using System;

namespace Conversion

{

    public class BinaryFloat

    {

        static int add=0; 

        public  float Converts(float num)

        {

            int  integral, binaryInt = 0, i = 1;

            float  binaryFract = 0, k =0.1f, fractional, temp1, binaryTotal, f;

            f=num;

            integral = (int)f;

             fractional = f - (int)f;

             //Console.WriteLine(fractional);

            while(integral>0)

            {

               binaryInt = binaryInt + integral % 2 * i;

               i = i * 10;

               integral = integral / 2;

            }

            while(k>0.00000001)

           {

              temp1 = fractional *2;

              binaryFract = binaryFract+((int)temp1)*k;

             fractional = temp1 - (int)temp1;

             k = k / 10;

           }

​

           binaryTotal = binaryInt +binaryFract;

           return binaryTotal;

        }

        public int calculate(int first,int second)

        { 

            int i = 0, remainder = 0,sum2=0;

            int[] sum=new int[20];

            while (first != 0 || second != 0)

            {

                sum[i++] =(first % 10 + second % 10 + remainder) % 2;

                remainder =(first % 10 + second % 10 + remainder) / 2;

                first = first/ 10;

                second = second / 10;

            }

            if (remainder != 0)

            {

                 sum[i++] = remainder;

            }

            --i;

            //Console.WriteLine("Sum of two binary numbers: ");

            int temp;

            while (i >= 0)

            {

                temp=((int)Math.Pow(2,i))*sum[i--];

                    sum2=temp+sum2;

            }

            if(add==1)

            {

            ++sum2;

            }

            return sum2;

​

        }

​

        public int FractionBinary(float val)

        {

            /*int div;

              string[] test=(Convert.ToString(val)).Split('.');

            float tem=float.Parse(test[1]);

                Console.WriteLine("tem values "+tem);

            div=10;

            while(tem>1)

            {

                tem=tem/10;

                div=div*10;

                Console.WriteLine("val"+tem);

            }

            div=div/10;

            Console.WriteLine("Place value is"+div);

            float fractional=(float.Parse(test[1])/div);

             //Console.WriteLine("fractional value is"+fractional);

            float check=0;

            int[] f=new int[5];

            int i=0,n=0;

            float temp=fractional;

            //Console.WriteLine(temp);

            while(n<4)

            {

                if(i==0)

                {

                check=temp*2; 

                //Console.WriteLine(check);

                }

                else

                {

                check=check*2;

                }

                //Console.WriteLine(check);

                String data=Convert.ToString(check);

                string[] tokens = data.Split('.');

                f[i]=int.Parse(tokens[0]);

                Console.WriteLine(f[i]);

                Console.WriteLine((float.Parse(tokens[1]))/div);

                check=(float.Parse(tokens[1]))/div;

                i++;

                n++;

            }

            f[i]=f[0];

            Console.WriteLine("{0}{1}",f[i],f[0]);

            Console.WriteLine("Binary Conversion");

            int BinaryNum = 0;

            n++;

            for(i=0;i<n;i++)

            {

            Console.Write(f[i]);

            }

            string result=string.Empty;

             for ( i = 0; i <n; i++)

            {

                //result = string.Join("", f[i]);

            BinaryNum += f[i] * (int)Math.Pow(10, n-i-1);

            }

​

            Console.WriteLine("Binary Number is {0}",BinaryNum);

        */   int n=0;

            decimal f =(decimal)val-(int)val;

            //Console.WriteLine(f);

            //Console.WriteLine((int)f);

            int[] fs =new int[5];

             while(n<4)

             {

                 f=f*2;

                 Console.WriteLine(f);

                 fs[n]=(int)f;

                 f=(decimal)f-(int)f;

                 Console.WriteLine(f);

                 n++;

             }

            int BinaryNum=0;

             for (int i = 0; i <n; i++)

            {

                //result = string.Join("", f[i]);

            BinaryNum += fs[i] * (int)Math.Pow(10, n-i-1);

            }

            Console.WriteLine(BinaryNum);

            return 0;

        }

​

        public float FractionalAddition(int first,int second)

        {

            int i = 0, remainder = 0;

            float sum2=0;

            int[] sum=new int[20];

            //Console.WriteLine("First Fraction"+first);

            //Console.WriteLine("First Fraction"+second);

            while (first != 0 || second != 0)

            {

                sum[i++] =(first % 10 + second % 10 + remainder) % 2;

                remainder =(first % 10 + second % 10 + remainder) / 2;

                first = first/ 10;

                second = second / 10;

            }

            if (remainder != 0)

            {

                 sum[i++] = remainder;

            }

            --i;

            //Console.WriteLine("Sum of two binary numbers: ");

            float temp=0;int j=1;

            //int tmp;

            int k=i;

            while (i >= 0)

            {

                if(sum[k]==1)

                {

                sum[k]=0;

                j--;

                    add=1;

            }

                //Console.WriteLine(sum[i]);

                temp=(1/(float)Math.Pow(2,j))*sum[i--];

                //Console.WriteLine(1/(float)Math.Pow(2,j));

                    sum2=temp+sum2;

                j++;

            }

            //Console.WriteLine("binary addiot"+sum2);

            return sum2;

​

        }

        public static void Main()

        {

             float m,n,n_b,m_b;

             Console.WriteLine("Enter values if M and N");

             m=float.Parse(Console.ReadLine());

             n=float.Parse(Console.ReadLine());

​

            BinaryFloat b = new BinaryFloat();

            m_b=b.Converts(m);

            int dec;

            float fra;

            n_b=b.Converts(n);

            //Console.WriteLine("value of m is "+m);

            int BinaryNumM=b.FractionBinary(m);

            //int BinaryNumN=b.FractionBinary(n);

            //Console.WriteLine(m_b);

            //Console.WriteLine(n_b);

            int integral_m = (int)m_b;

            int integral_n = (int)n_b;

            //Console.WriteLine("{0}<--->{1}",m_b,n_b);

            string[] token=(Convert.ToString(m_b)).Split('.');

            string[] token2=(Convert.ToString(n_b)).Split('.');

            //Console.WriteLine("Fractional Addotion"+b.FractionalAddition(BinaryNumM,BinaryNumN));

            Console.WriteLine(b.calculate(integral_m,integral_n));

            fra=b.FractionalAddition(BinaryNumM,BinaryNumM);

            dec=b.calculate(integral_m,integral_n);

            float result=dec+fra;

            Console.WriteLine("Final Result is"+result);

​

        }

    }

}