- k1 E" ?: [0 R* ^% v - {7 S# K3 y6 p" m9 s@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"), c; s* k" _9 ] \( @
public double getMeasured pressure() { & P; X8 B H. x4 {# k1 {7 ^ return measured pressure' i; \7 d }+ t, J' }7 X. h
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public void setMeasured pressure(double newValue) {* T; Z4 k L) k8 n0 U: E- N
measured pressure = newValue + o& }) n8 c9 L1 W1 d0 G( x } T) G" h8 v8 e8 T( B! U public double measured pressure = 0 0 ~' q: u! w4 K4 n( |! W- O+ a9 S h9 n7 m, ?+ e9 P# n
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*/ ]% |5 \- L+ {5 {
* This value is used to automatically generate agent identifiers.$ b* J s% |7 N. V+ l5 {
* @field serialVersionUID- Y& x. D H. X" r9 N
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private static final long serialVersionUID = 1L* M/ z) @- a, }4 m
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* 3 [" x9 Y+ S& W' T/ i `1 Y * This value is used to automatically generate agent identifiers. + t; D7 M" P( |$ I: ? * @field agentIDCounter ( ]5 t [$ Q& z0 J5 K * . e. p$ ]3 F" Y$ h; F& I */0 w4 f9 G* u7 _0 Z- Z0 A
protected static long agentIDCounter = 1# A1 B; Z3 q- R1 E$ f8 V* q: d
+ T9 e! X; b$ S* g9 e& k' K /** 0 ^' K: ]9 I2 G$ l2 f * 2 Q: A6 |, b d9 |+ l( D" P0 L/ M D4 | * This value is the agent's identifier. 9 w: g/ y7 H9 E, N6 Y, P+ S * @field agentID% V" p4 a% _" V. @8 @. Z2 P
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protected String agentID = "GasNode " + (agentIDCounter++) $ Q7 T7 T* D, F3 w 2 F/ _2 n5 c+ z4 b5 a j9 Q /**0 C, h: F' O. q7 d; K* ?# M
* . v$ O1 i0 a/ C- q) L; J * This is the step behavior.5 h9 E6 f- f# |! o4 q. f% I
* @method step 3 [2 ~* ]/ F* b4 y! I: h, q3 e * 6 o) X. z1 p9 i2 w0 | */ $ l! ]' N% i& _ }1 ?; H# E! q3 Y @Watch( ) k, u2 U3 `3 M! s0 h7 k watcheeClassName = 'infrastructuredemo.GasNode',$ _; }) z4 B% K/ I
watcheeFieldNames = 'pressure', : n' a, z' {: {$ H query = 'linked_from',( [, x& L! f4 H- J: F" q
whenToTrigger = WatcherTriggerSchedule.LATER,0 b4 _5 b3 z& i- A& Z
scheduleTriggerDelta = 10d6 X$ A. V2 Y2 {! Z
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public def step(infrastructuredemo.GasNode watchedAgent) { ( x( B P) S% G4 v 6 U& t0 b* {- g% f. c4 K( H // Define the return value variable.4 o# T3 m! M6 ]. R0 [
def returnValue' M% [: f ~. x3 c: V
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// Note the simulation time.6 s( q3 E6 e0 t. R
def time = GetTickCountInTimeUnits() ( ? G' I- N& p/ l1 D. B, N. d2 N2 z$ ]5 H
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// This is an agent decision. / l! X( v3 P' ]" `/ E$ g" J if (watchedNode.pressure<200) {5 I3 N. w4 C/ v, l- o; w0 c/ \
3 J0 J7 L8 Y6 [% J6 [ a; a- @) f, Z // This is a task.* F2 y/ B( i+ y- j( l7 B
setPressure(watchedAgent.pressure) ) j/ K U* c& W ) b1 O; b) W/ \2 ^& h, ~" K } else {. P% |/ K9 g$ n% U0 r- a. S. d
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// Return the results. " H2 _4 d. i: g2 u h return returnValue! G) O% U0 r ?
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; h' W4 x% c8 p) L# S9 {& \) b" H /**5 f, Z4 m2 `+ Y; ~
* ( j% }3 [ q# A" i4 O. V( y * This is the step behavior.* j. s# l" k$ D |- J g* j
* @method step+ W2 E0 I9 N+ c
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@ScheduledMethod(6 p( ^" v7 R( f/ U! X5 e
start = 1d,& s2 k0 {1 n5 \7 m. y) }! \
interval = 1d, % G4 h ]+ C, P, ~- T- Y shuffle = false 1 ?4 d9 M1 y, z1 z [, B ) - |* {3 P) ]% B! N( P4 w public void step() {# T9 j; g& r& R
7 Y' ]3 C2 a7 d // Note the simulation time. " g. T9 \+ Y7 @! |. _9 D' ?. B def time = GetTickCountInTimeUnits()- O" `1 K2 y/ A8 U2 c4 x% h
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// This is a task.. V2 V1 c6 \' j7 i/ x
measurePressure=pressure+ RandomDraw(-20.0, 20.0) : w9 g3 J, S1 ?8 X+ f2 i; ?" [ // End the method. 3 X2 u7 K1 g! ~8 I. F& l return2 p9 Z7 }3 q/ t
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}