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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")" O3 Y: b$ ~" \9 [* T
public double getMeasured pressure() {/ \5 u5 _1 e, G, L6 a% o
return measured pressure# ?$ v5 ]/ Q- t& L- z2 p
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public void setMeasured pressure(double newValue) {; ^" b1 m) A9 S/ E# U3 d- h
measured pressure = newValue 5 X6 D2 l9 u+ i9 V" v, z/ j }, U: A+ g( D/ g! ]: Y3 W+ T& ~
public double measured pressure = 0 4 a' F% x% P* r0 n/ E3 g2 C' |+ q! f6 i S2 @7 d
/** 6 e! P4 c1 ?1 \& K * 0 |9 g, ^1 G- X. o7 L9 ?$ Z * This value is used to automatically generate agent identifiers. " f3 o- X9 V) w' O" ` [' e * @field serialVersionUID, ~' N2 e2 b; c. t! M2 N
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*/6 ]7 v1 W$ ~9 E* o( {
private static final long serialVersionUID = 1L & W* r" u6 ~- d. ~ # w+ w% a- ]1 l" z8 N1 i /** + L8 T" y5 p' c+ A& f9 ]" O4 J * : f, w7 l/ w8 A * This value is used to automatically generate agent identifiers. % a, }$ O R4 e/ J3 x * @field agentIDCounter4 ]9 _0 I" _. {: o a3 B
* k6 G5 Q! U( } J# S" Q# K3 L */ # R2 t+ M$ T7 O protected static long agentIDCounter = 1. Q' X5 r+ L. n$ q2 }( x6 a, ]6 x- U
3 w0 w3 @! R4 F1 w% Q /**$ N! P& B( Q/ D
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* This value is the agent's identifier. Z$ G# i6 \ p& t/ c" k * @field agentID% `8 z. v3 p& W
* 0 @( r7 j4 f0 E( K5 @ */ % I) d/ e/ I( [* N5 E protected String agentID = "GasNode " + (agentIDCounter++) }1 d2 e1 A3 _, b0 o$ M7 _: x# [4 U
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* This is the step behavior.+ o7 W& j, ~# ?4 d4 q1 `
* @method step2 z5 R+ ?* `4 a5 y
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*/ 5 k0 n- Q3 ~2 P. V* U! E @Watch( 9 t& _/ E* p( Z$ q$ S& F* K0 \ watcheeClassName = 'infrastructuredemo.GasNode',3 }' n7 W* O+ e4 U8 m) d
watcheeFieldNames = 'pressure', 4 c y( I9 J+ k0 K. c+ [ query = 'linked_from', % f% l( ~6 a7 |) r- [ whenToTrigger = WatcherTriggerSchedule.LATER, $ S0 ~5 O& F, Y' F6 T2 b* ] scheduleTriggerDelta = 10d1 ^) a/ n- D& ^2 x- a9 W; C3 [$ \
) 4 B1 G$ h' W9 s public def step(infrastructuredemo.GasNode watchedAgent) {& u; ]7 g! o# B7 d7 s, V
9 t8 X+ q& x& D9 h+ f3 F- X // Define the return value variable. $ E! V% N: V1 S! A5 q; Z' h def returnValue # P# ?/ \5 L; v8 e& E' J% Q, ^1 Q7 V- B) `
// Note the simulation time. * U( W0 v( w* o def time = GetTickCountInTimeUnits()2 p3 {* ]: ]1 H$ D
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// This is an agent decision. : \4 c% H7 q) ~# `8 u! O. w2 _( P. u if (watchedNode.pressure<200) {- u6 x. m0 C: I# K
' @' _9 l) ]1 z // This is a task. 5 {* |# C0 n2 B$ j5 h setPressure(watchedAgent.pressure): w; e F( S, A1 E5 S
$ p- ?( S0 j/ p+ E0 w% B } else {" |" Y# s% F0 ]3 B. _6 w5 ^
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// Return the results. , k' `. _7 `6 S: l return returnValue+ t3 V; U3 V, I `* C
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/** 7 C5 n$ g4 P% D! d% K *9 C6 ]9 N2 |3 |) P
* This is the step behavior. $ V% h6 h2 o3 F3 S# Z2 } t * @method step, e; I1 |6 n* I0 A
* 2 `7 p+ [! x O7 l T8 ^: i7 s */ I- b* t- l6 P) F @ScheduledMethod( & ^& B" V: d' n start = 1d,% F, O1 I$ E0 [: v1 X$ t
interval = 1d,# f+ m1 k/ R0 D( H
shuffle = false 1 ~( M, h3 `: F" v8 o. Y3 t )8 f9 s3 S3 N9 ^, Q. g: @
public void step() {; }9 Z, n2 {9 u/ a0 q/ k0 ], |
+ c: `9 [5 [- ~4 M" ?& I& z // Note the simulation time.4 ]( y4 d- s0 E( ^! a- z
def time = GetTickCountInTimeUnits() + ?2 I$ Y& G; @: b/ K: w @7 y/ D0 A, J // This is a task. 3 n# y% Z* z, }; V" o8 Q2 m measurePressure=pressure+ RandomDraw(-20.0, 20.0) 9 F" \7 ^' U( M1 j/ R ` // End the method.: Z6 W$ Q$ z5 y
return : C8 X. y+ q. T {% `- b + ?! t( V: O6 l }