public void sort()
{
int range = (finalArray.Length * 10) / 13;
printQueue.push(originalArray, "Original array", 0, 0, State.NONE);
do
{
Tuple <int, int[]> rangeAndArray = parseOnce(range, finalArray);
range = rangeAndArray.Item1;
finalArray = rangeAndArray.Item2;
}while (range != 0);
printQueue.push(finalArray, null, 0, 0, State.DONE);
}
public void sort()
{
int leftIndex = 0;
finalResult = (int[])originalArray.Clone();
printQueue.push(originalArray, "Original array", 0, 0, State.NONE);
while (leftIndex < originalArray.Length)
{
int minIndex = findMinIndex(finalResult, leftIndex);
finalResult = shiftRight(finalResult, minIndex, leftIndex);
leftIndex++;
}
printQueue.push(finalResult, null, 0, 0, State.DONE);
}
public void sort()
{
//printArrayWithMessage("Original array", originalArray);
printQueue.push(originalArray, "Original array", 0, 0, State.NONE);
Boolean hasChanged = false;
do
{
//Console.WriteLine("---------------------");
//printArrayWithMessage("Parsing the aray...", finalArray
Tuple <int[], bool> arrayAndFlag = parseOnce(finalArray);
finalArray = arrayAndFlag.Item1;
hasChanged = arrayAndFlag.Item2;
} while (hasChanged);
//Console.WriteLine("---------------------");
//Console.WriteLine("Done");
printQueue.push(finalArray, "Done", 0, 0, State.DONE);
}