complex.cc

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#include <complex>
#include "TooN/regressions/regression.h"
#include <TooN/internal/planar_complex.hh>

int main()
{
        complex<double> i(0,1);

        Vector<3, complex<double> > v1 = makeVector<complex<double> >(1.+i, 1.+2.*i, 3);
        Vector<3, complex<double> > v2 = makeVector<complex<double> >(1.-i, 1.-2.*i, 3);

        cout << v2 * v1 << endl;
        cout << v2.as_diagonal() * v1 << endl;


        double re2[] = {1, 1, 3};       
        double im2[] = {-1, -2, 0};     

        Vector<3, complex<double>, ReferencePlanarComplex> v2ish(make_pair(re2, im2));
        cout << v1 * v2ish << endl;

        double real[] = {1,2,3,4};
        double imag[] = {5,6,7,8};


        Vector<4, complex<double>, ReferencePlanarComplex> vec(make_pair(real, imag));
        
        cout << vec << endl;
        cout << vec.slice<1,3>() << endl;
        cout << vec.slice(2,2) << endl;

        real[3] = 28;
        imag[3] = 10;
                
        cout << vec << endl;
        
        
        // Matrix tests
        Matrix<4,4,complex<double> > A;
        A[0] = makeVector<complex<double> >(1.+i, 1.+6.*i, 3, 1.-i);
        A[1] = makeVector<complex<double> >(3.+6.i, 9.+2.*i, 4, 6.-1.*i);
        A[2] = makeVector<complex<double> >(1.+8.i, 2.*i, 2.-1.*i, 4.-1.*i);
        A[3] = makeVector<complex<double> >(2.+1.*i, 1.+3.*i, 1, 12.-5.*i);
        
        cout << A;
        cout << A * vec<<endl;
        cout << A.T() ;
        cout << A * A ;

        Vector<Dynamic, complex<double> > v3 = makeVector(1, 2, 3);
        cout << v3 << endl;
        cout << v3.size() << endl;
        
}

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libtoon
Author(s): Florian Weisshardt
autogenerated on Fri Jan 11 10:09:36 2013