/// <summary>
/// Generates Rounds!
/// </summary>
Round GenerateRound(TableDimension tableSize, int numWaves)
{
List <PhonemeScreenObj> screenPhonemeObjects = new List <PhonemeScreenObj>();
List <Wave> waves = new List <Wave>();
//Create All Phoneme Screen Objects For Round
for (int row = 0; row < tableSize.row; row++)
{
for (int col = 0; col < tableSize.column; col++)
{
TableDimension td = new TableDimension(row, col);
PhonemeObj phoObj = PhonemeBank.Instance.GetAvailablePhoneme();
PhonemeScreenObj pho = new PhonemeScreenObj(phoObj, td);
screenPhonemeObjects.Add(pho);
}
}
//Create all Waves using the Phoneme Screen Objects
Direction lastMoveDirection = (Direction)Random.Range(0, 4);
for (int i = 0; i < numWaves; i++)
{
Direction moveDirection = GetNewDirection(lastMoveDirection);
List <PhonemeScreenObj> phoObjs = new List <PhonemeScreenObj>();
if (moveDirection == Direction.Up || moveDirection == Direction.Down)
{
for (int row = 0; row < tableSize.row; row++)
{
int column = Random.Range(0, tableSize.column);
PhonemeScreenObj phoObj = screenPhonemeObjects.Find(pho => (pho.screenPosition.row == row && pho.screenPosition.column == column));
phoObjs.Add(phoObj);
}
}
else
{
for (int column = 0; column < tableSize.column; column++)
{
int row = Random.Range(0, tableSize.row);
PhonemeScreenObj phoObj = screenPhonemeObjects.Find(pho => (pho.screenPosition.row == row && pho.screenPosition.column == column));
phoObjs.Add(phoObj);
}
}
Wave wave = new Wave(phoObjs, moveDirection);
waves.Add(wave);
}
return(new Round(screenPhonemeObjects, waves));
}
public PhonemeScreenObj(PhonemeObj i_PhonemeObject, TableDimension i_ScreenPosition)
{
myPhonemeObject = i_PhonemeObject;
screenPosition = i_ScreenPosition;
}
