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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")3 r( ]6 u% }# ]1 [% O6 N8 U3 d
public double getMeasured pressure() {& k+ w1 ~& ^! K3 G9 l
return measured pressure 5 I# X1 D. e# F }' I4 q! x5 r. S$ h5 _6 [
public void setMeasured pressure(double newValue) { - a9 K& }3 c8 a" J0 V measured pressure = newValue / Y6 D. S! A/ K( z, K3 I } 0 g/ Z$ }+ h) n$ W- O& _4 b public double measured pressure = 06 n* K# E4 D- H6 t" C
) V" z3 O0 C2 n; V6 K: C) b /**( V) J) U* d3 J \# n- q
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* This value is used to automatically generate agent identifiers.: b2 i5 w8 b- _: X0 W( U) i
* @field serialVersionUID2 m; E, v0 Q1 s: |
* ( ^) B/ @0 B" X */ & y& L* ?/ ]8 z5 T6 n1 y& X private static final long serialVersionUID = 1L , R$ p+ o2 }2 T$ @6 d, G+ I" Q, \
/** , J: A2 v" r- M; V6 ? * 3 H7 N; S" `: r I1 J6 C. a * This value is used to automatically generate agent identifiers. ; ~) w$ M) N3 A$ i * @field agentIDCounter: k% l( c' t8 ?5 C
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protected static long agentIDCounter = 1) Y/ z4 n' Z: ^ |+ v& Y
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/** % d6 ]9 u* W! V9 t, l" z& C/ X * 1 p6 e" X+ \5 f! ?2 L+ @8 j# |7 }+ M" ? * This value is the agent's identifier. . C. S3 f# F, f. B$ e# u2 P& X * @field agentID+ ?$ b1 F8 a$ V; \$ J
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*/ % o; Q b2 w t8 x9 n% ] protected String agentID = "GasNode " + (agentIDCounter++) 8 e6 |. L0 n1 M2 f7 C& A6 _ D" Q4 @# H l
/**7 z. g2 T) T' L0 i3 B# t# x6 k0 V" ]
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* This is the step behavior. ' }, x) l0 E& W p * @method step 4 ]( T7 ]# a$ J8 ^& Y- M1 {8 \( l *5 Q- D9 N) F2 V5 |
*/ 3 d7 o- O* {; h0 ?- I' D) b* M @Watch(5 F2 S+ g4 R$ J5 E$ Z7 d
watcheeClassName = 'infrastructuredemo.GasNode', 8 j G3 w( V2 k. K watcheeFieldNames = 'pressure',1 C W: L* z7 \$ i7 J
query = 'linked_from',; z, ]4 {, f1 k$ F
whenToTrigger = WatcherTriggerSchedule.LATER,5 r, G3 M, Q# Q) I3 |
scheduleTriggerDelta = 10d % ]0 e3 c* y' ` ) - P. O- `/ j" ~" B- ^7 O$ Y public def step(infrastructuredemo.GasNode watchedAgent) {5 Y( n& U5 _" c& a7 p# H
( ^+ K G( b- p# K4 E1 F) [% F // Define the return value variable.; G& e0 [& ^7 p$ F
def returnValue4 z0 V ~5 b/ j$ n( c. k
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// Note the simulation time.# S0 K% E8 h( u
def time = GetTickCountInTimeUnits() 1 }) A* y2 S8 l) Y6 h5 a , T) m. j1 H- n3 I 9 f6 d; g, D# f9 O& \6 l" ?2 ? // This is an agent decision.% }; m/ o& t/ K6 B7 l: ]7 \& j
if (watchedNode.pressure<200) {) G& {, T" ^* C5 H
! ~( [& M4 X9 n // This is a task. & F! A! u3 T$ s m setPressure(watchedAgent.pressure) 1 Z, a4 a( a. v3 Q8 _+ t+ Q+ g, c0 F
} else {+ S8 \- [2 D0 ~# K+ ?$ O
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} ; f+ Z5 Y" w2 U* O* X+ [* }0 J // Return the results.5 D e+ |8 a9 T
return returnValue# K* t$ R' n; K6 K8 P7 m/ S
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* r6 I9 E5 d! K/ S% Q( ~' @$ _ /**0 \/ V: R \& V
* # f0 u. E$ c0 ]/ U1 @# } * This is the step behavior. , h0 D* V8 O, [ o * @method step 0 r& f3 c$ e: W, e * 4 d7 j1 |) v) V* M( H" X */ 3 c6 |; j6 B Y7 _/ B5 X5 V @ScheduledMethod(+ H( `- d# `% `. p
start = 1d, & d B; m& s: K6 | U interval = 1d, ) K, P& _, c T9 n shuffle = false 0 }3 H! g* S0 j+ B& J6 |" k" ?, W+ \' z ) : c+ Y% a% N5 F+ p public void step() { . I" }: U. s: m( g1 O+ R3 `* Y7 [( ^& l( W
// Note the simulation time. ! _; C2 \7 ?: ^$ x0 n: N6 N# @ def time = GetTickCountInTimeUnits()$ p6 i* x3 T" L& v# S" G
% g: t7 ~: q: g5 N3 p% B& u // This is a task.+ Z" M, t5 p, m1 a0 K- s( f/ }
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ( I6 u" C! N+ d" x // End the method. 5 O2 F5 U7 ~; |: q, I0 h return' c9 z/ }; H7 P* P% L& m