| /dports/science/InsightToolkit/ITK-5.0.1/Modules/ThirdParty/VNL/src/vxl/core/vnl/algo/ |
| H A D | vnl_scatter_3x3.hxx | 20 , symmetricp(true) in vnl_scatter_3x3()
47 symmetricp = false; // conservative assumption -- use add_outer_product(v) to maintain symmetry in add_outer_product()
72 symmetricp = false; // conservative assumption -- use sub_outer_product(v) to maintain symmetry in sub_outer_product()
78 if (symmetricp) in force_symmetric()
86 symmetricp = true; in force_symmetric()
94 if (symmetricp) { in compute_eigensystem()
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| H A D | vnl_scatter_3x3.h | 67 bool symmetricp;
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| /dports/misc/vxl/vxl-3.3.2/core/vnl/algo/ |
| H A D | vnl_scatter_3x3.hxx | 20 , symmetricp(true) in vnl_scatter_3x3()
47 symmetricp = false; // conservative assumption -- use add_outer_product(v) to maintain symmetry in add_outer_product()
72 symmetricp = false; // conservative assumption -- use sub_outer_product(v) to maintain symmetry in sub_outer_product()
78 if (symmetricp) in force_symmetric()
86 symmetricp = true; in force_symmetric()
94 if (symmetricp) { in compute_eigensystem()
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| H A D | vnl_scatter_3x3.h | 67 bool symmetricp;
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| /dports/math/reduce/Reduce-svn5758-src/packages/linalg/ |
| H A D | cholesky.red | 65 if not symmetricp(mat1) then
133 symbolic procedure symmetricp(in_mat);
139 flag('(symmetricp),'boolean);
140 flag('(symmetricp),'opfn);
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| H A D | linalg.tst | 330 symmetricp(mat1);
331 symmetricp(mat3);
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| H A D | linalg.tex | 132 symmetricp & \ldots & 3.49 &
1484 \hspace*{0.175in} {\tt squarep}, {\tt symmetricp}.
1985 \hspace*{0.175in} {\tt matrixp}, {\tt symmetricp}.
2167 \subsection{symmetricp} subsection
2171 \hspace*{0.175in} {\tt symmetricp(${\cal A}$);}
2181 {\tt symmetricp} is a boolean function that returns t if the
2198 \hspace*{0.175in} {\tt symmetricp}(${\cal A}$) = nil
2200 \hspace*{0.175in} {\tt symmetricp}(${\cal M}$) = t
2388 swap\_rows & symmetricp
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| H A D | linalg.rlg | 2323 symmetricp(mat1);
2328 symmetricp(mat3);
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| /dports/lang/eisl/eisl-2.35/tests/ |
| H A D | tensor.lsp | 28 (defun symmetricp (tensor) function
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| /dports/math/reduce/Reduce-svn5758-src/doc/manual/ |
| H A D | sparse.tex | 207 symmetricp & \ldots & \ref{sparse:symmetricp}
976 \texttt{squarep}, \texttt{symmetricp}, \texttt{sparsematp}.
1201 \texttt{matrixp}, \texttt{symmetricp}, \texttt{squarep}.
1225 \texttt{matrixp}, \texttt{symmetricp}, \texttt{sparsematp}.
1361 \subsubsection{symmetricp} subsubsection
1362 \label{sparse:symmetricp}
1367 \texttt{symmetricp($\mathcal{A}$);}\\[2mm]
1373 \texttt{symmetricp} is a boolean function that returns t if the
1378 \texttt{symmetricp}\((\mathcal{A}) = \texttt{nil}\) \\[2mm]
1379 \texttt{symmetricp}\((\mathcal{M}) = \texttt{t}\)
[all …]
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| H A D | linalg.tex | 115 symmetricp & \ldots &\ref{linalg:symmetricp} &
1022 \texttt{squarep}, \texttt{symmetricp}.
1389 \texttt{matrixp}, \texttt{symmetricp}.
