0 ^( i( k$ A // Note the simulation time. 9 s8 R2 u7 z5 f$ M3 } def time = GetTickCountInTimeUnits() q( ]/ w+ X$ p6 T
& x* Y) S, g, J: w6 H$ l* Q // This is a task.% a7 l- C+ o& f. {
measurePressure=pressure+ RandomDraw(-20.0, 20.0) / C* k- o/ K. g // End the method.8 b* e6 i) i, X; Y8 Z- Y" G
return# u0 s* b* Y4 J' ^
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}