& ]# B. @& t- p@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- I2 a* o- G7 m7 x! ?4 I" y
public double getMeasured pressure() {# I! Y7 [( @/ B& S, I" e9 M+ f
return measured pressure 5 l l7 r4 b9 y" ~7 v7 M }7 m c7 @! A2 N- Y
public void setMeasured pressure(double newValue) {$ [( z+ K1 s8 o. k
measured pressure = newValue + ~1 O# p3 w+ b- ]8 K5 [9 P' Z } 2 q3 j. P" J' T public double measured pressure = 0 & K1 r4 |4 f, T+ K7 t& d1 A Y1 d 5 ~8 f, M8 W, q- J+ U& o8 J0 S /** 3 i. q" S. r- G *( H6 m, g0 w [6 _6 X/ f0 @
* This value is used to automatically generate agent identifiers.' s8 S; k9 V% B7 n
* @field serialVersionUID& K7 P4 s. c# R% @
* ' B9 r; [2 y6 P6 }+ D' k* }- Y */8 o& T1 H5 x2 Q# v# X/ t3 L5 k# d
private static final long serialVersionUID = 1L4 C6 }, P7 n9 O$ P& a7 i- h7 u
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/**' }0 L' h8 P2 f; L5 B
* ( x9 ^7 G% Z: E1 e * This value is used to automatically generate agent identifiers. + I3 X" [; k( t! t ]# p6 R1 j * @field agentIDCounter; k! O' r& @' M! r1 c P" Y- G) y
*$ P; f/ n. e+ @
*/ ) X6 S- M* N! |/ ^# O- F protected static long agentIDCounter = 1/ M9 n1 u& o$ h8 X$ W, l
" v3 w( X6 `% ^, Y' \9 Q /**1 T' z V1 y+ y4 U; k' B( l R
* ! j0 q/ ^8 d' {3 ? * This value is the agent's identifier.- R) N4 |4 b1 D1 _
* @field agentID 6 l, [. o5 S9 _ Q+ C *' X* O6 v+ O6 h1 u" p7 C. M
*/ 3 C+ a! F. x4 d" H protected String agentID = "GasNode " + (agentIDCounter++) : Q/ C8 M6 D& u7 a. |2 @' o/ z, D" c- }0 O
/**5 @8 q3 r, k1 R, y2 B
*# H! B% S V' ]! Y, v
* This is the step behavior.7 z7 j) D$ `, g: H0 M& {3 L
* @method step& E3 x1 v4 z& P1 q3 ~- s2 \
* 7 @: e. Z- B4 y% l) K% k */ " j" l9 a/ e# K( `7 a6 r! y$ Z @Watch() [* v% w$ |- h. `) y: \
watcheeClassName = 'infrastructuredemo.GasNode', ' S! k, n- A8 T1 } watcheeFieldNames = 'pressure',, t' H( S% w- c' B" `
query = 'linked_from', $ f: |, W7 n q1 R' _4 k whenToTrigger = WatcherTriggerSchedule.LATER,* s4 E8 x5 Q- `+ ~: |
scheduleTriggerDelta = 10d4 Q7 P) U; ?5 K1 V+ ?
) ; N9 J2 k% L' y# ]- d public def step(infrastructuredemo.GasNode watchedAgent) {# z. F3 G. j K6 s' r
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// Define the return value variable. ( `$ j5 |7 ^- t* B. D' I( N def returnValue ' D* ?- K1 t& ?! `8 L" Z. L+ P; H/ K$ U) ^% H
// Note the simulation time. , Y- Y1 h, l2 k, _9 ^ def time = GetTickCountInTimeUnits()( o. y, f% w0 P% \9 V6 i% a
/ s7 v$ h7 h! U- m4 Y
2 A# `* F1 T, J i7 | // This is an agent decision. * e) M7 g. b4 i0 h, {% k$ V if (watchedNode.pressure<200) { " \9 E& x+ u% H) j2 l3 Z. w1 ?6 K. P5 d
// This is a task.4 Q: K! v/ s* h, o" N
setPressure(watchedAgent.pressure)& `9 Y' E( t# h) n5 t7 g; K' j
, B8 h, Q) |4 G) i/ V7 s9 M, Y } else {1 i7 U* O2 K3 ~! v ^- d( g* `% C
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} : J7 R) I. q4 d5 G& F // Return the results.( G6 l$ i+ ^5 b8 R7 F) W G2 M
return returnValue/ R+ K$ v, Z! Z1 k4 d6 W5 g: a
- h, \! k, P |0 c3 [. M a } 8 z* V. n6 |1 n3 x+ k/ H ! t" d p9 \' I- Q9 T /** , q# `# _; B+ g# L" A *' r% p: Z/ q5 X3 p
* This is the step behavior. 9 n' I! Z" f1 [0 }. s7 U * @method step & c2 d+ l6 ^: t7 W *' M; b" K$ {2 d$ I0 U# ]
*/ P2 B; }- a( q/ B @ScheduledMethod( ' S: f5 i g! J& y$ w# j* \" p0 Q start = 1d,+ j* H+ X9 c, [; B6 ^
interval = 1d,- M! W# b; Q; Y& o/ P/ H, A
shuffle = false # a2 i: |4 T$ J+ `! ] ) 7 Q$ T( h3 k+ g6 T5 J, K4 I7 | public void step() {& u: J5 J5 o1 H! R
8 \. {! d9 f# ?, I2 A1 R7 o; h
// Note the simulation time.. I" G/ U; b% u, s+ l3 o+ g
def time = GetTickCountInTimeUnits() 0 }' \* a6 i* T' t/ h! L( U0 b7 I s% U8 V9 d, v7 b
// This is a task.8 f, [, A |6 v. k4 s
measurePressure=pressure+ RandomDraw(-20.0, 20.0)9 T" @$ H2 x6 z( i7 z1 D/ q
// End the method.: r) f$ I% X1 E9 D; }8 c
return4 |$ E6 j, L8 L! g5 ~5 H5 L