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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 2 D$ B2 m3 U$ q* j) a( U public double getMeasured pressure() {7 F, o) }6 V1 w. l1 {, x. N
return measured pressure3 a* ?4 {! d9 U* q$ X" d, S& V4 ^' _# j
} & X& j# c7 H9 d+ }0 t8 A7 K public void setMeasured pressure(double newValue) {1 k! v3 G+ x: E: w6 ~
measured pressure = newValue& y* |) g: x) h' k, O: v5 X
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public double measured pressure = 0( s& h6 ?& D! v. `' L" g3 ~
) k3 l h. c. i" a( z /** 2 k& C! Q4 @4 @. s: w# F *# O* j6 \" y T+ C9 D3 N/ }& y
* This value is used to automatically generate agent identifiers.; q6 P4 U3 v( y" x1 i* s) s
* @field serialVersionUID4 R0 X3 @8 F4 w% q. a
* 4 u) I% }- J; v */* Z* X( R* v- L1 }
private static final long serialVersionUID = 1L8 g* `8 y0 N) r' p) K
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/** 3 k: p6 [4 a, z- u4 q *! r [; l: q: W5 c
* This value is used to automatically generate agent identifiers. 9 {; g! l0 v9 T! p# ]* E( R * @field agentIDCounter 3 x1 a" D. @! ^3 C/ d' r0 s */ D0 t- F9 x$ k R* s
*/ 4 w {. _5 o! i- a8 {9 Y1 H5 r protected static long agentIDCounter = 1* \" s5 h% m" G' Z0 Y
# Q% J8 E+ ]! t/ Q/ R& |5 d /** % h* J( A7 x1 M/ Y. p" o *+ \" ~' y+ P( o z3 N
* This value is the agent's identifier. . S& d; l* s+ l * @field agentID4 M, @) i0 F3 p
*3 H& W8 R" J7 k) O+ L. c1 A
*/ : _+ A$ s0 d4 c" S protected String agentID = "GasNode " + (agentIDCounter++)2 T9 h/ d! k9 u+ T0 j9 I* P
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/** ) @ Z+ g" x8 ~6 [! c * / [4 }& \6 G6 \$ V$ g1 ~8 h/ C * This is the step behavior.% m- b# m: `' M/ g/ N9 K3 L
* @method step % h* [' ]6 a. b, u3 ] *! o6 g7 D# W1 D) a( C
*/ 6 h" g. e" C; ~/ X. \ @Watch( s0 H5 K! Z A( C watcheeClassName = 'infrastructuredemo.GasNode', 0 R1 \: h* M* ?; N watcheeFieldNames = 'pressure',% L; g1 ]( t) _: [9 L3 z3 l1 G
query = 'linked_from', ; Q3 w7 x7 T* R; d n1 ~3 H3 o whenToTrigger = WatcherTriggerSchedule.LATER,- f8 ^+ M' X- y- Z! n1 ?
scheduleTriggerDelta = 10d 3 l" R. E/ q) R& [" M. m" m ) & } [8 c; h3 X, Q+ \" H public def step(infrastructuredemo.GasNode watchedAgent) { 1 v; ]3 m6 r2 q5 | ' v3 v) o0 u! s, N8 u // Define the return value variable.9 h; W8 S' W' O" `4 C" h: a
def returnValue " t* f# J. n. u5 t8 a" w* ~) g: }# g" A" M; u8 P I$ }- \0 }
// Note the simulation time. 7 f$ t% o- M4 Y6 {! X( Y def time = GetTickCountInTimeUnits()& r* Q7 {0 k, k: F G, R* C
6 a; i4 e* {3 C; e3 N
: i+ m: J+ w/ |( v' J' L7 X# X
// This is an agent decision. + b& R8 V. f0 n, ?$ V1 r% R& ]$ r if (watchedNode.pressure<200) {: B$ ]. B+ y C* g2 `: |8 Y. z
$ `. f/ b' a$ G7 `3 q2 U5 ? // This is a task.( _+ X) j9 R5 ~
setPressure(watchedAgent.pressure)4 p" `; n) ^! N' t2 g
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} else {0 p/ T, Z( U- R6 D1 q
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// Return the results.3 e6 k: }7 ]( H+ A4 F9 D
return returnValue 1 u1 h3 Q1 b7 k H+ g& G$ G+ y 1 T* `8 a) u1 o6 M8 u } ; u9 H2 j9 ?- Y' V' L * P4 v9 k4 K8 Z9 u, | /** 7 i) G& S# v8 [* H1 O8 J *3 A. E) D" E2 T. Z# ^
* This is the step behavior.$ b# P, q' G' r, C
* @method step( a7 U7 \. j) T' y5 O
* 0 L! Y* P1 V/ Q% W* B */$ \! \& O: S0 I" w+ M1 r
@ScheduledMethod( / }& p: ~; l" I start = 1d,: X+ W* [' J" }% n: Y4 r
interval = 1d, 3 g/ h9 } b0 q7 [8 P shuffle = false + r; o) g n, c6 X )6 ~% @& f, m( h8 c; s9 Z
public void step() { , r3 v% c" E: {( O$ A4 n 3 q1 a% Z& ]- j2 o$ L# X. A' [ // Note the simulation time. 9 K/ `) O0 T8 f. Y( Q x def time = GetTickCountInTimeUnits() ! L+ d, z4 Z4 e4 ? 3 S; H6 Q7 _; `4 C& }% _1 S+ S // This is a task.5 [$ V t: ? r3 y8 ~: O6 }' x
measurePressure=pressure+ RandomDraw(-20.0, 20.0) j4 L0 U5 D/ B' k: n6 j
// End the method.* G& S' z5 v9 `
return4 j1 Y1 S5 S9 E7 ]