LINPAKC

 
P A C K A G E      LINPAKC
 
(Version 1978 )
 
Analyse  and  solve  various  systems  of  linear  algebraic  equations.
(Complex precision version of LINPACK).
 
 
CCHDC.........Compute  Cholesky  decomposition   of   complex   positive
              definite matrix with optional pivoting.
CCHDD.........Downdates  Cholesky  factorization  of  positive  definite
              complex matrix.
CCHEX.........Updates  Cholesky  factorization  of   positive   definite
              complex matrix.
CCHUD.........Updates  Cholesky  factorization  of   positive   definite
              matrix.
CGBCO.........Compute  LU  factorization  of  complex  band  matrix  and
              extimate its condition
CGBDI.........Compute determinant of complex band  matrix  from  its  LU
              factors. (No provision for computing inverse directly.)
CGBFA.........Compute LU factorization of general complex band matrix.
CGBSL.........Uses LU factorization of  complex  band  matrix  to  solve
              systems.
CGECO.........Compute LU factorization of  general  complex  matrix  and
              estimate its condition.
CGEDI.........Compute determinant  and/or  inverse  of  general  complex
              matrix from its LU factors.
CGEFA.........Compute LU factorization of general complex matrix.
CGESL.........Use LU factorization of general complex  matrix  to  solve
              systems.
CGTSL.........Solves systems with general complex tridiagonal matrix.
CHICO.........Computes factorization  of  complex  Hermitian  indefinite
              matrix and estimates its condition.
CHIDI.........Uses factorization of complex Hermitian indefinite  matrix
              to compute its inertia, determinant, and/or inverse.
CHIFA.........Computes factorization  of  complex  Hermitian  indefinite
              matrix.
CHISL.........Uses factorization of complex Hermitian indefinite  matrix
              to solve systems.
CHPCO.........Computes factorization  of  complex  Hermitian  indefinite
              matrix stored in packed form and estimates its condition.
CHPDI.........Uses factorization of complex Hermitian indefinite  matrix
              stored in packed form to compute its inertia, determinant,
              and inverse.
CHPFA.........Computes factorization  of  complex  Hermitian  indefinite
              matrix stored in packed form.
CHPSL.........Uses factorization of complex Hermitian indefinite  matrix
              stored in packed form to solve systems.
CPBCO.........Uses  Cholesky  algorithm  to  compute  factorization   of
              complex positive definite band matrix  and  estimates  its
              condition.
CPBDI.........Uses  factorization  of  complex  positive  definite  band
              matrix to compute determinant. (No provision for computing
              inverse.)
CPBFA.........Uses  Cholesky  algorithm  to  compute  factorization   of
              complex positive definite band matrix.
CPBSL.........Uses  factorization  of  complex  positive  definite  band
              matrix to solve systems.
CPOCO.........Uses  Cholesky  algorithm  to  compute  factorization   of
              complex  positive  definite  matrix  and   estimates   its
              condition.
CPODI.........Uses factorization of complex positive definite matrix  to
              compute its determinant and/or inverse.
CPOFA.........Uses  Cholesky  algorithm  to  compute  factorization   of
              complex positive definite matrix.
CPOSL.........Uses factorization of complex positive definite matrix  to
              solve systems.
CPPCO.........Uses  Cholesky  algorithm  to  factor   complex   positive
              definite matrix stored in packed form.
CPPDI.........Uses factorization of  complex  positive  definite  matrix
              stored  in  packed  form  to  compute  determinant  and/or
              inverse.
CPPFA.........Uses  Cholesky  algorithm  to  factor   complex   positive
              definite matrix stored in packed form.
CPPSL.........Uses factorization of  complex  positive  definite  matrix
              stored in packed form to solve systems.
CPTSL.........Solves systems with complex positive  definite  triangular
              matrix.
CQRDC.........Computes QR decomposition of general complex matrix.
CQRSL.........Manipulates truncated QR decomposition of general  complex
              matrix obtained as output from CQRDC.
CSICO.........Computes factorization  of  complex  symmetric  indefinite
              matrix and estimates its condition.
CSIDI.........Uses factorization of complex symmetric indefinite  matrix
              to compute its determinant and/or inverse.
CSIFA.........Computes factorization  of  complex  symmetric  indefinite
              matrix.
CSISL.........Uses factorization of complex symmetric indefinite  matrix
              to solve systems.
CSPCO.........Computes factorization  of  complex  symmetric  indefinite
              matrix stored in packed form and computes its condition.
CSPDI.........Uses factorization of complex symmetric indefinite  matrix
              stored in packed form to compute  its  determinant  and/or
              inverse.
CSPFA.........Computes factorization  of  complex  symmetric  indefinite
              matrix stored in packed form.
CSPSL.........Uses factorization of complex symmetric indefinite  matrix
              stored in packed form to solve systems.
CSVDC.........Computes Singular Value Decomposition of  general  complex
              matrix.
CTRCO.........Estimates condition of complex triangular matrix.
CTRDI.........Computes determinant and/or inverse of complex  triangular
              matrix.
CTRSL.........Solves systems with complex triangular matrix.