COX Library util.cox

• file util
• All
  • INTEGER_VECTOR prefix operator All (const MATRIX & m) precedence 28;
  • int prefix operator All (const VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator All (const INTEGER_MATRIX & m) precedence 28;
  • int prefix operator All (const INTEGER_VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator All (const COMPLEX_MATRIX & m) precedence 28;
  • int prefix operator All (const COMPLEX_VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator All (const INTERVAL_MATRIX & m) precedence 28;
  • int prefix operator All (const INTERVAL_VECTOR & m) precedence 28;
• Any
  • INTEGER_VECTOR prefix operator Any (const MATRIX & m) precedence 28;
  • int prefix operator Any (const VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator Any (const INTEGER_MATRIX & m) precedence 28;
  • int prefix operator Any (const INTEGER_VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator Any (const COMPLEX_MATRIX & m) precedence 28;
  • int prefix operator Any (const COMPLEX_VECTOR & m) precedence 28;
  • INTEGER_VECTOR prefix operator Any (const INTERVAL_MATRIX & m) precedence 28;
  • int prefix operator Any (const INTERVAL_VECTOR & m) precedence 28;
• CRand
  • COMPLEX_MATRIX prefix operator CRand (INT n, INT m) precedence 28;
  • COMPLEX_MATRIX prefix operator CRand (INT n);
• CRandH
  • COMPLEX_MATRIX prefix operator CRandH (INT n) precedence 28;
• Ceil
  • double prefix operator Ceil(const double k ) precedence 28;
  • VECTOR prefix operator Ceil(const VECTOR & v) precedence 28;
  • MATRIX prefix operator Ceil(const MATRIX & v) precedence 28;
• Diag
  • VECTOR prefix operator Diag(const MATRIX & m) precedence 28;
  • VECTOR prefix operator Diag(const MATRIX & m, int k);
  • MATRIX prefix operator Diag(const VECTOR & v);
  • MATRIX prefix operator Diag(const VECTOR & v, int k);
  • INTEGER_VECTOR prefix operator Diag(const INTEGER_MATRIX & m) precedence 28;
  • INTEGER_VECTOR prefix operator Diag(const INTEGER_MATRIX & m, int k);
  • INTEGER_MATRIX prefix operator Diag(const INTEGER_VECTOR & v);
  • INTEGER_MATRIX prefix operator Diag(const INTEGER_VECTOR & v, int k);
  • COMPLEX_VECTOR prefix operator Diag(const COMPLEX_MATRIX & m) precedence 28;
  • COMPLEX_VECTOR prefix operator Diag(const COMPLEX_MATRIX & m, int k);
  • COMPLEX_MATRIX prefix operator Diag(const COMPLEX_VECTOR & v);
  • COMPLEX_MATRIX prefix operator Diag(const COMPLEX_VECTOR & v, int k);
  • INTERVAL_VECTOR prefix operator Diag(const INTERVAL_MATRIX & m) precedence 28;
  • INTERVAL_VECTOR prefix operator Diag(const INTERVAL_MATRIX & m, int k);
  • INTERVAL_MATRIX prefix operator Diag(const INTERVAL_VECTOR & v);
  • INTERVAL_MATRIX prefix operator Diag(const INTERVAL_VECTOR & v, int k);
• Eye
  • MATRIX prefix operator Eye (int n) precedence 28;
  • MATRIX prefix operator Eye (int n, int m);
• Fix
  • double prefix operator Fix (const double k ) precedence 28;
  • VECTOR prefix operator Fix (const VECTOR & v) precedence 28;
  • MATRIX prefix operator Fix (const MATRIX & v) precedence 28;
• Floor
  • double prefix operator Floor(const double k ) precedence 28;
  • VECTOR prefix operator Floor(const VECTOR & v) precedence 28;
  • MATRIX prefix operator Floor(const MATRIX & v) precedence 28;
• Id
  • MATRIX prefix operator Id (int n) precedence 28;
• Ones
  • MATRIX prefix operator Ones (int n) precedence 28;
  • MATRIX prefix operator Ones (int n, int m);
• Poly
  • INTEGER_VECTOR prefix operator Poly (const INTEGER_VECTOR &r) precedence 28;
  • VECTOR prefix operator Poly (const VECTOR &r);
  • COMPLEX_VECTOR prefix operator Poly (const COMPLEX_VECTOR &r);
  • INTERVAL_VECTOR prefix operator Poly (const INTERVAL_VECTOR &r);
• PolyVal
  • int prefix operator PolyVal (const INTEGER_VECTOR &p, const int x0) precedence 28;
  • INTEGER_VECTOR prefix operator PolyVal (const INTEGER_VECTOR &p, const INTEGER_VECTOR & x0);
  • INTEGER_MATRIX prefix operator PolyVal (const INTEGER_VECTOR &p, const INTEGER_MATRIX & x0);
  • double prefix operator PolyVal (const VECTOR &p, const double x0);
