Meta Matrix Library
Home About FAQ Install Documentation To Do Download Related Links

Tutorial   Modules   Alphabetical List   Data Structures   File List   Data Fields   Globals   Related Pages (e.g. ToDo)  
src

vecl.h File Reference

#include <stdlib.h>
#include <stdarg.h>
#include <stdio.h>
#include <math.h>

Defines

#define INLINE   static inline

Typedefs

typedef double MEML_FLOAT
typedef int MEML_INT
typedef long int MEML_LINT

Functions

VECTOR * vecl_vector_new (MEML_INT dim)
MEML_FLOAT vecl_vector_element_get (const VECTOR *x, const MEML_INT i)
int vecl_vector_element_set (VECTOR *x, MEML_INT i, MEML_FLOAT value)
int vecl_vector_element_add (VECTOR *x, MEML_INT i, MEML_FLOAT value)
MEML_FLOAT vecl_vector_dot_product (const VECTOR *a, const VECTOR *b)
VECTOR * vecl_vector_scaling (const MEML_FLOAT alpha, const VECTOR *x)
 $ y := \alpha x $
VECTOR * vecl_vector_add (const VECTOR *x, const VECTOR *y)
 $ z := x + y $
void vecl_vector_print (const VECTOR *x)
int vecl_export_densevector2csv (const VECTOR *x, const char dateiname[])
INLINE MEML_FLOAT vecl_vector_element_get_f (const VECTOR *v, const MEML_INT x)
INLINE VECTOR * vecl_vector_copy (const VECTOR *x)
 $ y := x $
INLINE void vecl_vector_copy_f (const VECTOR *x, VECTOR *y)
 $ y := x $
INLINE void vecl_vector_resize_f (VECTOR *x, const MEML_INT dim)
 $ y := x $
INLINE VECTOR * vecl_vector_resize (const VECTOR *x, const MEML_INT dim)
 $ y := x $
INLINE void vecl_vector_add_ff (const MEML_FLOAT alpha, const VECTOR *x, VECTOR *y)
 $ y := \alpha x + y $
INLINE void vecl_vector_add_f (const VECTOR *x, VECTOR *y)
 $ y := x + y $
INLINE void vecl_vector_scaling_f (const MEML_FLOAT alpha, VECTOR *x)
 $ x := \alpha x $
INLINE MEML_FLOAT vecl_vector_dot_product_f (const VECTOR *a, const VECTOR *b)
INLINE void vecl_vector_free (VECTOR *x)
INLINE void vecl_vector_element_set_f (VECTOR *x, MEML_INT i, MEML_FLOAT value)
INLINE void vecl_vector_element_add_f (VECTOR *x, MEML_INT i, MEML_FLOAT value)

Define Documentation

#define INLINE   static inline
 

Typedef Documentation

typedef double MEML_FLOAT
 

A type definition for the used Floating-Type in ssml. You can set it to

  1. double(default),
  2. long double
  3. and float.

typedef int MEML_INT
 

A type definition for the used Integer-Type in ssml. You can set it to

  1. int(default),
  2. long int
  3. and char.

typedef int MEML_LINT
 

A type definition for the used as "bigger" Integer-Type in ssml. You can set it to

  1. long int(default),
  2. and int
char might work, but it is a bad idea.

Function Documentation

int vecl_export_densevector2csv (  const VECTOR *  x,
const char  dateiname[]
) 
 

VECTOR* vecl_vector_add (  const VECTOR *  x,
const VECTOR *  y
) 
 

$ z := x + y $

INLINE void vecl_vector_add_f (  const VECTOR *  x,
VECTOR *  y
) 
 

$ y := x + y $

INLINE void vecl_vector_add_ff (  const MEML_FLOAT  alpha,
const VECTOR *  x,
VECTOR *  y
) 
 

$ y := \alpha x + y $

INLINE VECTOR* vecl_vector_copy (  const VECTOR *  x  ) 
 

$ y := x $

INLINE void vecl_vector_copy_f (  const VECTOR *  x,
VECTOR *  y
) 
 

$ y := x $

MEML_FLOAT vecl_vector_dot_product (  const VECTOR *  a,
const VECTOR *  b
) 
 

INLINE MEML_FLOAT vecl_vector_dot_product_f (  const VECTOR *  a,
const VECTOR *  b
) 
 

int vecl_vector_element_add (  VECTOR *  x,
MEML_INT  i,
MEML_FLOAT  value
) 
 

INLINE void vecl_vector_element_add_f (  VECTOR *  x,
MEML_INT  i,
MEML_FLOAT  value
) 
 

MEML_FLOAT vecl_vector_element_get (  const VECTOR *  x,
const MEML_INT  i
) 
 

INLINE MEML_FLOAT vecl_vector_element_get_f (  const VECTOR *  v,
const MEML_INT  x
) 
 

int vecl_vector_element_set (  VECTOR *  x,
MEML_INT  i,
MEML_FLOAT  value
) 
 

INLINE void vecl_vector_element_set_f (  VECTOR *  x,
MEML_INT  i,
MEML_FLOAT  value
) 
 

INLINE void vecl_vector_free (  VECTOR *  x  ) 
 

VECTOR* vecl_vector_new (  MEML_INT  dim  ) 
 

void vecl_vector_print (  const VECTOR *  x  ) 
 

INLINE VECTOR* vecl_vector_resize (  const VECTOR *  x,
const MEML_INT  dim
) 
 

$ y := x $

INLINE void vecl_vector_resize_f (  VECTOR *  x,
const MEML_INT  dim
) 
 

$ y := x $

VECTOR* vecl_vector_scaling (  const MEML_FLOAT  alpha,
const VECTOR *  x
) 
 

$ y := \alpha x $

INLINE void vecl_vector_scaling_f (  const MEML_FLOAT  alpha,
VECTOR *  x
) 
 

$ x := \alpha x $

Generated on Tue Mar 28 14:10:38 2006 by  doxygen 1.4.1