4 P0 K1 f4 `/ a6 b( M# {@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 3 `1 D2 T; Y# L9 q/ y public double getMeasured pressure() {9 Q3 O6 v4 J- J4 L& y
return measured pressure 6 Y- y' z8 ~, a5 y% r1 F i6 s# |& a } $ L7 @2 z6 M4 l& d& n" Q7 P5 A; Y public void setMeasured pressure(double newValue) {. I/ n- n6 t- V! a. A
measured pressure = newValue 0 T; G' P0 s) U9 O/ t4 g } j6 @7 |# p* V4 b. h public double measured pressure = 0 0 \3 f* e9 M7 |$ o6 [ 0 V; @( {% G$ W /** _8 v6 X ^; C* D% d: M
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* This value is used to automatically generate agent identifiers.4 \! {) U2 ]/ @' |
* @field serialVersionUID6 l! e; X& S* l3 z1 ~
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*/' B% G3 d4 q$ y" w( D( E$ O; d
private static final long serialVersionUID = 1L 6 L0 K/ Q G7 ]. L: b' O+ p) |% {6 a0 m0 S6 \* H, C! ^
/** ; M+ d( o2 _$ k$ R) T * k9 B- X# _ H6 D* H5 q * This value is used to automatically generate agent identifiers. , M6 m6 G6 R- n * @field agentIDCounter 1 ~$ y) Q% E8 G *1 Y+ y" g% z% U! `+ ~$ y5 Q5 m2 ~
*/9 [/ L% K* ]0 w# M
protected static long agentIDCounter = 11 [' A& B1 y, J$ H
' o% |3 K% E8 o4 X: m /** 1 f1 o; ?5 X. M4 i- s' K. n *3 U X* I- G# ^2 Q2 a' ?
* This value is the agent's identifier. $ |, S b8 _4 F+ t. T, C9 w * @field agentID0 V: h, m/ j$ A+ P
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*/ , B" J. s# Y* V$ A/ j' Q e! y* L protected String agentID = "GasNode " + (agentIDCounter++)/ u/ t) M6 N% H
6 A9 J) z. V0 v4 N6 @, P6 R /**+ y6 r! C. X$ Q
* $ v8 m. n2 y: N# G1 [ * This is the step behavior.' ?) Y- n8 [- t& `, m5 ]6 n9 g4 r
* @method step ; l! c. D& G" q8 \% r * 5 {# @# y N2 d0 l */' Y1 E0 u1 L: B/ D; {/ w
@Watch(" J9 v0 P& Z& E8 j& G h
watcheeClassName = 'infrastructuredemo.GasNode',* x/ X2 K9 `: E8 y' P- L' D8 W5 E
watcheeFieldNames = 'pressure', 7 z- u& z# q! Y( { query = 'linked_from', & V( s u3 }7 E$ V whenToTrigger = WatcherTriggerSchedule.LATER, " ~$ H D! P# N) ~- j) u3 l9 t scheduleTriggerDelta = 10d! q8 W4 }+ ~; J& E9 S8 W5 r9 H
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public def step(infrastructuredemo.GasNode watchedAgent) { 0 n+ D; j% A5 v, y6 i! Q 8 x$ {. R1 N; W // Define the return value variable.5 p2 |0 R7 `% o! y9 U
def returnValue# D5 j$ z2 `, n; h6 G S+ _) n; s
+ w% m2 Q% N5 b- T) H // Note the simulation time. & q' P0 L& l" O+ A/ e. ^ def time = GetTickCountInTimeUnits()! Q. u. w7 d. B; w: a6 S$ ]( D& o
- `3 w+ l7 `) G 3 \$ c3 B' L h // This is an agent decision.. c* W" T& N' \) }4 r3 T
if (watchedNode.pressure<200) { / o( i+ [" Q: c$ n0 M 0 j+ }4 o. Y# X" e$ R$ | // This is a task. 4 D; f: _ X# ~9 j" P: X3 s _ setPressure(watchedAgent.pressure) , ]' B9 Z9 N" o* H+ {$ ^2 j * X: v# Z& |, k& C } else { - G" M1 N# e# l" R S* |' ^0 p. o6 K8 R
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}) ?4 w4 ]7 Z V) F% B
// Return the results. & p6 V$ z6 ]/ G. B9 L8 I return returnValue) v9 X7 W! S4 H3 |2 f& ?
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$ H' ]# A2 R1 I* Y% b /**( U/ J" v! U9 h6 j* [1 E1 O
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* This is the step behavior.: m4 {4 ?7 p; P: [% k
* @method step ; I) K/ R# ?) J% W) m; Z * , G" z3 c5 X7 e */ 3 R& z* d) Q( Z: S @ScheduledMethod( t2 x* R/ ^! x8 w( m start = 1d,$ {, V! B; j7 \9 ]2 c3 H2 R
interval = 1d, 7 P# d% e. Q4 y; h! S6 S9 }, _2 [ shuffle = false & U* Y0 s( \" F8 S6 D3 K4 \; j/ | ) & K9 L" r T& L. d( ^ public void step() { 8 r- K1 S& f# J( R* Q& t' T2 I" J8 c, }+ E6 m& \# ^( Y9 x: J# K
// Note the simulation time. $ U4 s! h% _: ` def time = GetTickCountInTimeUnits()% D+ J' ~& [; A; \8 i
+ _/ {( n# q- C5 l6 K3 n y // This is a task.& \! ]4 N0 t% C- x$ t3 {
measurePressure=pressure+ RandomDraw(-20.0, 20.0) " I4 _* w' \" f5 d // End the method. 0 n' V: {: V7 U: ~0 y' E8 I return" l$ l# F7 k5 r