</OL></OL><A NAME="blais"></A><FONT FACE=arial,helvetica SIZE=+1><B>8. Basic Linear Algebra Instruction Set (BLAIS) Library</B></FONT>      <OL>              <LI><A href="add.html">add</A>Add y <- x + y                                                                              <LI><A href="copy.html">copy</A>Copy y <- x  <LI><A href="copy__2.html">copy__2</A>Copy  B <- A                                  <LI><A href="dot.html">dot</A>Dot Product s <- x . y                                                                                                                      <LI><A href="mult.html">mult</A>Multiplication y <- A x + y  <LI><A href="mult__2.html">mult__2</A>Multiplication   C <- A * B                      <LI><A href="rank_one.html">rank_one</A>Rank One Update A <- A +  x * y^T                                    <LI><A href="set.html">set</A>Set elements of vector x to alpha  <LI><A href="set__2.html">set__2</A>Set <A HREF="matrix.html" >matrix</A> A to alpha                                                            </OL><A NAME="mtl2lapack"></A><FONT FACE=arial,helvetica SIZE=+1><B>9. MTL to LAPACK Interface</B></FONT><OL>  <LI><FONT FACE=arial,helvetica SIZE=+1><B>Type Generators</B></FONT>      <OL>                                                                                                                                                                                                                          <LI><A href="lapack_matrix.html">lapack_matrix</A>Lapack <A HREF="Matrix.html" >Matrix</A>                                                                                                                                                      </OL>  <LI><FONT FACE=arial,helvetica SIZE=+1><B>Functions</B></FONT>  <OL>                                                                                                                                                                <LI><A href="geconcharconstLapackMatAconstRealReal.html">gecon</A> Estimate the reciprocal of the condition number of a general <A HREF="matrix.html" >matrix</A>.  <LI><A href="geevintLapackMatAVectorComplexLapackMatVLLapackMatVR.html">geev</A> Compute the eigenvalues.  <LI><A href="geqpfLapackMatAVectorIntVectorT.html">geqpf</A> QR Factorization with Column Pivoting.  <LI><A href="geqrfLapackMatAVectorT.html">geqrf</A> QR Factorization of a General <A HREF="Matrix.html" >Matrix</A>  <LI><A href="gesvLapackMatAVectorIntLapackMatB.html">gesv</A> Solution to a linear system in a general <A HREF="matrix.html" >matrix</A>.  <LI><A href="getrfLapackMatrixVectorInt.html">getrf</A> LU factorization of a general <A HREF="matrix.html" >matrix</A> A.    <LI><A href="getrscharLapackMatrixAVectorIntLapackMatrixB.html">getrs</A> Solution to a system using LU factorization   <LI><A href="geequconstLapackMatAVectorRealVectorRealRealRealReal.html">geequ</A> Equilibrate and reduce condition number.  <LI><A href="gelqfLapackMatAVectorT.html">gelqf</A> Compute an LQ factorization.  <LI><A href="orglqLapackMatAconstVectorT.html">orglq</A> Generate a <A HREF="matrix.html" >matrix</A> Q with orthonormal rows.  <LI><A href="orgqrLapackMatAconstVectorT.html">orgqr</A> Generate a <A HREF="matrix.html" >matrix</A> Q with orthonormal columns.                                                                                                                                                                                      </OL></OL<A NAME="utilities"></A><FONT FACE=arial,helvetica SIZE=+1><B>10. Utilities</B></FONT>  <OL>    <LI><FONT FACE=arial,helvetica SIZE=+1><B>Concepts</B></FONT>      <OL>        <LI><A href="Indexer.html">Indexer</A>Maps from <A HREF="Matrix.html" >Matrix</A> coordinates to TwoD coordinates      <LI><A href="Offset.html">Offset</A>Maps from TwoD coordinates to linear memory                </OL>    <LI><FONT FACE=arial,helvetica SIZE=+1><B>Functions</B></FONT>  <OL>                                                                                                                                                        <LI><A href="read_dense_matlabmatlab_densecharconstchar.html">read_dense_matlab</A> Read a Dense Real <A HREF="Matrix.html" >Matrix</A> from a Matlab file (.mat)  <LI><A href="write_dense_matlabmatlab_densecharconstchar.html">write_dense_matlab</A> Write a Dense Real <A HREF="Matrix.html" >Matrix</A> to a Matlab file (.mat)  <LI><A href="read_sparse_matlabmatlab_sparsecharconstchar.html">read_sparse_matlab</A> Read a Sparse Real <A HREF="Matrix.html" >Matrix</A> from a Matlab file (.mat)  <LI><A href="write_sparse_matlabmatlab_sparsecharconstchar.html">write_sparse_matlab</A> Write a Sparse Real <A HREF="Matrix.html" >Matrix</A> to a Matlab file (.mat)                                                                                                                                                                                                            </OL>    <LI><FONT FACE=arial,helvetica SIZE=+1><B>Classes</B></FONT>      <OL>                                <LI><A href="banded_offset.html">banded_offset</A>Banded <A HREF="Offset.html" >Offset</A> Class        <LI><A href="banded_view_offset.html">banded_view_offset</A>Banded View <A HREF="Offset.html" >Offset</A> Class                                                                                  <LI><A href="dimension.html">dimension</A>The Dimension Class                                                                                  <LI><A href="harwell_boeing_stream.html">harwell_boeing_stream</A>A <A HREF="Matrix.html" >Matrix</A> File Input Stream for Harwell-Boeing <A HREF="Matrix.html" >Matrix</A> Files                                  <LI><A href="matrix_market_stream.html">matrix_market_stream</A>A <A HREF="Matrix.html" >Matrix</A> File Input Stream for <A HREF="Matrix.html" >Matrix</A> Market Files                            <LI><A href="packed_offset.html">packed_offset</A>Packed <A HREF="Offset.html" >Offset</A> Class          <LI><A href="rect_offset.html">rect_offset</A>Rectangular <A HREF="Offset.html" >Offset</A> Class                                                  <LI><A href="strided_band_view_offset.html">strided_band_view_offset</A>Strided Band View <A HREF="Offset.html" >Offset</A> Class      <LI><A href="strided_offset.html">strided_offset</A>Strided Rectangular <A HREF="Offset.html" >Offset</A> Class                                    </OL>  </OL><!--<FONT FACE=arial,helvetica SIZE=+1><B>Design documents</B></FONT>--><a name="bibliography"></a><A HREF="./bib.html"><FONT FACE=arial,helvetica SIZE=+1><B>11. Bibliography</B></FONT></A><P><a name="index"></a><A HREF="./mtl_index.html"><FONT FACE=arial,helvetica SIZE=+1><B>12. Categorized index</B></FONT></A></OL></TD></TR></TABLE><!--start footer--> <P><CENTER><CENTER><IMG SRC="./blue-bar.jpg" width=640></CENTER></CENTER><P><A HREF="http://www.nd.edu"><IMG BORDER=0 SRC="./ndtoclogo.gif" ALT="[MTL Home]" ALIGN=absmiddle></A></A><FONT SIZE="-2"><A HREF="../LICENSE.htm">Copyright &copy;1998,1999 University of Notre Dame.  All Rights Reserved.</A></FONT></FONT></BODY></HTML>