Examples of programming5.concurrent.MultiArrivalTimer

programming5.arrays.SubsetGenerator
A MultiArrivalTimer is used for waiting on a set of events expected to occur in a burst of unspecified duration. A thread waiting on a MultiArrivalTimer will return when a sufficiently large amount of time elapses after the last arrival, which is taken to mean that the last event from the burst has been received. A different instance of the MultiArrivalTimer class should be used for waiting on separate event bursts.
There are two types of waiting conditions. The linear condition expects bursts where events have linearly increasing interarrival times toward the end of the burst. The timer will measure this increase in time and wait for a constant multiple of this time before signaling a waiting thread. The exponential condition, on the other hand, expects bursts with geometrically increasing interarrival times between the last events. Wait times between events increase exponentially if events with increasing interarrival times are received. @author Andres Quiroz Hernandez @version 6.0

  /**
         *Creates an empty set
         */
        public MathSet() {
    super();
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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        public <T extends E> MathSet(T[] array) {
    super();
    for (T elem : array) {
      this.add(elem);
    }
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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  /**
         *Creates a new set out of the collection elements. Any repeated elements in the collection will only be inserted once.
         */
        public MathSet(Collection<? extends E> c) {
    super(c);
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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  /**
         *Creates an empty set initialized to the given size
         */
        public MathSet(int size) {
    super(size);
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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  /**
         *Creates an empty set initialized to the given size with the given growth percentage
         */
        public MathSet(int size, float pctGrowth) {
    super(size, pctGrowth);
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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  /**
   *Seeds the random objects used to generate random samples to the given value. If this method is not called, the 
   *seed used is the current system time.
   */
  public void seedRandom(long seed) {
    sampleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    singleOrderGen = new RandomOrderGenerator(System.currentTimeMillis());
    viewRand = new Random(System.currentTimeMillis());
  }

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    /**
     *Creates an iterator object to randomly traverse the given collection (can be traversed cyclically, in a new order each time)
     */
    public RandomOrderIterator(Collection<T> myCollection) {
        array = myCollection.toArray();
        rog = new RandomOrderGenerator();
        rog.generate(array.length);
    }

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    /**
     *Creates an iterator object to randomly traverse the given collection (can be traversed cyclically, in a new order each time) using the given seed for the random order generator
     */
    public RandomOrderIterator(Collection<T> myCollection, long seed) {
        array = myCollection.toArray();
        rog = new RandomOrderGenerator(seed);
        rog.generate(array.length);
    }

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   *@return the set of all subsets of this set, except for the empty set
   */
  public MathSet<Set<E>> parts() {
    MathSet<Set<E>> result = new MathSet<Set<E>>();
    E[] elements = (E[])this.toArray();
    SubsetGenerator subsetGen = new SubsetGenerator(this.size());
    int[] subsetIndices;
    while ((subsetIndices = subsetGen.nextSet()) != null) {
      MathSet<E> subset = new MathSet<E>();
      for (int index : subsetIndices) {
        subset.add(elements[index]);
      }
      result.add(subset);

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   *@return the set of all subsets of the given set, except for the empty set
   */
  public static <T> Set<Set<T>> parts(Set<T> set) {
    MathSet<Set<T>> result = new MathSet<Set<T>>();
    T[] elements = (T[])set.toArray();
    SubsetGenerator subsetGen = new SubsetGenerator(set.size());
    int[] subsetIndices;
    while ((subsetIndices = subsetGen.nextSet()) != null) {
      MathSet<T> subset = new MathSet<T>();
      for (int index : subsetIndices) {
        subset.add(elements[index]);
      }
      result.add(subset);

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programming5.arrays.ArrayOperationsTest

programming5.arrays.RandomOrderGenerator

programming5.arrays.SubsetGenerator

programming5.code.RandomIndexGenerator

programming5.code.ReplicableObject

programming5.collections.MathSet

programming5.collections.RandomOrderIterator

programming5.concurrent.BackoffTestThread

programming5.io.ArgHandler

programming5.io.ExecutionProgressEvent

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