, O+ F9 e+ k3 V% k5 ~; I) {0 ]@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# O s! h. y9 v& R# j7 C. j6 b- l
public double getMeasured pressure() {5 T( I' I& ~! {0 a9 }3 I8 u
return measured pressure. ]; s. O7 X9 t, b2 v7 W% x9 F2 }
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public void setMeasured pressure(double newValue) { " T- k( ?" b. \* \) Y5 H measured pressure = newValue % U q/ A; S! k) g% D7 a3 N } 1 C* T% @; q# F3 M3 s( R public double measured pressure = 06 _9 v( ~4 p! x9 s5 R( z
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/**- T7 g1 q# _, M5 D1 K" {' k9 Z
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* This value is used to automatically generate agent identifiers. 3 o) o, s$ o; | * @field serialVersionUID6 f8 T0 l4 ~8 Z2 ?
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*/ 7 i" g' [, i6 V" b private static final long serialVersionUID = 1L2 E8 X8 y% W6 n Y- z4 g
4 f+ _, y) S2 Z& E- L1 n /**1 {% y7 w+ F& E( c2 _2 h5 F e
* . \% G3 L$ C6 D9 E+ v2 T- {2 u$ q * This value is used to automatically generate agent identifiers.7 [0 E% i& e* d% K" X! `# ^
* @field agentIDCounter 3 d6 s* u% u. f" e * 4 H1 r; R6 v. g' T) f; [1 P */ ( V, l3 C% S% q' ] v8 N protected static long agentIDCounter = 1 2 i; m" X6 p# O" W % n8 b2 t9 W! |! p: F /** . c. \5 _- x' z$ H' \ * 9 E& Y# P, ~5 B* B, x W5 q0 J * This value is the agent's identifier.# _4 C2 A$ _" T3 W# s1 S
* @field agentID 3 T* i# ^+ h" N& {1 H/ o *5 ]3 Y+ }7 A6 ~- X: @ x4 e. |$ @5 h
*/ : X2 W/ }2 l( u1 q" M protected String agentID = "GasNode " + (agentIDCounter++) 3 {# e. C; t1 h& k- ~# g ( k1 s; Q9 ^/ }0 }- R /**/ x4 t; Z: h, P1 F q
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* This is the step behavior. 6 c3 v( G1 o; w2 D * @method step % S) L/ w7 A- H2 q; ^2 G *7 a; Q5 C8 o9 O+ E0 S6 F. Z
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@Watch(5 [0 `% p# j0 f$ g9 t4 v
watcheeClassName = 'infrastructuredemo.GasNode',8 {* M) z0 L& e* p' n( I$ H3 K
watcheeFieldNames = 'pressure', % l& U" O, v) C1 a query = 'linked_from', y8 Z$ v: m, v! v5 W) f- W
whenToTrigger = WatcherTriggerSchedule.LATER, ! P$ D8 J# O$ J! b+ t, X scheduleTriggerDelta = 10d : d6 C$ d, I- U2 R ) 2 W7 r7 [3 X# e7 e public def step(infrastructuredemo.GasNode watchedAgent) { 0 _4 j& d; r- k7 w: \8 G9 R2 D2 I& }+ U) n% E
// Define the return value variable.4 R5 J6 e) H6 Z) `% y
def returnValue L2 N( Z5 b5 l- l1 i% P
! Z" X: Q6 f# s' V; f. W // Note the simulation time.% h* t J% A, T
def time = GetTickCountInTimeUnits()8 _! e5 J& N! Y# A# k
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6 Q; y5 U/ L" r6 Q* L6 | // This is an agent decision.0 H0 @5 }. R$ L
if (watchedNode.pressure<200) {: P. j% c, X S9 h O9 R
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// This is a task. 8 z9 x1 U) v' k6 S, g3 V: p! G, I setPressure(watchedAgent.pressure)! {3 |+ u7 ^: C
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} else {# m1 P2 M$ M+ T! w$ K1 \3 x$ O: A( k
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// Return the results. 2 L4 F5 v: C" d2 U return returnValue 4 b Q) V5 r1 _# B" l ( V* e1 E) I0 {6 O/ S" _ }& _! I G6 R) H8 T( e9 w1 l
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/**! ?" ] K& G8 D7 l i' Q
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* This is the step behavior.+ x1 c( ]: d3 _7 W4 n
* @method step; }0 ]6 _0 t/ a+ A* v5 K& G! r" z0 m
* : C& U6 [8 \& ^: F* h */ $ |+ |6 `' k/ O! U o5 f1 q @ScheduledMethod(5 |% J: e3 q4 B5 e+ _
start = 1d, $ o4 ~7 B6 X) p, @2 ]6 d8 p interval = 1d,+ q/ G1 J- W) B- s
shuffle = false- a$ `& X* H: a* }8 r+ J G
) ' K0 n: I, _- ~# x public void step() {5 l) Q w, y l
7 G1 s4 j. b4 @9 h4 }2 H8 ~ // Note the simulation time.9 s) x; n( G1 F6 H
def time = GetTickCountInTimeUnits() 5 k( {; ]- k' b6 Y0 c+ B8 |8 h. N2 t5 @; \) d2 S9 n9 J
// This is a task. : U1 w, C8 z2 [, K% M7 @' a3 T! @ measurePressure=pressure+ RandomDraw(-20.0, 20.0) 8 M8 A* F% o# U$ a // End the method.* r) l% P6 p4 B) K% ]4 d4 u4 E) o
return ( y& J [5 i! Y# ^: x' [ B# z( W8 e: x/ k4 }% Z
}