gslmm::matrix< complex< double > > Class Template Reference [Matrices] #include <matrix_complex_double.hh> Inheritance diagram for gslmm::matrix< complex< double > >: [legend]Collaboration diagram for gslmm::matrix< complex< double > >: [legend]List of all members. Detailed Description template<> class gslmm::matrix< complex< double > > Matrix complex<double> specialisation. Public Types typedef size_t  size_type typedef size_t  iterator typedef complex< double >  value_type typedef double  element_type typedef gsl_matrix_complex  data_type typedef gsl_matrix_complex_view  view_type typedef vector< value_type >  vector_type typedef type_trait< value_type >  trait_type typedef trait_type::reference_type  reference_type Public Member Functions   matrix (const _matrix_mult< complex< double > > &p)   matrix (const _matrix_manip_mult< complex< double > > &p)   matrix (size_t rows, size_t columns, bool zero=true)   matrix (const matrix< value_type > &m, bool trans=false, bool conj=false)   matrix (const matrix< value_type > &m, iterator row_offset, iterator column_offset, size_type rows, size_type columns, size_type tda=0)   matrix (element_type *array, size_type rows, size_type columns, size_type tda=0)   matrix (const vector_type &v, size_type rows, size_type columns, size_type tda=0) virtual  ~matrix () Swaping data void  swap (const matrix< value_type > &m) void  swap_rows (iterator i, iterator j) void  swap_columns (iterator i, iterator j) void  swap_row_column (iterator i, iterator j) Information size_type  row_size () const size_type  column_size () const bool  is_owner () const bool  is_null () const size_type  tda () const Manipulations void  zero () void  set (value_type x) void  identity () void  transpose () void  conjugate () Member access const reference_type  operator() (iterator row, iterator column) const reference_type  operator() (iterator row, iterator column) vector_type  operator[] (iterator r) const vector_type  operator[] (iterator r) const value_type *  element (iterator row, iterator column) const value_type *  element (iterator row, iterator column) const Views of all kinds matrix< complex< double > >  operator() (iterator row, iterator column, size_type rows, size_type columns) const vector_type  row (iterator r) const vector_type  row (iterator r) const vector_type  column (iterator c) const vector_type  column (iterator c) const vector_type  diagonal (int d) const vector_type  diagonal (int d) const vector_type  sub_diagonal (int s) const vector_type  sub_diagonal (int s) const vector_type  super_diagonal (int s) const vector_type  super_diagonal (int s) const Assignment operations matrix< value_type > &  operator= (const matrix< value_type > &m) matrix< value_type > &  operator= (const _matrix_mult< value_type > &m) matrix< value_type > &  operator= (const _matrix_manip_mult< value_type > &m) matrix< value_type > &  operator+= (const matrix< value_type > &o) matrix< value_type > &  operator-= (const matrix< value_type > &o) matrix< value_type > &  operator *= (const matrix< value_type > &o) matrix< value_type > &  operator/= (const matrix< value_type > &o) matrix< value_type > &  operator+= (const value_type &o) matrix< value_type > &  operator-= (const value_type &o) matrix< value_type > &  operator *= (const value_type &o) matrix< value_type > &  operator/= (const value_type &o) Public Attributes data_type *  _matrix Protected Member Functions void  from_view (view_type &view)   matrix () Member Typedef Documentation typedef gsl_matrix_complex gslmm::matrix< complex< double > >::data_type   Low level data type. Reimplemented in gslmm::lu_decomposition< complex< double > >. typedef double gslmm::matrix< complex< double > >::element_type   Type of data. Reimplemented in gslmm::lu_decomposition< complex< double > >. typedef size_t gslmm::matrix< complex< double > >::iterator   Iterator (or indexer) type. typedef trait_type::reference_type gslmm::matrix< complex< double > >::reference_type   Type of reference. typedef size_t gslmm::matrix< complex< double > >::size_type   Size type. typedef type_trait<value_type> gslmm::matrix< complex< double > >::trait_type   Type of traits for elements. typedef complex<double> gslmm::matrix< complex< double > >::value_type   Type of data. Reimplemented in gslmm::lu_decomposition< complex< double > >. typedef vector<value_type> gslmm::matrix< complex< double > >::vector_type   Type of associated vectors. Reimplemented in gslmm::lu_decomposition< complex< double > >. typedef gsl_matrix_complex_view gslmm::matrix< complex< double > >::view_type   Low level view type. Constructor & Destructor Documentation gslmm::matrix< complex< double > >::matrix (  const _matrix_mult< complex< double > > &  p  )  [inline]   Constructor from a product. Parameters: p  Product gslmm::matrix< complex< double > >::matrix (  const _matrix_manip_mult< complex< double > > &  p  )  [inline]   Constructor from a product. Parameters: p  Product gslmm::matrix< complex< double > >::matrix (  size_t  rows, size_t  