( L0 s- N& h/ }# d3 T* G 3 I( c Y( o6 c% ?% z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")9 A$ h1 e: m( l
public double getMeasured pressure() { $ ?, A% `' j# W' N; c4 P' \ return measured pressure - v3 r# V! A( ~) v+ ? } % _7 ^" |' j1 S$ C2 e3 R; F public void setMeasured pressure(double newValue) {: @8 Y% [3 ^& V# J! g! c0 ^
measured pressure = newValue2 T6 ~6 V% W" s4 C
} j2 A0 j% Z+ g |$ f% a
public double measured pressure = 0- o7 ^" O/ |+ K$ y; |+ u! {0 d; c
: t8 w1 s8 ?2 F: o! L3 s /** . U. o. n) K U( r * 0 m) A6 g; \1 Q( j * This value is used to automatically generate agent identifiers. # U2 i9 Y, H8 }% F: o * @field serialVersionUID ) i0 p' t0 ~+ Y/ v *1 b, z' a# r; h- e- F* T
*/ 7 H3 X5 o1 g/ M& ]% [ private static final long serialVersionUID = 1L & y) C, L7 E3 d. P6 ^2 d& }$ Q% @3 M/ K+ r# C/ O$ G7 Z
/** 2 u4 I$ u, Z$ N1 Z *4 Y9 C+ r0 L! X& g3 y( E7 e
* This value is used to automatically generate agent identifiers.0 e2 K0 @% u2 a! ]
* @field agentIDCounter) l5 ]8 I7 P/ S: m4 h f: X
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*// c7 ?1 l8 P- F
protected static long agentIDCounter = 1# F" ~; J; U+ R+ I f" b
& R* U1 r o7 N- [* u: [) Q /**( j$ l8 P" {% }0 v& x! Z2 d- G
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* This value is the agent's identifier.! k0 @/ d) w7 a* J' ` I
* @field agentID % J% W4 H: w& e! j3 c * 4 d) U1 W: G$ M w' \ */2 l3 X* k: u2 _; W" t% W
protected String agentID = "GasNode " + (agentIDCounter++): \5 [+ k/ N. I
* O* n) R, ^6 w% D' q/ L /** " Z' q, w9 ?' D3 k6 }5 ? * , x t$ l2 G8 ^4 V; f; C * This is the step behavior. / D' Z; Z1 D' l7 _! y1 H * @method step ' W6 M- Z' n) Q2 B7 D; R * 5 ]) x* L; N$ F/ U: D2 Q */ : ^" Y. L; U: g @Watch(* } P% r" h0 J. D! i8 e! V
watcheeClassName = 'infrastructuredemo.GasNode', ! U) f w+ V. ~ watcheeFieldNames = 'pressure', 5 k. \6 O1 G: V& Z8 Z+ v/ S& D query = 'linked_from', # K; x* Y/ X x+ N4 o whenToTrigger = WatcherTriggerSchedule.LATER, : Q4 L* I8 O' v# s K- x scheduleTriggerDelta = 10d, l$ y# {8 @0 X. [( q
) , S% P! d( p o5 f: G public def step(infrastructuredemo.GasNode watchedAgent) {1 P( D) Q. d7 U5 _
% S' z" b! I+ ~9 f. @+ m) M // Define the return value variable. . j7 U! f, k7 |0 H def returnValue% [: F) o/ p% k1 H: X( {9 \! U
2 z( O+ i3 P* d9 W* G J // Note the simulation time. 8 @: c7 G7 s2 D1 I* P( G" q/ J! G def time = GetTickCountInTimeUnits() 1 X0 `# x) H( i4 S, H$ K1 p) m, q) g: e% n) r& p
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// This is an agent decision.! `3 s& D. U) _0 j+ q
if (watchedNode.pressure<200) { F0 O; Z; z; L) u1 ]4 b
6 R; p% Y- r$ W7 a9 F {
// This is a task. 0 K( ^" [9 H( d setPressure(watchedAgent.pressure)1 V2 z' a* \: I+ C. Z7 F0 ^