/// <summary>
/// Adds given binary part of mantissa to arbitrary digit list as number in given positional numeral system.
/// </summary>
/// <param name="currently_Added_Binary_Position"></param>
private void Add_Binary_Position(long currently_Added_Binary_Position)
{
byte Digit_List_Current = 0;
bool is_Last_Loop;
do
{
Digit_List[Digit_List_Current] +=
(byte)(currently_Added_Binary_Position % numeral_System);
bool do_Push_Forward = Do_Push_Forward(Digit_List_Current);
currently_Added_Binary_Position /= numeral_System;
is_Last_Loop = currently_Added_Binary_Position < 1;
if (++Digit_List_Current >= Digit_List.Count)
{
if (do_Push_Forward == true)
{
Digit_List.Add(1);
}
else if (is_Last_Loop == false)
{
Digit_List.Add(0);
}
}
else if (do_Push_Forward == true)
{
Digit_List[Digit_List_Current]++;
}
} while (is_Last_Loop == false);
}
/// <summary>
/// Cutts off redundant digits beyond precition of floating point and smoths possible shifts
/// of number coused by floating point migration consequently to numeral system.
/// </summary>
private void Cut_Off_Floating_Point_Migrants()
{
int cut_At = Digit_List.Count - precition + 3;
if (cut_At >= 0)
{
cut_At = Smooth_To(cut_At);
Digit_List = Digit_List.GetRange(cut_At, Digit_List.Count - cut_At);
}
Digit_List = Normalize();
}
