. P' o D& ?* I9 K5 ~5 ~( Q@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") % }( |8 L$ h- k7 S/ ~9 E public double getMeasured pressure() { ( J- @# c$ [( z8 \ return measured pressure" Y$ P5 \' A' D. q: ~% t
} ( ~5 h0 f+ ]) V( g+ n9 ~ public void setMeasured pressure(double newValue) { ?" g- s( {1 e! T
measured pressure = newValue 8 g- [4 h* s$ K) Y }% x( c4 ~" S1 |
public double measured pressure = 0- L E, t R8 x7 W* [
3 b1 Q% D$ X! ~9 g' S /**$ j G: V3 H% E8 w
* 6 }9 E! v) _: b3 Q* C! q1 K * This value is used to automatically generate agent identifiers.; r7 b4 D8 `! K1 ]
* @field serialVersionUID/ q7 O2 S$ g2 S, u) Z
* - U0 V3 h* y% f3 V# s */ 2 o; h9 L$ r$ N! J" r3 [ private static final long serialVersionUID = 1L ) _3 p& b2 A5 ]5 K" b. ]* E 4 R5 a; S+ V+ M+ Z) t, ], s /** . \9 Q( T. Y' U- a- P *, r6 `/ @( I$ b' i/ f
* This value is used to automatically generate agent identifiers.$ U( X1 z& F3 w: U! e
* @field agentIDCounter: O3 w, \2 s% z8 G: B- p8 ~1 S
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*/+ k3 {# H J0 q
protected static long agentIDCounter = 14 l% g# Z- {0 E3 g. L4 m) d4 m6 e6 J
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/** B6 r- y0 _6 a% s+ b * , Y9 r& F# E% Y( e * This value is the agent's identifier./ G8 K5 k) n5 ?+ c K
* @field agentID " }! \$ L, E, f! J *1 o( b1 ^$ T) p& E4 Z" s! @
*/ 3 A: u* ^! o- H# Q/ |! B; x protected String agentID = "GasNode " + (agentIDCounter++) 6 @, |( X& x; d, \/ j& X! N' y5 K& l2 m" J H
/*** ~. D- _ i7 Q& a# H- Z
*. G0 f5 S; P0 K
* This is the step behavior.6 S, K/ }# [8 w- `
* @method step# ?0 q' V3 X. ]/ u9 ~2 L, a
*/ U2 v/ Y. j' s+ ?, A4 ~3 a+ V, d
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@Watch(' `* A, U# R- \8 Z" P
watcheeClassName = 'infrastructuredemo.GasNode', ) H& f; }% m) H8 M+ ^* T) k; N: | watcheeFieldNames = 'pressure', 7 ], T2 b( c) u query = 'linked_from',0 I. T6 a" G9 Q1 `3 W4 d
whenToTrigger = WatcherTriggerSchedule.LATER, : V2 I' U, H9 M& p# o, V scheduleTriggerDelta = 10d 7 {8 {4 K Q- ]( N9 P ) ' k( m% f# k4 K( G% M, j. w* y: A7 ~ W public def step(infrastructuredemo.GasNode watchedAgent) { 8 V+ z' P) v6 G4 `. E0 r5 v1 n! P4 |- p3 K% p
// Define the return value variable. : r% `, n- r. k) X% O0 x0 x" Y def returnValue1 O4 g0 v$ o9 S ]. \& d$ z
3 [) O/ w" v/ T
// Note the simulation time. 0 @7 \8 R, A( F+ C! V def time = GetTickCountInTimeUnits() - W4 ]4 ?( s i& I( p0 n3 h* ]9 e. B ` ~
/ ~7 c% c, t8 g. {: l // This is an agent decision.+ u+ s/ o" l% D9 j1 F n
if (watchedNode.pressure<200) { 3 k: Q$ a" t; u ~ " l; e P+ e9 E7 t; V // This is a task.6 c& [# s/ A8 u& H: ^% r
setPressure(watchedAgent.pressure)2 f& p! E* h/ L8 y+ c, Z' B8 K
: b& U9 E0 J# M. y, V8 P; c# I# ~$ ^ } else {5 v! C+ T% y; f+ J# j3 ?/ p- J
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} # }) ^; }' P; f3 _7 { a Y // Return the results.8 {0 Q3 M- c# S' |
return returnValue' E% X5 L# B/ o" f) N& _0 ?
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D6 m: ]5 q+ U /**# ^8 F* d& ~( v, C/ @. z
*6 O. \* T& i) N. O1 B, \& A
* This is the step behavior. : q$ G6 n3 X0 }' k0 ]0 x* Z1 x: X' A. S * @method step4 L, e, Z: } s$ X6 R3 U
* & I' N! G d/ x1 p1 Z% Y */ 4 P4 D! q0 q2 `7 o1 M* _" {2 {6 t @ScheduledMethod( K9 e B' c% X+ a% W3 k6 W
start = 1d, 0 c" j% O$ M# H0 D interval = 1d, , p! ~) g* s/ j4 R shuffle = false ! S/ b! j$ V, r! ~0 N ) ( L9 i1 m, I8 f3 q# C# t @6 F" Z public void step() { 3 U' a$ r1 }* X" u , V0 Z$ S7 Z7 ~9 y7 {* \0 { // Note the simulation time. # q' p; p9 s+ ^0 j7 v5 X def time = GetTickCountInTimeUnits()" b, v" G: U3 p* S% t9 A. n! ? L/ |
5 K( C; q% F# P% K+ A8 L // This is a task.* s8 s: a" r8 m4 [
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 t8 \, \1 J8 L: w" D // End the method.# a, H/ S/ r3 J7 k# s M2 v
return 5 h7 K1 @% I1 P% y1 D9 u+ ~' W" o6 h) D( P7 U
}