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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") / } G( K1 W5 c, Y9 X1 P public double getMeasured pressure() {' L( q. t2 r, _+ b, E/ w
return measured pressure# ]0 P) E$ i0 I' U9 Z
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public void setMeasured pressure(double newValue) { $ K1 N. N/ w5 G+ m7 x3 O measured pressure = newValue ) x: M6 Z/ E/ [0 i; _9 z/ m }& M6 B8 C+ I1 O6 |
public double measured pressure = 0 & J% W) Z9 c" R1 A7 X2 r' M! z; p/ e6 u( `2 A
/** 9 c. u0 y5 b8 C7 q8 @( T; B *- t9 s# Z5 j( y2 E8 i, \% ^
* This value is used to automatically generate agent identifiers.* b4 P! f+ \" o1 A* Q7 u
* @field serialVersionUID# R/ u$ K( @! g- }$ U
*! G0 o6 T$ n$ E5 ~
*/ 4 S ?3 O/ f0 m private static final long serialVersionUID = 1L ; }! E% J/ J# p# r 1 c9 m& T$ `9 |( m$ R /**+ J( u6 G8 l+ `* X6 s' L, p
* ( S* F% O9 e/ O. S( H * This value is used to automatically generate agent identifiers.: o+ b0 V, t$ h- @% h" { l+ `! _
* @field agentIDCounter* k8 |4 H# ], p5 U! B/ A+ `( O2 q% b
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protected static long agentIDCounter = 1 z' m; J% k A0 d: |9 H
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/**/ g5 ]4 X: H5 }( m% ^) f
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* This value is the agent's identifier.' N; j6 p; q0 O9 o% ^/ O
* @field agentID/ U" X, c+ B: I! C& _8 r& K/ V+ @
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*/ / a$ C- m# A ^( V8 T protected String agentID = "GasNode " + (agentIDCounter++) O7 X+ t x+ ~. B
- N' |- S, G" Y: E5 z; h /**7 _' X0 ~# P% s6 D
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* This is the step behavior.- K$ J( k3 {( _+ H1 G5 W2 |
* @method step* n. c" K6 L& @+ f d& N
* + k$ B; e6 G! g# X" q' A7 G */ / ^- d# x0 Z/ h/ T& K3 Y* q+ X) n @Watch(& r! j7 r* o# r& l- n
watcheeClassName = 'infrastructuredemo.GasNode',) y, @) H. v: U& o
watcheeFieldNames = 'pressure',. O: w0 d# _/ z
query = 'linked_from',7 Q" i2 w- A- b4 X
whenToTrigger = WatcherTriggerSchedule.LATER, 0 a4 ]' F' @7 x$ o, v scheduleTriggerDelta = 10d0 q. B) I3 D, }( Z4 V1 ?
) ( k2 Y1 y* h7 L/ ]8 B {! j public def step(infrastructuredemo.GasNode watchedAgent) { 7 B+ B4 T8 Y- p/ [3 M5 V ! z* i- V/ P5 Q3 n0 K" @5 o$ a // Define the return value variable. 6 y; t( d2 s7 @$ g) p def returnValue4 ]5 i0 B# F- s, n0 ?7 a4 |
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// Note the simulation time.- g9 m# S0 ]+ b4 ]4 f% h# r5 t
def time = GetTickCountInTimeUnits() |8 N3 g7 q& G4 Z- B, W
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// This is an agent decision." q+ Q& n7 B- q+ J" g% J5 j
if (watchedNode.pressure<200) {- y, d8 Y8 @* h8 ^3 _
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// This is a task. ?0 a- z/ m7 b setPressure(watchedAgent.pressure) % _$ o! X6 e9 c! a' d, t* W7 I' o( c2 M2 r( W. \( o" g5 o2 \, G1 Y7 n
} else { ! `- {: S2 E+ R: P$ M5 ?* @$ D6 H& e/ i' D; v$ Q
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} + {2 [8 D6 d& T5 K& \ // Return the results.3 g$ W' `# G# p- ]' m; |
return returnValue . d* e- @9 E% g& O! ]8 a- I$ }; g O$ g& L# _
} 3 ^" x" C% M4 p6 R# t+ ^1 J M' r" c3 p9 P/ Z5 X
/** * v) k* d! w x& t8 V7 T * 8 l4 |; r9 c Y. a: | * This is the step behavior. 8 o1 |# ~5 E% f1 M * @method step 5 D5 O; G/ f$ v1 h9 z * 0 g( i* k- x6 w6 K3 S, Q */9 d% N- ~; G8 y7 ?7 K: h8 R: W
@ScheduledMethod( * V4 E- K& i1 \" Q- D% X" b start = 1d, 9 s# [7 L3 h; K- U2 |% o interval = 1d,% j9 W; ]0 h/ w3 }! @4 q2 r
shuffle = false 2 o& ~5 n$ U: g/ K7 o# ?: E )! c( P. v9 K. l( l9 X( d
public void step() {* k* J8 n {6 y' M
6 d6 ]& l3 Z7 h- s0 P // Note the simulation time. ; [4 |" G. ]% F9 K( l def time = GetTickCountInTimeUnits() $ K3 K9 h5 w3 K; d# V 2 Y2 ~- D2 U; h6 k: ~/ g // This is a task.* i4 X7 ~8 v0 A+ O
measurePressure=pressure+ RandomDraw(-20.0, 20.0)5 \9 t$ c+ ^7 P' I+ X, c
// End the method. 9 Q9 V5 W' I$ e& l return( g5 ]' h1 z6 o; Z5 i0 a