a5 r1 D5 k: N1 F3 Q2 |4 z( c$ Z: K 0 f/ u' Y- x0 @9 W- S( i9 |$ c" h@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")( i! {( y8 K( r8 F% r
public double getMeasured pressure() {# u1 t% Q K4 e' W5 _$ D) [
return measured pressure $ N5 H3 h J6 T9 v i/ V% N# l( x4 `# J } $ ?5 U" U1 ~, b0 J' Z* k; n public void setMeasured pressure(double newValue) {$ ?) E# f; n: j! V+ _* c2 \
measured pressure = newValue ; }$ Q, X8 F" U5 K5 v9 Z. C( Y } 3 a B! H |3 n public double measured pressure = 0 3 ? t( W3 U. N 7 ~# P1 Y8 W8 S4 f3 x /*** W; ~) j; Z: ~/ B
* / b1 P0 k7 v- @1 @ E V9 k * This value is used to automatically generate agent identifiers.- r, t; _6 ]" n7 W/ c" J
* @field serialVersionUID7 A) J+ \ d' p6 Q. s* h1 n
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*/ 1 I* ~3 I- h) ^. z0 q! v private static final long serialVersionUID = 1L- }% e3 {6 i+ d% H' }
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/** # l/ B* v! E2 W/ I: x9 a' ? * 1 F6 Q) V1 g" }+ s) Z' y' N * This value is used to automatically generate agent identifiers.4 v% E! I6 L% p7 |
* @field agentIDCounter, ^" B" [# l3 \
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*/ V1 U+ A( X" t. k6 E Y4 L
protected static long agentIDCounter = 1 # h( U4 `: j) M; r5 P5 V ; Y, q3 Z! ]! R( `$ P5 O /**# j' m6 F% K3 W6 i( u
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* This value is the agent's identifier. # b' {/ ^" J/ ?' S5 N6 _* A) E* s * @field agentID # i2 i' a1 `, N2 U5 H. I1 p * % l& L6 D8 V$ [3 l */$ `- A7 H p- L; }2 F7 ^5 z% i/ q$ [
protected String agentID = "GasNode " + (agentIDCounter++)% c- C# b: Y* M' X9 R
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* This is the step behavior. % B7 t" I4 h1 n0 D% x * @method step 4 c" M* G5 [# P3 o9 ]9 `9 Y6 { * # u' q: K4 T& c' Y& x */2 O5 p* X9 L5 A/ E: E$ N# M9 ?
@Watch( V# W8 [! [6 B! \0 r8 Z3 }
watcheeClassName = 'infrastructuredemo.GasNode',- j, {( L- M( n& B' v$ k
watcheeFieldNames = 'pressure',* A& B3 ]4 n7 @6 U
query = 'linked_from', ?1 B. k9 p5 m
whenToTrigger = WatcherTriggerSchedule.LATER, ( K( u8 M: `1 ^6 m$ p7 G- ~' L scheduleTriggerDelta = 10d ; A& U5 L8 i2 N1 ]- p6 U: U; I ) / z2 ?/ x9 I, g3 {/ \0 q" A public def step(infrastructuredemo.GasNode watchedAgent) {4 L4 Z5 Y/ y( }# w3 c
" Y1 @$ c1 d! g // Define the return value variable. + [7 k" {$ s9 V+ H' B# @# T def returnValue- ?5 |9 ~2 l* R: f/ b
! U* C: f; Z0 ]4 {; y" G) n // Note the simulation time. : X, A7 u/ N! m5 G. a def time = GetTickCountInTimeUnits() ' k4 y) ]6 H% s, Q - R; v7 f5 B: Q" \0 v# P / R, G% Z- n1 G H0 V9 a0 f- C3 h // This is an agent decision.7 L7 D. ~) p3 v& O
if (watchedNode.pressure<200) { f/ d! y; Z; {0 z
' j" q+ i F9 O8 o2 V // This is a task.: m; @' A1 O/ ^3 L
setPressure(watchedAgent.pressure) 3 h0 v1 }- B) E6 d , g% x2 Z3 I& g+ ?- n } else { 6 W* E, i" Y# s; s) p. Q2 q6 w5 S7 X
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// Return the results.9 x4 s! X3 L4 @+ x! G" y) ~
return returnValue8 C+ M _2 g- A8 R
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( X7 Y2 L+ G, l /** 7 Q1 u; R5 d* Y e *, D2 _9 x2 ]; l0 Z
* This is the step behavior. 8 m* m m5 `% U3 C0 Y * @method step ( h9 j b) [2 W, |7 b * 8 U& O7 @/ M! y% j% q% P */ & c+ L% _- [/ i2 {2 p @ScheduledMethod(- o) H$ N3 `; C- s7 C+ v5 x
start = 1d,3 y2 |3 D; h" k9 O
interval = 1d, ' R. F" l1 i* [* m6 _) X! q3 ? shuffle = false 3 U7 j, G0 \$ X1 N )( B: _; q6 Y8 r: p
public void step() {: [* W+ q5 @8 p# t
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// Note the simulation time.+ _: d7 f9 }9 q7 ]
def time = GetTickCountInTimeUnits()0 A/ q# d: O1 \2 S5 t6 N. M
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// This is a task.- J1 ~. @9 ]- {4 [: }9 E1 |% @- d
measurePressure=pressure+ RandomDraw(-20.0, 20.0) # d+ ]% D% \# _+ J2 F) j3 y9 b // End the method.3 O7 K2 q$ c* N6 j- `8 q1 g& j
return ) m, j/ _7 Q. `* t0 U" l3 L" z6 A6 _
}