(see README file for additional information)

Double Precision, RANGE=A

Timings (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Orthogonality (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Residuals (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Double Precision, RANGE=I

Double Precision, RANGE=V

Single Precision, RANGE=A

Timings (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Orthogonality (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Residuals (cases ordered by form and size) form=1,2,9: LAPACK-style eigenvalue distribution, (1-2-1), Wilkinson and glued Wilkinson; form=3,4: random tridiagonals generated with Matlab and tridiagonals related to real applications.

Single Precision, RANGE=I

Single Precision, RANGE=V