public static MyBigNumber Sum2MyBigNumbers(MyBigNumber myNmbr1, MyBigNumber myNmbr2)
{
int smallerByAbs = MyBigNumber.SmallerByAbsIsFirstOrSecond(myNmbr1, myNmbr2);
MyBigNumber bgrByAbs, smlrByAbs;
int signOfBigger = 0;
if (smallerByAbs == 1)
{
smlrByAbs = myNmbr1;
bgrByAbs = myNmbr2;
signOfBigger = myNmbr2.SignNmbr;
}
else
{
smlrByAbs = myNmbr2;
bgrByAbs = myNmbr1;
signOfBigger = myNmbr1.SignNmbr;
}
string biggerAbsNmbrs = bgrByAbs.PartDigits;
string smallerAbsNmbrs = smlrByAbs.PartDigits;
int biggerAbsFlPos = bgrByAbs.FloatPointPosition;
int smallerAbsFlPos = smlrByAbs.FloatPointPosition;
int biggerFlPPos = 0;
if (biggerAbsFlPos > smallerAbsFlPos)
{
biggerFlPPos = biggerAbsFlPos;
smallerAbsNmbrs = MyBigNumber.AddNmbrZero(smallerAbsNmbrs, -1 * (biggerAbsFlPos - smallerAbsFlPos));
}
else
{
biggerFlPPos = smallerAbsFlPos;
biggerAbsNmbrs = MyBigNumber.AddNmbrZero(biggerAbsNmbrs, -1 * (smallerAbsFlPos - biggerAbsFlPos));
}
if (smallerAbsNmbrs.Length < biggerAbsNmbrs.Length)
{
smallerAbsNmbrs = MyBigNumber.AddNmbrZero(smallerAbsNmbrs, biggerAbsNmbrs.Length - smallerAbsNmbrs.Length);
}
string newStrPartDigits;
if ((myNmbr1.SignNmbr * myNmbr2.SignNmbr) >= 0)
{
newStrPartDigits = MyBigNumber.AddTwoLines(biggerAbsNmbrs, smallerAbsNmbrs);
}
else
{
newStrPartDigits = MyBigNumber.BiggerMinusSmaller(biggerAbsNmbrs, smallerAbsNmbrs);
}
var myNmbr3 = new MyBigNumber()
{
PartDigits = newStrPartDigits, SignNmbr = signOfBigger, FloatPointPosition = biggerFlPPos
};
string newStringVal = myNmbr3.Value();
return(MyBigNumber.CreateMyBigNumber(newStringVal));
}
public static int SmallerByAbsIsFirstOrSecond(MyBigNumber myNmbr1, MyBigNumber myNmbr2)
{
int floatPstn1 = myNmbr1.FloatPointPosition;
int floatPstn2 = myNmbr2.FloatPointPosition;
MyBigNumber longFloatPart, shortFloatPart;
int longFloatLngth = 0;
int shortFloatLngth = 0;
if (floatPstn2 > floatPstn1)
{
longFloatLngth = floatPstn2;
shortFloatLngth = floatPstn1;
longFloatPart = myNmbr2;
shortFloatPart = myNmbr1;
}
else
{
longFloatLngth = floatPstn1;
shortFloatLngth = floatPstn2;
longFloatPart = myNmbr1;
shortFloatPart = myNmbr2;
}
string longFltStr = longFloatPart.PartDigits;
string shortFltStr = MyBigNumber.AddNmbrZero(shortFloatPart.PartDigits, -1 * (longFloatLngth - shortFloatLngth));
var lsToEqual = new List <string>(2);
lsToEqual.Add(longFltStr);
lsToEqual.Add(shortFltStr);
MyBigNumber.IndentLengthWithZeroes(lsToEqual);
bool smallerLong = MyBigNumber.FirstLineSmallerThanSecond(lsToEqual[0], lsToEqual[1]);
int resCmpr = 0;
if (smallerLong)
{
if (floatPstn2 > floatPstn1)
{
resCmpr = 2;
}
else
{
resCmpr = 1;
}
}
else
{
if (floatPstn2 > floatPstn1)
{
resCmpr = 1;
}
else
{
resCmpr = 2;
}
}
return(resCmpr);
}
