Allocate/Free a General Size Vector
[General Size Vectors]

Functions
Gan_Bool	gan_vec_realloc (Gan_Vector *x, unsigned long rows)
void	gan_vec_free (Gan_Vector *x)
	Free a vector.
void	gan_vec_free_va (Gan_Vector *x,...)
	Free a NULL terminated variable argument list of vectors.
Gan_Vector *	gan_vec_form_gen (Gan_Vector *x, unsigned long rows, double *data, size_t data_size)
Gan_Vector *	gan_vec_alloc (unsigned long rows)
	Macro: Allocate and return a generic vector.
Gan_Vector *	gan_vec_form (Gan_Vector *x, unsigned long rows)
	Macro: Form and return a generic vector.
Gan_Vector *	gan_vec_form_data (Gan_Vector *x, unsigned long rows, void *data, size_t data_size)
	Macro: Form and return a generic vector.
Gan_Bool	gan_vecf_realloc (Gan_Vector_f *x, unsigned long rows)
void	gan_vecf_free (Gan_Vector_f *x)
	Free a vector.
void	gan_vecf_free_va (Gan_Vector_f *x,...)
	Free a NULL terminated variable argument list of vectors.
Gan_Vector_f *	gan_vecf_form_gen (Gan_Vector_f *x, unsigned long rows, float *data, size_t data_size)
Gan_Vector_f *	gan_vecf_alloc (unsigned long rows)
	Macro: Allocate and return a generic vector.
Gan_Vector_f *	gan_vecf_form (Gan_Vector_f *x, unsigned long rows)
	Macro: Form and return a generic vector.
Gan_Vector_f *	gan_vecf_form_data (Gan_Vector_f *x, unsigned long rows, void *data, size_t data_size)
	Macro: Form and return a generic vector.

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Function Documentation

Gan_Vector* gan_vec_alloc (  unsigned long  rows  )

Macro: Allocate and return a generic vector. Allocates and returns a generic column vector with given size rows. Implemented as a macro call to gan_vec_form_gen(). See also: gan_vec_form().

Gan_Vector* gan_vec_form (  Gan_Vector *  x, unsigned long  rows )

Macro: Form and return a generic vector. Forms and returns a generic column vector with given number of rows. If the x vector pointer is non-NULL, the given vector pointer is filled; otherwise x is passed as NULL and the vector is dynamically allocated. Implemented as a macro call to gan_vec_form_gen(). See also: gan_vec_alloc().

Gan_Vector* gan_vec_form_data (  Gan_Vector *  x, unsigned long  rows, void *  data, size_t  data_size )

Macro: Form and return a generic vector. Forms and returns a generic column vector with given number of rows. If the x vector pointer is non-NULL, the given vector pointer is filled; otherwise x is passed as NULL and the vector is dynamically allocated. Likewise if the provided data pointer is NULL, the vector data is dynamically allocated. Otherwise, data_size is the size of the data array in terms of double values. Implemented as a macro call to gan_vec_form_gen(). See also: gan_vec_alloc() and gan_vec_form().

void gan_vec_free (  Gan_Vector *  x  )

Free a vector. Free a generic vector.

void gan_vec_free_va (  Gan_Vector *  x,   ... )

Free a NULL terminated variable argument list of vectors. Returns: No value. Free a NULL terminated variable argument list of vectors, starting with vector x.

Gan_Vector_f* gan_vecf_alloc (  unsigned long  rows  )

Macro: Allocate and return a generic vector. Allocates and returns a generic column vector with given size rows. Implemented as a macro call to gan_vecf_form_gen(). See also: gan_vecf_form().

Gan_Vector_f* gan_vecf_form (  Gan_Vector_f *  x, unsigned long  rows )

Macro: Form and return a generic vector. Forms and returns a generic column vector with given number of rows. If the x vector pointer is non-NULL, the given vector pointer is filled; otherwise x is passed as NULL and the vector is dynamically allocated. Implemented as a macro call to gan_vecf_form_gen(). See also: gan_vecf_alloc().

Gan_Vector_f* gan_vecf_form_data (  Gan_Vector_f *  x, unsigned long  rows, void *  data, size_t  data_size )

Macro: Form and return a generic vector. Forms and returns a generic column vector with given number of rows. If the x vector pointer is non-NULL, the given vector pointer is filled; otherwise x is passed as NULL and the vector is dynamically allocated. Likewise if the provided data pointer is NULL, the vector data is dynamically allocated. Otherwise, data_size is the size of the data array in terms of double values. Implemented as a macro call to gan_vecf_form_gen(). See also: gan_vecf_alloc() and gan_vecf_form().

void gan_vecf_free (  Gan_Vector_f *  x  )

Free a vector. Free a generic vector.

void gan_vecf_free_va (  Gan_Vector_f *  x,   ... )

Free a NULL terminated variable argument list of vectors. Returns: No value. Free a NULL terminated variable argument list of vectors, starting with vector x.

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