8 @- j4 {, v* G$ v 6 }" ?2 S6 w2 V1 k9 N7 Q4 T! {@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")) x, U4 s0 S) J3 ^/ ^( N! T
public double getMeasured pressure() { + O4 u5 M9 J+ u: i ` [ return measured pressure 8 `8 u! V4 x# p/ A6 r* o } & Q% R' B* L, d7 f& ^, W public void setMeasured pressure(double newValue) { ( u2 d! u9 O. z( q- E& Q measured pressure = newValue$ @; G0 ?: Y U+ p8 M
} $ j# F" A- u4 k/ M- a( Q public double measured pressure = 00 Y' {0 S w6 J4 ]9 y# C5 r2 J
+ \& \% a. H7 v% \1 o* M
/**/ m5 H' m: z; R9 D/ ]
* ; w$ C8 `# _5 F; f * This value is used to automatically generate agent identifiers. : w& @( `9 B1 V! @ * @field serialVersionUID | }- Z5 l. f9 ]: }5 ~ * , S2 f, R* c9 a. C- t- M+ D Q */ - n- @, }8 b2 o private static final long serialVersionUID = 1L i+ u) A3 h- W0 s# a1 U
5 g' g9 c2 v' \. I7 i# u, o+ F
/**# I/ J8 e$ O% E0 }
* # v5 s, p8 l8 ]! ^* ] * This value is used to automatically generate agent identifiers.% |6 ]& G1 l9 I5 K4 o
* @field agentIDCounter R! I, U( Q/ J. S' I, T1 q6 I *1 m) B9 H$ q# k3 a( W
*/4 ], T1 B1 [3 w- V: t2 l
protected static long agentIDCounter = 1 1 z% N5 O5 Z5 Z: z0 }* n; s0 e8 R, \ j" P7 Y. h4 x9 L
/**9 B9 }4 F' v; c2 {
* - _1 }0 y- O: W9 }/ \ * This value is the agent's identifier. # r3 X) ]$ `% g; A) w- W * @field agentID w! Q8 K2 H& G- `+ Y+ ?; }! Y * 1 @ V H$ `/ \7 o5 k0 a8 m8 k */ 6 g& S5 m" J5 b* y, J7 B protected String agentID = "GasNode " + (agentIDCounter++) & t2 I( W X& _* H8 d/ r 4 ]+ v! U8 N, V+ e /** 1 h, V/ o; C- e% l, P9 h * 7 J5 K3 @( Q5 A- e/ a3 P% R$ @ * This is the step behavior. " y# x7 A( A6 {6 d" H8 M& E * @method step b; k7 i7 V8 \2 f
* 2 @) v* `8 G% u9 V; s */ / }' A6 N, p5 ~4 A: q# p @Watch( * X/ d( S6 @+ S% S5 m. @ watcheeClassName = 'infrastructuredemo.GasNode',+ g" a$ P! {7 o# ]2 D: a/ F
watcheeFieldNames = 'pressure', & a+ |( u9 f& o; M. G$ m0 P9 j( y9 R query = 'linked_from', - W, U7 Q6 U* ~ ^; f5 @ whenToTrigger = WatcherTriggerSchedule.LATER,, y' p* j& k5 v( F
scheduleTriggerDelta = 10d( g( X2 s6 H2 C1 S$ }
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public def step(infrastructuredemo.GasNode watchedAgent) {' I( G3 S+ ~- ~+ D" k
0 G% F- t( U, u5 X // Define the return value variable.9 S2 W# ?% ^/ W
def returnValue 1 K; `/ V5 h2 U . x- L9 E/ [1 z4 [ // Note the simulation time. 7 F; f& ~2 D% j$ J6 S def time = GetTickCountInTimeUnits()2 ?% |+ y& S u
1 q7 m, u2 L+ C 1 \8 D1 b; e" l( W# u // This is an agent decision./ s/ }0 |" ^8 c7 S
if (watchedNode.pressure<200) { [1 P4 l1 ^1 x/ z( d! J1 L- n* w5 ?2 ]4 a8 W( q, b( q
// This is a task. # h0 f. a7 C9 V% ~2 q setPressure(watchedAgent.pressure) : c3 `7 G- R' @6 O/ |( \6 j0 J& f7 W; A+ r8 [9 \( N
} else { 5 i( s* H, P6 d$ e. p+ X" k) K! e; V: v! l5 R% d6 m* w
5 ~2 L9 {" R; \ } . u; y$ W4 Y" S; W5 `6 ^8 j // Return the results. T( ~' f9 Q1 k+ {. C
return returnValue4 g" e! E# a) D+ f7 ?
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} 4 H2 w7 w; O' `. z2 F1 n- g% O4 T5 a# B' L3 A4 m
/**/ _- L0 o: W9 E7 |6 c" c! s3 M
* . t5 ]9 t. ~# ]) s. a) b( g * This is the step behavior.% T9 z5 z5 Z$ Y: c
* @method step , b. A7 `1 W( y, Z |/ m& I *- G ^% M4 r4 n
*/7 J* Q1 ?5 k9 Y- _
@ScheduledMethod(8 N: J% t. I1 @ m# }1 N' l9 s
start = 1d,* `2 h' O. M( A8 z# A
interval = 1d,1 Z6 }& z3 ?# y* H# S' b
shuffle = false 2 z7 h+ g8 B, W& t6 T9 W, d ) , {1 x S: W3 Q. n public void step() {4 x4 z+ W( m6 U6 r5 S8 o$ t# d
* Z" q3 [% i- A# m( H3 O
// Note the simulation time.7 E! c" ?( v2 Y- c9 L
def time = GetTickCountInTimeUnits(). B! T; ?1 B' a {/ h
2 _/ U& t% y' j9 Y. f7 L // This is a task.4 E6 Y: c- j% p7 P" l$ h* f
measurePressure=pressure+ RandomDraw(-20.0, 20.0)* I$ G' Z" ]) N: o: K
// End the method. 9 }, T! W$ Z1 {; j return' w6 G; }+ y4 X. C1 Y) O/ Y3 }