* {) T1 J- n6 G3 F- {& W ' \- v( E0 c5 y$ m@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") : r+ @ v V1 L9 R# i u6 N( @ public double getMeasured pressure() { n4 d# B5 i+ A: x( z5 e return measured pressure+ ]0 c6 L" H7 k# x W
} 5 N7 i. r8 C& b- w) i1 q2 L public void setMeasured pressure(double newValue) {' s2 S$ [$ J/ S M/ k
measured pressure = newValue 9 v- E9 H3 K* S3 b1 Y } ; Q E, P7 Y, P$ W" f* I public double measured pressure = 0$ Q: a0 v. E; p( X
E2 H6 h/ ~7 S% X; z4 _ /** + N, y& I; V* G& \, Z5 K1 c * 8 x; i l1 k% q6 N0 d4 ] * This value is used to automatically generate agent identifiers.: A, {+ Y( V& {9 p5 x+ b c4 K
* @field serialVersionUID + A7 [& `0 ]0 q; Z2 v: Z; R6 w * : F) k6 ?. o% H4 q! B, y */2 x: \$ D, C: F4 `
private static final long serialVersionUID = 1L% x w' w3 y' N9 \/ [# s0 n
/ w( u6 A1 Z1 g+ B0 y1 D' \; ]
/**- u( c! y2 T( s' t# C* T
* 5 ^( l, B) }( G7 M * This value is used to automatically generate agent identifiers.+ j, \$ m, P! `4 _/ m2 c& V
* @field agentIDCounter: P- r/ X( K1 ]8 X! a" P+ [
* 1 K" f0 F E5 V I& {/ k3 A */ 4 n) R$ p6 ] w. W- s protected static long agentIDCounter = 16 [1 M- [9 Z) I, g
; [- v/ j6 h3 f) f" R" N /** ! _! [) ?5 X3 R+ l, @' l *0 _. q0 m2 H+ p# C& H* ~
* This value is the agent's identifier.' N/ i8 a# S( y
* @field agentID 9 x, b' }- ]5 G *6 @$ N. G# c/ q+ ?' L5 Z$ |
*/ 4 x7 a+ V5 H- s4 b! ?, L- e protected String agentID = "GasNode " + (agentIDCounter++)+ [& b# Q' K0 [) @# e) |
4 q9 `8 z6 B9 v7 W6 }$ {7 _3 j; ?; y
/**3 @2 E) f4 c @
* 8 a; D1 L* g0 M( w- N * This is the step behavior.: d' [, T, n1 @! o
* @method step( Z2 z1 g9 s* p4 Y5 r* a4 Z4 h
*2 e: e, C4 B- O+ X8 [, @, Z1 |
*/ ' m8 L( B" f* y; V" b- t h @Watch(0 O% ^1 P9 i4 Q k- C3 p
watcheeClassName = 'infrastructuredemo.GasNode',( B$ I6 ^+ {5 @5 H8 j) C
watcheeFieldNames = 'pressure', ; j2 Q% H9 t5 h P+ x4 R query = 'linked_from', ) n& t9 h# T* \' `# b6 J) W) X2 T whenToTrigger = WatcherTriggerSchedule.LATER, 4 B# |6 `' G, W& E7 t6 t4 Z scheduleTriggerDelta = 10d3 b3 H3 W; R# j" t2 c
)$ `0 }! ]# B8 j( X U' \
public def step(infrastructuredemo.GasNode watchedAgent) {4 o. T; ^+ X( ?, h
7 }, y( d+ T' y' T4 x' A: j) Q4 z# q
// Define the return value variable. - o) X" I0 k& y4 H5 P6 A def returnValue ( n( s m9 h5 w( f' {3 |- Z # q& q! U" J6 L4 i // Note the simulation time.7 k! V2 z# d' T; A6 i6 y
def time = GetTickCountInTimeUnits()0 q. F [2 w' m! k4 } F
3 G. b2 I! _# Q) Q 0 T+ @* m+ n5 |6 G2 W // This is an agent decision. 6 k9 e% X1 Y/ s6 Z if (watchedNode.pressure<200) { & a( o4 M( g' T% B+ J k( u$ O 0 F; ?. m' Z6 U4 W3 Y. h // This is a task.. V! d" H( ~8 `4 e3 S
setPressure(watchedAgent.pressure) 3 P& q7 G8 } s7 Q* _1 ~- n! E: m: d' g9 o; j1 ?$ U
} else { 3 @3 D, ~; h3 _+ N, l7 ^ 7 _$ F; m. r/ d5 t& }9 p% p% b6 \6 f8 p1 H7 i* N( ]% O, {
}( M* {$ M+ N$ u$ O9 A4 i
// Return the results./ _4 s3 |6 t9 N' \ k
return returnValue . }8 H( ^) s' p# a9 w& | g y% y& Z; W% V- F }; A2 v. `- A+ E$ [3 D
' Z2 ?* u- m0 `8 y3 f$ Z
/**1 W& K$ O+ s2 }% v( C' D: \( x
*: l; o+ [3 S |! j( l
* This is the step behavior.0 `6 q8 N" Y; X/ L6 K
* @method step/ }; D% e% [+ J, U
* ! v& q8 b% L7 y) X% O *// M0 A" W1 t! W0 R/ X; O
@ScheduledMethod( 0 t% r( j; t" E start = 1d,. Z; ]; i2 x0 j" [+ q- a4 \
interval = 1d, & c; s7 j; T2 g) K* h s shuffle = false) T, _" s* z( `+ ]; }
)8 B9 N* Y0 M/ H
public void step() {9 z* K$ q, y7 E( ~# e9 `+ V
1 }2 E0 ]) g8 h/ P/ T8 s // Note the simulation time. ; _. p# u0 g0 t1 C) @7 O def time = GetTickCountInTimeUnits(): f( l l4 v$ H# { g7 B
0 N( s$ }' c8 p4 \; U0 O
// This is a task. ) I0 a& s3 W" U. K measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 F% v9 }6 X3 F: a% y N; y // End the method.6 O& \8 A w. C! C6 l1 E& j4 n- v
return : I, O- H' u& @# O% w3 l 0 R/ H }" G/ ^6 S: ?: l }