COX Library lapfront.cox

• file lapfront
• AGG_CMATCMAT
  • typedef AGG_CMATCMAT
• AGG_CMATCMATMAT
  • typedef AGG_CMATCMATMAT
• AGG_CMATCVEC
  • typedef AGG_CMATCVEC
• AGG_CMATVEC
  • typedef AGG_CMATVEC
• AGG_CMATVECCMAT
  • typedef AGG_CMATVECCMAT
• AGG_MATMAT
  • typedef AGG_MATMAT
• AGG_MATMATMAT
  • typedef AGG_MATMATMAT
• AGG_MATVEC
  • typedef AGG_MATVEC
• AGG_MATVECMAT
  • typedef AGG_MATVECMAT
• Chol
  • MATRIX prefix operator Chol(const MATRIX & A ) precedence 28;
  • COMPLEX_MATRIX prefix operator Chol(const COMPLEX_MATRIX & A ) precedence 28;
• Compan
  • MATRIX prefix operator Compan(VECTOR v) precedence 28;
  • COMPLEX_MATRIX prefix operator Compan(COMPLEX_VECTOR v);
• Cond
  • REAL prefix operator Cond(const MATRIX & A ) precedence 28;
  • REAL prefix operator Cond(const COMPLEX_MATRIX & A );
• CondEst
  • REAL prefix operator CondEst(const MATRIX & A ) precedence 28;
  • REAL prefix operator CondEst(const COMPLEX_MATRIX & A ) precedence 28;
• CondEstG
  • REAL prefix operator CondEstG(const MATRIX & A ) precedence 28;
  • REAL prefix operator CondEstG(const COMPLEX_MATRIX & A ) precedence 28;
• CondEstH
  • REAL prefix operator CondEstH(const COMPLEX_MATRIX & A ) precedence 28;
• CondEstS
  • REAL prefix operator CondEstS(const MATRIX & A ) precedence 28;
  • REAL prefix operator CondEstS(const COMPLEX_MATRIX & A ) precedence 28;
• Det
  • REAL prefix operator Det(const MATRIX &A) precedence 28;
• Inv
  • MATRIX prefix operator Inv(const MATRIX &A) precedence 28;
  • COMPLEX_MATRIX prefix operator Inv(const COMPLEX_MATRIX &A);
• InvG
  • MATRIX prefix operator InvG(const MATRIX &A) precedence 28;
  • COMPLEX_MATRIX prefix operator InvG(const COMPLEX_MATRIX &A);
• InvH
  • COMPLEX_MATRIX prefix operator InvH(const COMPLEX_MATRIX &A) precedence 28;
• InvS
  • MATRIX prefix operator InvS(const MATRIX &A) precedence 28;
  • COMPLEX_MATRIX prefix operator InvS(const COMPLEX_MATRIX &A);
• IsHermitian
  • int prefix operator IsHermitian(const COMPLEX_MATRIX & A) precedence 28;
• IsSymmetric
  • int prefix operator IsSymmetric(const MATRIX & A) precedence 28;
  • int prefix operator IsSymmetric(const COMPLEX_MATRIX & A) precedence 28;
• Norm
  • REAL prefix operator Norm(const MATRIX & A, int type ) precedence 28;
  • REAL prefix operator Norm(const MATRIX & A );
  • REAL prefix operator Norm(const COMPLEX_MATRIX & A, int type );
  • REAL prefix operator Norm(const COMPLEX_MATRIX & A );
• NormEst
  • REAL prefix operator NormEst(const MATRIX & A ) precedence 28;
• Roots
  • COMPLEX_VECTOR prefix operator Roots(const VECTOR &v) precedence 28;
  • COMPLEX_VECTOR prefix operator Roots(const COMPLEX_VECTOR &v);
• Solve
  • VECTOR prefix operator Solve( const MATRIX &A, const VECTOR &b ) precedence 28;
  • COMPLEX_VECTOR prefix operator Solve( const COMPLEX_MATRIX & A, const COMPLEX_VECTOR & b );
• SolveG
  • VECTOR prefix operator SolveG( const MATRIX &A, const VECTOR &b ) precedence 28;
