Scalar Product

/*      Scalar Product        */
/*       Language: C++        */



#include <iostream.h>
#include <conio.h>

template <class type>
class vector
{
    type a,b,c;

    public:
       /* vector()
        {
            seconds=minute=hour=0;
        }*/

        vector(type ta,type tb,type tc)
        {
           a = ta;
           b=tb;
           c=tc;
        }

        type scalar_product(vector& vct1)
        {
            type result=(a*vct1.a)+(b*vct1.b)+(c*vct1.c);
            return result;
        }
};


int main()
{
    system("cls");

        /**********************************  Int  Vectors ****************************************/


    int a,b,c;

    cout<<"\nEnter Vector 1 of Integer Type( (a)i / (b)j / (c)k ) : \n";
    cin>>a>>b>>c;
    cout<<"\nGiven Vector is: "<<a<<"i+"<<b<<"j+"<<c<<"k\n";
    vector  <int> vct_int_1 (a,b,c);

    cout<<"\nEnter Vector 2 of Integer Type( (a)i / (b)j / (c)k ) : \n";
    cin>>a>>b>>c;
    cout<<"\nGiven Vector is: "<<a<<"i+"<<b<<"j+"<<c<<"k\n";
    vector <int> vct_int_2 (a,b,c);

    int pdt_int;
    cout<<"\nScalar Product of the Given two Integer Vectors is: "<<vct_int_1.scalar_product(vct_int_2);

    /**********************************  Float Vectors ****************************************/

    float d,e,f;

    cout<<"\n\n\nEnter Vector 1 of Integer Type( (a)i / (b)j / (c)k ) : \n";
    cin>>d>>e>>f;
    cout<<"\nGiven Vector is: "<<d<<"i+"<<e<<"j+"<<f<<"k\n";
    vector <float> vct_float_1 (d,e,f);

    cout<<"\nEnter Vector 2 of Integer Type( (a)i / (b)j / (c)k ) : \n";
    cin>>d>>e>>f;
    cout<<"\nGiven Vector is: "<<d<<"i+"<<e<<"j+"<<f<<"k\n";
    vector <float> vct_float_2 (d,e,f);

    float pdt_float;
    cout<<"\nScalar Product of the Given two Float Vectors is: "<<vct_float_1.scalar_product(vct_float_2);


    getch();
    return 0;
}