6 u3 e2 R. S/ ]: D@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ' M; @4 z$ j4 M- Q Y# M public double getMeasured pressure() { - J! m/ ^" P4 q% R& ? return measured pressure % ?6 L3 o, x2 [: `4 i } + Q2 P0 C7 N0 Y public void setMeasured pressure(double newValue) { . n; R% U% E4 C- V3 ` measured pressure = newValue 0 Y7 G; z! r4 V$ f' p& K6 @ } g" L+ J. w. N* [9 ] public double measured pressure = 0, H8 L" S$ ?" D. h M0 Q
4 c1 N! C* A5 h /**- o0 ~" g' p, @, v* c" O8 E
* 0 B. ?! Q( w9 e) p * This value is used to automatically generate agent identifiers. 7 ?% a e7 N) s' r * @field serialVersionUID & G3 n; j' D# b; J6 ~* O4 Z0 T& B3 { ** N* b' j/ C3 Z1 j
*/ $ ~2 u7 Q) D n4 I i3 c private static final long serialVersionUID = 1L ' \% E- A' H" u8 Q+ @# n) s- N# | V , l: U4 y6 X9 F) x9 M& b3 D /** 9 q1 L0 X' b- ~4 r5 B *, [0 j( c6 q) i c+ D! E O' W- X
* This value is used to automatically generate agent identifiers.; i2 I1 N% k- y/ `! P, B
* @field agentIDCounter * }2 l( z9 y# D/ z) _ * # `; H7 p Q# \ */+ b+ q7 e, Z( G A. }3 q0 U
protected static long agentIDCounter = 1 ! L! q- Y( p t, z3 C! |8 v" s# A- d9 S# ?, _
/**$ R Q" x9 j! s6 U( C, F
* 1 B! U; P4 t0 ?* j: s * This value is the agent's identifier.+ b+ d, O5 Q' i8 R9 g- p, a/ i: j2 w4 s
* @field agentID. c b, H/ g. |; q' ~
*. }5 A. X( z, Y. y( S. j- Y
*/; c0 c. R1 Y/ q+ Y
protected String agentID = "GasNode " + (agentIDCounter++), Y3 e$ d+ Q# T
7 f3 c6 q9 n2 }- z- |5 C. c( g8 g /** ( \! Y' f3 B, t( H * ) E# ^, B0 z# E: _+ K$ z5 B * This is the step behavior. : U5 w6 Z8 l9 z2 r * @method step/ N$ m( ?" X& v& Z+ V3 J
* - U H( I, N2 W& j# C1 L */" |! w3 r/ N1 K5 e8 e
@Watch( 9 Y+ ]5 Q2 {# |+ w+ v% Z5 o, W0 _ watcheeClassName = 'infrastructuredemo.GasNode', : {# \6 O" ?- \) n% E watcheeFieldNames = 'pressure', 8 `6 @& M' p; D- \% P( z query = 'linked_from',- M* U- x+ a5 ^! \# `
whenToTrigger = WatcherTriggerSchedule.LATER, ' o& F9 W. A& X* d scheduleTriggerDelta = 10d 9 X# f% Y( }4 e- N+ | )2 }" [+ m/ C; O6 a6 Z% C8 O, ~5 @
public def step(infrastructuredemo.GasNode watchedAgent) { r, O$ M. d5 J" ~3 ^2 s- i) G$ S* T+ N+ n5 o
// Define the return value variable.) ~% |6 g5 J7 `
def returnValue0 m7 W5 h( U, w
& x3 e3 R1 L2 R/ V* v) U // Note the simulation time., l. s/ y& x5 J! N
def time = GetTickCountInTimeUnits() " l7 w$ U4 X3 X( m! O E$ L5 B( r$ f6 {1 [9 a6 t# V% _ ( E; W$ R( t5 C7 H, h! }2 V // This is an agent decision. 2 F6 k8 X2 S! S) k if (watchedNode.pressure<200) { / W; ^/ O: g5 I( e1 ]7 }7 p0 h" C! q% {# D5 `+ }# T% v _
// This is a task.5 s& G4 U: r1 i v0 G
setPressure(watchedAgent.pressure) , m/ ]& x& @/ E( b( X5 _! z. | 4 }1 ~& o' ]" R" {* i } else { 9 V7 G5 `' l: a% w$ J9 x/ k; t7 d+ p( u2 T6 Z& a, I, R; [
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// Return the results.; L7 S5 e% \6 u* L" P: D( Y2 W4 @
return returnValue + Y! J9 g# m3 p7 a" s( c# J# m3 P* Q2 Y! _
}' x C& ~) ]2 f4 Q3 M7 Z5 k1 o
, X, d* W( x6 D3 L4 S; {# p /** - `' b0 x& j2 a * g, x& O2 b0 D7 y Q" U a3 m0 [ * This is the step behavior. $ D V0 B! R6 }3 O! B. j * @method step/ A; ^# x3 b7 K, d ^* e3 q9 K
*- i6 q) Y7 A2 |; x; }8 L
*/) Y5 Z/ ^9 n0 w+ I
@ScheduledMethod( h# l6 y9 T; \4 ? ~2 l, H& l
start = 1d,% J% c/ i1 _) L8 y+ @- w# i' l
interval = 1d,8 {3 ]6 i1 y7 s- g9 R# f! b" Z" B
shuffle = false% }- |" `' |; }. q; N% G
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public void step() { 3 Q: r1 I d$ B1 z; ^, w) X- Q' k9 } G0 x
// Note the simulation time.& R( U5 K. ?, D2 D. C9 X: L
def time = GetTickCountInTimeUnits()* Z# m* y1 A6 A/ K1 w, _( p+ Z+ G
) @+ ]0 y4 }7 R8 c! m
// This is a task.5 c; P8 W1 T3 _
measurePressure=pressure+ RandomDraw(-20.0, 20.0)7 M+ e( F: i5 ` T+ z# g3 k O, R
// End the method.0 N! v4 M! g+ m0 d) R0 x
return# ^" r! ~4 S5 y: |# C* E
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}