Dia/Serial/Morpheus_MatrixOperations_Impl.hpp

 
#ifndef MORPHEUS_DIA_SERIAL_MATRIXOPERATIONS_IMPL_HPP
#define MORPHEUS_DIA_SERIAL_MATRIXOPERATIONS_IMPL_HPP
 
#include <Morpheus_Macros.hpp>
#if defined(MORPHEUS_ENABLE_SERIAL)
 
#include <Morpheus_Exceptions.hpp>
#include <Morpheus_SpaceTraits.hpp>
#include <Morpheus_FormatTraits.hpp>
#include <Morpheus_FormatTags.hpp>
#include <Morpheus_Spaces.hpp>
 
namespace Morpheus {
namespace Impl {
 
template <typename ExecSpace, typename Matrix, typename Vector>
void update_diagonal(
    Matrix& A, const Vector& diagonal,
    typename std::enable_if_t<
        Morpheus::is_dia_matrix_format_container_v<Matrix> &&
        Morpheus::is_dense_vector_format_container_v<Vector> &&
        Morpheus::has_custom_backend_v<ExecSpace> &&
        Morpheus::has_serial_execution_space_v<ExecSpace> &&
        Morpheus::has_access_v<ExecSpace, Matrix, Vector>>* = nullptr) {
  using size_type  = typename Matrix::size_type;
  using index_type = typename Matrix::index_type;
  using value_type = typename Matrix::value_type;
 
  const size_type ndiag = A.values().ncols();
 
  for (size_type row = 0; row < A.nrows(); row++) {
    for (size_type n = 0; n < ndiag; n++) {
      const index_type col = row + A.diagonal_offsets(n);
 
      if ((col >= 0 && col < (index_type)A.ncols()) &&
          (col == (index_type)row)) {
        A.values(row, n) =
            (A.values(row, n) == value_type(0)) ? 0 : diagonal[col];
      }
    }
  }
}
 
template <typename ExecSpace, typename Matrix, typename Vector>
void get_diagonal(
    Matrix&, const Vector&,
    typename std::enable_if_t<
        Morpheus::is_dia_matrix_format_container_v<Matrix> &&
        Morpheus::is_dense_vector_format_container_v<Vector> &&
        Morpheus::has_custom_backend_v<ExecSpace> &&
        Morpheus::has_serial_execution_space_v<ExecSpace> &&
        Morpheus::has_access_v<ExecSpace, Matrix, Vector>>* = nullptr) {
  throw Morpheus::NotImplementedException("get_diagonal not implemented yet");
}
 
template <typename ExecSpace, typename Matrix, typename IndexType,
          typename ValueType>
void set_value(Matrix&, IndexType, IndexType, ValueType,
               typename std::enable_if_t<
                   Morpheus::is_dia_matrix_format_container_v<Matrix> &&
                   Morpheus::has_custom_backend_v<ExecSpace> &&
                   Morpheus::has_serial_execution_space_v<ExecSpace> &&
                   Morpheus::has_access_v<ExecSpace, Matrix>>* = nullptr) {
  throw Morpheus::NotImplementedException("set_value not implemented yet");
}
 
template <typename ExecSpace, typename Matrix, typename IndexVector,
          typename ValueVector>
void set_values(
    Matrix&, typename IndexVector::value_type, const IndexVector,
    typename IndexVector::value_type, const IndexVector, const ValueVector,
    typename std::enable_if_t<
        Morpheus::is_dia_matrix_format_container_v<Matrix> &&
        Morpheus::is_dense_vector_format_container_v<IndexVector> &&
        Morpheus::is_dense_vector_format_container_v<ValueVector> &&
        Morpheus::has_custom_backend_v<ExecSpace> &&
        Morpheus::has_serial_execution_space_v<ExecSpace> &&
        Morpheus::has_access_v<ExecSpace, Matrix, IndexVector, ValueVector>>* =
        nullptr) {
  throw Morpheus::NotImplementedException("set_values not implemented yet");
}
 
template <typename ExecSpace, typename Matrix, typename TransposeMatrix>
void transpose(
    const Matrix&, TransposeMatrix&,
    typename std::enable_if_t<
        Morpheus::is_dia_matrix_format_container_v<Matrix> &&
        Morpheus::is_dia_matrix_format_container_v<TransposeMatrix> &&
        Morpheus::has_custom_backend_v<ExecSpace> &&
        Morpheus::has_serial_execution_space_v<ExecSpace> &&
        Morpheus::has_access_v<ExecSpace, Matrix, TransposeMatrix>>* =
        nullptr) {
  throw Morpheus::NotImplementedException("transpose not implemented yet");
}
 
}  // namespace Impl
}  // namespace Morpheus
 
#endif  // MORPHEUS_ENABLE_SERIAL
#endif  // MORPHEUS_DIA_SERIAL_MATRIXOPERATIONS_IMPL_HPP