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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% I/ F1 f6 _, s1 B
public double getMeasured pressure() { # m4 n; D9 d' d; j H- d7 B return measured pressure . |6 O' m$ }- J# D" G }* I2 ?2 }1 d/ A0 h- @7 G8 o
public void setMeasured pressure(double newValue) {6 s: c! H) V% e3 j2 _
measured pressure = newValue4 W0 A' O% h8 P4 {, J" ~
}! i( b; f- n1 t0 S! W
public double measured pressure = 0 # K$ c3 O$ A2 O% `/ t7 o u/ h / }' Y& Q. e9 U5 B) B! ? /** ) f7 S3 _1 Y/ H% Y' D h * . `' F3 U. v+ ?% c; g% E! l * This value is used to automatically generate agent identifiers., h/ ], a- Q0 H4 Z
* @field serialVersionUID $ o; _8 A) k* V# V( u/ G: x */ [6 C) E/ o% g& m$ U
*/ ' a' f: _; w8 q* g private static final long serialVersionUID = 1L ) P. ^# h. w# x1 i, _2 W# J0 ]" d7 M
/**, J7 [6 r' }* X: F7 K+ X7 @ p6 H7 V3 S
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* This value is used to automatically generate agent identifiers.! m8 f& g% C4 y* z7 r8 m( e
* @field agentIDCounter* u1 K# z. S1 K6 W8 K. I
*( V- t* [8 e/ P3 J4 q; F' g( {
*/ . w) v8 T7 c: w: ]0 W protected static long agentIDCounter = 1 D3 m! B q5 B, s" m# l+ A% x7 {& n$ _9 Q
/** 0 X4 _% E: l! r L S5 V' b" s+ S * % b) ~6 u" f" M1 e! L * This value is the agent's identifier. 3 \4 Y" ?; |' o c7 J% ] * @field agentID 1 y. Z+ \2 o1 P, ]# v *5 b, U* Z4 E- I; ]( X, R& G
*/ 1 Q# i; @, F6 I protected String agentID = "GasNode " + (agentIDCounter++) 9 _0 c Z4 R* `2 U: Q' ?& ]/ D: ^6 f% Z" g
/** # z1 @7 K/ p' x! J& k8 Y) T *% I; N6 R6 ?$ N4 A
* This is the step behavior.; R0 R& `! U$ ], N- V# H1 f
* @method step 3 A7 y: i7 |6 h1 h *6 [7 t+ r. n8 k+ {$ O7 V" R5 u
*/ 8 \ T( {$ G( k @Watch(" R! B2 d% f& M
watcheeClassName = 'infrastructuredemo.GasNode',, [7 s8 G: y7 R# e
watcheeFieldNames = 'pressure', 2 E* R4 o3 J7 b+ a query = 'linked_from', 5 }" g7 s1 n5 T4 E' s" f: U( T whenToTrigger = WatcherTriggerSchedule.LATER, " u7 w: s3 t5 G' a( S scheduleTriggerDelta = 10d 4 c, J Y. U# Y2 L ) 1 b+ K$ Z+ Z/ }0 P6 }4 W! H# r7 h public def step(infrastructuredemo.GasNode watchedAgent) { 9 ^0 K9 t0 k% e% d- \. `, G* {1 u 8 Q+ D: D& N2 y, q w1 P // Define the return value variable. ) w5 ]- i1 @( U# j, P; a& U6 L$ v def returnValue" _/ W2 y. C8 C
4 j3 T+ N* H! D7 N. G7 L- A7 o // Note the simulation time. K. N% g( t' P$ W
def time = GetTickCountInTimeUnits() . k, x' i$ ~8 x2 v! V9 C' a! W2 `4 ]1 f
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// This is an agent decision. ! F# | j) O, x8 l if (watchedNode.pressure<200) {7 v( k- b! i* S- |& k, J* ?
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// This is a task.4 t. T" ?! x9 d9 Z1 r0 a i: b& G
setPressure(watchedAgent.pressure) , a; h- s* _9 P8 {5 k- Y$ Q, p- E- V
} else {. a4 ^2 E7 F- G' z& U8 j
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} ) E0 s- M1 S. C7 ]' i, ?3 K; {* g( g // Return the results. 5 o' M8 ^/ M5 d m return returnValue & y& t# ~8 y7 M ]( K# M2 [2 I5 Q: \% C. }3 ]0 x2 m- E. b
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/**2 c0 ?/ `+ w* B+ A( y2 p* s9 _( ]
* . r# K+ w. a' S4 p: d * This is the step behavior.0 l, h0 T' Q8 P6 c5 c# B5 [
* @method step ) c: @! {$ @# Z% E * - \! o' m, R9 p( A9 H; p9 O */ 0 E, k& O% ]. W* q" t' ` @ScheduledMethod(( O/ B0 @5 z" y. n
start = 1d,6 S1 v% {; j6 Z; t
interval = 1d, 5 k! w( O) a& V9 F5 j" n0 f6 u shuffle = false2 L' Q% A/ a& Y1 Y, Z2 q, d
)0 V7 B1 o$ U7 p, B
public void step() {, e) \2 E7 ]* ^* A
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// Note the simulation time.- \9 ?7 t l( ]3 n2 D
def time = GetTickCountInTimeUnits(): q' l: `7 g4 }! T) x3 W: x6 p; X
# q: y. Q+ I. q( m // This is a task.7 \0 b6 ~* x# Y6 ?. C- r9 S
measurePressure=pressure+ RandomDraw(-20.0, 20.0)9 b2 D" Y( e5 u$ b R# q; w* z
// End the method.% C5 i& D* ~3 A# R) [2 X3 O" i* k+ s
return : X3 I4 A1 r. Z1 Q, D3 M 7 L f" e8 n- u! J! W, J }