Functions to creating and free a new matrix, vector or indexarray.


Functions
INLINE VECTOR *	meml_vector_new (const MEML_INT lenght)
VECTOR *	meml_vector_new_eye (const MEML_INT dim, const MEML_INT position)
VECTOR *	meml_vector_new_zeros (const MEML_INT dim)
VECTOR *	meml_vector_new_ones (const MEML_INT dim)
	v:= [1, 1, ... ,1]'
VECTOR *	meml_vector_new_diag (const ME_MATRIX *M)
INLINE void	meml_vector_free (VECTOR *v)
ME_MATRIX *	meml_matrix_new (const M_TYPE type, const MEML_INT row, const MEML_INT col)
ME_MATRIX *	meml_matrix_new_diag (const M_TYPE type, const VECTOR *v)
ME_MATRIX *	meml_matrix_new_eye (const M_TYPE type, const MEML_INT row, const MEML_INT col)
ME_MATRIX *	meml_matrix_new_zeros (const M_TYPE type, const MEML_INT row, const MEML_INT col)
ME_MATRIX *	meml_matrix_new_ones (const M_TYPE type, const MEML_INT row, const MEML_INT col)
ME_MATRIX *	meml_sparse (const INDEXARRAY rows, const INDEXARRAY cols, const VECTOR *values)
	creates a new sparse matrix
ME_MATRIX *	meml_matrix_new_form_carray (const M_TYPE type, const MEML_INT row, const MEML_INT col, const MEML_FLOAT data[])
	The function creates a new matrix based on a C-array.
void	meml_matrix_free (ME_MATRIX *A)
INDEXARRAY *	meml_indexarray_new (const MEML_INT dim)
INDEXARRAY *	meml_indexarray_copy (const INDEXARRAY *index)
INLINE void	meml_indexarray_free (INDEXARRAY *indexarray)

Function Documentation

INDEXARRAY* meml_indexarray_copy ( const INDEXARRAY * index )

INLINE void meml_indexarray_free ( INDEXARRAY * indexarray )

The the memory of indexarray will be freed

INDEXARRAY* meml_indexarray_new ( const MEML_INT dim )

A new indesarray is created

void meml_matrix_free ( ME_MATRIX * M )

The memory of M will be freed

ME_MATRIX* meml_matrix_new ( const M_TYPE type,

const MEML_INT row,

const MEML_INT col

)

creates a new matrix of the dimension col*row

ME_MATRIX* meml_matrix_new_diag ( const M_TYPE type,

const VECTOR * v

)

$ diag(M) := v $

ME_MATRIX* meml_matrix_new_eye ( const M_TYPE type,

const MEML_INT row,

const MEML_INT col

)

ME_MATRIX* meml_matrix_new_form_carray ( const M_TYPE type,

const MEML_INT row,

const MEML_INT col,

const MEML_FLOAT data[]

)

The function creates a new matrix based on a C-array.

ME_MATRIX* meml_matrix_new_ones ( const M_TYPE type,

const MEML_INT row,

const MEML_INT col

)

A new matrix filles with ones is created

ME_MATRIX* meml_matrix_new_zeros ( const M_TYPE type,

const MEML_INT row,

const MEML_INT col

)

creates a matrix filled with zeros
Does the same as the funktion meml_matrix_new

ME_MATRIX* meml_sparse ( const INDEXARRAY * rows,

const INDEXARRAY * cols,

const VECTOR * values

)

creates a new sparse matrix

Todo:
die funktion muss fuer cr optimiert werden.

INLINE void meml_vector_free ( VECTOR * v )

The memomry of v will be freed

INLINE VECTOR* meml_vector_new ( const MEML_INT lenght )

creates a new VECTOR with the dimension 'length'

VECTOR* meml_vector_new_diag ( const ME_MATRIX * M )

$ diag(M) := v $

VECTOR* meml_vector_new_eye ( const MEML_INT dim,

const MEML_INT i

)

The a unit vector of the dimension dim with v[i]=1 is created

VECTOR* meml_vector_new_ones ( const MEML_INT dim )

v:= [1, 1, ... ,1]'

VECTOR* meml_vector_new_zeros ( const MEML_INT dim )

The same as meml_vector_new

Generated on Tue Mar 28 14:10:38 2006 by

1.4.1