/ i# g! V. J" N@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")! _) n- l# d2 n; S; R3 c
public double getMeasured pressure() {, \1 v/ K; \% A: W0 @1 ?" X' r
return measured pressure7 }7 B% o2 J3 Q* Y$ G$ H4 P
} ) j: f' Q! k% H% @. v public void setMeasured pressure(double newValue) {" M+ Z6 O2 H1 J
measured pressure = newValue9 J" P, d% o+ j" d: J" a. P3 m9 M
} + ^% x3 a( R! R/ ?2 Q9 e public double measured pressure = 09 `0 g$ K1 v+ Q, V* E
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/** 8 Q8 L8 S- X4 p5 D U6 j$ S4 a * 2 `. {6 _- H6 a% m * This value is used to automatically generate agent identifiers. 6 d7 q' W1 x* t; r * @field serialVersionUID9 A" O: A+ K; i/ K* b! Q4 |
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*/8 r3 S2 }# @$ w$ p8 r
private static final long serialVersionUID = 1L1 ]. V) d U. T, V4 V' z
9 G, C; v1 w5 U3 r2 J /**4 i) E( B- N. m c5 k8 ?8 A
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* This value is used to automatically generate agent identifiers. - Y. b3 V' {6 {' A4 K3 [$ [ * @field agentIDCounter5 W2 p& x" c" Q/ {: M
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*/ 0 \7 f1 h1 D3 \# S; d. b$ M protected static long agentIDCounter = 1 ' v+ O6 g: F* w1 k! C 1 m" b6 C5 f+ O4 b/ m4 W( l /** $ c4 F+ \0 I* A# ~ *8 i. g: ?+ u2 p- m
* This value is the agent's identifier. . Z/ |% h# t1 `) | * @field agentID) c [( P7 y# u, _2 \# |
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protected String agentID = "GasNode " + (agentIDCounter++) a2 x) [0 F4 y1 j e" R- M' w( |* t% j- A
/** 1 `1 t' e- e& s$ d7 s" p4 Q% E * : o8 @5 b( R Q * This is the step behavior. 5 ~0 l. {- r: C6 B7 l, L- o* v * @method step% c8 J+ B" n9 C, J
* 2 |% U" Z1 S3 R" Y9 H */: I9 M& q! ~7 d
@Watch( 9 r! e% ^, r; Z) }# \ watcheeClassName = 'infrastructuredemo.GasNode',' X; D/ ~: h# ^3 ]+ W1 r( B! N
watcheeFieldNames = 'pressure', 9 a6 I7 ~$ m5 j$ l# { query = 'linked_from', 2 Q- G( a; y* ]- ^ whenToTrigger = WatcherTriggerSchedule.LATER,' Q3 a3 [- N% i) t" \# N
scheduleTriggerDelta = 10d6 |5 m7 i% c* m5 t6 _7 {# }
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public def step(infrastructuredemo.GasNode watchedAgent) { 5 T, f* e4 a. w0 R5 w1 L8 v9 Y8 U3 V( K
// Define the return value variable. 8 {1 ^# h# @/ v+ A def returnValue8 W/ B$ [* N, F8 ~+ L
! D7 i8 G1 E5 y; I // Note the simulation time.. C- R/ |: N, i0 d, l$ {1 y% V
def time = GetTickCountInTimeUnits()9 t v0 O6 r- f
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// This is an agent decision. / w& J8 _4 G9 t( ^: Y3 t7 G if (watchedNode.pressure<200) {8 B# F! L+ W! s0 N* k2 k+ _5 e
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// This is a task.% C0 f) S( w4 J1 z5 V) ~
setPressure(watchedAgent.pressure) - K1 d4 v6 s' ^& s6 B8 w( n 1 a4 M- W7 f: U! j4 l# v( k } else {- |6 |/ |3 W% }/ X5 h9 {! t7 v
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// Return the results.$ `& o( @; W K: J" g
return returnValue( h8 [. y' {- W
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} 5 f+ I E) U- C- F" m |8 | 7 ~% W* U" k/ w2 _/ _ /**- Y' |9 n' e/ J! T R8 }
* & p/ K9 g4 n, A; u4 z! S * This is the step behavior.+ e7 U) S6 ^9 ~
* @method step 0 I+ u5 P" c* g7 i9 O/ j * 3 W* a4 P% g/ N2 b5 ?: j: o */; ^9 M8 G3 k: W4 `+ H
@ScheduledMethod(9 \' ~% Q- B: g( G
start = 1d, ) U2 D1 x8 @( d# ? interval = 1d, 9 F% n* W& X8 o6 B' U. J& \9 h" R shuffle = false5 J7 x4 M9 `8 X# u
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public void step() {% y+ u4 `; @/ y" K
0 D" b* c1 `" y a: D1 J( T0 y" A' T // Note the simulation time. 0 @7 ?# F: C2 B6 S! B0 G/ R' f) } def time = GetTickCountInTimeUnits() 9 C. c3 Y X2 C - v1 C x `+ Y. Q // This is a task.( u w+ R0 K W2 {- N, A
measurePressure=pressure+ RandomDraw(-20.0, 20.0) % N( i; c, A( E // End the method." K/ A2 ]( c5 P
return. ]9 n- I2 H$ l0 K( N# q
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}