Matrix Inversion, Complex Numbers

8-73

A. E. Sapega, Trinity College, Hartford, Connecticut

The program inverts a matrix, up to size 6 x 6 of complex

numbers. The algorithm used is the Gauss-Jordan method,

programmed to carry out complex number calculations. A

unit vector of appropriate size is generated internally.

Following the Gauss sweep-out, the matrix is shifted, another

unit vector is generated, and the calculation proceeds.

Other Programs Needed:
FORTRAN Compiler and FORTRAN

Operating System

Storage Requirement:
This program uses essentially all

core not used by the FORTRAN

Operating System

Execution Time:
Actual computation takes less than

10 seconds. Data read-in may take

up to five minutes.

Catalog: November 1969

Other Programs Needed:	FORTRAN Compiler and FORTRAN Operating System
Storage Requirement:	This program uses essentially all core not used by the FORTRAN Operating System
Execution Time:	Actual computation takes less than 10 seconds. Data read-in may take up to five minutes.
Catalog:	November 1969