. ?& o0 I0 I2 q$ q0 g8 L8 R + b1 M9 n9 r. j e; G@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")8 M) V. M# B& |# m/ A6 `9 f3 U& T
public double getMeasured pressure() {; A; o7 M" x. U' C7 Q, H. ?# o
return measured pressure/ a1 A& M: c+ |* L' U* D m- m1 K
}( j4 Z y8 v0 L3 j
public void setMeasured pressure(double newValue) { - R0 O1 z+ \' y6 v6 h measured pressure = newValue % C, [8 X1 w& [* C; p3 e } 7 O3 h. S: G" a) e3 u3 A public double measured pressure = 0' s1 J/ A' E, Z$ c6 V7 M5 W
/ b, Q7 m t0 r) o5 d
/**% n2 s; n. |. R# C7 g% ~# O" N
*0 i0 u5 w" L+ [, Q% L/ u
* This value is used to automatically generate agent identifiers. : I1 `# [7 x! w * @field serialVersionUID x# D% Q+ u' L! y1 @& J" R3 x5 X
*6 F" h- k2 Y# y n1 \3 P) s; X
*/ 7 W5 Z& _$ h: S private static final long serialVersionUID = 1L . I( a, x' _- Y. N1 K5 Y* z$ h, _" Z# F' n$ y3 l* k L! s7 z
/** " `! {$ q' X3 A% N. t" i9 x3 r * 9 {3 E5 v# [' H: c- Z0 ^: X1 e* j: ^ * This value is used to automatically generate agent identifiers. ' k: U5 M$ ]8 B- {/ x * @field agentIDCounter) ~9 X: A X* Y, F
* ( _& }7 d; V) n1 r1 D P# y1 y */ & ?" `9 s4 m+ \" y2 Y. z protected static long agentIDCounter = 1: k1 z- D& l4 U6 {6 J1 C
' V" B1 [- |! O7 k6 T5 @/ o. M, W7 L
/**; c3 Y3 q' a( H) c, v5 e
*$ f7 a2 T: [1 r# g
* This value is the agent's identifier. ) \4 u6 p: O: {; Y* o& k! G/ S8 M * @field agentID; J6 j0 L5 b0 u; @% v
*+ ? Y1 G% C& p# s. q8 ~
*/7 R3 r: j) y% g' f3 g
protected String agentID = "GasNode " + (agentIDCounter++), `: b( b) l1 K4 Z
0 C' Y& K7 n* Y0 p& w /**0 R% z; M% _. J' Q4 Y* e- j
*- \( G% i$ b7 c6 a: T$ P
* This is the step behavior.* ]' L) m2 Q( w+ x, {0 W* l
* @method step & ^% z+ X; T' t5 w( P i *2 n, W5 x; ~" d: P7 I
*/, @, x' {! f, Y7 A
@Watch(2 V1 t b7 [7 w p" ]
watcheeClassName = 'infrastructuredemo.GasNode',6 b N- W+ N. F, d4 U
watcheeFieldNames = 'pressure', 9 t. `3 x, \; O* q. e3 q query = 'linked_from',5 x& E1 l( y9 q( R1 t
whenToTrigger = WatcherTriggerSchedule.LATER,0 _4 W( U1 K9 f7 l7 E- {( ~
scheduleTriggerDelta = 10d, J# z" n) E$ T7 n. u( S8 }
) , Q" W Q- M* z# T; ]+ N$ H( s public def step(infrastructuredemo.GasNode watchedAgent) {/ W" T: A' I# v; m+ t7 L0 x
, [: A7 M' x& M" G" Z) u
// Define the return value variable. l) E* s# @* E/ l" z& v def returnValue : E4 _; q$ J! @: @: B8 u! v & p5 x8 R; y* H) p6 [ // Note the simulation time.* b8 c* }3 } T" z$ V) k
def time = GetTickCountInTimeUnits()8 A) d+ s! C' |" R! n
' ]9 ^ t2 }3 I7 V2 [" U: L6 a
6 u( G' `+ B( _7 T) ^& V // This is an agent decision.. p. s, w2 X% b' B: k9 f. q* m" z
if (watchedNode.pressure<200) { ) K4 d5 a A! ]& L * L5 y+ k$ L/ x! D9 V/ J7 O // This is a task.5 I0 }- h+ y$ c# ~
setPressure(watchedAgent.pressure); P( T7 l. s7 {3 K1 c
3 G1 b* R) L, ~: ?& w" V3 X
} else {% Y5 ]+ n' s+ s: _9 r
% [; Y( {1 C8 Q1 {& h
. q9 y- a8 N' \: j& l9 x7 A1 k1 r
}9 {6 X: a# I; q
// Return the results. 1 ]. x7 V& I: U8 L return returnValue1 M6 B l7 }+ p5 @1 u+ }9 I2 X
- o, F: e# ^8 H, g3 \! J } . B$ Y1 ^9 |( T4 v1 f9 ?+ I+ d, y( Q6 e2 x3 E
/** . s; S6 `, a% _; J9 A+ X! q. o0 J *3 h* X Y0 w; _* Y) k. c; f" X
* This is the step behavior. ) V8 Q5 u+ I$ N. t) v+ U0 ^ * @method step " d0 N" A" h: y/ k X8 k * 0 u* h% ?* ~3 I; P& d) U) l; G- ^ */ 8 J. G* Z: R, w0 }& A @ScheduledMethod(- i+ H3 q3 j& g) [9 R, V: t( Z% L
start = 1d,* z; G, p9 Y( K8 x3 z# l. x$ R# D
interval = 1d,3 m5 J Y: C! G) i0 E
shuffle = false i& a6 T! w: u9 r6 m# ]$ ~$ }
) , f4 Y- l. q! e: k4 Y: [. T public void step() { : j# o2 C( C J6 k* f % N" a2 \& b8 S* n0 B // Note the simulation time. $ }5 J: B( z1 \, q1 M def time = GetTickCountInTimeUnits()$ w, Z' @( C4 X* F1 I1 h( c6 o
* i9 C; m6 ?( ^8 _* y' \' Y+ m // This is a task.4 e+ k: Y7 ^, X8 h+ s' `
measurePressure=pressure+ RandomDraw(-20.0, 20.0) $ E% G( \- m& {/ R, A7 u4 B // End the method. . d% Z2 {3 } V, k4 G% O' g& O( n return ' _8 j5 y7 g. O$ u8 E8 r7 u: S y- }& v+ V4 E$ @4 t! s
}