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• Dev C Math.h Sqrt 10

The sqrt function returns the nonnegative square root of x. