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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")8 F+ b9 \7 W' t- r# [2 @ o
public double getMeasured pressure() {0 q0 h7 P$ O2 b9 q
return measured pressure ( l1 V9 u [+ y- g6 u7 A }7 J" W5 B+ L. f. u& v
public void setMeasured pressure(double newValue) { 4 j v6 Y' C7 I5 z0 B b measured pressure = newValue $ G+ c3 I8 q* a* q1 C/ I# t }, u7 k }4 k# B4 q8 x) w0 F. ]+ L
public double measured pressure = 0% @( \8 s$ a3 H3 c8 k
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/** ; j5 {, O+ t7 Y * ( p, \- r O; m1 M% @2 S * This value is used to automatically generate agent identifiers." s' @. c2 L7 O" z; R1 m/ n
* @field serialVersionUID. P6 H# k% \+ }& I* g4 [
* [# \! p$ l0 B. X, M$ `9 Q& u */ 0 \4 M) w4 M0 q- C5 Q private static final long serialVersionUID = 1L L9 t# a+ L9 F) X
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/**1 f% t8 F6 a# |* w( I& d
* $ d# }2 `4 y" Q% x, U8 c * This value is used to automatically generate agent identifiers.1 x. S; B' V0 t5 C
* @field agentIDCounter( {: X; \7 x4 a/ z+ O
* 9 O) ]& W4 V: Y5 r/ t */ ^4 a0 {3 M+ ^- n9 G! p
protected static long agentIDCounter = 1! a5 T# D' `3 i0 r d! m
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/**, O( |: W' Q( d3 L' X
*; r, `6 w% Q5 _
* This value is the agent's identifier.! ?$ a, r- r) U2 `- N1 R
* @field agentID9 e0 F* y. A* }) h
*$ E/ p5 i; O' I8 h+ h0 d& c5 F4 I
*/9 j0 [" o& [5 D
protected String agentID = "GasNode " + (agentIDCounter++)$ q# \+ u }9 G5 _% f, J
8 P; [+ A0 s# h) H /** $ _2 @; j* V. B0 |0 |+ l" Q/ l: h *" @# W* k9 l, B8 v, R4 m1 Q
* This is the step behavior. 5 u' q `& B9 P' C2 d1 ]" B8 | * @method step' J0 [! q- \' r5 p
* 7 ^0 d6 N+ r; o- I( x6 m; D5 D */% k1 w% C3 [/ ]7 t6 z# V( F. \
@Watch( 0 k" p9 ]8 y) o1 d watcheeClassName = 'infrastructuredemo.GasNode', ( N, j/ n1 I2 O watcheeFieldNames = 'pressure', : f3 b! b$ {% L2 r7 v query = 'linked_from',) v) c* B2 E, z
whenToTrigger = WatcherTriggerSchedule.LATER, ( p/ Z4 b: f) M' r+ O1 c- r scheduleTriggerDelta = 10d ; c+ \, p: \7 G+ \$ w$ g ) y4 B6 E2 \5 H1 P4 E4 ^- s public def step(infrastructuredemo.GasNode watchedAgent) { " A: A1 z' `/ K9 r6 U( `% J: d+ M6 O1 h
// Define the return value variable. % ~+ O5 ]6 G- n! K/ r5 q( i0 M def returnValue, `, ^; x" M" p2 a" ?2 j2 \4 t
; o m- E% [: a8 I // Note the simulation time.. U; ^4 M0 y" N% }3 q& Z7 Z
def time = GetTickCountInTimeUnits(): \2 Q5 u; ?/ d h/ [
, ?! ]- W, ?9 @ O 9 M% p. D# }3 B9 X6 `8 x // This is an agent decision.$ [% j1 V) p: Q9 F) u$ ^1 G! r. t
if (watchedNode.pressure<200) { 0 Z2 x6 j. x. O8 X4 m ( B4 A% w0 c% \0 O* z // This is a task. 3 n; ^) c+ D4 F: d. C setPressure(watchedAgent.pressure)9 L( `, H4 U: N1 Z* s
; J5 L1 X: C P5 _0 Z) H } else { 7 d" h' o- B1 w- s, D( n. w. ~ ( Q0 C* V! e! f7 V6 X h, ~0 q5 G0 z$ y: x( S8 O$ w6 x
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// Return the results. 0 @, d) g5 M) h return returnValue6 W" b& M) R' }0 M
! [, b& p7 J' D } & p- g( l* n5 I1 j3 Y ! Z! U$ U) R4 a /** S% j& }! X' G2 ]8 n * 5 a# M6 Z0 ?' {9 W * This is the step behavior.2 T4 z1 m* u1 J" A' c# C
* @method step 8 C5 U/ ]- |( C% @% w5 F *3 H- I# h6 E1 J/ m
*/ + M$ C! k! ^7 T' ]: z h @ScheduledMethod( * i2 j& R! u& u* Q" \# x; m start = 1d, 7 @9 t8 F/ w* O2 P+ j interval = 1d, + d2 U1 ~: T3 e" i# C$ O% Y+ ]( L+ |0 l shuffle = false+ M; U; P1 q0 Z; d! X9 }
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public void step() {- j, I. p4 w7 |; p+ Y( F: A8 ^* [/ H
6 K6 `' v: D9 t# e4 R9 @* W // Note the simulation time.2 R* x' M8 I7 z F. n3 k
def time = GetTickCountInTimeUnits() - F3 Z! T5 z! m$ [) O3 [% N : e' \* r8 \, c4 W+ A // This is a task.% S" r8 d) `: {; P9 s
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 1 G: A6 y0 O0 V- {& _( T: G7 Z // End the method. z \3 c/ \5 c/ I* O- \: V
return7 f$ L0 K) Z" l1 X