) I* t5 |! Y. x) m@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ( F0 J F; v( e6 t3 C5 D public double getMeasured pressure() {* k8 C7 c) x+ l1 U& b; b
return measured pressure m1 a" }7 Z0 u! ~" D4 |" Y
} : J% i* D, r- K4 Y- K- ]5 c. t public void setMeasured pressure(double newValue) { & I$ V; L# T& o V) g: u- @, g measured pressure = newValue 1 [9 A Q- D. z; f; h }) ` S' a( Q+ n l- D
public double measured pressure = 09 {1 T5 O3 |( } P- l* z
9 x1 m }9 r& k- Q4 ^7 m /** 6 [3 N. {; f# J% C% `: U *1 ~; |6 l# m4 _2 i9 Z4 Y. t/ x
* This value is used to automatically generate agent identifiers. 0 `+ P+ _! j: H1 x% {7 m8 r * @field serialVersionUID. u% ` E% X0 b# O% C1 {# r
* - N/ o, W) r2 b6 }) i */ 6 i! F' K1 `- e7 A8 ` private static final long serialVersionUID = 1L3 g" L- d: @% d2 s6 C9 P5 V. z/ j
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/** * A& u, n2 E% T3 P' F" u *7 j+ I* L2 S; T5 T0 u B9 m3 `% f
* This value is used to automatically generate agent identifiers.1 d9 Y( k; g7 I" T w
* @field agentIDCounter% @4 z" U0 m; @; A' t
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protected static long agentIDCounter = 1 " s; x, y K' }4 a5 S# t. Q/ I, @. h2 R4 _& Y1 \
/** ; i( j" r$ y- T) i *5 Q4 T& c: ]& f2 } J) Y: c
* This value is the agent's identifier.# m9 [- D" Q: B& [8 E9 a' r
* @field agentID% W+ }" f6 K) v1 x' ~ e% N
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protected String agentID = "GasNode " + (agentIDCounter++); l3 P, t6 j& O" U; F5 t, E2 j/ O
" Z( s _4 D4 \' @3 c /** , Q# h9 A/ `% u! c *( O/ p A2 m& Y( P2 r! b
* This is the step behavior. + f" g5 d. Y1 `/ B: J% m$ J8 i * @method step W4 I$ l# w' Z# f# H& ~6 L( D& {& a
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*/ : k) K$ ?, D, ] t6 |. U @Watch( : j$ i0 k6 R: E' _4 G* x, U5 P watcheeClassName = 'infrastructuredemo.GasNode', / M9 `) a7 r9 T* k2 q0 J8 F Y watcheeFieldNames = 'pressure', ' S* b2 z4 v! U/ a3 o" x( g( F* s query = 'linked_from', ! E* O- i% o: s% b! W whenToTrigger = WatcherTriggerSchedule.LATER, ! b) b9 \- Y5 b U/ K scheduleTriggerDelta = 10d9 B2 @* G8 Z" M) F0 [8 e3 P1 r
) 3 {8 r U p9 X: P$ |5 q$ _ public def step(infrastructuredemo.GasNode watchedAgent) { + g) v. ^. R; Q4 u 8 t2 _% z7 m q- ^/ w7 j // Define the return value variable. 3 W; A# w7 E0 i6 a def returnValue % V5 L1 c& ^# W4 `7 p- E' d$ j& |1 m) u
// Note the simulation time.5 j: k$ ~1 N U. `, W B9 l* T
def time = GetTickCountInTimeUnits() ) T8 o5 k2 F, j+ g# u( ~% Q3 O: a0 M w( Z
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// This is an agent decision.: ^- N5 ~1 L+ M
if (watchedNode.pressure<200) { . m: t7 z- p, G i6 g+ h, P! C( E+ K+ n: P8 c2 z3 d
// This is a task. 3 n! I, D( c" k# R) H& v' C setPressure(watchedAgent.pressure)" g0 j$ `8 A* q6 I" g
, N4 l M3 j; {% Z/ m9 G } else { * | ]4 q' n" Z8 `. M( l2 x 8 U% {) k; f* _8 C1 @ 5 O$ X+ [8 {! Z. n' F3 N( e } - i) \* J; e7 g& d // Return the results. X5 v4 I9 h' s5 e return returnValue - U5 F+ Q6 Q' \" ^0 l& { ( W' T$ i% X U- g" ]5 F1 W' z } y7 h/ Z5 k" ?9 L7 r/ ~ I6 U! | , b: E# x& _5 t, ?# I% f /** : j1 [) w* ]3 _% A, D3 Y * R9 w% J) C, i" L9 g1 o+ W * This is the step behavior. & ?4 g) Q! ]0 D& @, B- w M/ k$ n4 @ * @method step5 w; ]& m" i$ D) z# P
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*/ 4 U' L# |% I/ O7 r @ScheduledMethod(* d, p* K! x9 _1 E K
start = 1d,% G7 C' ^# x& b0 _) W3 g1 b% L
interval = 1d, ; Y5 P% j% K9 h: n; K shuffle = false . {3 r0 t5 v" C )6 C/ o1 ~# b0 `4 V/ p9 _
public void step() { 8 M0 p8 _$ D! \( s1 K . P+ \* O2 \. a! K1 J$ u // Note the simulation time. 5 v9 B: \& }3 K* I( V" C# B def time = GetTickCountInTimeUnits() ; @, @ \- H: H C w # `3 ?; s/ V7 f' K // This is a task. c/ Y" a A3 n n
measurePressure=pressure+ RandomDraw(-20.0, 20.0) % e$ M! @, O% b: R // End the method. - M& z& L6 `2 |- _8 Y' ]- a6 W return+ w* C+ m6 `( Z