3 m' e) Q) o. o3 P$ n# m& q0 A% Y c@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")4 R1 p' E7 S1 T2 Y$ p7 ?# q, m; H( ^9 s
public double getMeasured pressure() {0 v9 R7 b) i l4 g
return measured pressure 7 P+ F5 e% F3 s' Z; W( ^, G }* s. m1 S6 P- E: O$ J% S7 h' F
public void setMeasured pressure(double newValue) { 2 Q- z! F$ B, M measured pressure = newValue8 ~( i. E- X& r/ x, E% K
}, s/ E* ?* l; |* F# }
public double measured pressure = 0 6 r. W& s& ?4 i/ y, c ) }$ R2 v! w9 O8 k /**% ~* Y' r- x9 | @% B4 {5 u3 N
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* This value is used to automatically generate agent identifiers.0 w8 l* {+ W& a" E$ B0 Y" I3 r4 _
* @field serialVersionUID 8 j+ C( D( S: X9 T% R( Q$ Z *) ?& M: J1 z: J) Q9 F3 t# o
*/ & J/ O! Z9 v& C, A private static final long serialVersionUID = 1L 3 d- R9 T" O$ y; b2 q# B& V: g" }! Q
/** # I- I' y/ e1 |! h6 U* C * , y& L4 X/ }5 u' A$ t4 _ * This value is used to automatically generate agent identifiers./ J; q6 ?1 G1 l9 e
* @field agentIDCounter 5 F) I% E7 s4 K, {6 E * + a6 B9 d9 P2 S& ?" L */+ ]4 O' A' Z0 U3 ]1 M1 B2 @
protected static long agentIDCounter = 11 |$ F0 J$ Y7 B% L q/ Z1 r0 K
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/**/ S& h. |! }- A/ ^1 [2 d- ]' m
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* This value is the agent's identifier. & o# J2 e h D& G" z * @field agentID $ ]- v7 u- E! H * ( g, q# W) l0 A3 Q2 N" {9 Z4 j. G$ P */3 I! f2 j7 I( [! N. O6 u% Z- r
protected String agentID = "GasNode " + (agentIDCounter++) 6 n7 W$ h3 Q& o' ?+ {! A: v) q ; u- i6 H9 y: P /**3 z6 {8 g) y/ e% q/ o+ e# L/ u
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* This is the step behavior.- I- y: N6 V. E* o( q9 d2 _- d' Q
* @method step 1 c8 h- F3 }- r" U$ A$ _ *- @' X9 c9 r3 t6 c
*/ * @+ Z! x' j5 g @Watch( y3 G y6 O( J# u watcheeClassName = 'infrastructuredemo.GasNode',! u" _0 [8 Y2 _' S/ g) S3 A) L) @
watcheeFieldNames = 'pressure', 2 U( h. [; M/ H: M9 g query = 'linked_from', , a" Z( N$ s! O/ e6 Q, E! B } whenToTrigger = WatcherTriggerSchedule.LATER,; F. E9 i% W; O
scheduleTriggerDelta = 10d + y8 M9 v& A, n" a. t$ ^5 k )+ z8 _7 t; \ W+ J; m
public def step(infrastructuredemo.GasNode watchedAgent) {9 Q7 x5 W8 v! h4 g. f* K
8 z0 m+ x7 ^ L( e! } // Define the return value variable. i6 ]$ M o0 k2 z
def returnValue5 L* ] z y" e( @0 E& A# n
1 H9 T0 x' @ B; l: F8 n // Note the simulation time.5 V2 S8 q1 ? y5 Q
def time = GetTickCountInTimeUnits() 6 I- I; `3 l2 R / ^" N- g5 }, i8 x: a2 E9 j, I" u+ D9 v5 E, c% K
// This is an agent decision. 8 F: r7 S1 n2 D4 y- H( O if (watchedNode.pressure<200) { ( h0 i6 p, E' u& ~' i& K" H. Y0 M } j
// This is a task.- `' k" j; z I2 P
setPressure(watchedAgent.pressure)1 [9 J- g( g( u1 @8 L$ X
5 T4 y" x) G! S9 B+ ^7 V } else { 5 b6 M/ ?) r/ d! u! y- c2 b# [ 1 d1 \# K9 b# D' j0 b& L& g- `; q% B9 \2 E* o
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// Return the results. . Z% g' P' ~/ e! o5 b return returnValue( [+ _# R/ [/ [( z; U& w
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/**8 W, \2 A( D, `1 V, N. ]$ W
*( _8 e* Y" f( U7 V; E6 t+ ~9 S9 Y
* This is the step behavior." y% f; X8 A* e+ \' `- B6 G
* @method step- Q& @* p' @. K. I
*5 }+ W$ i7 d6 I( u" V7 I
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@ScheduledMethod( - Y' a. I* I' d! K. B. | start = 1d,& g; l% z! _- v# Z9 X3 j2 n! L# }
interval = 1d, ) `# ^3 s$ O/ y6 |7 p shuffle = false7 a6 S4 h5 c+ z
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public void step() {8 \7 F l$ H0 C c0 X& w$ R# ], A+ p* p
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// Note the simulation time.& J1 E* b/ @0 L0 s+ E: E. A
def time = GetTickCountInTimeUnits()0 j2 k4 E+ c! g8 y* U1 C5 D9 x- x
* r3 C! U# q# D! L // This is a task. * k+ W7 H3 Q7 \0 S0 K measurePressure=pressure+ RandomDraw(-20.0, 20.0)% ^. F4 t* k4 J. I8 D4 [0 H
// End the method. . a; ]; `7 i6 A. b return ! a! `' J. G. u8 N4 } 0 }+ ~ ?- Z4 b3 u3 k3 } }