3 J6 q, w3 C' F& U 8 b* k3 [7 G2 W@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") ( b. c) V4 K2 E. e6 g, B7 C. ] public double getMeasured pressure() { 5 g- T2 O$ f: @8 [) d3 T return measured pressure, u( K5 B' e$ e3 z& o1 N3 {
} ( V8 l8 G: L5 L+ T public void setMeasured pressure(double newValue) { . S9 t/ T8 O3 \+ H$ T6 l' P measured pressure = newValue" Q5 S, \: K# c2 ^ h3 ?
} # T" @6 t6 W i( D public double measured pressure = 0- h& j: q3 b/ D1 n
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/** ( `% b4 Q# l# q4 k * 4 c8 a! h; C( k0 ] * This value is used to automatically generate agent identifiers.$ } B. a. B, \6 b/ _( i
* @field serialVersionUID8 G+ ~, u$ _# [
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*/8 f$ t3 s3 N" g: i) o
private static final long serialVersionUID = 1L6 i" s3 @' v1 I$ ~4 {, l2 u7 \
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/** 1 g: f+ S5 V: ] * ( A# s& u: |6 i [, V * This value is used to automatically generate agent identifiers. $ H0 _' C9 |" G7 G) {9 |& F * @field agentIDCounter x5 B& R5 E; R! x *" \) I& A9 R5 x
*/1 j( A# I& r6 D! k% g# [7 i; {
protected static long agentIDCounter = 1 # Y$ j; d7 h4 [ | : s& l9 ?; S) e8 D- A, z /**. g3 o* V q( N- E
*7 w# X1 @* o9 e- E- y$ n
* This value is the agent's identifier. " T8 y5 P& d: c2 ~ \ * @field agentID + U' f: H E) M1 G' J * E( L. t! w( B/ K: f */ ( ^# ^' b4 ]* c, N! x' _* U protected String agentID = "GasNode " + (agentIDCounter++)- g* D2 N- t/ |% J% C$ i# `4 j* O
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/**; a2 e5 n) u E+ l: }
*$ v. F% M. S# P4 ? G9 C* H5 Q
* This is the step behavior. . u; L; @7 R9 k% s * @method step8 E2 S Q$ ~; h% c& y
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*/ ; X* U" v" |$ Y2 ?+ Q2 } @Watch(* H$ [1 _9 h1 K7 j ]) [6 m
watcheeClassName = 'infrastructuredemo.GasNode',: U( m% N' B, x+ P$ I$ O
watcheeFieldNames = 'pressure', * E9 s- j, ]/ k. K query = 'linked_from', 4 K5 O( Y1 h- Y* g. P$ a% c, M whenToTrigger = WatcherTriggerSchedule.LATER," T& d+ |) ?9 `* c2 C" v/ E9 \
scheduleTriggerDelta = 10d 0 z( f& E3 x, H. a& y+ x2 V ) & S! u- E; p$ ^' m9 D public def step(infrastructuredemo.GasNode watchedAgent) {8 p" b. |( G# j) M% m
$ F: h( P% p& h/ e9 N7 G% u8 s$ E // Define the return value variable.8 U+ u% D4 V/ h1 n$ \; |
def returnValue . y1 ^$ n# x4 R. W. { 0 u9 R6 L8 ^. y' [, _0 [ // Note the simulation time. , W& L# s0 p3 A7 I% u0 ^ def time = GetTickCountInTimeUnits()0 d) F5 F$ k1 X2 X
% k* I9 J8 h `$ S* J 7 _! Z% r1 _! ]" G5 X1 d // This is an agent decision. Z. ?, Y5 H0 j/ H if (watchedNode.pressure<200) { ! } Z2 q. F% q- q5 |+ p5 r ) w0 f1 Z% c" L- B5 R$ v // This is a task. ) @" ^7 \0 A% }, n- R6 B" I setPressure(watchedAgent.pressure). T7 ^0 d+ V8 h% `) r, J
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} else { ! Z- M, g# h5 g/ k8 ~' J/ b! h, v5 D. n; R+ N
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// Return the results." f* P. j' V! v- _5 N
return returnValue2 F& h$ s0 R3 O+ ]3 T3 Z
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} & _+ A4 i q+ m6 ]$ g5 E; a1 r7 W& p9 |' g0 x6 d U
/**5 `# I) X+ H0 S& Y
*/ ]' G& m( H" ^& }7 C0 D
* This is the step behavior. . k) o4 t9 b- _ * @method step# |" x& }0 ]5 g, A p$ v( i( f) V
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*/ * Q; P n4 d" G: S @ScheduledMethod( 8 W0 u& d; L1 i, O start = 1d,9 T3 Z; f" R" O8 |9 t& r3 r( V
interval = 1d, # j" `6 @% J+ j) ?+ P6 V y shuffle = false 3 _) d' _; p1 d' h- w. k )( x! ~* @7 J: ^5 U
public void step() { 5 N& E% A8 o* B- z( j" O& ^8 |" B
// Note the simulation time.) c6 o! q, t( T0 M4 m6 s" K
def time = GetTickCountInTimeUnits()) z$ w$ R' S3 B7 i6 \
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// This is a task.+ P# N& H' D) l' v
measurePressure=pressure+ RandomDraw(-20.0, 20.0)! w! O/ c. y- G
// End the method. * V8 ^0 l e" g8 b4 r5 X. r return 8 P# i; n2 C/ G: V9 c$ t! Y. c5 d- E6 K) w
}