, K! T& L* d Y5 e( C " H& a5 M' F% f@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 X( \. k/ G( i( v public double getMeasured pressure() {. e8 I- R1 k2 V W+ }
return measured pressure ' h3 a9 R" ], v } ( |" o$ [( s% r; [0 _" x) i public void setMeasured pressure(double newValue) { 3 ` h, ?9 f0 d# _0 U' T measured pressure = newValue8 ^+ o/ N3 N6 |: q9 N( C
} 7 B y; |% {! c- C6 q+ T& t public double measured pressure = 0 4 i$ [; z2 p5 _# U) m* x# X + |# E6 h; h, d6 @+ ]0 G8 }! p /** ; G% o) ^! ^- Q' I& O- O ** r9 H5 u3 R1 A. g9 N+ {
* This value is used to automatically generate agent identifiers. 1 S& x+ a7 a; M: i2 v * @field serialVersionUID , n) L2 Z. s: F C$ H( G *4 b2 S" Q. k; n; v0 f( T5 Q
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private static final long serialVersionUID = 1L + @: |; E3 A$ r2 N ; t* c0 x) U9 N( `2 x7 h& u+ y /**9 Q# z6 u, t; R
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* This value is used to automatically generate agent identifiers. ; l2 G5 I* V4 M& s * @field agentIDCounter4 P3 ^8 |' \/ ?: ]
* 9 L' n; [) P- E8 T- D4 Y/ j* K */ " v& l- n6 K M protected static long agentIDCounter = 1 ) J7 E+ g' P- H6 g) k , e+ j6 E1 c$ c$ l& x /**% @; r4 [# r+ r9 p. @3 w
* 9 \1 d8 z! Q+ I% n4 [6 u * This value is the agent's identifier.; ?; k% R* H) Z! I' _* c
* @field agentID , ?/ W, q* ^9 [" w( b, Y& }) Y3 p1 ] *6 ?. F: L" r( R- Q1 U- D& n2 w
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protected String agentID = "GasNode " + (agentIDCounter++) ( |, l/ ?7 U* {1 ` 8 n2 {- B L d* b: ? /**9 O4 _; r6 K5 x2 e! B6 `
* ; x& i& P8 \7 J r: s7 J * This is the step behavior. $ z2 ~, A, ]2 Y" N) o * @method step + w4 k3 l- S( u *( H. G+ v0 C+ c4 h
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@Watch( 0 g. B7 l4 |$ B3 \+ i- | H" r watcheeClassName = 'infrastructuredemo.GasNode',4 z2 ]& ?7 A7 L0 S
watcheeFieldNames = 'pressure', - N: w. I7 M8 [' F& m query = 'linked_from',6 i% l9 Y, A, ?6 b; o
whenToTrigger = WatcherTriggerSchedule.LATER,- m3 u; \: l4 L# [) Y6 U- @' d
scheduleTriggerDelta = 10d 1 Z7 u1 W; A6 R. _ ) 9 E) X3 y. l' W8 f' Y* y) G& Y public def step(infrastructuredemo.GasNode watchedAgent) {/ {; _4 g) J* c( B: I( b; o6 i
) o; Q' x3 `6 X0 ~ k6 M // Define the return value variable.$ J( p& f4 D( r, P3 l# u8 @3 W# D. S
def returnValue + O M0 ?/ q5 v& p( ?/ `/ W/ Z, j" T( m- [$ e1 X/ Z& I
// Note the simulation time. & F0 q3 c0 d9 [0 e$ \& b6 w def time = GetTickCountInTimeUnits()( V" h2 G' o h
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// This is an agent decision. 0 _5 Z/ R: P( w- U. G if (watchedNode.pressure<200) {0 ~* m( I- n. ~2 R! F0 [9 Q
! m8 E4 G. b ]1 d // This is a task.- P# d4 V! v, a' Y
setPressure(watchedAgent.pressure) 3 Z& y, j: D* g8 v0 N2 `. [ ! [$ q' W8 `" v" q( h: F/ `, | } else { - q$ a i8 K* _" g: @5 L8 I( T* B, v; }, f' p5 i7 S5 ^
4 W9 H& }9 b9 v0 q/ m+ ` } ( i- v# @- K. k! k z // Return the results.( z9 m* v S* E! ]1 [0 T
return returnValue . \$ h: b7 i* Z1 U+ i# o- q2 _7 m; w+ F3 P' X% w7 c3 ^
} ; o" X0 v* g5 X, O 6 t7 d' ^ M# ~3 q /**% f4 m3 j4 _+ J
* ; S$ g6 J# y k% V# J * This is the step behavior.+ q0 C5 r7 [9 t- [; V' q
* @method step V- x8 i" T6 c4 Y- C2 l* m' M* V! h *7 _. q: _+ h& T" |
*/ 6 o% L! d; k" R+ ]4 d @ScheduledMethod( 0 |+ `8 d& ` z* Q start = 1d,$ X4 n; B! k; i9 m
interval = 1d, & B) g3 A6 `- z. m B7 F$ _( w shuffle = false& f5 O7 |% O! h) t
) ( _ R7 u( v/ h5 I public void step() { . P) ?% R& H2 | A. [0 I' n8 N& |# f1 f: E% n
// Note the simulation time. 6 b: |, [: V n8 K/ a def time = GetTickCountInTimeUnits() 8 i5 X7 G$ u) s ! `6 q4 C# X6 p/ `2 z, J# K // This is a task.; p; _0 m& ^* d7 B' r, m
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ! X) ]! A+ d; g# t; Q o2 u // End the method.7 h( Z7 l! E% e3 V- n% q2 b
return- S4 D1 A6 M% t. e! F$ i- u6 r" w
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}