+ ~# ~' k0 v6 |' {' |0 o0 c ! r( _7 U. c! Z& q5 ?@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")# o* U+ I. o$ b
public double getMeasured pressure() { x1 O2 ]; [) f return measured pressure! }) p+ w* r0 ~) j4 r7 a
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public void setMeasured pressure(double newValue) { % R9 M s% R9 ~- H measured pressure = newValue , ?, ^, Q3 f: n. k$ u9 P$ E+ F }4 J+ d! A% f* k4 F( A0 r" T+ b
public double measured pressure = 0 : U- m- v' \# Q( O7 l " y4 g6 ^* Y, G6 Q7 ^ /** Z. ~/ a/ ]; D' w *5 C& P5 ?/ h! I$ n; r, j% }
* This value is used to automatically generate agent identifiers.3 k* C5 {3 U. ?; w3 t
* @field serialVersionUID " |6 o" @8 T% ?+ C$ d4 ]! m * 8 O' x/ a6 j6 d. w */ ; B, }$ p& J6 b3 i' w private static final long serialVersionUID = 1L" t2 ^# G; Z$ T; h6 K% Y
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/**6 x$ M, x9 o& B; S. i+ E
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* This value is used to automatically generate agent identifiers. # E ?3 S; R8 G( A W * @field agentIDCounter) M* K0 ^0 j3 q* A: D% _0 K" `
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protected static long agentIDCounter = 1; ~# I1 x, q. |
7 m2 s+ E, s% I% ^ f /**: _4 W( b: f' i8 h" W1 r
* + ^2 U5 S) r6 q * This value is the agent's identifier.5 G' D; g+ H7 X1 ?/ t+ y
* @field agentID2 `( r/ W/ ~: c
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protected String agentID = "GasNode " + (agentIDCounter++) ! h, {: r- q$ p! R9 j1 |1 G) n& z0 A$ u' ]2 M* A9 f
/** 0 }# ~) u- `( b* y * 9 Q! r+ }$ A C( ^/ G! M * This is the step behavior.) e8 Y5 \4 Y2 {3 E- k7 l% g
* @method step 1 F) N6 J X( O# K; U- f# I *8 E0 b( {5 Y' }- |
*/ 0 A+ I' {. \/ F# U @Watch( $ I' n3 M9 n, S- P watcheeClassName = 'infrastructuredemo.GasNode', 0 n4 N' [( @' U' f watcheeFieldNames = 'pressure', 6 O8 r1 Q6 w2 R6 b& ~5 b" G$ t query = 'linked_from',& k9 \2 l3 w4 x
whenToTrigger = WatcherTriggerSchedule.LATER, T/ @) P( ?3 m! E scheduleTriggerDelta = 10d4 b- `- \5 H# l q5 h/ ~
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public def step(infrastructuredemo.GasNode watchedAgent) {0 d. Y' N) E) @: M+ B9 a* X
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// Define the return value variable. E& K6 j" O0 Z7 r
def returnValue , U4 |' i& i! o/ `! {( w 5 S" G% ^3 f! E& w, o; L$ S // Note the simulation time. ) P$ L u3 ~: M: t3 ~$ j& q/ } def time = GetTickCountInTimeUnits()/ \, O* T. Q" W3 P, i- s# C) g& X
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" m% f. Q8 a6 n) o. b4 `7 Q // This is an agent decision. , Q$ C) M* f- X7 j: h' n- @ if (watchedNode.pressure<200) {- U: E# c5 \/ ^0 j
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// This is a task. ' ]- H6 x9 ~ Y4 ~ setPressure(watchedAgent.pressure)" n! U5 y9 C3 Z G" e
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} else {6 P' `8 H9 I/ w7 h6 h
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// Return the results. ' r! W# x9 n, e. s3 _% `* m9 [ return returnValue& _. b. M. b C% f2 T: M7 [
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* 3 V! y8 O6 r; | * This is the step behavior.: k; I% ~, }, F8 h! i$ l
* @method step# R( R7 g6 C1 p) X' A3 }
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*/ . Q1 C2 @2 l) T* o! | @ScheduledMethod(& k# k' A5 K* f" _, r7 P7 K
start = 1d, & J- M0 _- D( a; w. U% n interval = 1d, * c" M4 I4 {+ p/ B shuffle = false " }' v1 J3 W% P1 N )3 u1 W4 g: k2 d% k; X
public void step() { # t* p( _5 M* f3 B& q' C! I 9 o+ F Z% ?+ u: M- o // Note the simulation time. 1 d D. }; B8 P) T( G def time = GetTickCountInTimeUnits() ) k B* F7 J# Z1 }5 N1 Z3 V ! ?4 t$ ~% y, P# o7 V/ D5 o // This is a task. {3 i8 T1 e0 v, A* ?, p! U measurePressure=pressure+ RandomDraw(-20.0, 20.0)" v# Y0 s7 N3 A' w: H {6 M0 n
// End the method. . N' e9 ? V+ ]5 t1 V9 a' u6 w. ?* D( i return) X1 b5 D. I( d) B* B