columns, bool  zero = true )  [inline]   Constructor. Parameters: rows  Number of rows in matrix. columns  Number of columns in matrix. zero  If true initialise to zero (null) matrix. gslmm::matrix< complex< double > >::matrix (  const matrix< value_type > &  m, bool  trans = false, bool  conj = false )  [inline]   Copy constructor. Parameters: m  The matrix to copy. trans  If true, the transpose of m is copyied to this object. conj  If true, also conjugate the matrix. gslmm::matrix< complex< double > >::matrix (  const matrix< value_type > &  m, iterator  row_offset, iterator  column_offset, size_type  rows, size_type  columns, size_type  tda = 0 )  [inline]   View constructor. Parameters: m  Matrix to create view from, row_offset  Offset in row direction, column_offset  Offset in column direction, rows  Rows in view columns  Columns in view. tda  If positive, the physical number of columns in memory. gslmm::matrix< complex< double > >::matrix (  element_type *  array, size_type  rows, size_type  columns, size_type  tda = 0 )  [inline]   View constructor. Parameters: array  Array to create view from, rows  Rows in view columns  Columns in view. tda  If positive, the physical number of columns in memory. gslmm::matrix< complex< double > >::matrix (  const vector_type &  v, size_type  rows, size_type  columns, size_type  tda = 0 )  [inline]   View constructor. Parameters: v  Vector to create view from, rows  Rows in view columns  Columns in view. tda  If positive, the physical number of columns in memory. gslmm::matrix< complex< double > >::~matrix (   )  [inline, virtual]   Destructor. gslmm::matrix< complex< double > >::matrix (   )  [inline, protected]   Constructor. Member Function Documentation const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::column (  iterator  c  )  const [inline]   Get a column (const version). Parameters: c  The column number to get (starts at 0) Returns: the c column of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::column (  iterator  c  )  [inline]   Get a column. Parameters: c  The column number to get (starts at 0) Returns: the c column of the matrix, as a reference only size_type gslmm::matrix< complex< double > >::column_size (   )  const [inline]   Get the number of columns. void gslmm::matrix< complex< double > >::conjugate (   )  [inline]   Conjugate all elements of the matrix. const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::diagonal (  int  d  )  const [inline]   Get the diagonal (const version). Parameters: d  The diagonal number. Negative are below diagonal, positive above, and zero is the diagonal itself. Returns: the diagonal of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::diagonal (  int  d  )  [inline]   Get the diagonal. Parameters: d  The diagonal number. Negative are below diagonal, positive above, and zero is the diagonal itself. Returns: the diagonal of the matrix, as a reference only const matrix< complex< double > >::value_type * gslmm::matrix< complex< double > >::element (  iterator  row, iterator  column )  const [inline]   Get a pointer to the element at (row, col). Parameters: row  Row number column  Column number Returns: pointer to element (i, j) matrix< complex< double > >::value_type * gslmm::matrix< complex< double > >::element (  iterator  row, iterator  column )  [inline]   Get a pointer to the element at (row, col). Parameters: row  Row number column  Column number Returns: pointer to element (i, j) void gslmm::matrix< complex< double > >::from_view (  view_type &  view  )  [inline, protected]   Construct from a view. void gslmm::matrix< complex< double > >::identity (   )  [inline]   Make an identity matrix. only the elements are 1, the rest of the elements are zero. bool gslmm::matrix< complex< double > >::is_null (   )  const [inline]   Whether this is the null matrix. bool gslmm::matrix< complex< double > >::is_owner (   )  const [inline]   Whether this is the owner of the data. matrix< complex< double > > & gslmm::matrix< complex< double > >::operator *= (  const value_type &  o  )  [inline]   Multiply all elements by a number. Parameters: o  The number to multiply to this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator *= (  const matrix< value_type > &  o  )  [inline]   Multiply by a matrix, element by element. Parameters: o  The matrix to multiply to this Returns: this matrix, where matrix< complex< double > > gslmm::matrix< complex< double > >::operator() (  iterator  row, iterator  column, size_type  rows, size_type  columns )  const [inline]   Get a sub-matrix of this matrix. Parameters: row  Row in this matrix to start at column  Column in this matrix to start at rows  Number of rows in sub-matrix columns  Number of columns in sub-martix. Returns: a new matrix object that does not own the data. matrix< complex< double > >::reference_type gslmm::matrix< complex< double > >::operator() (  iterator  row, iterator  column )  [inline]   Member accessor. Parameters: row  The row number column  The column number Returns: the -th element. const matrix< complex< double > >::reference_type gslmm::matrix< complex< double > >::operator() (  iterator  row, iterator  column )  const [inline]   Member accessor. Parameters: row  The row number column  The column number Returns: the -th element. matrix< complex< double > > & gslmm::matrix< complex< double > >::operator+= (  const value_type &  o  )  [inline]   Add a number to all elements. Parameters: o  The number to add to this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator+= (  const matrix< value_type > &  o  )  [inline]   Add a matrix, element by element. Parameters: o  The matrix to add to this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator-= (  const value_type &  o  )  [inline]   Subtract a number from all elements. Parameters: o  The number to subtract from this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator-= (  const matrix< value_type > &  o  )  [inline]   Subtract a matrix, element by element. Parameters: o  The matrix to subtract from this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator/= (  const value_type &  o  )  [inline]   Divide all elements by a number. Parameters: o  The number to divide into this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator/= (  const matrix< value_type > &  o  )  [inline]   Divide by a matrix, element by element. Parameters: o  The matrix to divide into this Returns: this matrix, where matrix< complex< double > > & gslmm::matrix< complex< double > >::operator= (  const _matrix_manip_mult< value_type > &  m  )  [inline]   Assignment operator. matrix< complex< double > > & gslmm::matrix< complex< double > >::operator= (  const _matrix_mult< value_type > &  m  )  [inline]   Assignment operator. matrix< complex< double > > & gslmm::matrix< complex< double > >::operator= (  const matrix< value_type > &  m  )  [inline]   Assignment operator. const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::operator[] (  iterator  r  )  const [inline]   Get a row (const version). Parameters: r  The row number to get (starts at 0) Returns: the r row of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::operator[] (  iterator  r  )  [inline]   Get a row. Parameters: r  The row number to get (starts at 0) Returns: the r row of the matrix, as a reference only const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::row (  iterator  r  )  const [inline]   Get a row (const version). Parameters: r  The row number to get (starts at 0) Returns: the r row of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::row (  iterator  r  )  [inline]   Get a row. Parameters: r  The row number to get (starts at 0) Returns: the r row of the matrix, as a reference only size_type gslmm::matrix< complex< double > >::row_size (   )  const [inline]   Get the number of rows. void gslmm::matrix< complex< double > >::set (  value_type  x  )  [inline]   Set all elements to one number. Parameters: x  the value to set all elements to. const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::sub_diagonal (  int  s  )  const [inline]   Get a sub-diagonal (const version). Parameters: s  The sub-diagonal number to get (0 is the diagonal) Returns: the s sub-diagonal of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::sub_diagonal (  int  s  )  [inline]   Get a sub-diagonal. Parameters: s  The sub-diagonal number to get (0 is diagonal) Returns: the s sub-diagonal of the matrix, as a reference only const matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::super_diagonal (  int  s  )  const [inline]   Get a super-diagonal (const version). Parameters: s  The super-diagonal number to get (0 is the diagonal) Returns: the s super-diagonal of the matrix, as a reference only matrix< complex< double > >::vector_type gslmm::matrix< complex< double > >::super_diagonal (  int  s  )  [inline]   Get a super-diagonal. Parameters: s  The super-diagonal number to get (0 is diagonal) Returns: the s super-diagonal of the matrix, as a reference only void gslmm::matrix< complex< double > >::swap (  const matrix< value_type > &  m  )  [inline]   Swap two matricies. void gslmm::matrix< complex< double > >::swap_columns (  iterator  i, iterator  j )  [inline]   Swap two columns . void gslmm::matrix< complex< double > >::swap_row_column (  iterator  i, iterator  j )  [inline]   Swap row i for column j. Matrix must be square. void gslmm::matrix< complex< double > >::swap_rows (  iterator  i, iterator  j )  [inline]   Swap two rows . size_type gslmm::matrix< complex< double > >::tda (   )  const [inline]   Get the physical number of columns in memory. void gslmm::matrix< complex< double > >::transpose (   )  [inline]   Make this into the transpose of it self. This member function only works for square matricies. void gslmm::matrix< complex< double > >::zero (   )  [inline]   Reset all elements to zero. Member Data Documentation data_type* gslmm::matrix< complex< double > >::_matrix   The data. The documentation for this class was generated from the following file: matrix_complex_double.hh