private bool CheckIsBigger(CSLargeInt otherNum)
{
List <int> lstOther = otherNum.m_lstNum;
if (lstOther.Count > m_lstNum.Count)
{
return(true);
}
if (lstOther.Count < m_lstNum.Count)
{
return(false);
}
for (int i = m_lstNum.Count - 1; i > 0; i--)
{
if (lstOther[i] > m_lstNum[i])
{
return(true);
}
if (lstOther[i] < m_lstNum[i])
{
return(false);
}
}
return(true);
}
public static CSLargeInt MultiUp(CSLargeInt baseNum, float fInc, int uAddLevel, int uGiveNum = 0, CSLargeInt targetNB = null)
{
if (fInc < 1 && uGiveNum > 0)
{
Debug.LogError("MultiUp ERROR");
}
CSLargeInt nb = new CSLargeInt(baseNum);
List <int> lstNbNum = nb.m_lstNum;
int uInc = (int)(fInc * THOUSAND);
for (int i = 0; i < uAddLevel; i++)
{
if (targetNB != null)
{
SAdd(targetNB.m_lstNum, lstNbNum);
}
lstNbNum[1] += uGiveNum;
SMultiply(lstNbNum, uInc);
lstNbNum.RemoveAt(0);
if (uGiveNum > 0)
{
SSubtraction(lstNbNum, uGiveNum);
}
}
nb.Trim();
return(nb);
}
private CSLargeInt Multiply(int otherNum)
{
CSLargeInt nb = new CSLargeInt(this);
SMultiply(nb.m_lstNum, otherNum);
nb.Trim();
return(nb);
}
public static CSLargeInt operator *(float fNum, CSLargeInt r)
{
CSLargeInt nb = r.Multiply((int)(fNum * THOUSAND));
nb.m_lstNum.RemoveAt(0);
nb.NoEmpty();
return(nb);
}
public static CSLargeInt operator +(CSLargeInt l, CSLargeInt r)
{
CSLargeInt nb = new CSLargeInt(l);
List <int> lstNbNum = nb.m_lstNum;
List <int> lstRight = r.m_lstNum;
SAdd(lstNbNum, lstRight);
return(nb);
}
public static CSLargeInt MultiUpB(CSLargeInt baseNum, int uAddLevel, CSLargeInt targetNB, CalculateDelegate func)
{
CSLargeInt nb = new CSLargeInt(baseNum);
List <int> lstNbNum = nb.m_lstNum;
for (int i = 0; i < uAddLevel; i++)
{
int uInc = (int)(func(i + 1) * THOUSAND);
SAdd(targetNB.m_lstNum, lstNbNum);
SMultiply(lstNbNum, uInc);
lstNbNum.RemoveAt(0);
}
nb.Trim();
return(nb);
}
public static CSLargeInt operator -(CSLargeInt l, CSLargeInt r)
{
if (!r.CheckIsBigger(l))
{
Debug.LogError("NumberBase operator - :" + l + "-" + r);
}
CSLargeInt nb = new CSLargeInt();
List <int> lstNbNum = nb.m_lstNum;
List <int> lstLeft = l.m_lstNum;
List <int> lstRight = r.m_lstNum;
lstNbNum[0] = lstLeft[0];
int uBorr = 0;
for (int i = 1; i < lstLeft.Count; i++)
{
if (i >= lstRight.Count)
{
if (lstLeft[i] < uBorr)
{
lstNbNum.Add(lstLeft[i] + THOUSAND - uBorr);
uBorr = 1;
}
else
{
lstNbNum.Add(lstLeft[i] - uBorr);
uBorr = 0;
}
}
else
{
if (lstLeft[i] < lstRight[i] + uBorr)
{
lstNbNum.Add(lstLeft[i] + THOUSAND - lstRight[i] - uBorr);
uBorr = 1;
}
else
{
lstNbNum.Add(lstLeft[i] - lstRight[i] - uBorr);
uBorr = 0;
}
}
}
nb.Trim();
return(nb);
}
public CSLargeInt(CSLargeInt copyNum)
{
m_lstNum = new List <int>(copyNum.m_lstNum.ToArray());
}
