public static IAlgorithm getAlorithm(Algorithm name, IExecuteObserver executeObserve = null)
{
switch (name)
{
case Algorithm.PING_PONG:
//return new PingPongAlgorithm(executeObserve);
return(new PingPongAlgorithm(executeObserve));
case Algorithm.HUFFMAN:
return(new HuffmanCode(executeObserve));
case Algorithm.ACTIVIT_SELECTION_DYN:
return(new ActivitySelectionDynamic(executeObserve));
case Algorithm.ACTIVIT_SELECTION_GREEDY:
return(new ActivitySelectionGreedy(executeObserve));
case Algorithm.CLOSEST_PAIR_POINTS:
return(new ClosestPairPoints(executeObserve));
case Algorithm.MULTIPLICATION_MATRICES:
return(new MultiplicationSequenceMatrix(executeObserve));
case Algorithm.LCS:
return(new LongestCommonSequence(executeObserve));
default:
break;
}
return(null);
}
public Main(Algorithm algorithmName, Form1 basicform)
{
InitializeComponent();
observer = new UIExecuteObserver(this, basicform);
algorithm = AlgorithmFactory.getAlorithm(algorithmName, observer);
InitializeValues();
}
public AbstractAlgorithm(IExecuteObserver executeObserver, string defaultSeries = "10,20,50,100,200,500,1000", string defaultN = "5")
{
if (executeObserver == null)
{
executeObserver = new DumyExecuteObserver();
}
this.executeObserver = executeObserver;
inputMeta = new InputMetaData(defaultSeries, defaultN);
}
public PingPongAlgorithmNew(IExecuteObserver executeObserve) : base(executeObserve)
{
}
public MultiplicationSequenceMatrix(IExecuteObserver executeObserver) : base(executeObserver)
{
}
public LongestCommonSequence(IExecuteObserver executeObserver) : base(executeObserver)
{
}
public ActivitySelectionDynamic(IExecuteObserver executeObserver) : base(executeObserver)
{
}
public ActivitySelectionGreedy(IExecuteObserver executeObserver) : base(executeObserver)
{
}
public ClosestPairPoints(IExecuteObserver executeObserver) : base(executeObserver, "100,500,1000,5000,10000,50000")
{
}
public HuffmanCode(IExecuteObserver executeObserver) : base(executeObserver, "10,20,30,40,50,60")
{
}
