matrix_exponential.cpp File Reference

#include <uni20/core/math.hpp>
#include <uni20/linalg/backends/cpu/matrix_exponential.hpp>
#include <uni20/linalg/ops/linear_solve.hpp>
#include <uni20/linalg/ops/matrix_norm.hpp>
#include <uni20/linalg/ops/matrix_product.hpp>
#include <uni20/linalg/ops/matrix_set.hpp>
#include <uni20/tensor/transform.hpp>
#include <algorithm>
#include <array>
#include <cmath>
#include <complex>
#include <cstddef>
#include <initializer_list>
#include <limits>
#include <stdexcept>
#include <utility>

Include dependency graph for matrix_exponential.cpp:

Namespaces
namespace	uni20
namespace	uni20::linalg
namespace	uni20::linalg::backends
namespace	uni20::linalg::backends::cpu

Functions
template uni20::DenseMatrix< double >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< double > const &, double)
template uni20::DenseMatrix< uni20::complex< double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< double > const &, uni20::complex< double >)
template uni20::DenseMatrix< float >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< float > const &, float)
template uni20::DenseMatrix< uni20::complex< float > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< float > const &, uni20::complex< float >)
template uni20::DenseMatrix< long double >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< long double > const &, long double)
template uni20::DenseMatrix< uni20::complex< long double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< long double > const &, uni20::complex< long double >)
template<uni20::RealOrComplex Scalar>
uni20::DenseMatrix< uni20::complex< uni20::make_real_t< Scalar > > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< Scalar > const &matrix, uni20::complex< uni20::make_real_t< Scalar > > t)
	Compute a complex-coefficient matrix exponential, promoting real matrices to complex output.
template<uni20::RealOrComplex Scalar>
uni20::DenseMatrix< Scalar >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< Scalar > const &matrix, uni20::make_real_t< Scalar > t)
	Compute the matrix exponential using the adaptive scaling-and-squaring algorithm.
template uni20::DenseMatrix< uni20::complex< double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< double > > const &, double)
template uni20::DenseMatrix< uni20::complex< double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< double > > const &, uni20::complex< double >)
template uni20::DenseMatrix< uni20::complex< float > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< float > > const &, float)
template uni20::DenseMatrix< uni20::complex< float > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< float > > const &, uni20::complex< float >)
template uni20::DenseMatrix< uni20::complex< long double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< long double > > const &, long double)
template uni20::DenseMatrix< uni20::complex< long double > >	uni20::linalg::backends::cpu::matrix_exponential (uni20::DenseMatrix< uni20::complex< long double > > const &, uni20::complex< long double >)