Member slip::Colormap< T >::to_array2d ()

Member slip::multiplies (MatrixIterator1 A1_up, MatrixIterator1 A1_bot, MatrixIterator2 A2_up, MatrixIterator2 A2_bot, MatrixIterator3 Res_up, MatrixIterator3 Res_bot)

You should use slip::matrix_matrix_multiplies instead

Member slip::multiplies (const Matrix1 &M1, const std::size_t nr1, const std::size_t nc1, const Matrix2 &M2, const std::size_t nr2, const std::size_t nc2, Matrix3 &Result, const std::size_t nr3, const std::size_t nc3)

You should use slip::matrix_matrix_multiplies instead

Member slip::multiplies (const Matrix1 &M, const std::size_t nrm, const std::size_t ncm, const Matrix2 &V, const std::size_t nrv, Matrix3 &Result, const std::size_t nrr)

You should use slip::matrix_vector_multiplies instead

Member slip::multiplies (const Matrix1 &M1, const Matrix2 &M2, Matrix3 &Result)

You should use slip::matrix_matrix_multiplies instead

Example:: slip::Matrix<float> M(3,4);

slip::iota(M.begin(),M.end(),0.0,1.0);

slip::Array2d<float> M2(4,3);

slip::iota(M2.rbegin(),M2.rend(),0.0,1.0);

slip::block2d<float,3,3> Result;

slip::multiplies(M,M2,Result);

Member slipalgo::BSplineComputeInterpolationCoefficients (InputIterator infirst, InputIterator inlast, OutputIterator outfirst, const Array &Poles, double Tolerance)

you should use slipalgo::BSplineComputeInterpolationCoefficients(InputIterator infirst, InputIterator inlast, OutputIterator outfirst, InputIterator2 Poles_first, InputIterator2 Poles_last, double Tolerance = std::numeric_limits<double>::epsilon()) instead.

Member slipalgo::BSplineSamplesToCoefficients (const std::size_t degree, const Matrix1 &input, Matrix2 &output)

user BSplineSamplesToCoefficients2d instead