% Q, G8 I" j9 o1 u7 Q, E: `6 n 4 j* Z& u) q) v@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 4 @; M( o+ f& @7 y/ @ public double getMeasured pressure() { " I8 m5 {$ Q6 D8 a( f6 } return measured pressure6 L/ H, \) Z B: P9 l
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public void setMeasured pressure(double newValue) { ; _; U* w) D$ Q measured pressure = newValue: h+ t) o% g/ N3 A3 i$ K% W4 q9 I5 [
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public double measured pressure = 0 + |3 c" O+ c" S6 B$ J , o4 M0 q8 o0 E& X /**( O/ @! } d- k% P/ @0 R. Q+ K
*/ @% H* v, D! U) g
* This value is used to automatically generate agent identifiers. # e, o) O' D0 {: ?5 U * @field serialVersionUID; w& I3 d/ X* a& D8 X3 d
* 9 P: x! a& a3 Z7 i" j+ D% M */ 9 R- ?2 v/ y9 z2 p1 k private static final long serialVersionUID = 1L- C( C* _ K/ b& \6 c4 A; S
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/** ' Z" z8 S7 b! q# F$ R2 Q *+ z0 b; I5 k; S- b
* This value is used to automatically generate agent identifiers.6 z' w- O, P e; R* n2 }$ v
* @field agentIDCounter * w0 ?4 ^ G* P5 i% O; [! Q * ; J9 @5 |, W# D */ ) m4 u: P; b' X4 j protected static long agentIDCounter = 1' {: e& ]8 p$ ?- ~+ B
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/** ; _9 B6 c2 A9 z9 s * + Q$ Z! J5 Z/ `7 G * This value is the agent's identifier. * B6 r& ~1 G2 R9 j- b; d4 G * @field agentID. k5 _% ]1 c( H: b) {3 x
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*/6 s3 ^! v$ w @
protected String agentID = "GasNode " + (agentIDCounter++) 3 ?) c3 y/ k: _( f1 t" {; N$ S
/**+ j: n* l8 `7 j' U$ K, o4 L: q
* ! h$ @4 l4 a0 k, S4 a7 N+ Z * This is the step behavior. 2 _3 ?8 Q: h4 |/ z1 }: ]1 a3 J * @method step5 u- d. e9 P: y2 |+ \$ M3 Z
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@Watch(9 }+ c$ h+ ?7 O; b1 E! V7 P5 w: o
watcheeClassName = 'infrastructuredemo.GasNode',8 o& I" M) k( u# j, g, _
watcheeFieldNames = 'pressure',+ R1 q. \) E) x8 E1 t# u
query = 'linked_from',* s) ?. o! T; H3 s" q
whenToTrigger = WatcherTriggerSchedule.LATER,- V# ^1 X! ^7 S+ O8 r. Q1 |
scheduleTriggerDelta = 10d/ C0 [3 }8 B6 j! t8 |, i
)4 P2 h) I( Z& A3 Z2 @! }
public def step(infrastructuredemo.GasNode watchedAgent) {/ S* ?: d' j" b% [( j
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// Define the return value variable. 1 x- Z$ B, ]/ k* ~ def returnValue 8 s: U! |' G: W# E* l. _6 p; }) H" A N* p) Y
// Note the simulation time.; g4 k, h/ M9 q, P& ]9 v# M$ p x A
def time = GetTickCountInTimeUnits() + ^5 |7 Z9 d, S4 k$ c# E2 m9 {+ ]/ J9 U7 N* T6 J0 U
: A7 T7 _; H# `4 Q. u' s! x: J // This is an agent decision. ! j: K* U+ d( B7 }: C if (watchedNode.pressure<200) {' V7 Y+ z: Z7 H) f
6 N: [7 d8 r, l* R // This is a task. 0 M5 T% d. b$ i r: W setPressure(watchedAgent.pressure)7 Z9 Z) B: x. B, I
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} else { & B% h0 c' O- a2 |" \ ' L4 f0 J$ [* R8 I/ X3 C; t# L6 o* Y, F, L
} 3 i& x6 Q. Y; ~* c1 A5 F! @' D: L$ B // Return the results.- ?# E# O7 A" z+ |
return returnValue1 m$ y0 L( d) A$ j* l/ c6 ^
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} 3 W X" ]6 W! Z. o) d- G8 q' [% ~* ]7 q! }4 @4 g$ _1 D
/** 5 {+ [8 V* N& Y5 l, V3 f2 b *0 s! A0 ?- P7 Z- s2 ~$ z: ~& k( k
* This is the step behavior./ i2 M! L' v5 I# Q* ]
* @method step % i& ?7 l9 i" N$ e( t *8 m6 W6 O/ l* n+ k V
*/ $ ~, k9 U8 O( k- s3 \" y @ScheduledMethod( 6 b; G$ M5 [2 T" K1 J3 @* m start = 1d,! Z) B0 X+ v0 A5 s
interval = 1d, & g7 l3 i6 d7 P5 y f3 f3 v0 y5 C shuffle = false + r, a7 |8 {8 k- Z )- i" j; d$ \9 Z/ Y6 d
public void step() {" k' \9 B" i7 M; T
+ n! h; c$ N, p0 ?; u2 |! ]: M/ d // Note the simulation time.' ~: R# W$ x* G( M, D
def time = GetTickCountInTimeUnits()- g( M0 E$ M+ s
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// This is a task./ t. [$ O3 Y& v8 e
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 5 e L( N4 W0 y, `- i" k4 y // End the method. h R( I- @$ @% H+ y
return5 h% H+ R4 o: g8 W- T" i
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发表于 2009-4-4 12:21:26
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