0 P4 p- a; ^& Z" o( p5 S# Z% Y% C@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") $ |) q: t6 G( D3 u2 t public double getMeasured pressure() { 3 w% x2 L$ k# [( v return measured pressure2 B+ i7 O5 T! r) \; W* `
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public void setMeasured pressure(double newValue) { 4 p- j; r( w" w9 ]8 R6 W0 D! s* z measured pressure = newValue 4 g9 @ q1 J0 [! S/ P, R! z }- E6 |4 ^. }+ @+ M% J4 |, e
public double measured pressure = 0 , ]8 D0 w$ d- ` f; u! O0 t3 I$ `1 h# F) N
/** 5 ]) A8 N L N" m! T2 M: A * $ ~, N. N5 j+ Z- |1 m9 f& A * This value is used to automatically generate agent identifiers.7 b. ?' m7 ]' N2 ?7 \1 w
* @field serialVersionUID + f, h0 ^$ w' S# @1 V# I0 P. @( c *" l) F1 N/ T* U% q0 L
*/ 1 Y3 e3 r Y }% Q3 } private static final long serialVersionUID = 1L' _% q* d5 z8 y: b$ E( P$ z
) \- [2 i8 A0 @; @% K
/** 2 A0 w$ d' ?! q: _ n *; x8 H( Z! m1 t4 ?/ `
* This value is used to automatically generate agent identifiers., B) S9 m. O2 @) e
* @field agentIDCounter& Z$ R% F2 L& c
*% ]- R8 Z6 t" O! k
*/ 5 U! D& v' n1 C5 f& j/ d protected static long agentIDCounter = 1 ; v/ a, j0 p6 i; X0 ~/ k! O9 R , X" O8 K( v* p0 C: M/ z /**4 F. _# ^9 g7 ^5 a
* ; H. W/ q; V& u) R, R% e * This value is the agent's identifier. " _3 H3 g9 S7 ?# Z * @field agentID+ \+ u0 `0 o; x! m$ ^) W9 U
*! p, @6 f. p& a! X+ U0 S4 s8 `$ ]
*/ U' d2 U5 `) g$ p% Y( v; P protected String agentID = "GasNode " + (agentIDCounter++). P+ s8 j; Z! H5 J
1 T' j% ^$ y8 [ /** + r: Z' m f# z+ u */ b# m* L* Y/ ?+ s; o- q$ F
* This is the step behavior.2 A: P0 g: M! j: k
* @method step3 W$ S5 d' O' D) h
*) q! A7 r/ {- ^' _# ^1 |
*/ 4 T8 r: D0 A# C7 W7 { @Watch( ) V" @* G+ X6 J$ _: q) u: y# E8 P watcheeClassName = 'infrastructuredemo.GasNode',7 b8 a$ k/ x, Y% p! | a! |: s
watcheeFieldNames = 'pressure', ' x+ R" e. h* x4 P; m7 G4 E. k# H) r. D query = 'linked_from', # v( F% t0 I+ y1 R whenToTrigger = WatcherTriggerSchedule.LATER,2 R* h* A+ G& G* x, d3 f
scheduleTriggerDelta = 10d 1 _2 ^% D3 e+ _5 R2 d% I )1 S$ z( `0 _' t! b# |
public def step(infrastructuredemo.GasNode watchedAgent) { " {( a& t/ g0 C# z* K: c$ r. x' D% d$ _" e! w7 z% a2 o
// Define the return value variable. 9 D1 N: v1 j1 P2 j& {6 g def returnValue4 O0 r- |8 l# ^2 h
0 ~3 l- r; ^: I5 |- U4 T- M
// Note the simulation time." v l6 p g( N# S: T
def time = GetTickCountInTimeUnits() + s( y3 _0 i$ q; s* G ; ?4 B4 `9 z2 x: @) D* @( ^8 A4 E& k1 p* y9 D P
// This is an agent decision.! e" t" r4 @- [
if (watchedNode.pressure<200) {5 [" z1 c' Z- W1 O
- c4 {' O4 L# M // This is a task.# X: H2 S* N0 X+ A$ V% P8 z* f
setPressure(watchedAgent.pressure)' ?) P* Q0 x; i U$ k
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} else {; m3 D3 I0 ]$ H* a/ p2 ]7 ^9 [
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// Return the results.8 g2 B1 Y, g" o, Q% }
return returnValue; o* D0 v9 H& T! G" k: h5 I
; O8 V% Y- O0 V( s } % Y% o+ ^/ L2 U: r" O. X+ Q ( J5 i: k" `" \$ |2 N /**0 I& `$ \" T5 I( Y3 f1 g# f. }
*. \1 g* O# v+ N% f& u7 `7 n
* This is the step behavior.$ _) Q1 l" U* H6 @+ J- i1 N) S& a2 M
* @method step0 f+ r; L( v$ O3 V
*9 X3 f# Q5 X2 L6 M* j. Q7 t
*/ , e: A' ?: r, n6 D8 U4 q; h @ScheduledMethod(1 s& L/ `) o1 q$ h3 ^% ?
start = 1d," x; N" Y& g0 A1 J) ^6 |/ }7 T
interval = 1d,, f& B7 w/ B1 A) _; U( H3 V
shuffle = false " b& }2 y; r0 v6 i: v ) ' o! S- H# D# d+ |0 C9 q public void step() {2 X/ X" _! ]( `# Q& s$ j, c0 x3 T' Y
+ R4 w5 p* a' z
// Note the simulation time. & \; g; E+ e i( `1 x9 K. L* q def time = GetTickCountInTimeUnits(). `9 E% z' U" V, J- V
' k" t7 ^; O2 k8 M7 A( g6 n2 N' S // This is a task. 2 b9 T9 v( r3 K/ ]; K2 e7 [" ^ measurePressure=pressure+ RandomDraw(-20.0, 20.0) : \) `5 N: L# ?4 E5 x // End the method." x! Q( a3 n# \% f7 k
return / k- j. E, ?# b' Q! i% Z- @) `4 |* e0 p/ x) R f* a7 l# c
}