public static string DevideByN_baseInt(MyBigNumber myBigNmbr, char n_BaseCHAR)
{
string strPartDgt1 = myBigNmbr.PartDigits;
int base_N = int.Parse(n_BaseCHAR.ToString());
int mainPartLength = strPartDgt1.Length - myBigNmbr.FloatPointPosition;
var lsRmnngs = new List <int>();
int testDigit = 0;
string testStr = "";
int rmnngVal = 0;
int hlpVal = 0;
lsRmnngs.Add(rmnngVal);
for (int i = 0; i < mainPartLength; i++)
{
testStr = strPartDgt1[i].ToString();
testDigit = int.Parse(testStr) + hlpVal * 10;
if (testDigit < base_N)
{
for (int m = i + 1; m < mainPartLength; m++)
{
testStr += strPartDgt1[i + 1].ToString();
testDigit = int.Parse(testStr);
i++;
lsRmnngs.Add(0);
}
}
if (testDigit < base_N)
{
lsRmnngs.Add(0);
break;
}
rmnngVal = testDigit / base_N;
lsRmnngs.Add(rmnngVal);
hlpVal = testDigit - rmnngVal * base_N;
}
string reslTmp = string.Join("", lsRmnngs);
string resNoZero = reslTmp.TrimStart('0');
if (resNoZero.Length == 0)
{
resNoZero = "0";
}
else
{
if (myBigNmbr.SignNmbr < 0)
{
resNoZero = "-" + resNoZero;
}
}
return(resNoZero);
}
public static MyBigNumber CreateMyBigNumber(string nmbrString)
{
string[] strArr = nmbrString.Split(new char[] { '.', ',', '-', '+' }, StringSplitOptions.RemoveEmptyEntries).ToArray();
int signNmbr = 1;
for (int i = 0; i < nmbrString.Length; i++)
{
if (nmbrString[i].Equals('-'))
{
signNmbr *= -1;
}
else if (!(nmbrString[i].Equals('+')))
{
break;
}
}
string tmpStrVal = strArr[0].TrimStart('0');
if (tmpStrVal.Equals(""))
{
strArr[0] = "0";
}
else
{
strArr[0] = tmpStrVal;
}
int floatPointPosition = 0;
if (strArr.Length > 1)
{
tmpStrVal = strArr[1].TrimEnd('0');
if (!tmpStrVal.Equals(""))
{
floatPointPosition = tmpStrVal.Length;
strArr[0] += tmpStrVal;
}
}
if (strArr[0].Equals("0"))
{
signNmbr = 1;
}
MyBigNumber nmbr = new MyBigNumber()
{
PartDigits = strArr[0], FloatPointPosition = floatPointPosition, SignNmbr = signNmbr
};
return(nmbr);
}
public static List <MyBigNumber> ReturnDevisionSeparatedMdl(MyBigNumber myBigNmbr, char base_N_inCHAR)
{
string strBase = base_N_inCHAR.ToString();
string intBigPart = MyBigNumber.DevideByN_baseInt(myBigNmbr, strBase[0]);
var myIntPartBigNmbr = MyBigNumber.CreateMyBigNumber(intBigPart);
string mltplr = "-" + strBase;
var myHlpBig = MyBigNumber.CreateMyBigNumber(mltplr);
var myNegativeIntPart = MyBigNumber.MultiplyBy(myIntPartBigNmbr, myHlpBig);
var myRmnng = MyBigNumber.Sum2MyBigNumbers(myBigNmbr, myNegativeIntPart);
var lsResult = new List <MyBigNumber>()
{
myIntPartBigNmbr, myRmnng
};
return(lsResult);
}
public static MyBigNumber MultiplyBy(MyBigNumber myBigNumber, MyBigNumber myBigMultiplier)
{
string tmpNmbrString = myBigNumber.PartDigits;
string tmpMltplrString = myBigMultiplier.PartDigits;
var lstMtpldLines = new List <string>(tmpMltplrString.Length);
