5 d' q. w/ F9 H+ Q /**( n4 k- V, k2 V: r4 M2 Q; u1 Z2 o6 ~
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* This value is used to automatically generate agent identifiers. ! l4 t) R, ?4 w0 I# ~ * @field serialVersionUID( r T7 L8 f6 T+ O2 @: f
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*/ " `( H' P1 ]5 U! O* x) L' C. k private static final long serialVersionUID = 1L / h# \' q+ m1 A7 m$ _4 I; m9 |" m9 h8 f) m
/** 4 C" Z* _" P% x * 8 O4 y* f& k0 e * This value is used to automatically generate agent identifiers. 5 @1 ]) f" l' Y3 `9 E& T * @field agentIDCounter : f, o5 x" C9 _% z; k, J- o. k2 \ * 6 |* h" j7 Q6 U% m */ 9 Q% m8 u7 [% ~4 V6 L9 X+ d protected static long agentIDCounter = 1, c2 L# t9 {/ X" ^$ K# z! H
& s( c4 D0 m" _6 G8 M /**! n$ @ F+ z" }1 [
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* This value is the agent's identifier. ) n' u, f ?1 m. ] * @field agentID+ {$ B! r0 Y5 a. d$ A" L h; J
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protected String agentID = "GasNode " + (agentIDCounter++)' S( o7 f. a+ |& p' Y9 _" q
$ C, U; h9 A8 _4 _ h) Z; @/ w /** 2 {. F* B8 b* h *3 \6 B; l. Y) Q+ s, ~
* This is the step behavior.# ~1 N+ b0 ~0 @7 E4 L8 B
* @method step' }" _6 X% t# h
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*/ : d5 r+ m. v( y9 |! k @Watch(5 S. B/ Y8 z2 g* p; ]0 d, B
watcheeClassName = 'infrastructuredemo.GasNode', & H, U) Z/ M; o watcheeFieldNames = 'pressure', + [1 P; f3 u6 B+ [4 L ^ query = 'linked_from',+ \& ]- U3 Z: ]- c. v0 t- l
whenToTrigger = WatcherTriggerSchedule.LATER, 2 B5 ^6 ]) D; h3 U7 v; b6 p! k scheduleTriggerDelta = 10d , }$ b' b0 V6 A4 g( {6 m )5 K3 s; t5 ?. U/ m& s
public def step(infrastructuredemo.GasNode watchedAgent) { 8 W7 o8 b3 o1 _" J1 j& Q/ t2 w) n6 U$ D/ J- E) E$ ?
// Define the return value variable. ; f' h, ~" E! N4 } def returnValue- X* A/ h1 O3 _! I# X) N
4 k; O" ]5 l/ m3 d4 L // Note the simulation time. 8 A! Q5 W W/ U2 ~ def time = GetTickCountInTimeUnits() : ], G- Y% i; H; v* B/ W, w0 w' T' |) K3 T' V- j
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// This is an agent decision. 3 l& S+ \+ z/ d! o6 I6 S% o; n3 b if (watchedNode.pressure<200) {, u) l* u6 f6 R! Z. q1 ~. `2 L
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// This is a task.7 @3 M: `6 Y7 Z
setPressure(watchedAgent.pressure)' K/ T6 e6 Q [
8 E0 T: P9 R' F% d7 R } else {, i7 Z; F3 t1 D' T6 p
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// Return the results. $ b4 b3 ?0 E7 B8 t9 @: G% G return returnValue 0 W( h( A# b8 k' ]) L: @ 1 b [2 A) [* @' O, F6 M2 n/ ^ } , n) Q _5 O( |: a- L# I 4 I: [8 P) K/ r2 J+ Q /** 8 M. _+ z+ x8 D( D# X *" {4 O) c! K5 r& j0 M
* This is the step behavior.4 f5 ~, }; b2 l, Z" Z/ D8 f j
* @method step 4 R# w3 @1 @0 Z7 P * + J9 o) R, F+ V- E/ V6 Z3 O */% Y% x" K! |, X: k
@ScheduledMethod(" L0 L/ z$ y) R
start = 1d, ; I; r+ ` c+ i, z interval = 1d,/ ~4 t6 s3 f6 t0 C# d- f, Z
shuffle = false; L' q* S, T2 j4 n$ D9 y- {
) ) O* o/ @8 H6 l: f public void step() { ; v$ n w: \% i' H1 O0 G & |. F" U# y1 w5 y // Note the simulation time." P7 W3 @& p$ ]) I
def time = GetTickCountInTimeUnits(): h" d& x, f- c
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// This is a task./ @& b; l/ {1 A6 K: p t
measurePressure=pressure+ RandomDraw(-20.0, 20.0) ; R' N _# ?" p // End the method. 6 c* q: W5 }$ O7 c8 G" h return $ ?! o7 f' [7 u1 t % d# l0 M* m0 M2 U! f }