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| Functions | |
| endcode *Final viennacl::matrix_range < VCLMatrixType > | vcl_R (vcl_A, vcl_range, vcl_range) | 
| Variables | |
| std::cout<< "--- ViennaCL (hybrid implementation) ---" << std::endl;std::vector < ScalarType > | hybrid_betas = viennacl::linalg::inplace_qr(vcl_A) | 
| endcode *compute modified RHS of the minimization | problem | 
| endcode *compute modified RHS of the minimization | vcl_b | 
| endcode *Final | step | 
| viennacl::vector_range < VCLVectorType > | vcl_b2 (vcl_b, vcl_range) | 
| endcode* Final viennacl::matrix_range<VCLMatrixType> vcl_R | ( | vcl_A | , | 
| vcl_range | , | ||
| vcl_range | |||
| ) | 
| endcode *compute modified RHS of the minimization hybrid_betas = viennacl::linalg::inplace_qr(vcl_A) | 
Definition at line 134 of file least-squares.cpp.
| endcode* compute modified RHS of the minimization problem | 
Definition at line 139 of file least-squares.cpp.
| endcode* Final step | 
Definition at line 145 of file least-squares.cpp.
| endcode* compute modified RHS of the minimization vcl_b | 
Definition at line 139 of file least-squares.cpp.
| viennacl::vector_range<VCLVectorType> vcl_b2(vcl_b, vcl_range) |