- q! G6 B2 @+ M; E9 C) a- A, g@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 3 r- _+ P- @+ J; ~* f( \( y public double getMeasured pressure() {/ A9 k- r3 L C$ m8 Z9 ~( O
return measured pressure0 X% ` k" h. ^0 S
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public void setMeasured pressure(double newValue) {- O2 o6 g I4 ]" m% s3 j. C
measured pressure = newValue % X" c1 p9 _$ z- k }% x+ M; a% `3 d( L
public double measured pressure = 0, X5 Q; R, c7 a9 y: ?
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/** 9 `! i! ]% q' T2 i3 Z *3 J3 N: E" _$ G$ u, r
* This value is used to automatically generate agent identifiers. + C' Q7 p! l; l* _5 l% R * @field serialVersionUID+ h |% E" |% H1 B) f8 f4 K6 d
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*/( l( G! a; _- ]3 |
private static final long serialVersionUID = 1L5 u6 d" Z" ^ \2 e' ]
+ [5 H; {3 |4 x: Q& r) N /** & M9 r4 d% L+ J' n * + C3 v. ~/ }' f7 ~0 e4 J * This value is used to automatically generate agent identifiers. O7 @9 F9 b" B * @field agentIDCounter 5 l: @+ C8 c2 E: E9 ~3 E0 S0 {1 s *) P V4 l5 ?6 u, K# u
*/ * D5 h& B" s l/ u, W5 b protected static long agentIDCounter = 1 , R5 n1 w5 ?3 |9 H' p) N4 `, I5 l. s- g# Y1 r
/**; P* v8 o/ s9 y+ ?
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* This value is the agent's identifier.$ M" ]/ C4 I$ N- ~) f; l
* @field agentID/ c* e! D' u! B( K1 C1 ~
* " V, o* {$ ^9 I( I */% s5 B' |3 q1 B$ I! G4 [3 S
protected String agentID = "GasNode " + (agentIDCounter++)3 g- w5 ~! P" K& T8 }
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/** , u) u- |# e2 X8 n* i6 f0 w * , A/ Y5 V, @2 S+ }$ l * This is the step behavior.* v- W1 D+ ~7 L. {
* @method step0 C( j& k/ _3 q+ N, s p$ p
* 1 v9 E' b% s u# \7 y7 R */+ j/ C# s% e. u2 R$ K$ x3 }# @
@Watch( # H: ~: Z% `0 B6 n, d, Q watcheeClassName = 'infrastructuredemo.GasNode', ; \% V" y4 F% a m( ? watcheeFieldNames = 'pressure',$ g8 @) Z( d% D! s6 X6 p# ?# B7 L
query = 'linked_from',# J* D. l# C" w$ l! k* y+ L% Q
whenToTrigger = WatcherTriggerSchedule.LATER, ! j; w+ B8 I a! S r, j7 f& h$ v scheduleTriggerDelta = 10d ; [7 \1 s5 q, W4 M" b' v' M+ H$ E ) 8 U% n9 b- x& j% ~' p+ w public def step(infrastructuredemo.GasNode watchedAgent) { ! H6 P2 c% |7 O) C7 x/ P+ | 4 g2 j) x6 `' ] // Define the return value variable.4 \% O0 {8 N" z6 Z( e
def returnValue# w- J2 o' R0 g) ^, X9 A2 O
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// Note the simulation time.$ o+ h' E3 `: m1 ]: Y( @+ f1 k% N
def time = GetTickCountInTimeUnits()8 d* [: @9 U# x u+ G9 c( D
+ b/ j9 ]) Z, B! n
, ]: v+ i, z5 \- q7 T; ^6 F // This is an agent decision.. @+ @' Y5 m6 A% M" U" {4 I
if (watchedNode.pressure<200) { h) l, A9 y: g+ d* W. n9 K- G ! d' P& R$ ~% I% ^ f" | // This is a task. * O _# j) s# K: b) o1 r setPressure(watchedAgent.pressure)! Q& a9 f/ u, `1 l, L# @ I
7 y# z g4 D3 C! z$ s# q } else {- w. x8 T8 u: V V3 l8 w
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// Return the results.8 [4 U# r3 @3 O9 d3 C; l
return returnValue 6 w6 W' ] h1 e% V* o, |( B( I! E7 k4 j) V7 |- d+ D: f4 k2 f
} . J# ?7 R6 D! s$ Z( e " A+ C1 V% \2 l0 t6 _2 J4 I /**- G. [2 P0 I2 g. F+ @& f! P7 ]! n
*" ?* s2 E1 `4 `" |6 e
* This is the step behavior. 0 n) D& g4 D5 S- [ * @method step R# j0 k* h, H% N1 k6 k9 e: m * 4 I( L. `) H0 ^# t2 q+ K0 b2 A */ 8 \' x1 e8 l8 f0 ] @ScheduledMethod( 2 P( i/ \* l# P6 C start = 1d, 9 c( U Q5 a5 b7 w2 l. ]# c interval = 1d,/ Z; s) E9 x' W" w; x! ]
shuffle = false# K# v4 A- z+ p6 u5 Y! j' s) e
) 7 F( Q6 z* ?$ F) r1 z6 [ public void step() {# k( Y/ b9 t0 g
, e! i- L6 O; v" g, V // Note the simulation time.5 U& [0 a5 V |$ I5 l& p, f7 w. V
def time = GetTickCountInTimeUnits() / o9 o* ]% C6 C/ {/ b% ^: M 5 b, R, y" Y) L/ \& g1 z& M9 k" m // This is a task. * H( K& T3 k) Y( H measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; M* \/ h/ o8 k/ W // End the method.- M m" O1 ?. k5 |& ?9 F" J) b
return + @$ ?5 h! l) {* c / O" h/ `2 j- N- \ }