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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")6 r# p5 i: T- P2 ^; c& f; ]$ M
public double getMeasured pressure() {2 U# ]9 \/ a F
return measured pressure 3 y8 Y2 }4 G8 r' i* V }. g' a1 [2 h# l
public void setMeasured pressure(double newValue) {& v1 n2 H9 T; j' c/ T! b( i
measured pressure = newValue 7 A2 M! f) z6 {5 u* {3 l9 ~ } % m( ^8 g! B0 i: C) t9 K4 V7 S public double measured pressure = 0 , T" W- k' l( Z& N( y4 A0 k2 n, k * o( ^. j% I. S1 i0 Z3 U$ ` /*** d0 T7 h; n( a; }, b Q
* 6 H1 E% L) e& R' D0 s( f2 ?3 v9 @ * This value is used to automatically generate agent identifiers.' B) U0 ^$ G1 n. l$ C3 h& o/ s
* @field serialVersionUID/ f& G" B; K8 ?# B. d% W1 R/ b
*4 n& `" O9 u; O1 F/ K4 J7 U
*/! _; K9 V( w8 D6 T1 o6 G+ e
private static final long serialVersionUID = 1L ) q& ]/ k. V t5 T4 N6 N' U1 U # V' v. K- n+ b# K: ]) w /**8 C. |. ?9 y# U8 x: m
* + n6 b, S0 Z; n0 M% y/ t, e+ Z * This value is used to automatically generate agent identifiers.6 h3 @: O) e% l, e' C$ J
* @field agentIDCounter 4 ]7 R- S' |. F {3 }2 p0 z$ v *3 X9 \) o0 s0 @0 o; q4 q
*/" Y) @9 v: C! Y/ Q
protected static long agentIDCounter = 1 " i1 C2 Y2 N0 c' @4 Z( l" y$ O+ x* e4 Z1 g+ ^7 _. l
/**2 m s) T( u( S; b
* ' h3 {% q0 |- h$ z0 |5 _ * This value is the agent's identifier.7 f& b5 V) ]( n/ V3 n) u% M
* @field agentID+ C2 ~( [& }0 l& Q9 q
* ( x5 ^9 U: L0 G+ h7 {. j */& J4 q$ L$ [% Q. V, J1 m3 t% j& J+ K
protected String agentID = "GasNode " + (agentIDCounter++)1 t ~: ]: m1 ?& _! I
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/** 7 ~" H9 Q* L& Z" [ G * A8 J1 i+ R5 I: @% s1 M; ~
* This is the step behavior.# H. R8 w! s$ U% P+ t# i
* @method step & _ f- o8 X' \' J4 W *+ {' l; `3 M) b
*/1 F( S6 H( L3 m$ O/ E
@Watch( : m+ w) d! P: Z- l& G watcheeClassName = 'infrastructuredemo.GasNode', 2 r1 C+ E7 G. S( _" r) N3 z watcheeFieldNames = 'pressure', 9 \. x( ~" C$ {. O query = 'linked_from', 0 Z% l2 n! b8 N. i5 v whenToTrigger = WatcherTriggerSchedule.LATER,3 b0 r9 J" K' L$ h- @
scheduleTriggerDelta = 10d + j: ?0 Y( T7 ~9 {2 g* W )! |/ H% O% L, V
public def step(infrastructuredemo.GasNode watchedAgent) {6 [( o, A, q) A" C; I5 {
, S! F8 f0 z9 Z: r) J# T$ P // Define the return value variable.* D8 F ?8 R* y
def returnValue 6 w! l9 A) \1 Z0 v$ ^# G9 ] . |( L0 @/ `5 \( t // Note the simulation time." {! l. [. @3 N
def time = GetTickCountInTimeUnits() 3 u7 j& A: G" s; u i: b+ w8 G8 i, ~
: @- e; |7 u: V! D+ z7 E // This is an agent decision. 9 q, D. k }, U+ u9 k2 F if (watchedNode.pressure<200) { 0 ^; c; J4 R; a4 F9 q% c' H2 N/ [# b) E4 i' g# d+ V' ?* c9 j$ ?% A
// This is a task. 3 E, ~+ L' e V% w2 l setPressure(watchedAgent.pressure), i0 ?# l$ |1 w( c/ t% k6 T: ^
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} else {% U9 J+ \ q7 {1 {+ m$ f
6 S) m. W7 m$ F, w % o) T5 l5 t* D5 ? } 9 B" Q9 f& b6 p7 x' i // Return the results.1 [ o0 f& O, N; T- [: ^- {
return returnValue% M# T/ x2 o- e$ C% T
* N3 x4 p( m6 N2 A2 `9 O3 e# F
} / C* l- x1 I! z c: V0 W Z E" k& M" I /** " z& K% r5 l7 N: @6 J * 1 N6 e6 W1 a/ K0 o0 w; T, P * This is the step behavior.# b ?/ W9 U' u# x; H& A, b
* @method step 0 H m0 ^, ]! r% x/ }; f *& O6 t- I( b; ^8 h! h5 B
*/ 2 ?: ]: N; w: ]2 [1 C9 D" ]5 M @ScheduledMethod( # B0 Z; H0 u: n, y- Y* R A E start = 1d,& f* f" m) h' K
interval = 1d, ( G7 C7 K7 [* m) A! K shuffle = false 5 a+ ?7 u5 I4 B ). N, d6 }$ F8 U8 K J3 I' X
public void step() {" d, y7 \% l" t7 S9 G4 D
5 W0 a8 E) Y# {* c% k1 e: u // Note the simulation time.9 J2 t' f) {, C# l8 {. l
def time = GetTickCountInTimeUnits() * G/ T9 O. B5 y; o1 Q) @5 R, I, ]; J( D
// This is a task.% N( G' r) Z& I! I8 l0 z
measurePressure=pressure+ RandomDraw(-20.0, 20.0)0 j( R! B) F9 }/ f6 p
// End the method. ' r3 o7 c& ~+ y, }- U return : q( G7 y1 F# }- O% p( p - V, p4 }' V3 C' C% o: T" M }