6 e( @7 C+ _# B. b. X# {9 j$ | $ i* }1 |# n0 n& ]0 [@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") 8 h7 T/ M) U+ X6 H3 [. ^4 _5 w public double getMeasured pressure() {; U P$ ]1 I9 l1 y2 w
return measured pressure3 T: j* w0 L. Q2 ?
}! D8 B+ ~# T5 H) `- k6 t- d
public void setMeasured pressure(double newValue) {% g" s: s2 l) X3 Y( Q
measured pressure = newValue+ H/ P+ u# T! E7 L8 O' w
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public double measured pressure = 0 + p- o, u, m8 F* H. I2 Z9 e: F" ?4 |6 J$ ?2 e5 ~7 A" _# n
/**: u* U2 M4 j% ~
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* This value is used to automatically generate agent identifiers.1 X/ H4 W2 [8 w8 n$ [+ B
* @field serialVersionUID ) R% F: y& u/ ?- ~- f3 n+ k3 }) t * ) Z8 R! k9 C' G( z9 Q/ o2 a& i */5 s4 B/ V6 L" v% ?/ z: ?; h* E& ]5 q
private static final long serialVersionUID = 1L # X0 Z9 y5 }6 s+ Z # K8 }, |" u, c% R( ] A /**9 N- z7 T- U* y' U# J6 B2 @
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* This value is used to automatically generate agent identifiers.7 c) U3 p! S4 D! n
* @field agentIDCounter% l; \& T; N- t3 a
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protected static long agentIDCounter = 1 7 F1 |6 ?3 H( Z( i t. J5 y- [ . g" }; m4 |) [1 P0 ~6 l /** 5 E% ]1 ^, L5 o/ R * 9 G6 q9 p" f. H: ` * This value is the agent's identifier. 4 }* @9 p) s) A0 {( h * @field agentID ( Y! w+ n$ D9 B0 b0 o3 ~ *7 |" u/ b: V" B% p9 q. z; d
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protected String agentID = "GasNode " + (agentIDCounter++)$ G- Q, ?1 |! Z, {# K. {) G9 P
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* This is the step behavior.7 x3 x- \ }. e2 i
* @method step$ k; `& X6 K2 n! W% O
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@Watch(. _5 L' ?) E, J) f' y) W
watcheeClassName = 'infrastructuredemo.GasNode'," i1 [9 c+ l; t" P& p
watcheeFieldNames = 'pressure', ' h9 }1 f" V" R7 B, Z5 M" Z2 I query = 'linked_from',0 d4 i+ ]$ u& V. B* e" q. j
whenToTrigger = WatcherTriggerSchedule.LATER," v6 H, b: v9 l5 U. Q* K' ^
scheduleTriggerDelta = 10d " u" w* W; B: s* \ ) ! \- B2 t+ f( C& D) ] public def step(infrastructuredemo.GasNode watchedAgent) {. ^) }- ?8 P. b( e6 w
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// Define the return value variable.$ Y! P$ o. {, o. e2 O
def returnValue. X d' G- @5 O
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// Note the simulation time.& q" M5 K! d3 g4 T/ G8 v
def time = GetTickCountInTimeUnits() 5 B. a$ D5 o$ _% _2 u) b" v2 z8 D. i5 I& d! |8 ~0 m
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// This is an agent decision. / T- p5 [5 U) h% j4 e- t if (watchedNode.pressure<200) { / ?9 W4 Z' ~% W3 {' R 4 f3 \6 q9 R. r3 g9 u! v7 X) } // This is a task.- _6 s$ a' G4 q# Q8 a% B) F
setPressure(watchedAgent.pressure) 2 ]! H# D. y; h) Z$ ` " l9 [6 T. Y) @9 i } else {% R7 D1 H3 ^: \' E# S2 E
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// Return the results. `- q5 h7 O! v5 a C
return returnValue' j( L* j! }/ Q- e' o) m5 J2 \
# C, a' }8 d4 I' d( o2 U d9 S } ! {. j% v: h0 Y; L' n , C3 n j, U) \; l4 f/ _9 e /**- q9 W# Y+ n* L b% K7 N
*" @0 p9 V4 x& ~8 T
* This is the step behavior. ! q$ f* `0 K" H% k1 k$ u/ }- E * @method step 1 T" ~, R$ g; `. l' g *1 K i. B& n+ Y N$ g& O. f v
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@ScheduledMethod(; [5 t0 p" V% y4 k% Z* V
start = 1d, " V1 O4 e' T) G1 L4 F$ b- { interval = 1d,; X: g8 a: W4 i- s3 h: m* v
shuffle = false# v# Y! a3 B" K1 U
) ; B% x% C6 y1 q: R public void step() {! H; Z. @4 _2 t& x( C) v
& F. X2 ]: l6 h" N. H- {5 Z* a // Note the simulation time. 1 C2 g' c# W; a$ U$ w$ M def time = GetTickCountInTimeUnits() + ]1 f+ Z1 `% C' G" F: C % `& v9 Z6 J! t7 |' ] // This is a task. 9 a2 L3 U+ g% `. `5 H measurePressure=pressure+ RandomDraw(-20.0, 20.0) 7 A# w6 e( F7 g) G/ l // End the method. t" x6 s; @; |9 l return, f/ w3 f4 W r; D+ A0 S. ?2 t
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}