- Y3 S" m3 U# R; b % J' _6 f# {& u( }& A. ^/ Z@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")- h% _. K4 u. ~& c
public double getMeasured pressure() { ) y3 o1 M! Q1 T! p return measured pressure9 o6 l8 F' W, g: q
} U3 M5 w5 B# r4 Y0 |
public void setMeasured pressure(double newValue) {2 d; w( A* z8 ^0 V) X
measured pressure = newValue * `# [ | R2 s2 R0 ~4 _ } 4 t; }! _& t# D( q public double measured pressure = 04 x9 ~! O9 W9 k9 C: ?" A
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/** ( t0 \# i5 C$ d# l5 u; ?. Y *( T4 W1 L' | T, P
* This value is used to automatically generate agent identifiers.& U, u& O/ \; z5 y. J" U2 u
* @field serialVersionUID ! t1 H% r" q" `7 L8 F& x ** N: N' U% H# [; K% v- n
*/ C9 v% O1 w% L6 R- W6 K. [ private static final long serialVersionUID = 1L 6 M' |3 X* R$ K# [* P6 d" T2 ]3 t# w9 F4 Z8 s, b" ^' I
/** ! ~$ H) R S' D& |1 a9 p *) W/ a3 Q7 P; V) |
* This value is used to automatically generate agent identifiers.1 ?# Q* Q" _! }) S$ n6 n
* @field agentIDCounter/ W R) i3 D3 a3 t5 y
* # y8 ~! X1 S5 z: H2 n */ : p) d) v# q0 d J+ B1 ^$ g* k% I4 y protected static long agentIDCounter = 1 & \9 M; }8 u1 e+ s" e! q6 J8 o / F% D7 l& u6 M, C2 F) I /**, n. N. ^+ J: J- m, |/ ^
* $ o* x S4 F7 Y; i5 l5 l * This value is the agent's identifier.& g* e! B: J" n3 q" w
* @field agentID' ~$ V4 k1 w/ r4 ]- t
* ' J1 a! A" S+ p. T */. c; A% y& _: D" h( F: T$ {
protected String agentID = "GasNode " + (agentIDCounter++)$ f. m- J0 |$ V; M$ U8 P! s! ?
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/** 0 _( M) Q c0 M *$ `7 R& w) h6 d% g$ r# E
* This is the step behavior.5 X M9 U4 Q8 N c! ^. y/ }
* @method step7 z+ K. [$ f0 q1 Q2 P! s
*6 U6 \( {. S7 r1 U- {$ z
*/ + G1 I/ }* a; f( Z: e( R @Watch( 5 q3 ^) W) Y. ? watcheeClassName = 'infrastructuredemo.GasNode', ) W; r7 D, T: C% k watcheeFieldNames = 'pressure',2 v1 {& X9 D2 k% [2 ~$ ^8 p
query = 'linked_from',' `7 t8 A, f- |# @) X0 g
whenToTrigger = WatcherTriggerSchedule.LATER,) B2 ~. ?. n* b8 t: k- h
scheduleTriggerDelta = 10d: k4 C8 R* D) V8 {1 r4 t
) 6 k; B& `3 S0 l public def step(infrastructuredemo.GasNode watchedAgent) {; r2 ~/ a3 j9 B% o5 w( |1 j
4 a Y5 U/ }5 }, A* U* M5 J, e // Define the return value variable.4 D% t4 @$ l4 t, L% E; L6 `- K
def returnValue+ t: C! B$ j" a' F2 C. Z
* ]3 E, H/ N# T. U' v // Note the simulation time.' Q: I5 W" I. _/ h% L
def time = GetTickCountInTimeUnits()6 k; A1 w! G6 ~
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// This is an agent decision.. F1 V$ d2 ?: h8 n, w
if (watchedNode.pressure<200) {+ B! L M& T( T. l$ G3 `
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// This is a task. ) o0 ?% q5 e1 k) }! i setPressure(watchedAgent.pressure)9 U) a/ D6 N, l d# X
! g, {! x, b& a0 y M6 a/ k } else { ( N& u* N3 R$ ~2 l0 c 6 q8 A9 v% `. A8 S: T. A' K" ~) v4 H& \" x; Z
}( x+ H3 Z6 s8 J" k: ]) u( [2 b
// Return the results. 6 p) Q* Y% o4 t4 o( U0 [- z4 ` return returnValue # o+ ^( O5 p+ D0 s9 D' A# u. A2 A D! n+ R- g. ] }% q. `' s2 F$ p8 Z2 x
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/**# L: J4 q5 w( z# J& V/ [
* 5 [2 R2 ^6 ?2 x# M( [' I * This is the step behavior.% ?& r/ p0 ^7 A8 t% ^6 H
* @method step 8 u. L0 ]$ O) ?4 S9 ~ * / l1 ?5 F7 Y* o" R) r8 V' j& Q) k, x( ? */ ! Q5 ? I) |$ ?2 w @ScheduledMethod( ! ~7 g5 P& W4 G1 X start = 1d,6 H$ b$ F5 Y" Q
interval = 1d, ! d# i& z4 n. j, A7 S& a shuffle = false ) y; `8 \4 C2 L% W i1 V ) ; M2 O1 M- K% c0 U' w public void step() { z$ ]* `- a: }' ~, o( {( M
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// Note the simulation time. * ]2 j" N% X# A7 ?3 C def time = GetTickCountInTimeUnits()! w! z, @# ^7 R v
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// This is a task.( q- O7 A3 \3 p5 f8 V
measurePressure=pressure+ RandomDraw(-20.0, 20.0)( o. V% n9 R8 S# {2 x
// End the method. + E+ Y& D2 [/ @5 | return/ y4 u! [) {, A! f/ r; u$ N( k/ v