Changeset 60
 Timestamp:
 Feb 27, 2010 11:47:15 AM (11 years ago)
 File:

 1 edited
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projects/ckbs/trunk/src/ckbs_tridiag_solve.m
r35 r60 23 23 % 24 24 % $head Syntax$$ 25 % $ syntax/[/e/, /lambda/] = ckbs_tridiag_solve(/b/, /c/, /r/)/$$25 % $codei/[/e/, /lambda/] = ckbs_tridiag_solve(/b/, /c/, /r/)/$$ 26 26 % 27 27 % $head Purpose$$ … … 43 43 % 44 44 % $head b$$ 45 % The argument $i talicb$$ is a three dimensional array,45 % The argument $icode b$$ is a three dimensional array, 46 46 % for $latex k = 1 , \ldots , N$$ 47 47 % $latex \[ 48 48 % b_k = b(:,:,k) 49 49 % \]$$ 50 % and $i talicb$$ has size $latex n \times n \times N$$.50 % and $icode b$$ has size $latex n \times n \times N$$. 51 51 % 52 52 % $head c$$ 53 % The argument $i talicc$$ is a three dimensional array,53 % The argument $icode c$$ is a three dimensional array, 54 54 % for $latex k = 2 , \ldots , N$$ 55 55 % $latex \[ 56 56 % c_k = c(:,:,k) 57 57 % \]$$ 58 % and $i talicc$$ has size $latex n \times n \times N$$.58 % and $icode c$$ has size $latex n \times n \times N$$. 59 59 % 60 60 % $head r$$ 61 % The argument $i talicr$$ is an $latex (n * N) \times m$$ matrix.61 % The argument $icode r$$ is an $latex (n * N) \times m$$ matrix. 62 62 % 63 63 % $head e$$ 64 % The result $i talice$$ is an $latex (n * N) \times m$$ matrix.64 % The result $icode e$$ is an $latex (n * N) \times m$$ matrix. 65 65 % 66 66 % $head lambda$$ 67 % The result $i taliclambda$$ is a scalar equal to the67 % The result $icode lambda$$ is a scalar equal to the 68 68 % logarithm of the determinant of $latex A$$. 69 69 %
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