public void Add(Attack attack, float damage)
{
int index = Attacks.FindIndex(x => x.Attack == attack);
if (index == -1)
{
Attacks.Add(new AttackAndDamage(attack, damage));
}
else
{
Attacks.Array[index].addDamage(damage);
}
}
public static LinkedList <Uinf> TriangulateGauss(this LinkedList <Uinf> Rows, LinkedList <int> RowsRearrangement, MyLib.MyArrayList <Uinf> RowsTransposedAndGaussInfo)
{
int ilen = Rows.Count;
if (RowsRearrangement.Count < ilen)
{
return(Rows.RearrangeRowsFromTriangulation(RowsRearrangement, 0).TriangulateGauss(RowsRearrangement, RowsTransposedAndGaussInfo));
}
LinkedListNode <Uinf> NodeRow = Rows.First;
RowsTransposedAndGaussInfo.Clear(Rows.First.Value.Length);
int i = 0;
for (Uinf shifted = new Uinf(1ul, ilen); i < RowsRearrangement.First.Value; NodeRow = NodeRow.Next, shifted <<= 1, i++)
{
if ((NodeRow.Value & shifted) == 0ul)
{
return(Rows.RearrangeRowsFromTriangulation(RowsRearrangement, i).TriangulateGauss(RowsRearrangement, RowsTransposedAndGaussInfo));
}
RowsTransposedAndGaussInfo.Add(new Uinf(ilen));
//Debug.Log(NodeRow.Value);
int j = 0;
for (LinkedListNode <Uinf> NodeRow2 = Rows.First; j < i; NodeRow2 = NodeRow2.Next, j++)
{
if ((NodeRow2.Value & shifted) != 0ul)
{
RowsTransposedAndGaussInfo.LastElement.SetBit(j);
}
}
j++;
for (LinkedListNode <Uinf> NodeRow2 = NodeRow.Next; NodeRow2 != null; NodeRow2 = NodeRow2.Next, j++)
{
if ((NodeRow2.Value & shifted) != 0ul)
{
NodeRow2.Value ^= NodeRow.Value;
RowsTransposedAndGaussInfo.LastElement.SetBit(j);
//Debug.Log((i - 1).ToString() + " " + RowsTransposedAndGaussInfo.LastElement.ToString());
}
}
}
return(Rows);
}
public T[] getArray1D()
{
MyLib.MyArrayList <T> tempList = new MyLib.MyArrayList <T>(Size);
DFS((x) => tempList.Add(x.Value));
return(tempList.Array);
}