7 q9 E! d( `& L) p W3 b@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ; o3 N: s' z) C1 d' @ public double getMeasured pressure() { 5 g& z7 b: s* d* A! G. r2 d3 @, H return measured pressure 0 s8 n" ]# u. k6 [( Q# i5 x" ^ } 1 o$ A; s: N* s4 V% T public void setMeasured pressure(double newValue) { " u: W/ `- ?& D0 h' n* H& f) B" p9 [ measured pressure = newValue3 o1 R0 u. i4 {
} - E7 U0 Y; t) y: ~! w# O public double measured pressure = 0, B. S& J: o8 O% t8 b& H6 z5 A
8 K. C- O9 K/ E0 t /** . {: J% y: F8 F! W4 w$ K+ b0 s * $ |- i$ X" O7 ^% u& p8 u8 v * This value is used to automatically generate agent identifiers.# v9 J, ]2 D9 a5 o q# k! m
* @field serialVersionUID * J; x3 o" w! ~2 l+ K0 r * + y% H2 A; g3 T, { */' C! R5 N9 F8 M
private static final long serialVersionUID = 1L" W: v6 d) `7 o/ s+ P
6 h; k5 X1 c9 h /** , u6 i4 v( f; N! L, e k1 t * 1 x% j+ Q0 b$ h$ V * This value is used to automatically generate agent identifiers.# ]( i0 h& R- H
* @field agentIDCounter# Q' j5 O/ `0 E2 C/ ~7 \
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*/- x+ Q3 L) _2 {: F& F. r# G
protected static long agentIDCounter = 1 9 S# Z6 A* N0 X5 [6 u. u J D: H T- | /** 2 m6 ?4 @6 B. v, `/ H- T7 J$ | *1 v9 L6 X1 V5 ]# e4 u
* This value is the agent's identifier.7 x% p4 x c8 e) @) |! E* Z
* @field agentID 3 u/ l& B' Y( Y5 Y# ]4 f: v *, b( E0 g& X( B- R+ [
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protected String agentID = "GasNode " + (agentIDCounter++)$ M6 h+ A" ]- E+ o% h: ~# L% z3 J
% x! R) C" }/ k: D7 K- x /** / y9 i k, O0 N, m3 B) U *3 U6 u8 L. I1 a3 [. U
* This is the step behavior.3 d% r+ W; [/ E& Y* n# [
* @method step ) Z' R/ ?7 x3 m! G4 j: }0 V% y * , ~ K; i" k3 \ */2 L8 v8 \7 w$ K
@Watch(6 J; x3 N) _" y! Z0 S2 m
watcheeClassName = 'infrastructuredemo.GasNode', 1 ^" R3 R6 X, p5 ? watcheeFieldNames = 'pressure', : @# c& L$ W3 m f6 K- D; ]- t query = 'linked_from',! S' x n1 z, _" a5 R
whenToTrigger = WatcherTriggerSchedule.LATER,8 f+ y" L! f5 p; j0 n
scheduleTriggerDelta = 10d $ \4 B R e3 z" ~+ s( l) P! k )1 [8 q5 a* S2 c P
public def step(infrastructuredemo.GasNode watchedAgent) {, g, I( S3 F0 d
4 m6 w1 I7 o) J, V // Define the return value variable. . a% {, z; m. k& L) A& Y8 {8 Q def returnValue0 Q7 H: D( {, m. A1 h1 _5 |9 ~' C4 g
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// Note the simulation time. ! S. _; a |. h def time = GetTickCountInTimeUnits() ( E, @! f1 v4 i. b, O 5 M* d: [+ {2 }% p* m8 d. Q w* `( ^( `# _# V3 ^6 Z" ?
// This is an agent decision.$ m% _( u0 h0 C
if (watchedNode.pressure<200) {* i5 E& U6 X7 d6 h
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// This is a task.- P4 f! G! }% D7 _+ K
setPressure(watchedAgent.pressure) 3 U {" Y, G* U x4 H" m 7 R" w( s* X, x; f" S- ~) u* I } else { 9 ~5 M, Y3 W1 Z; f1 B; x9 M T # |/ `5 ]9 j& J0 z& s) d/ b% \, ~9 L* a8 k
} 4 {# @4 m$ B" \, j4 u5 f' C // Return the results.$ a& `; D+ s7 u4 e& Y# {/ W
return returnValue: p. Q2 `) e; R
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) l r h2 \. f /**' S( M3 Y) \4 O7 a4 P! I$ j
*5 R1 A) j& I( X, Y+ T+ j
* This is the step behavior.3 ?3 R6 w. F* Y+ Y; W
* @method step2 U0 Y9 {. J* w" Q- U* f. G
* " f: a; {- c- w8 H, c */ 7 ]& ], P1 k3 @4 [& f @ScheduledMethod( 9 C/ E! @% D% c } start = 1d, ' v# q2 P7 _ E) C/ K2 w" K interval = 1d,5 \ m- W& X. Q/ P% [9 ~
shuffle = false ) O2 i% U# H$ l9 p" G+ o0 z$ | )2 f, v n% W* v5 u S# {9 f& J& n
public void step() { 6 e6 o& ^1 E" |: i$ `6 J9 G % Q2 L! N" ~/ S( ?) Z // Note the simulation time. 5 l5 E$ F, |$ |! n Z def time = GetTickCountInTimeUnits() 8 j3 Q/ l/ J% o) O7 o8 F ! q) B' j: F1 w1 }! V* | // This is a task.' W) U; a5 i s) q0 g
measurePressure=pressure+ RandomDraw(-20.0, 20.0)/ E2 U! P1 K) T- W: y# ?: d3 h" L
// End the method.4 k1 ]3 i9 p$ p0 w
return4 s& y, O" A" N8 K* |; D1 H6 G8 G