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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")$ ^9 X7 i+ k; U" T N# E
public double getMeasured pressure() { ( t- L) P! S/ i2 G7 j# l return measured pressure, x5 F! A/ @; o, ~) f, ^
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public void setMeasured pressure(double newValue) { # ^1 u, C: \) ~) {, S measured pressure = newValue 6 [' P4 r1 s4 q3 ^; C& h } 2 C S% |4 i) m" f# t# X public double measured pressure = 0 7 L9 U4 {* g% X. w( w0 Y9 @, Y) _8 X- u5 z
/**: g# u7 i8 d! g: q! L: q
* ' I3 ]2 w0 v9 A. j* y3 G7 | * This value is used to automatically generate agent identifiers.0 w* {) v7 z( ?" V6 s6 [7 l) J+ ^
* @field serialVersionUID1 y, A+ K% d2 u8 M" C8 G
* , w) _; S3 @. G */ % v S" Q" v9 g; Y8 {/ `* f$ J private static final long serialVersionUID = 1L & c7 Q" f+ i L. _6 t7 {/ | # E& j% r8 L7 _& Q/ x X$ N- m, E /** ' ~# X5 i5 M9 ^% d! H *# c. R. L' b1 f/ o/ |# R0 B
* This value is used to automatically generate agent identifiers. + {) A: {2 B/ V# S0 B * @field agentIDCounter6 z, J5 }. [8 c( ]" x0 h
* : i) t+ T, p0 K9 L */ - C* _4 C0 B0 B, {5 @, l9 l protected static long agentIDCounter = 13 F8 \# z4 t3 |$ d5 c" I0 h
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* This value is the agent's identifier.! W: V; A; \8 k- J' H
* @field agentID/ ]' I$ @: O+ o* E# q
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protected String agentID = "GasNode " + (agentIDCounter++) ! p) _! _8 J4 f6 Y2 P; t: ?- f% f% s% [2 `. {) u$ ]
/** ' f/ w7 D$ S: W9 I/ N! G2 i) w, S8 x *% k0 R+ Y/ S3 a
* This is the step behavior.+ s4 y+ L1 s% d( W5 D
* @method step# P+ @4 v, d: x4 h+ T' I2 u
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*/ 7 V# d \: L/ K# i6 @! ~( O7 `3 ] @Watch(- Y6 [. u+ W. d5 T* J' h! `, @
watcheeClassName = 'infrastructuredemo.GasNode',6 T4 o, u# ~* b# S1 X. |
watcheeFieldNames = 'pressure',* q) j) ?* G0 C
query = 'linked_from', 7 w- u3 W4 M) e5 J whenToTrigger = WatcherTriggerSchedule.LATER,8 D$ r8 O5 Q% s1 U1 n5 d
scheduleTriggerDelta = 10d . \9 e+ ?* X9 h )2 P0 t/ q2 w- S; Z3 _, W- e
public def step(infrastructuredemo.GasNode watchedAgent) {, w' K8 c+ M& U ^; L
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// Define the return value variable. ; ]3 u# j4 |- H' } def returnValue: i1 n: s7 g8 L v% d: L$ Q
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// Note the simulation time.$ M. x3 U5 \& h/ H {
def time = GetTickCountInTimeUnits()) ?, N9 }2 N" i; w1 y
. z9 s/ w% c7 S( Q5 i- o: V/ L / l3 u4 Z& r K4 G+ Z // This is an agent decision. : J8 Q' y$ c! P& m if (watchedNode.pressure<200) { ) K* S3 c! Y) b( r. |# f 9 k( K! P. x! X // This is a task. 2 P$ e% }& \" \' l setPressure(watchedAgent.pressure)" p- C; P8 L+ M% F- j: \/ a