4 f' s1 n. V3 _! q2 m@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 7 `# L9 @! S4 s: r public double getMeasured pressure() {: s$ t1 E" {! X0 Q- M8 s
return measured pressure : \$ g, |$ J' H. t } " Z4 o% O7 T6 m- ? public void setMeasured pressure(double newValue) {- m2 u6 f$ M. ]7 t% r. x
measured pressure = newValue 8 s! c: o! \* l) \& ^ M# B! s } ( R5 t3 Z5 S4 G+ s# d5 t public double measured pressure = 0 9 ]2 ?$ s+ w1 A$ l, E7 r; h3 ]& f1 g& A l ^( @4 o0 c
/** % ]. V, p, L$ Y1 F9 t *! u4 ^- y, F# D
* This value is used to automatically generate agent identifiers.: a& k, m; ~; t8 Q8 u6 l; j' J6 o
* @field serialVersionUID0 C. Q9 A( h1 }2 p
* / z" [/ }6 |% n. e" O: g8 E */ 8 ]! v$ ]% e& Z6 y$ ]9 R; \* Q% Y private static final long serialVersionUID = 1L1 G9 s" x. t4 |/ {- |+ J. i& o
2 E I, L7 N: W /** 5 t. L9 G2 g. W& e m2 S7 \ *+ R% {* r4 k& L$ ]* c; X
* This value is used to automatically generate agent identifiers. 5 q1 D( T& u( V# M, } * @field agentIDCounter+ j+ A. b- L! J1 V, |
* . G2 X- G6 z: q& r* e- b) ` */ . \7 j T5 {$ D5 E% B* H6 Z protected static long agentIDCounter = 1 " P( C0 S7 {; }% r8 R$ E " X+ N& ?. d) v y4 C /** 8 y8 T6 v" @5 M * p; _- r1 v+ n4 }
* This value is the agent's identifier. 3 {4 a7 s8 I) I8 {" R# ^ * @field agentID 7 i- b$ P" w" v$ A# O4 i/ ] * ( q) k, Q2 D5 S7 ?' e */# Q2 u0 c- O. j! I, T3 o: G
protected String agentID = "GasNode " + (agentIDCounter++) * Y t" E9 ] D5 t1 O5 l/ n1 V+ z }0 \
/**. \6 l2 v! w4 |$ [7 J, L
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* This is the step behavior. / _0 P$ h' y7 f$ G9 E2 L * @method step8 s. C' T+ }' g! R3 {2 m$ G9 E5 @
* - u7 i. ~+ q! Y9 [- C */" N; h# I" h6 i7 g J B- m* ]( V
@Watch(4 r" f1 j7 r3 T: ?" P3 h
watcheeClassName = 'infrastructuredemo.GasNode',1 q! \* A& E# G1 M1 u
watcheeFieldNames = 'pressure', 0 e3 |1 q4 A* y query = 'linked_from',, r" C6 ?& B% H. H' q
whenToTrigger = WatcherTriggerSchedule.LATER, 5 e3 D$ k/ E# R, ]2 d, l8 a scheduleTriggerDelta = 10d ( p. z: R# }+ ~7 a3 D) f4 S! G K )% J9 E; b9 x4 Y, v6 I8 W& J
public def step(infrastructuredemo.GasNode watchedAgent) {# V' M6 Y Z% r' ^2 K- C
* |8 \% N- o( |. _( Q
// Define the return value variable. 8 c( K$ U3 C; v, f8 }. S+ @' k def returnValue " I+ I/ I9 _" n) S- N0 N8 L! A! L R, p' t
// Note the simulation time. 9 ]0 e' r! S" k s5 M$ r6 x def time = GetTickCountInTimeUnits() ' y' `' ~# W: L2 O. z, X1 {7 B, q* \% N
8 D% Z7 P4 w2 P1 u- k* D, y // This is an agent decision. # o+ ^4 B; z* _8 s1 u! j; a if (watchedNode.pressure<200) { R! ^' U; L' Q4 y
7 R! T: y% Q6 i; g
// This is a task.; E0 h; l) m7 Y5 y A1 u/ ~
setPressure(watchedAgent.pressure)$ S4 i0 S2 A) i. o
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} else { 4 f2 [" D! \) n0 ~- U2 |+ n( L f1 O: S! C0 S5 F A* ^
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// Return the results.1 E+ v% j/ J# X, L9 c2 W. E7 |7 m
return returnValue & [$ D2 d7 @+ q* l5 g! k' q4 D f& G
} 7 n! m" z) n) O) A, w. C9 }0 j4 U1 o/ H6 R4 m
/**& Q8 l+ R* w5 y* m
* 7 e; b% T/ v1 J4 s7 a$ g" h * This is the step behavior. 3 @* e9 T2 `: y, m: K* K/ ` * @method step 8 d* n1 ]$ i* @4 g. [ *7 v2 j# f* O0 C5 m
*/; r5 J# Y6 ?: Z5 m. d3 _, L& N
@ScheduledMethod(+ h$ R' t$ F6 q8 P! L7 K
start = 1d, 3 X( `0 r! m) U& r5 K7 d# ? interval = 1d,0 ?5 B! R2 b* D9 F8 O" n
shuffle = false 3 G8 k }3 g+ I1 _9 A' d )9 ]9 G4 K6 g& P8 C1 V
public void step() {: ~8 P' Y7 o- B8 g
# F/ B1 q/ \. u) G
// Note the simulation time.- o4 n+ V5 F- a2 F
def time = GetTickCountInTimeUnits() # x( `+ }' g5 _' d# X7 e: p6 p+ A* I) r7 |6 U
// This is a task.$ [2 c& }# R) u8 A
measurePressure=pressure+ RandomDraw(-20.0, 20.0)8 ]+ d2 A; u5 w* d
// End the method.1 p$ q+ x) b; m! V1 m* d, x8 l) n
return 0 k1 w1 Z2 ^& G l# Z' ~! V+ P* w : k& {( Y+ n! G }