- b, M e: D$ E7 L@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 9 v+ B' a' g2 f8 L" n: |7 Z public double getMeasured pressure() {9 n9 a4 }, d3 L. {! v" t
return measured pressure5 p1 @% F/ Q! N, h) ~6 @
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public void setMeasured pressure(double newValue) { 4 t* o0 k/ a- w4 s$ \. R7 m" _: q measured pressure = newValue( m. b# H$ x# @2 L" s" L2 j
} - ], r; v E+ ~8 J# B' ` public double measured pressure = 0 + M$ F1 J. n/ O$ D# P) V3 H) J& o0 I' d$ U9 D* L' ]: X
/** ) V( J1 S- Y/ O *4 j7 g1 z/ B D: I; D! E
* This value is used to automatically generate agent identifiers.4 D* R6 C* D; Z# M
* @field serialVersionUID 0 q; q' x' a; @1 [! x9 A * / P9 A) l0 W5 n1 X# \8 B; o) N */ ( J$ p& Y* Q6 I7 J! N private static final long serialVersionUID = 1L( C7 T5 l/ d- A; W4 k
2 d! {2 n) `6 D( {7 o- E3 P1 j /**- |- v( C+ e3 G3 G( n" |
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* This value is used to automatically generate agent identifiers. ; J+ S. K6 u L) ~" {3 o0 x * @field agentIDCounter) K2 P& z/ v* H9 }
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protected static long agentIDCounter = 1 1 o' ^# f- J* M Y0 K$ [- O 5 a" b' x+ h1 P5 F! @/ L /** 2 i. a. N* A7 M ** K; w1 j2 w. E0 ]. l3 Z
* This value is the agent's identifier. + n- }$ O/ {! {: A# B) ]% q6 n * @field agentID/ A+ }/ l3 q# l: u! M# k
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*/ 1 U; b3 W2 O' v, F/ i! R0 u7 n protected String agentID = "GasNode " + (agentIDCounter++) 2 x, S/ | ^. b2 n, j$ z * p$ x( s) S7 f7 ~ /**4 f. ^4 k; {( |
* 8 u! Y' [& R$ ^1 D$ v * This is the step behavior. 8 ]# m% x) h( L3 K" }) S3 C * @method step" s# p! S8 x' I
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@Watch( Q! M- K" U" @2 T! m
watcheeClassName = 'infrastructuredemo.GasNode', ; U4 t$ c4 L0 G) E G watcheeFieldNames = 'pressure', 3 z+ F; D' t" D query = 'linked_from', - e# u" ^, ?6 U9 g- ^' | whenToTrigger = WatcherTriggerSchedule.LATER, & z) g" l6 `. g* x) I; _ scheduleTriggerDelta = 10d8 {2 H/ i X1 j9 v1 z2 `- e
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public def step(infrastructuredemo.GasNode watchedAgent) { 6 h. x3 B; L0 V! m% R! c6 `. Z a" f: @# Q% ^
// Define the return value variable. 1 q" f3 C6 Q) ~0 U4 R6 j* l def returnValue 9 T2 `" M- k* ~3 L' y! } ( V9 Y! G% ]5 t( Y _# R // Note the simulation time.: S9 F7 N+ D3 c# b' J% A" v
def time = GetTickCountInTimeUnits()5 ]: Q7 L: x8 k7 J8 V! H5 X" r' U
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6 d% d4 m5 E- l* x // This is an agent decision. $ J8 Q, `! O2 r1 e' _& r if (watchedNode.pressure<200) {9 j( o5 `& {) }# a
, ^9 h( U* ~. G) i. v // This is a task. . G$ K' E7 }2 g. n* I setPressure(watchedAgent.pressure) ( K9 }) L6 Y I* R) y+ u# B& j5 `5 O2 \
} else { : ]) s1 ]+ w n9 l( Z0 h. T4 d3 {: Y f
7 q0 x4 `% M. q0 Z } 1 \% U: _3 k1 G: D8 g3 p // Return the results. ! k5 A* j5 m, X! X0 T6 y+ N return returnValue' l* t, G. |; L; E* C8 L7 J
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0 e" p* C2 R6 Y4 [ /** 1 A6 _4 L8 G- A/ T& }+ V, [ * 0 S" N2 W7 J: U- N2 z. Q * This is the step behavior.6 Y4 p/ l+ s, m2 N
* @method step 4 m) {" g3 L0 l6 L8 _5 k* e7 x *1 Q6 _; f0 V" s6 b b; u. `7 }# y
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@ScheduledMethod( R+ n- T9 J( H( H: v. C- p start = 1d, 6 Q1 I" Z+ L. ]* k) P5 ]; p interval = 1d, 9 s G+ _7 F4 D& @+ V1 K' B shuffle = false . `- B {4 M n )" i9 i9 a4 i6 R- z
public void step() { ' f3 w# t1 t O& r0 j# b) ?( Z2 P* M2 R0 x$ J0 E U ]
// Note the simulation time.( }/ [$ |& M# j
def time = GetTickCountInTimeUnits()1 f5 A0 v# P9 o8 I8 y# H: L
: b; r. F4 u T+ y( ~ // This is a task.( t. F( n8 a9 \4 K% M
measurePressure=pressure+ RandomDraw(-20.0, 20.0) 6 z p# E9 Y) u2 E/ q+ w& a // End the method. 7 l7 e# o& G5 U1 T1 M* D return' C# ?/ _; X' A' E, q8 D* R