  • COMPLEX_VECTOR prefix operator SolveG( const COMPLEX_MATRIX & A, const COMPLEX_VECTOR & b );
• SolveH
  • COMPLEX_VECTOR prefix operator SolveH( const COMPLEX_MATRIX & A, const COMPLEX_VECTOR & b ) precedence 28;
• SolveS
  • VECTOR prefix operator SolveS( const MATRIX &A, const VECTOR &b ) precedence 28;
  • COMPLEX_VECTOR prefix operator SolveS( const COMPLEX_MATRIX & A, const COMPLEX_VECTOR & b );
• cg
  • VECTOR prefix operator cg(const MATRIX & A, const VECTOR &b) precedence 28;
• eig
  • COMPLEX_VECTOR prefix operator eig(const MATRIX &m ) precedence 28;
  • AGG_CMATCVEC prefix operator eig(const MATRIX &m ) precedence 28;
  • COMPLEX_VECTOR prefix operator eig(const COMPLEX_MATRIX &m ) precedence 28;
  • AGG_CMATCVEC prefix operator eig(const COMPLEX_MATRIX & cm ) precedence 28;
• eig2
  • COMPLEX_VECTOR prefix operator eig2(const MATRIX &m ) precedence 28;
  • AGG_CMATCVEC prefix operator eig2(const MATRIX &m ) precedence 28;
  • COMPLEX_VECTOR prefix operator eig2(const COMPLEX_MATRIX &m ) precedence 28;
  • AGG_CMATCVEC prefix operator eig2(const COMPLEX_MATRIX & cm ) precedence 28;
• eigH
  • VECTOR prefix operator eigH(const COMPLEX_MATRIX &m ) precedence 28;
  • AGG_CMATVEC prefix operator eigH(const COMPLEX_MATRIX & cm ) precedence 28;
• eigS
  • VECTOR prefix operator eigS(const MATRIX &m ) precedence 28;
  • AGG_MATVEC prefix operator eigS(const MATRIX &m ) precedence 28;
• ldlt
  • AGG_MATMAT prefix operator ldlt(const MATRIX &A) precedence 28;
  • AGG_MATMATMAT prefix operator ldlt(const MATRIX &A);
  • AGG_CMATCMAT prefix operator ldlt(const COMPLEX_MATRIX &A);
  • AGG_CMATCMATMAT prefix operator ldlt(const COMPLEX_MATRIX &A);
• lls
  • VECTOR prefix operator lls(const MATRIX &A, const VECTOR &b) precedence 28;
  • COMPLEX_VECTOR prefix operator lls(const COMPLEX_MATRIX &A, const COMPLEX_VECTOR &b);
• lls2
  • VECTOR prefix operator lls2(const MATRIX &A, const VECTOR &b) precedence 28;
  • COMPLEX_VECTOR prefix operator lls2(const COMPLEX_MATRIX &A, const COMPLEX_VECTOR &b);
• lu
  • MATRIX prefix operator lu(const MATRIX &A) precedence 28;
  • AGG_MATMAT prefix operator lu(const MATRIX &A);
  • AGG_MATMATMAT prefix operator lu(const MATRIX &A);
  • COMPLEX_MATRIX prefix operator lu(const COMPLEX_MATRIX &A);
  • AGG_CMATCMAT prefix operator lu(const COMPLEX_MATRIX &A);
  • AGG_CMATCMATMAT prefix operator lu(const COMPLEX_MATRIX &A);
• qr
  • MATRIX prefix operator qr(const MATRIX &A) precedence 28;
  • AGG_MATMAT prefix operator qr(const MATRIX &A);
  • COMPLEX_MATRIX prefix operator qr(const COMPLEX_MATRIX &A);
  • AGG_CMATCMAT prefix operator qr(const COMPLEX_MATRIX &A);
• svd
  • VECTOR prefix operator svd(const MATRIX& m ) precedence 28;
  • AGG_MATVECMAT prefix operator svd(const MATRIX& m );
  • VECTOR prefix operator svd(const COMPLEX_MATRIX& m );
  • AGG_CMATVECCMAT prefix operator svd(const COMPLEX_MATRIX& m );
• lapfront Data Type Index
• lapfront Function Index

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