2 o* M, r7 s: k3 T" Z) S@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 8 X- L- Z# C) g( M/ [7 t/ v public double getMeasured pressure() { . { e8 c$ P# ]; g' H1 J" y# g return measured pressure . Y0 N- j5 p2 o) j) u4 @4 R* z9 ? } A; h1 O0 p1 C. b# X1 K$ {( G# x5 C6 U public void setMeasured pressure(double newValue) {8 ~, G0 J4 B8 V0 b
measured pressure = newValue - \% S2 t4 o" }9 ?; ?. s F/ z } ; y: g7 f7 |/ ~1 R" { public double measured pressure = 0/ c: Y. r0 U) v! N) i+ e0 @/ \
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/**2 p- ]7 G( Q6 y# j
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* This value is used to automatically generate agent identifiers.; a* @! M* \% G. `' ]
* @field serialVersionUID 5 \" h* a0 I& x4 b) h: y6 a * ! h1 K( j2 F4 D2 J1 Z/ q- x */0 x7 F& |! q3 p! j/ f
private static final long serialVersionUID = 1L0 s9 u, @9 h- v1 b5 }) H: l% }
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/**8 ^7 o$ k! d7 | ]$ x. G/ I
* 4 H' H- v3 t& b9 U8 d * This value is used to automatically generate agent identifiers. q4 f$ l: i, C/ u7 b$ h * @field agentIDCounter4 [& p% `7 W6 ]2 ?* a
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protected static long agentIDCounter = 1 ! P9 a( X1 E/ b: r8 ?0 i+ ^4 `$ n( X, @7 }( U
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* This value is the agent's identifier. 8 ~. i0 J7 H* \2 i/ X, \" x * @field agentID 0 s! x8 {- s6 ~2 X; r+ ? * `% }$ X6 D' V' u/ \% n */8 j" A8 e1 ^ }; b y
protected String agentID = "GasNode " + (agentIDCounter++), [' J+ T' g" E, C' s4 W- y% S
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/** 6 `( m$ a6 f [ L- ~( _ *3 q L- [7 O/ T- ~3 O
* This is the step behavior. 5 f/ \4 S$ X; v' a5 W# I" g4 Y * @method step9 h% [: F& E# R0 O0 N
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*/ 2 ^4 Y+ |) g. h3 t4 [ @Watch(8 ?. ?; s! i! x5 ~( ]
watcheeClassName = 'infrastructuredemo.GasNode', 9 J' [8 R" T& d& i; l8 P4 C- M watcheeFieldNames = 'pressure',5 P. m) `. | V6 o: S: d/ l/ x
query = 'linked_from', 0 }7 o5 M2 N* e. V" F9 n% ?0 x( Q whenToTrigger = WatcherTriggerSchedule.LATER, $ c) j7 O* ^3 l e5 T2 t scheduleTriggerDelta = 10d, G4 o. U" ]1 H' T( g: F
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public def step(infrastructuredemo.GasNode watchedAgent) { % |2 F" R+ R8 ` . d) [+ T" n: M7 f: e6 j& Y // Define the return value variable.& D" b h5 `$ b) l
def returnValue , _/ E8 t3 P* [# k/ W 1 ^8 G3 P: A; z n! g/ ? // Note the simulation time.' e! i, u1 P6 I2 g Z* G
def time = GetTickCountInTimeUnits()5 E' M& L6 v$ o. Y+ q( P
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// This is an agent decision.$ d+ ^; t _. k0 z& o) C4 p8 G* q" K" a
if (watchedNode.pressure<200) {5 ~3 Z" o0 f! \5 Y$ N" O7 E3 T
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// This is a task.# I o8 @/ J! S" P- P. |. P
setPressure(watchedAgent.pressure) ( Q# E- @3 b& W' M+ J5 |' Y $ N+ M! _7 n) W3 _0 u# d } else {6 `& C- A( @' R, @) n/ Y6 T
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// Return the results. " O. D+ R3 G- E5 X& t& X# g6 s return returnValue 6 ]* r( L& `$ H K; E3 N* H: ~' c. r$ x ~2 v% v3 G, U; K$ D
} % P" l7 A) Q# d. w& I k+ J7 b ( N/ P3 T! C0 D+ C" k5 G% w- M /** ! }1 Z5 V" O* |) P: a2 z *5 A. R: z( }9 \- R% b$ h
* This is the step behavior.3 l6 W0 s" B- h3 F) S2 R; e% z' U1 o
* @method step( z! }3 V p5 C* e/ _4 h2 h6 x8 v$ b+ o
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@ScheduledMethod(8 [5 u' \2 U* i2 O- V
start = 1d, , x, Z# J/ A) @) a0 t: ~ interval = 1d, % V# _% r& p( i; s shuffle = false ! J# M, g0 p5 m/ Q3 p4 S ) 8 V) r) N* E" ]) X' t% o public void step() { - f3 W$ _" O. J6 o) m" n2 V+ ]6 k ^) b
// Note the simulation time. 7 M: k" @$ O+ I' O def time = GetTickCountInTimeUnits()' k3 G7 r1 u! |2 X
" M, J" F* M* U- C8 {9 O // This is a task. ! M7 Q7 Y& b8 ?! N. H measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 p3 q* q& [: P- S H // End the method. 6 ~# [0 r, Z7 I9 v% P, r. L return 2 S; @8 _) A2 `# e7 G6 K) ~4 V7 ]$ y z( f: I6 o
}