8 h1 q, j" m' v1 A1 X9 z. h@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 1 Y6 c8 D% k0 `$ w |0 R' K( D public double getMeasured pressure() {/ l& X0 t: S+ L' B& {
return measured pressure : K/ A" T3 ~. O }8 a6 r$ x0 A; D$ _# l
public void setMeasured pressure(double newValue) { + C1 D; {! b" Q3 j# T3 P d measured pressure = newValue s, W+ E: L0 ]5 A } " k; Q0 ^( q3 k. J" H) f6 s public double measured pressure = 0 3 p" t% k9 A# Y3 v) ?' j; s% F# g3 ?2 f. |+ ^, u$ g
/**& n o1 y2 i' j: t, k4 P! m0 P
* 8 E) \3 K2 ^+ ^7 B6 M# ]: ? * This value is used to automatically generate agent identifiers. ( L0 \5 @9 l' `2 l: g * @field serialVersionUID$ ?& P& z+ \$ k7 P; E/ F: b! y* M6 b
* 1 y9 D& v. j9 l5 w7 c */, s# y+ X0 {0 _. [
private static final long serialVersionUID = 1L - `) }' E5 C) {( E6 k; e3 \; [* h) N: c0 G
/**& O: A1 a& K7 L' A
*5 M/ x" `; B2 `6 ^
* This value is used to automatically generate agent identifiers. , a- V8 p& w3 G! @/ U* a# Y * @field agentIDCounter ( t2 w$ \3 s- L" @ * ; A5 G/ g; z2 K$ ~ */2 J/ H8 o( R; y6 t0 T
protected static long agentIDCounter = 1 $ ]* x5 C7 p& G0 K+ G! J( M) r7 M o$ J! I' y* J) i
/**# S- d3 i- `8 g4 Z8 G2 E
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* This value is the agent's identifier. 5 v; a, Z9 w4 G' y * @field agentID" V% H1 @& |& [/ d' `! V
*- {# s+ Q4 s1 x# D
*/ ?/ ]6 M3 e; c; I' Z1 s protected String agentID = "GasNode " + (agentIDCounter++)5 q2 c/ Y0 [9 b! x3 {3 B4 x8 m
- }0 @! ?( K& Z) V5 s; q
/**0 i. r& X3 ~: ?3 s+ k \
*8 i. p0 B- ^4 ]1 a
* This is the step behavior. % ^/ {& V3 c- b1 }, V, Y1 g% q * @method step & J4 c$ j6 G6 _5 R! K# c! e *8 E4 ^3 l: K9 C L6 r5 F& G9 P
*/" K1 ^- S9 ]& @; d0 D; [5 l3 }
@Watch( % o( B( M" M3 U watcheeClassName = 'infrastructuredemo.GasNode',* e# J7 [$ R+ p/ D3 C. v/ y: j6 u
watcheeFieldNames = 'pressure', ' h+ P) o! o8 z& y3 Q query = 'linked_from', v/ p) i5 Q6 V5 ^5 C* O- f# t
whenToTrigger = WatcherTriggerSchedule.LATER, 3 l5 C" C2 |2 T1 M9 a scheduleTriggerDelta = 10d % }* T5 g: ~0 R W4 \% d% F ) & X% F3 x$ z$ M/ F3 g7 Z public def step(infrastructuredemo.GasNode watchedAgent) { ( t/ {& R5 Z6 i# m* C8 O2 ~3 e" `" R2 S8 M. G0 ]
// Define the return value variable.* A! P; y0 _7 b) [. G. m7 T
def returnValue3 |& c5 `0 J& \; [! _3 u) \
i7 x0 t1 O. |9 L& X
// Note the simulation time.1 p3 l! c+ g6 ]
def time = GetTickCountInTimeUnits()6 u, s/ b' O- p
2 N; X* C& k6 n; v& C& K( z& E# e # v9 Y6 w: c# b; c // This is an agent decision. 2 b& a0 c5 p* R$ M0 s9 J% x if (watchedNode.pressure<200) { % E0 T5 U$ ?/ _) H : ~; f4 X3 d5 ^$ e7 R7 \ // This is a task.9 K. I1 u& \! [0 ?4 e& a1 ~# D. Z
setPressure(watchedAgent.pressure) m8 T8 ? D. B l K% C
0 o0 Q- Y, N8 Q# x9 f } else { & {* y/ H/ x3 u; Q7 t. ~( L. K4 j! }( v8 H
; \2 a( i* N" r: i6 |5 ? } 9 o9 E/ g: h+ Z* K // Return the results.! x% T, y3 Z* I7 A
return returnValue 9 L, m/ b6 h/ Z) F$ n# d 7 i2 T( g6 _9 X( x. a8 { }, r \3 ~( J& F2 \* Y% v
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/** 6 x# D; e# l% h: ] *" Z' X0 H3 g2 U; a3 K- ]
* This is the step behavior.0 p, ?7 F* F3 Z* B
* @method step+ `: ?* b+ ?7 {4 e1 z) p1 w
* - C" j; i0 V6 b/ D1 z */9 j4 f; k9 W& m0 V2 }* J+ n2 o
@ScheduledMethod( ( J( }& z( P) {9 f start = 1d,% l" j4 R( z& e: a) z0 o2 C
interval = 1d,# M; E1 E* ~0 k8 x1 j- ]
shuffle = false+ Z- ^. i: T0 [0 O
) # _, i: ^6 Q, ]9 [& A, p5 E } public void step() {3 D- W3 r3 f. T) e1 j* o+ B( ?! Y
+ u) W$ C% r5 o4 }# J# b
// Note the simulation time.7 H2 s, [' v, v! O" \; f- v: N- t
def time = GetTickCountInTimeUnits() . k9 {* i& u7 T9 c+ p- V4 i: j) `6 Q4 p7 u+ L
// This is a task.! M* W/ F; U3 Y7 B4 i* ?$ t9 ~
measurePressure=pressure+ RandomDraw(-20.0, 20.0) & w/ x, k# X* a0 U // End the method. 6 |0 `, }; ~* n F return $ T! i( p7 n. P! K' C& e! Z6 K9 Q 3 t1 A- N) G: P* P" F& Q V }