8 r6 l( P2 d/ _# F , R# l4 N( D5 Z2 d- v2 E) f3 U) f! E@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") % ^7 F. p7 J1 l! H$ X public double getMeasured pressure() {; `0 H; s# M* S) K
return measured pressure0 _0 [2 w) K3 {- v4 i8 L$ N! m
} " O* J4 n% m0 D d/ L+ Y public void setMeasured pressure(double newValue) { - p) d5 ~: ?! Q) j measured pressure = newValue 1 z/ n2 G. `0 M- X& N6 k- w, b4 Q }# \8 q# u- \- Q, }1 B' c9 K7 E. s
public double measured pressure = 0, P0 R' C# _3 ^/ {+ Q: J& T- j: N7 P
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* This value is used to automatically generate agent identifiers.% [2 d1 ^, l: K3 {6 `2 K; z
* @field serialVersionUID: d0 X/ z9 Q7 A
* - m! g0 U5 l/ r0 f* b2 ? */ / p. X9 A/ U" R- N% o! t private static final long serialVersionUID = 1L# c% z) ?* Q8 m o
Y R+ h! m- ? A6 d( ~ /** 3 a: d: G" w# |' J: [4 c" H *5 d" ?5 d+ c, a- _# [
* This value is used to automatically generate agent identifiers.7 `& {+ p3 }4 \% V' S
* @field agentIDCounter 0 }, w/ u' B& w# X) V$ | * 0 {0 ^6 Q& Z: |- q; ~1 o% q5 c4 { */- Y Y9 |5 i- R, ]& f9 n% C, o& z, _
protected static long agentIDCounter = 1/ g9 ]1 J: ?1 b' R" l. E0 W% u
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* This value is the agent's identifier.6 u( m- \7 S0 B% Y# H5 R- g
* @field agentID+ ]8 Y/ o9 Q# m7 d
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protected String agentID = "GasNode " + (agentIDCounter++) ' C0 F! s( r- G: W! r3 U ' b B) d, J1 o$ e; f$ q) W /**) ]; }+ B/ ?7 Z, M- o
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* This is the step behavior.8 p2 b5 y. B5 j) R
* @method step 9 i; `, y5 i2 w *# B1 U$ e$ n @- s
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@Watch(5 I7 T( `0 M: g
watcheeClassName = 'infrastructuredemo.GasNode', 2 O* P5 ~6 r. |! d watcheeFieldNames = 'pressure',, e7 u+ W$ L1 k/ Y. g0 E% k
query = 'linked_from', % S7 i2 N' ]3 q" L/ f whenToTrigger = WatcherTriggerSchedule.LATER,1 [! x7 v$ s$ n
scheduleTriggerDelta = 10d 3 R3 W; ^2 I2 R/ z ) u3 @. ~, }; K+ U! h
public def step(infrastructuredemo.GasNode watchedAgent) {' f) A# V. w. M6 g/ ~
) i) |* m) C5 _. O% R5 J // Define the return value variable.- B$ M/ t( h* ] C* x
def returnValue # S' `2 \. k8 q* G& p1 R% `4 z$ }1 U8 `, }" {) \+ }
// Note the simulation time., f- H- E: S2 v
def time = GetTickCountInTimeUnits()9 }; t4 z3 {, m+ W( \. ]3 W+ M4 e: c% b
: m8 _$ R" ]! F6 [; `! T : \0 Y) n) l$ i; a( L // This is an agent decision. 1 t+ P6 l) n( u if (watchedNode.pressure<200) {' F$ U, V% } W5 C) ^
4 R/ [' f" q. l. x: {8 H // This is a task. T9 |0 A5 S' M' h1 C setPressure(watchedAgent.pressure) 7 y+ R5 j, n- t7 A3 B" k 9 C( y, I4 Z8 z" T9 n# q, A% ~4 m } else {& S1 w& u/ K& n) ~% k5 k1 p
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// Return the results.- e; z* p9 W! k7 y. i
return returnValue% D ]# M1 ^7 x/ }
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/**% Y: l- e6 Y5 X7 s
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* This is the step behavior. g* x! k( z( N9 Q, c * @method step 5 e9 m& n: n1 ?) ?& z * / R- Y- C- ?. L2 |* H% b; [ */3 j* c, k) ?7 ?9 |" ^2 c
@ScheduledMethod( 4 E' l; H; ]$ A: `7 {( \6 Q start = 1d, 7 X0 G: G+ _. w# Q9 k5 z h$ d interval = 1d, ' @: e/ d. O1 j shuffle = false . e6 T5 S9 i4 x6 ~! t- ` )5 e* k, s) U! h3 k: b
public void step() { $ P) F+ W: e. A: w+ ]8 e' i* f( |/ j; I. j; I' L2 Z" k
// Note the simulation time.2 Y! ?" O2 F7 J4 [ R" q; ~ Q7 ^
def time = GetTickCountInTimeUnits() ^! N5 I/ B p% D, s
0 B" ?$ o$ Q5 l" D& _2 e // This is a task. 4 E3 }9 s) M" }( f) t measurePressure=pressure+ RandomDraw(-20.0, 20.0) . b: y& N/ ^3 b. I$ p( D# g // End the method.1 n, _# |- R3 M+ D
return : |# {, n4 \4 i; `/ ^% T0 T1 a# E ; \2 i7 D6 k5 o3 I7 j0 h }