gnu.h File Reference

#include <nlibc.h>
#include <complex.h>
#include <inttypes.h>
#include <stdio.h>
#include <stdlib.h>
#include <fpu_control.h>

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Classes
struct	vector
Defines
#define	complex   double_complex
#define	float   double
#define	int   int64_t
#define	write_double(y)   printf("%1.15e \n",y)
#define	write_float(y)   printf("%1.15e \n",y)
#define	write_complex(y)   printf("(%1.15e,%1.15e) \n",real(y),imag(y))
#define	write_vector(y)   printf("(%1.15e,%1.15e)\n",y.lo,y.hi)
#define	write_string(y)   printf("%s",y)
Functions
void	write_int (int y)
void	write_double_array (double *y, int x)
void	write_int_array (int *y, int x)
void	write_complex_array (complex *y, int x)
void	write_vector_array (vector *y, int x)

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Define Documentation

#define complex   double_complex

Definition at line 37 of file gnu.h.

#define float   double

Definition at line 38 of file gnu.h.

#define int   int64_t

Definition at line 39 of file gnu.h.

#define write_complex (  y   )     printf("(%1.15e,%1.15e) \n",real(y),imag(y))

Definition at line 53 of file gnu.h.

#define write_double (  y   )     printf("%1.15e \n",y)

Definition at line 51 of file gnu.h.

#define write_float (  y   )     printf("%1.15e \n",y)

Definition at line 52 of file gnu.h.

#define write_string (  y   )     printf("%s",y)

Definition at line 55 of file gnu.h.

#define write_vector (  y   )     printf("(%1.15e,%1.15e)\n",y.lo,y.hi)

Definition at line 54 of file gnu.h.

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Function Documentation

void write_complex_array (  complex *  cp, int  size )  [inline]

NAME write_complex_array - write an array of complex values to stdout SYNOPSIS #include <stdio.h> void write_complex_array(complex *cp, int size); DESCRIPTION write_complex_array() writes the size complex values at memory position pointed to by vp to stdout. Each value is enclosed in (,) and the array is followed by a newline. RETURN VALUE None Definition at line 275 of file stdio_os1.h.

void write_double_array (  double *  fp, int  size )  [inline]

NAME write_double_array - write an array of double values to stdout SYNOPSIS #include <stdio.h> void write_double_array(double *fp, int size); DESCRIPTION write_double_array() writes the size double values at memory position pointed to by vp to stdout. The array is followed by a newline. RETURN VALUE None Definition at line 199 of file stdio_os1.h.

void write_int (  int  y  )

Definition at line 43 of file gnu.h. References printf.

void write_int_array (  int *  ip, int  size )  [inline]

NAME write_int_array - write an array of integer values to stdout SYNOPSIS #include <stdio.h> void write_int_array(int *ip, int size); DESCRIPTION write_int_array() writes the size int values at memory position pointed to by ip to stdout. The array is followed by a newline. RETURN VALUE None Definition at line 82 of file stdio_os1.h.

void write_vector_array (  vector *  vp, int  size )  [inline]

NAME write_vector_array - write an array of vector floats to stdout SYNOPSIS #include <stdio.h> void write_vector_array(vector *vp, int size); DESCRIPTION write_vector_array() writes the size vector values at memory position pointed to by vp to stdout. Each value is enclosed in (,) and the array is followed by a newline. RETURN VALUE None Definition at line 351 of file stdio_os1.h.

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