7 U3 I3 h' s% Z+ J- d/ v , q8 ]. I1 z- }$ a) l8 l@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") # r. `0 L0 s5 Y: `/ j public double getMeasured pressure() {3 z) T% B3 z+ ]7 Y B
return measured pressure : B& v3 u) d: Z i" v X2 V }) _2 W! O/ Y" r; e! \" E6 V
public void setMeasured pressure(double newValue) { , j! W" P: ]8 h4 f0 H measured pressure = newValue" X$ G! O; q1 E: e w
}! A: r$ h' g8 @; Y! x( g
public double measured pressure = 0: O- v& b& ]9 a4 k/ s0 C
9 [$ `$ Z: j8 S /** ) L" m/ S5 V* l" v; C * 3 r! _- Y6 w7 W * This value is used to automatically generate agent identifiers.5 W3 V4 x/ g7 O/ g
* @field serialVersionUID 3 A" \5 G# Q o0 `' a8 v * 3 H( t5 _ B; b- u5 r */ ( D4 R: N' R. d/ ?) s8 g/ M private static final long serialVersionUID = 1L & l, v: N3 U# w( D5 `# k , f% w( T0 u0 {1 {5 Y5 m, c- j7 v: U( ~ /** 1 b, S9 C( G- o' A) L. g: V. f * i# \$ i* w2 D" K3 y2 Z * This value is used to automatically generate agent identifiers. 8 Z$ G. U: N9 S * @field agentIDCounter 3 v. m4 `. G. [) @; o3 c9 \ *" ~# {! w3 [, A' q
*/ # D- e2 B/ Z5 t: H3 h* s9 U protected static long agentIDCounter = 1 ! @5 Q& E o- G9 U% _# [% z5 R3 Y/ }* \
/**+ A' v1 o$ l' k+ O3 }2 f% t3 z' |
* 6 f# s+ O" Q5 \% b& r1 g7 Y * This value is the agent's identifier. 3 f$ A: ^: u; O+ `( z E% L0 r * @field agentID , R* ~! Z; ^9 D' Y *. a m+ o t8 B m- k6 w; T/ ~
*/ * w, Y f6 x0 t) {9 b0 q, c protected String agentID = "GasNode " + (agentIDCounter++)# z: ^1 U/ }: q1 M( a, I
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/**7 p% V: g* r$ i1 k. ?
* - H' G, f/ J+ l * This is the step behavior.& W% D1 u0 N/ p4 {$ V c: z
* @method step 8 f/ k+ P: q9 X9 B *: q; d( K7 Z4 B! x
*/ , E0 q" ]3 r4 { @Watch(1 @6 M( V8 k, l
watcheeClassName = 'infrastructuredemo.GasNode', Q$ M L/ W1 B* T' K8 c& O }8 r" x
watcheeFieldNames = 'pressure', & A, Y# M/ J2 U% ~ query = 'linked_from', 5 B+ y% V W& _" w6 y: z whenToTrigger = WatcherTriggerSchedule.LATER,5 U5 e' T+ b2 i
scheduleTriggerDelta = 10d* w/ R% V: n( J3 c& A+ g+ ~0 r
)9 @# q x; ?# {! w3 l1 |
public def step(infrastructuredemo.GasNode watchedAgent) {, m! n+ [+ K( r/ v7 X
; I% w# z3 P0 g8 I+ {0 ]+ k // Define the return value variable. ; h h, p. N4 b# k8 @3 j2 ]/ d def returnValue1 v5 L/ N+ Y. Y p# k0 N
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// Note the simulation time. $ B9 u- J3 @% e1 t+ c. `8 E6 \5 H def time = GetTickCountInTimeUnits(), G% F0 y+ n9 ~; v. r
2 P# }+ w/ I) o7 L 2 Q2 j: W1 T' @ // This is an agent decision.6 K" T9 ]8 x1 H7 c4 T$ g* v+ g
if (watchedNode.pressure<200) { 9 B) f2 P4 z( h- k( z f# a# X6 _1 n' Y# N
// This is a task. ) N* t8 `; k2 z5 N setPressure(watchedAgent.pressure) " ~+ K/ ~" ]6 o9 @: o# k 6 f0 Q( d6 R- n2 P' u4 Y' v } else {) G6 P8 d) Z1 \1 h- v* l
1 b/ Q2 G' S" @; X3 J 2 _" P: ~( Y) C$ R& S3 V* @* D# ]: m } 4 ~$ O5 Y1 Y( h4 ~3 b$ h( v // Return the results./ f) f! A s" H7 m( Y
return returnValue 6 v; B: E: i. B$ P # x }: G# b9 W6 }0 P, L } Q5 a5 _3 i, D5 ` / r3 c3 Y/ b+ r8 J /** ) w* p3 P Z% a6 h8 y# R/ l% [ ** p" {/ K5 b9 V2 g
* This is the step behavior.& x: l: |0 t. R+ N4 T
* @method step 5 I1 E4 L6 F7 b' H8 Q8 W6 F o+ [ * , Z5 v4 G6 m% X, h3 ^) f/ u; r */; h/ \. m' S8 ?( G% Z
@ScheduledMethod(2 g. u" h% F! b; G- l
start = 1d, $ b5 v# w/ P/ ?3 `" o interval = 1d, O5 i3 w4 a u7 T1 t, z shuffle = false o. o7 \' N( ]) {% t ) ! t6 ?; T6 T3 J1 [6 v! Z& T. o. B6 _ public void step() {8 G; ^0 C" G7 w. v( w ]% G' {# F
; T8 V. H2 \5 N1 n0 |1 g P // Note the simulation time. 0 Q* v& r& M* I def time = GetTickCountInTimeUnits() ( M% k9 p5 ?, A2 @% M; f) E3 Y) o: y' f1 O+ q: X
// This is a task. / `9 m3 s; j5 ]: Y4 B" n" v' Y measurePressure=pressure+ RandomDraw(-20.0, 20.0) 4 E9 F$ z5 ^7 ?6 M* [ // End the method.8 ?$ Y! d2 K' @, I. L. h2 i, w
return4 r }& n6 ~: c1 k( Y1 T3 ?