linalg

• linalg
  • linalg_overview — An overview of the Linear Algebra toolbox.
  • linalg_chol — Computes the Cholesky decomposition.
  • linalg_condeig — Computes the condition number of the eigenvalues of a matrix.
  • linalg_expm — Computes the exponential of a matrix.
  • linalg_factorlu — Computes the LU decomposition without pivoting.
  • linalg_factorlupivot — Computes the LU decomposition with pivoting.
  • linalg_gaussnaive — Solves a linear equation by Gauss method and no pivoting.
  • linalg_gausspivotal — Computes the solution of a linear equation with Gauss and row pivoting.
  • linalg_gausspivotalnaive — Computes the solution of a linear equation with Gauss and row pivoting.
  • linalg_hbandL — Converts a complex hermitian band matrix into its compact form.
  • linalg_pow — Computes A^p
  • linalg_powfast — Computes A^p
  • linalg_rayleighiteration — Computes approximated a pair of eigenvalue and eigenvector.
  • linalg_solvelu — Computes the solution of a linear equation, given its LU decomposition.
  • blaslapack
    • linalg_dgemm — Computes D = Alpha*A*B+ Beta*C for a real matrix.
    • linalg_dgesv — Solves A*X = B for real equations.
    • linalg_dsyev — Computes the eigenvalues of a symmetric real matrix.
    • linalg_gemm — Computes D = Alpha*A*B+ Beta*C for a real or complex matrix.
    • linalg_gesv — Computes the real or complex solution X of A*X=B.
    • linalg_zgemm — Computes D = Alpha*A*B+ Beta*C for a complex matrix.
    • linalg_zgesv — Solves A*X = B for complex equations.
    • linalg_zhbev — Computes the eigenvalues of a complex hermitian band matrix.
  • pseudomacros