. F+ D, s% N9 w@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% e3 ]- \" m/ u) b2 A) @
public double getMeasured pressure() { . g9 w+ d. U# y' n! N+ O return measured pressure9 X+ a, l( b$ v- X. @! w
} ! X5 [7 C: d( U: g public void setMeasured pressure(double newValue) {5 h, K+ o G+ [9 ?$ _, b9 V
measured pressure = newValue6 A0 O v7 V/ s1 i
}3 ?9 p8 X. U! m1 k1 z" [/ x
public double measured pressure = 07 Q6 }& H1 g! O* l* C
7 y! ~' _- ?( |/ Q3 j
/** 1 A( r' J8 C" ?4 |: T- ]7 a *7 K: w7 i' C' v; H6 Q. [ X
* This value is used to automatically generate agent identifiers. - v6 z( {; \1 J! K& U1 j0 q * @field serialVersionUID * s) g- {; B% s1 t9 Z8 c* [ ** x! h- t4 p1 B. K3 y1 O
*/ ! U2 n4 v6 m6 Y' Y private static final long serialVersionUID = 1L # m& h% u( c3 S9 c # D. ~+ n7 S2 U2 c /** 3 V+ D& r. }+ ~) K. Q5 J( a6 h *- O3 [/ O7 t% o k( u# u
* This value is used to automatically generate agent identifiers.9 k* `2 F' z/ t! o3 |4 n# \) b
* @field agentIDCounter $ h" v Z6 a4 J$ t$ Q- n; e M * ; Q1 U6 T' `2 r: N% k2 Z0 N */ 8 O6 }6 _- [% {* Z% c! J+ J* r protected static long agentIDCounter = 1: E; b! ?) T$ b3 w
6 L5 K' ^+ j, S [6 j /**1 e! X$ r; k* G1 T" n
* 6 S) j: {6 i2 N+ ~0 C * This value is the agent's identifier. 6 F( N* q1 U# G* v! d9 d" i * @field agentID : \" R2 i6 N9 c1 W- d" P * , \+ c& `, B. G Y */+ M% @3 \% M7 {/ `
protected String agentID = "GasNode " + (agentIDCounter++): v' a. V* @' L2 J# ^ K6 I8 a5 C
) P {7 P/ y" N% k
/** # O" T2 ~% v3 \ v+ \) i/ a * ( O m2 c' C% q- Z * This is the step behavior.0 I8 r0 i" [, N
* @method step + J4 K( k4 W& N3 ^( e7 ^1 Z * 5 v# i U3 C4 i; v5 `0 B */6 P% d; J+ p6 U/ } M7 g
@Watch(# V/ u/ a: e& C# d4 q
watcheeClassName = 'infrastructuredemo.GasNode', ) m! r1 Q t6 y' E& N4 B watcheeFieldNames = 'pressure', : ]8 g2 n4 n$ J; Q' H2 W- [+ M query = 'linked_from',5 e' C* `) V3 o6 m7 Y
whenToTrigger = WatcherTriggerSchedule.LATER, : E) M) C$ s/ @5 K% H scheduleTriggerDelta = 10d) K& [/ j0 b- P$ P& d
)) v1 y8 F% e5 V* | t9 l
public def step(infrastructuredemo.GasNode watchedAgent) {# W0 ^# B; a) T+ D' }
! P* u; G' }& `+ p# a3 T // Define the return value variable. , Y( O X) o& J9 @( e def returnValue / B8 Y& o% M; k; C z+ H9 z6 I; k. C/ {
// Note the simulation time. * M# e9 v5 v( U) a def time = GetTickCountInTimeUnits(): _( c& b/ y4 m# p% ]
3 C0 o! y' }( X% g! T2 Y# X t! R8 ~& M' L
// This is an agent decision. 0 V; ~! F* L& V if (watchedNode.pressure<200) { B1 T+ T* ^& q- B & ?, ^* ~" T/ _" ` // This is a task.* C3 O( D6 M0 V ~. D# Y, ]
setPressure(watchedAgent.pressure)8 [/ D. g! p# N
; I$ E2 _: I5 v; B8 U
} else {. h- N$ l! u) d4 s
9 {$ b+ N7 C% ~- G# D; X
. J; f5 b9 @. T2 Y# W% p } - S5 }0 _; i" ]$ g, b // Return the results., B5 U V- ?" ]3 x, A O0 s
return returnValue : `7 W$ L0 C0 }3 d# H 4 W; z2 D6 V) h6 H' H) ?. V/ \4 N }: |$ z4 P/ J& K0 q
5 D+ J% c+ L: b0 l( B+ N: ]+ |( K
/** 4 }7 f' j- W+ B, B *. v# S' _7 a7 y6 X
* This is the step behavior.- b" h- E I4 @. p& g0 o- Y
* @method step 2 H: T) y; P$ {- b * # m, ^" {$ ]. K; f$ Q */ / R2 D* {- Q6 ^# W5 f @ScheduledMethod( ) i w5 L: A" ^+ j5 Q# r E start = 1d, * A+ F# b% ]5 u# y5 u: r6 ` interval = 1d, ( ?( _+ g3 G3 m# Y( L shuffle = false. B; g! s% k. J" L
)" s( `0 I+ \& _% [5 n2 Y. @
public void step() { + e' k) v+ ^0 |8 l + s) g! f: R# v8 v: J // Note the simulation time.3 ]* ]; |5 ~" ]) b7 N& V
def time = GetTickCountInTimeUnits() 6 ]* P/ }9 {& ]5 O" K* \; W6 G5 [( j* }" `: T, i+ G
// This is a task. - d9 I3 i) _4 V! y% g& j1 |2 ~ measurePressure=pressure+ RandomDraw(-20.0, 20.0) 7 ~, S/ z6 F1 M // End the method.8 ?2 `8 x' |9 N s8 O6 t* X2 ]
return3 b: T. d. L9 u1 t