  • VECTOR prefix operator PolyVal (const VECTOR &p, const VECTOR & x0);
  • MATRIX prefix operator PolyVal (const VECTOR &p, const MATRIX & x0);
  • COMPLEX prefix operator PolyVal (const COMPLEX_VECTOR &p, const COMPLEX x0);
  • COMPLEX_VECTOR prefix operator PolyVal (const COMPLEX_VECTOR &p, const COMPLEX_VECTOR & x0);
  • COMPLEX_MATRIX prefix operator PolyVal (const COMPLEX_VECTOR &p, const COMPLEX_MATRIX & x0);
• PolyValM
  • INTEGER_MATRIX prefix operator PolyValM (const INTEGER_VECTOR &p, const INTEGER_MATRIX & x0) precedence 28;
  • MATRIX prefix operator PolyValM (const VECTOR &p, const MATRIX & x0);
  • COMPLEX_MATRIX prefix operator PolyValM (const COMPLEX_VECTOR &p, const COMPLEX_MATRIX & x0);
• Prod
  • VECTOR prefix operator Prod (const MATRIX & a) precedence 28;
  • double prefix operator Prod (const VECTOR & a);
  • INTEGER_VECTOR prefix operator Prod (const INTEGER_MATRIX & a) precedence 28;
  • int prefix operator Prod (const INTEGER_VECTOR & a);
  • COMPLEX_VECTOR prefix operator Prod (const COMPLEX_MATRIX & a) precedence 28;
  • COMPLEX prefix operator Prod (const COMPLEX_VECTOR & a);
  • INTERVAL_VECTOR prefix operator Prod (const INTERVAL_MATRIX & a) precedence 28;
  • INTERVAL prefix operator Prod (const INTERVAL_VECTOR & a);
• Rand
  • MATRIX prefix operator Rand (int n) precedence 28;
  • MATRIX prefix operator Rand (int n, int m);
• RandS
  • MATRIX prefix operator RandS (int n) precedence 28;
• Round
  • double prefix operator Round(const double k ) precedence 28;
  • VECTOR prefix operator Round(const VECTOR & v) precedence 28;
  • MATRIX prefix operator Round(const MATRIX & v) precedence 28;
• Sum
  • VECTOR prefix operator Sum (const MATRIX & a) precedence 28;
  • double prefix operator Sum (const VECTOR & a);
  • INTEGER_VECTOR prefix operator Sum (const INTEGER_MATRIX & a) precedence 28;
  • int prefix operator Sum (const INTEGER_VECTOR & a);
  • COMPLEX_VECTOR prefix operator Sum (const COMPLEX_MATRIX & a) precedence 28;
  • COMPLEX prefix operator Sum (const COMPLEX_VECTOR & a);
  • INTERVAL_VECTOR prefix operator Sum (const INTERVAL_MATRIX & a) precedence 28;
  • INTERVAL prefix operator Sum (const INTERVAL_VECTOR & a);
• Trace
  • double prefix operator Trace (const MATRIX& a) precedence 28;
  • COMPLEX prefix operator Trace (const COMPLEX_MATRIX& a);
  • int prefix operator Trace (const INTEGER_MATRIX& a);
  • INTERVAL prefix operator Trace (const INTERVAL_MATRIX& a);
• Transpose
  • MATRIX prefix operator Transpose (const MATRIX& a);
  • COMPLEX_MATRIX prefix operator Transpose (const COMPLEX_MATRIX& a);
  • INTEGER_MATRIX prefix operator Transpose (const INTEGER_MATRIX& a);
  • INTERVAL_MATRIX prefix operator Transpose (const INTERVAL_MATRIX& a);
• Tril
  • MATRIX prefix operator Tril(const MATRIX & m) precedence 28;
  • MATRIX prefix operator Tril(const MATRIX & m, int k);
  • INTEGER_MATRIX prefix operator Tril(const INTEGER_MATRIX & m) precedence 28;
  • INTEGER_MATRIX prefix operator Tril(const INTEGER_MATRIX & m, int k);
  • COMPLEX_MATRIX prefix operator Tril(const COMPLEX_MATRIX & m) precedence 28;
  • COMPLEX_MATRIX prefix operator Tril(const COMPLEX_MATRIX & m, int k);
  • INTERVAL_MATRIX prefix operator Tril(const INTERVAL_MATRIX & m) precedence 28;
  • INTERVAL_MATRIX prefix operator Tril(const INTERVAL_MATRIX & m, int k);
• Triu
  • MATRIX prefix operator Triu(const MATRIX & m) precedence 28;
  • MATRIX prefix operator Triu(const MATRIX & m, int k);
  • INTEGER_MATRIX prefix operator Triu(const INTEGER_MATRIX & m) precedence 28;
  • INTEGER_MATRIX prefix operator Triu(const INTEGER_MATRIX & m, int k);
  • COMPLEX_MATRIX prefix operator Triu(const COMPLEX_MATRIX & m) precedence 28;
  • COMPLEX_MATRIX prefix operator Triu(const COMPLEX_MATRIX & m, int k);
  • INTERVAL_MATRIX prefix operator Triu(const INTERVAL_MATRIX & m) precedence 28;
  • INTERVAL_MATRIX prefix operator Triu(const INTERVAL_MATRIX & m, int k);
• Zeros
  • MATRIX prefix operator Zeros(int n) precedence 28;
  • MATRIX prefix operator Zeros(int n, int m);
• util Function Index

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