/ X* k+ E7 P ]$ k! e: K@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ( }( o' W) i% @1 D& T$ d, R public double getMeasured pressure() { $ D& |- w5 ]! E% s4 G return measured pressure$ O3 Y' W; Z' X; j2 ^
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public void setMeasured pressure(double newValue) {0 \; n" z0 b. {0 S- I& v0 Y
measured pressure = newValue2 z# q5 `7 ^) b1 f* `; F% r
} + R/ V+ \( X# o+ [ public double measured pressure = 06 Y' O9 G9 r0 m
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/** ) }% c, l. t' a& |. v7 D9 `( G * 4 @! F* w) {! G, R8 z" f * This value is used to automatically generate agent identifiers.* [; _8 f& i8 D1 F2 N4 \% l
* @field serialVersionUID) `1 L# @/ R* H: c& q5 A
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private static final long serialVersionUID = 1L _, V2 a/ b" |+ b; o. p, l ' y4 t+ v6 @8 L /**7 L7 Y0 M6 m# A# O1 q9 X2 E
* . Q- p' P: I7 D2 }- e * This value is used to automatically generate agent identifiers. 0 Z5 }6 X) y8 _% c! T3 X2 e * @field agentIDCounter$ ~) p% q5 [* a" z& r J
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protected static long agentIDCounter = 1# M+ Z, r, J1 t d; |4 p3 u
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/** , l' ?& G# M' {. o4 ?9 V *0 c% E) N- U+ X% G, e: r$ G" v
* This value is the agent's identifier. * R5 ]! ^8 ?# ? * @field agentID , ^' H/ T4 G4 E d9 J *2 ?- R& w8 s8 t9 Q$ U3 T* ?
*/ $ z: O5 E8 [" u! N, w protected String agentID = "GasNode " + (agentIDCounter++) 4 {5 N* O+ O& h' c: s c9 C 2 `8 w$ _& B U* k2 G /**/ b- ?" ^3 K0 P5 v* X
* 1 L9 K3 B" V5 b& E" N. w& ^, W6 o * This is the step behavior.+ V! V7 q8 c! O1 l @
* @method step ' t1 k# W0 y ]2 T! E. x9 a * 7 U9 S) d' ]1 Z* ^8 i# R/ A) [. C) Q */ & d8 Y( F0 e; z& _) b, M, P+ F; m @Watch( - t1 j' ^. ]/ t! |8 R4 e( i watcheeClassName = 'infrastructuredemo.GasNode', 1 u5 G5 d. S4 [* \ watcheeFieldNames = 'pressure',! O& v! C+ F2 E
query = 'linked_from',0 B' l8 {/ q; |1 g2 p
whenToTrigger = WatcherTriggerSchedule.LATER, ! Q; V$ M. e$ \* N scheduleTriggerDelta = 10d5 }( S9 G9 G8 b+ q+ f* U9 E
) 1 p% \: F3 w& [. R; }+ H public def step(infrastructuredemo.GasNode watchedAgent) { k% w2 p4 _' ?0 p4 c
: }" m. I2 F3 H, O1 `/ z3 t. t // Define the return value variable.2 l( C$ i1 C- `. U9 b0 U* q
def returnValue0 c7 G. ?# B) x/ M3 l
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// Note the simulation time.# q+ X( @, U7 u9 O- s. U. F
def time = GetTickCountInTimeUnits() " Y& f: [( o* z4 N % H9 R: Y0 Q' b0 F4 U/ B, p 0 ^- }; K/ D# Z# |# M7 ]8 l // This is an agent decision. ( G. Z0 C8 A7 H7 E7 P+ a if (watchedNode.pressure<200) { / E0 M- n8 C2 w' L4 ^/ n9 v P! x/ Y$ r5 I! ^( N& O- u // This is a task.' y, E! K' u! l" U9 N+ P- w( I
setPressure(watchedAgent.pressure)/ d" D) w q9 Q4 A x! J7 x3 n; E
5 f8 h/ b) u3 P. R" T! H } else {5 i, G0 J# g$ t: N: @* z9 w3 E& u4 _
) K. q4 M0 I) \7 N: @; I: D $ k9 F5 D& j0 G2 t k } * E5 P+ J B8 x2 ` // Return the results.& F$ X" Q! V |3 e. p
return returnValue , m L9 Z z8 a' T- l6 E5 [' l" W
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$ W$ p% J4 X( E8 S" ? /**- y4 z* e# c9 \9 d% J. s
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* This is the step behavior.4 Z( A: M3 G4 v6 N. {
* @method step * k, c. B6 u5 E# D * # [, R" t' [+ E8 q0 A- G1 ~ */+ Q, r' H/ S$ r/ D4 k. \2 ]- _: j7 G* z5 x
@ScheduledMethod(% c' B( y' L3 }7 E% T
start = 1d, ' i# R' ~, x! J y& j interval = 1d,# Z) S. W! A. t6 _3 u
shuffle = false " Z( x4 A% S$ ?) c/ {6 ?+ ]/ D# P ) 0 o8 `1 A0 l0 x0 }5 x$ F l public void step() {6 R" O% [& O; i# A. c$ u
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// Note the simulation time. M3 s% t( O' V) ?
def time = GetTickCountInTimeUnits()1 W$ \7 L; b9 y$ i8 P
$ l& q" K Q; u+ Q1 o. G // This is a task.- i w' _0 ?6 m7 d" B
measurePressure=pressure+ RandomDraw(-20.0, 20.0) . Z ]3 i8 F& C // End the method. 0 R/ G4 y% M; O return 7 Z, _2 E2 a. C( @+ h1 o4 l& S+ ? c) _
}