for (int i = tmpMltplrString.Length - 1; i >= 0; i--)
{
string line = MyBigNumber.MultiplyLineByChar(tmpNmbrString, tmpMltplrString[i]);
line = MyBigNumber.AddNmbrZero(line, (-1 * (tmpMltplrString.Length - 1 - i)));
lstMtpldLines.Add(line);
}
MyBigNumber.IndentLengthWithZeroes(lstMtpldLines);
string lineSum = lstMtpldLines[0];
for (int i = 1; i < lstMtpldLines.Count; i++)
{
string tmpLine = lstMtpldLines[i];
var lsAppend = new List <string>(2);
lsAppend.Add(lineSum);
lsAppend.Add(tmpLine);
MyBigNumber.IndentLengthWithZeroes(lsAppend);
lineSum = MyBigNumber.AddTwoLines(lsAppend[0], lsAppend[1]);
}
int pstnFloatPoint = myBigNumber.FloatPointPosition + myBigMultiplier.FloatPointPosition;
int nmbrLeadZeroes = pstnFloatPoint - lineSum.Length + 1;
if (nmbrLeadZeroes > 0)
{
lineSum = MyBigNumber.AddNmbrZero(lineSum, nmbrLeadZeroes);
}
int newSign = myBigMultiplier.SignNmbr * myBigNumber.SignNmbr;
var newMyNumber = new MyBigNumber()
{
PartDigits = lineSum, FloatPointPosition = pstnFloatPoint, SignNmbr = newSign
};
string resultValue = newMyNumber.Value();
var resMyNumber = MyBigNumber.CreateMyBigNumber(resultValue);
return(resMyNumber);
}
public static void IndentLengthWithZeroes(List <string> inLsLines)
{
int maxLength = 0;
for (int i = 0; i < inLsLines.Count; i++)
{
if (maxLength < inLsLines[i].Length)
{
maxLength = inLsLines[i].Length;
}
}
for (int i = 0; i < inLsLines.Count; i++)
{
string elm = inLsLines[i];
int nmbZero = maxLength - elm.Length;
if (nmbZero > 0)
{
string newElm = MyBigNumber.AddNmbrZero(elm, nmbZero);
inLsLines[i] = newElm;
}
}
}
static void Main(string[] args)
{
string[] strArr = Console.ReadLine().Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries).ToArray();
int n = (int)Math.Round(double.Parse(strArr[0]));
var numbrAtBas10 = MyBigNumber.CreateMyBigNumber(strArr[1]);
var lsRmnngs = new List <string>();
string n_BaseStr = "" + n;
string mainPartStr = MyBigNumber.DevideByN_baseInt(numbrAtBas10, '1');
string rmnngStr = "";
var myHlpMainPart = MyBigNumber.CreateMyBigNumber(mainPartStr);
var testExitBool = false;
do
{
var lsDvsnResults = MyBigNumber.ReturnDevisionSeparatedMdl(myHlpMainPart, n_BaseStr[0]);
rmnngStr = lsDvsnResults[1].Value();
mainPartStr = lsDvsnResults[0].Value();
var lsCmprExit = new List <string>(2)
{
n_BaseStr, mainPartStr
};
MyBigNumber.IndentLengthWithZeroes(lsCmprExit);
lsRmnngs.Add(rmnngStr);
myHlpMainPart = MyBigNumber.CreateMyBigNumber(mainPartStr);
testExitBool = MyBigNumber.FirstLineSmallerThanSecond(lsCmprExit[0], lsCmprExit[1]);
} while (testExitBool);
string nBasedStr = "" + mainPartStr;
for (int i = lsRmnngs.Count; i > 0; i--)
{
nBasedStr += lsRmnngs[i - 1];
}
Console.WriteLine(nBasedStr);
}