# Linear algebra

Linear algebra

## Description

linear algebra functions

* [balance](linear_algebra/balance) - Diagonal scaling to improve eigenvalue accuracy.
* [bandwidth](linear_algebra/bandwidth) - Lower and upper matrix bandwidth.
* [chol](linear_algebra/chol) - Cholesky factorization.
* [cond](linear_algebra/cond) - Condition number for inversion.
* [condeig](linear_algebra/condeig) - Condition number with respect to eigenvalues.
* [det](linear_algebra/det) - Matrix determinant.
* [diff](linear_algebra/diff) - Differences and approximate derivatives.
* [eig](linear_algebra/eig) - Eigenvalues and eigenvectors.
* [expm](linear_algebra/expm) - Computes the matrix exponential of a square matrix.
* [gradient](linear_algebra/gradient) - Numerical gradient.
* [inv](linear_algebra/inv) - Matrix inverse.
* [isbanded](linear_algebra/isbanded) - Determine if matrix is within specific bandwidth.
* [ishermitian](linear_algebra/ishermitian) - Computes if matrix is hermitian or skew-hermitian.
* [issymmetric](linear_algebra/issymmetric) - Computes if matrix is symmetric.
* [kron](linear_algebra/kron) - Kronecker tensor product.
* [logm](linear_algebra/logm) - Computes the matrix logarithm of a square matrix.
* [lu](linear_algebra/lu) - LU matrix factorization.
* [orth](linear_algebra/orth) - Range space of a matrix.
* [planerot](linear_algebra/planerot) - Givens plane rotation.
* [rank](linear_algebra/rank) - Rank of matrix.
* [rcond](linear_algebra/rcond) - Inverse condition number.
* [rref](linear_algebra/rref) - Gauss-Jordan elimination.
* [rsf2csf](linear_algebra/rsf2csf) - Convert real Schur form to complex Schur form.
* [schur](linear_algebra/schur) - Schur decomposition.
* [sqrtm](linear_algebra/sqrtm) - Computes the matrix square root of a square matrix.
* [subspace](linear_algebra/subspace) - Angle between two subspaces.
* [svd](linear_algebra/svd) - Singular Value Decomposition.
* [trace](linear_algebra/trace) - Matrix trace.
* [vecnorm](linear_algebra/vecnorm) - Vector-wise norm.
