8 ~9 l( s, h: p$ }4 E, W@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 4 W+ S/ T1 E: f& T. E% }9 @ public double getMeasured pressure() { % h- Q$ E) l7 T% c0 V return measured pressure 9 O, g* h4 h" E( I) B8 {1 j/ W }5 U8 Q$ |( ] _) c2 K# T+ G
public void setMeasured pressure(double newValue) {/ ]3 u( ~0 a4 G' x# l+ B+ w7 G: N
measured pressure = newValue; R4 |6 u' \' D9 y p
} ' n4 O8 t8 f/ u" o public double measured pressure = 0 & w% X Q0 \+ F Z8 i& E : u0 q4 T- v! X9 U2 L. B /**9 v4 \' i; e3 s5 q- E. w2 O9 o' [
*- O% A# y5 e$ n0 {& T9 ]
* This value is used to automatically generate agent identifiers. 5 V, d: y1 D" n4 h' M$ y * @field serialVersionUID5 y$ L6 Q: t9 U, U$ M
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*/ ) w. p, q. v0 [7 _' m private static final long serialVersionUID = 1L: q# Y5 Z: Y# `3 ?( |) B- P* t
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/**# b; }4 l9 }2 E- n! l5 ?' \- u
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* This value is used to automatically generate agent identifiers.1 B4 E# a7 ^% m9 A% h* y, M! G
* @field agentIDCounter , h' @+ x4 \0 C* X *8 D& B5 h0 o0 ~8 t3 _
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protected static long agentIDCounter = 1% f8 E: s2 q% ^2 c0 W
# g0 N8 t" N( U- O /** . G7 F, a$ A9 l; }8 B) Z( N * _1 C8 I9 o: z5 K& e0 Y
* This value is the agent's identifier.. _+ {7 I( T# K
* @field agentID # b+ Y% }7 @4 l+ z. ^* E# o * / Q, [" c# ]/ Q1 ?4 \( [: k# D/ O */ * `( k9 G* H% z3 `. L protected String agentID = "GasNode " + (agentIDCounter++) ( N _/ S! [: |, G- w* i) g3 f9 O/ X! U. [- K8 d' a: R$ F/ w# K
/** : L6 X8 X7 Z3 F- N9 e *& j: [! M. Z; Y* Y" Z3 i
* This is the step behavior.+ r3 W0 R0 ?2 A0 r# H# k
* @method step - m- M+ W8 R! _) b+ j- h* C *! J9 A- D- S. E9 l5 Q
*/ ) t1 g+ l/ f. m" A! W2 R0 }# O @Watch(: A+ K% |) N4 Z R
watcheeClassName = 'infrastructuredemo.GasNode', $ v, K7 j3 J1 ] watcheeFieldNames = 'pressure', % q+ F5 k h' O query = 'linked_from',/ Z- s3 R5 R' y6 G- z
whenToTrigger = WatcherTriggerSchedule.LATER, ( _4 @9 ?$ o/ x# N scheduleTriggerDelta = 10d ]" w3 u! Y6 ? ). e h9 S" v$ D; i
public def step(infrastructuredemo.GasNode watchedAgent) { ! h5 E" X' S# B( Y/ Q$ n1 r' ?9 ]3 [8 z
// Define the return value variable. - _7 r3 v! z$ n. x. w def returnValue, ]$ c& ~( S8 f% X" W. J3 j1 X. I
7 a5 ^& S$ y" {$ m% J // Note the simulation time. ( ]+ o4 G6 Y, B+ l9 ?) r$ T def time = GetTickCountInTimeUnits()' n3 D* j! V F) }) S6 b
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// This is an agent decision. # |# N( B# {+ v. h if (watchedNode.pressure<200) {" H: o4 |( M, p r: J* t
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// This is a task. & L- ^1 J3 z2 E/ ?1 l0 X( p setPressure(watchedAgent.pressure)2 j3 b2 s) w3 l" U
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} else { 4 [% ?+ G6 V, h1 g% j9 l9 A w $ _& s3 S+ h! T; v# h' s% ~- r1 P
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// Return the results.) f3 g9 e) ~; R0 ?, X2 h
return returnValue- a2 W B, ~, U
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/** 3 V$ W+ P) z, _3 w6 w# G * ) v* n0 a8 t6 ?2 E$ Z * This is the step behavior.( ?9 x3 S6 C I( A& w1 S
* @method step " h0 ]# [; k9 t+ w * 2 n' [+ ^! n3 d" X6 J, ~5 ^. } */+ }" m7 W3 U0 x8 E. X9 p
@ScheduledMethod(. P5 \- n, _% q- s R8 g3 D
start = 1d, . J; n: \6 v+ j6 {9 O% \, \ interval = 1d,. e$ F( X2 v- f( T b$ @+ T
shuffle = false ; E1 t9 S' w1 z3 l0 l ) 2 C- z( ]/ U, t8 R& A1 Z2 @ public void step() { 9 b2 i: w% o: f' M5 e' z 4 _3 K3 _0 L q3 w: v: ] // Note the simulation time.6 X4 L0 Z# I& Z; t5 M' X
def time = GetTickCountInTimeUnits() . h$ @ {5 R3 J# u3 D- O3 e4 i) X4 b: t0 D. T- K) ], w
// This is a task.+ A4 t9 U0 |9 O9 ?6 ^" p" z
measurePressure=pressure+ RandomDraw(-20.0, 20.0)& ?; n+ p6 m$ P' e4 T4 I# @
// End the method. 3 W4 ^6 Q! t7 q: p return 1 m5 g7 U9 l5 P, Y' D2 q4 x6 A& `- h- G
}