lmcovar() (kmatrix)		-  compute the covariance matrix for a given set of data vectors
lmeigen() (kmatrix)		-  compute eigenvectors and eigenvalues
lmexchg() (kmatrix)		-  exchange rows and/or columns of a matrix
lmextract_diag() (kmatrix)		-  extract row, column, or diagonal from a matrix
lmgdiag() (kmatrix)		-  generate a diagonal matrix
lminvert() (kmatrix)		-  compute inverse of matrix
lmlse() (kmatrix)		-  compute least-squares solution to a set of linear equations
lmlud() (kmatrix)		-  compute LU decomposition
lmmul() (kmatrix)		-  form matrix product C=AB
lmpow() (kmatrix)		-  compute positive integral power of a matrix
lmrcsum() (kmatrix)		-  compute row and column sums for a matrix
lmreplicate() (kmatrix)		-  replicate a given matrix as submatrices of a larger matrix
lmsvd() (kmatrix)		-  compute singular value decomposition (SVD)
madd() (madd)		-  Output = Matrix 1 + Matrix 2
mconj() (mconj)		-  Compute the Complex Conjugate Matrix
mcovar() (mcovar)		-  Compute Covariance Matrix
meigen() (meigen)		-  Compute Eigenvectors and Eigenvalues of a Square Matrix
mexchg() (mexchg)		-  Exchange Rows or Columns of a Matrix
mextract_col() (mextract_col)		-  Extract a Column from a Matrix
mextract_diag() (mextract_diag)		-  Extract Matrix Diagonal, Row, or Column
mextract_row() (mextract_row)		-  Extract a Row from a Matrix
mgdiag() (mgdiag)		-  Generate a Diagonal Matrix
mgident() (mgident)		-  Generate Identity or Unit Matrix
mgnull() (mgnull)		-  Generate Null or Zero Matrix
minvdiag() (minvdiag)		-  Compute Inverse of Diagonal Matrix
minvert() (minvert)		-  Compute Inverse Matrix
mlse() (mlse)		-  Least Squares Solution to System of Linear Equations
mlud() (mlud)		-  Compute LU Decomposition of Matrix  (Input = L*U)
mmul() (mmul)		-  Matrix Multiply (C=AB)
mpow() (mpow)		-  Compute the Positive Integral Power of a Square Matrix
mrcsum() (mrcsum)		-  Compute Row or Column Sums for a Matrix
mreplicate() (mreplicate)		-  Replicate a Given Matrix as Submatrices of a Larger Matrix
mscalar_abs() (mscalar_abs)		-  Output = Absolute Value of Input (componentwise)
mscalar_add() (mscalar_add)		-  Output = Input Matrix + Constant
mscalar_div() (mscalar_div)		-  Output = Input Matrix / Constant
mscalar_mul() (mscalar_mul)		-  Output = Input Matrix * Constant
mscalar_pow() (mscalar_pow)		-  Output = Input Raised to a Power (componentwise)
mscalar_recip() (mscalar_recip)		-  Output = Reciprocal of Input (componentwise)
mscalar_sqrt() (mscalar_sqrt)		-  Output = Sqrt of Input (componentwise)
mscalar_sub() (mscalar_sub)		-  Output = Input Matrix - Constant
msub() (msub)		-  Output = Matrix 1 - Matrix 2
msvd() (msvd)		-  Compute Singular Value Decomposition (SVD)
mtranspose() (mtranspose)		-  Transpose Rows and Columns of Matrix