1543 \subsubsection{symmetricp} subsubsection
1544 \label{linalg:symmetricp}
1549 \texttt{symmetricp($\mathcal{A}$);}\\[2mm]
1555 \texttt{symmetricp} is a boolean function that returns t if the
1561 \(\texttt{symmetricp}(\mathcal{A}) = \texttt{nil}\)
1562 \(\texttt{symmetricp}(\mathcal{M}) = \texttt{t}\)
1706 swap\_rows & symmetricp
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| /dports/math/reduce/Reduce-svn5758-src/packages/sparse/ |
| H A D | sparse.tst | 258 symmetricp(mat1);
259 symmetricp(mat3);
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| H A D | sparse.tex | 226 symmetricp & \ldots & 6.47
1379 \hspace*{0.175in} {\tt squarep}, {\tt symmetricp}, {\tt sparsematp}.
1667 \hspace*{0.175in} {\tt matrixp}, {\tt symmetricp}, {\tt squarep}.
1705 \hspace*{0.175in} {\tt matrixp}, {\tt symmetricp}, {\tt sparsematp}.
1870 \subsection{symmetricp} subsection
1874 \hspace*{0.175in} {\tt symmetricp(${\cal A}$);}
1884 {\tt symmetricp} is a boolean function that returns t if the
1901 \hspace*{0.175in} {\tt symmetricp}(${\cal A}$) = t
1903 \hspace*{0.175in} {\tt symmetricp}(${\cal M}$) = nil
1920 spswap\_rows & symmetricp
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| H A D | spchlsky.red | 63 if not symmetricp(mat1) then
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| H A D | sparse.rlg | 3591 symmetricp(mat1);
3596 symmetricp(mat3);
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| /dports/math/reduce/Reduce-svn5758-src/xmpl/ |
| H A D | sparse.tst | 258 symmetricp(mat1);
259 symmetricp(mat3);
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| H A D | linalg.tst | 321 symmetricp(mat1);
322 symmetricp(mat3);
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| H A D | linalg.rlg | 2206 symmetricp(mat1);
2211 symmetricp(mat3);
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| H A D | sparse.rlg | 3591 symmetricp(mat1);
3596 symmetricp(mat3);
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| /dports/math/maxima/maxima-5.43.2/ |
| H A D | ChangeLog-5.34 | 35 #2763: symmetricp(matrix) DOEs not work
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| /dports/math/reduce/Reduce-svn5758-src/doc/manual2/ |
| H A D | sparse.tex | 128 symmetricp \ttindex{SYMMETRICP}
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| H A D | linalg.tex | 106 symmetricp\ttindex{SYMMETRICP}
751 swap\_rows & symmetricp
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| /dports/math/maxima/maxima-5.43.2/share/tensor/ |
| H A D | ctensor.mac | 138 symmetricp(m,n):=
304 /* else if not symmetricp(lg,dim) then
936 if not symmetricp(_lg(),dim) then
971 [symmmetric:symmetricp(_lg(),dim)],
1068 if not symmetricp(_lg(),dim) then
1095 [suma,sumb,flat:true,symmmetric:symmetricp(_lg(),dim)],
1272 if not symmetricp(_lg(),dim) then
1307 [symmmetric:symmetricp(_lg(),dim)],
1338 [symmmetric:symmetricp(_lg(),dim)],
1377 [flat:true,symmmetric:symmetricp(_lg(),dim)],
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| /dports/math/reduce/Reduce-svn5758-src/packages/reduce4/ |
| H A D | rankstat.red | 209 if null symmetricp(op . arity) then return rankfns;
229 symbolic procedure symmetricp u; % temporary hack.
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| /dports/math/maxima/maxima-5.43.2/doc/info/ |
| H A D | Ctensor.texi | 1198 @anchor{symmetricp}
1199 @deffn {Function} symmetricp (@var{M}, @var{n})
1205 @code{symmetricp} considers only the @var{n} by @var{n} submatrix (respectively, subarray)
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