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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% [; x1 X/ M7 s+ ]7 ]0 x) E" \
public double getMeasured pressure() {+ O5 |1 A) n# l2 s% [
return measured pressure , Y4 s# K$ I7 ~. q: l }4 a8 | B6 Q7 K" s9 I# m3 B; E
public void setMeasured pressure(double newValue) { $ M( [! _, }( ^$ u) W6 F" }7 n measured pressure = newValue3 c: l/ J" x) z
}5 ]& R' l. v R7 |# w" o
public double measured pressure = 0 * p. Y4 N: b2 t3 l/ r" i0 f; P/ N: ?/ R
/**; ]2 e7 z& u3 ~; n$ ^% s
* 0 Y9 I( }$ `; q' x+ W0 W * This value is used to automatically generate agent identifiers. P* E8 S }* _, T& a; T * @field serialVersionUID N; r/ B( q# R' Z. B- B1 l' u *5 y2 [# P6 a+ ~( {4 |
*/ . a" A# R. m; D8 c2 A( e( t private static final long serialVersionUID = 1L" H7 J: ?$ C: g) A4 V$ \0 L
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/** + h5 v- |. R+ v *! A2 h% ^6 y3 x/ L; Y& I9 P4 Z
* This value is used to automatically generate agent identifiers.1 a7 b* Y/ V! G/ q G9 r Z
* @field agentIDCounter6 o4 p/ Q' L1 x1 m
* }2 o+ _! x7 T! H* C */ 5 K: }2 P3 z6 X( F" L- b4 d$ i# z protected static long agentIDCounter = 1# @$ |+ U- R8 v" ?3 r2 [! o+ c. p7 x
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/** 5 Y3 `' j' J) W * y& \- O" j$ [, O# _, } * This value is the agent's identifier. 4 n. D3 c9 U- I# U3 o% |3 N * @field agentID 7 d& g0 t/ }: |8 \ *+ q7 x$ f$ O8 h( d+ T% q8 b
*/5 @& t& M+ x" k6 h' ]
protected String agentID = "GasNode " + (agentIDCounter++) Y. z* I' k( O* H
3 s6 _1 g+ o( a /** 2 p/ V; s: ]$ J) _ * " s2 z3 ?* p3 w; y! J4 s * This is the step behavior.. X" H5 J2 n/ o- I! Z& y' ~, c
* @method step3 z b' ]' W$ P! f/ j
*! C; Q& q9 F! o6 ~) K4 z
*/ 5 g4 G6 [& R; Z3 @$ ` @Watch(9 f Y1 x8 \& N' J% [
watcheeClassName = 'infrastructuredemo.GasNode', / ]6 X( W9 j: w, U0 B watcheeFieldNames = 'pressure',, n9 J! ^( T9 ]0 _4 _( Z T# M
query = 'linked_from', 4 D$ a7 `& W* ~' C whenToTrigger = WatcherTriggerSchedule.LATER,1 g% c3 j1 ?5 Z6 `- i: r
scheduleTriggerDelta = 10d & s* S3 q& K0 w ), b9 J6 v" C5 N+ s7 [2 D- {( O8 |! d
public def step(infrastructuredemo.GasNode watchedAgent) { & U2 @% K2 u# v ; s$ |2 V5 [+ w, I2 P // Define the return value variable. ; t7 |% E ^% j4 I! l1 Z: Y( }, p- ^0 [ def returnValue4 f' T# P1 Y5 h2 g+ Z$ m* z
* W n3 K6 U1 r7 v
// Note the simulation time. : |' j' o& a" P" X6 x( j4 O7 [ def time = GetTickCountInTimeUnits() + t. I i0 }! ` * } o, M4 w2 a' a+ ~2 b9 C5 R. n: J5 e9 F" k" X g- ?9 F
// This is an agent decision.9 \; T; P1 D- N4 o7 w: N7 N
if (watchedNode.pressure<200) {1 k5 M0 `( c) \+ M) u: G& ?
2 k1 u8 f# P% n1 p4 K3 @( G* Y // This is a task. 1 M6 ?4 g# @' f W setPressure(watchedAgent.pressure)) z' l& d- c9 g( B9 |: P2 R& _- I7 y
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} else { " r% ~& V D, E3 } 9 J+ i. v" F' g' \9 y" G& a* e1 ~2 s
} % a' i& S0 P3 W/ b* F // Return the results. 3 q6 Y: |! u$ e3 c+ x/ l3 o return returnValue * T- Z$ O' a0 h; n- o* ^& Y# ], r & `5 H, n* x1 v1 } } % |3 G4 r% n* [9 m2 } ^5 t+ b0 ~ - ^$ N. K( ~, W /** 1 \" M) n& T1 B- A( E* h ** X# g( E' Q2 |- L
* This is the step behavior. ' K4 v# ]( i: v' I9 E: \ * @method step+ x9 T* E9 K# d1 ~. e* h2 G) y; K
* % _8 A2 n) e3 x1 _; l' p# o */ " _* U0 C, v: m/ n* j; K @ScheduledMethod(! E0 f* X" \1 \* A% d" b
start = 1d, / H1 y' e( c$ T& b; N interval = 1d,/ I7 g2 B2 ]7 V
shuffle = false) q( A" x9 o$ Y3 `, @( w& Q3 z5 J
) / l2 T( u+ S0 V public void step() { , D) k1 @0 Z5 L) e/ b4 f0 g3 ^ : u+ N/ k; k8 H9 L( `3 a/ a // Note the simulation time. $ V$ C6 v& x! o0 C; L) c def time = GetTickCountInTimeUnits()( v$ t5 z! t+ y) d" Z% C
/ v0 B. x' z/ v/ }4 j" R8 | // This is a task.7 `0 {% q5 e5 x5 \2 R: w
measurePressure=pressure+ RandomDraw(-20.0, 20.0)* d! `0 d4 V+ o# O* S
// End the method.+ O3 S3 V9 [4 Q8 r
return: D- A) C( `4 H: _% Y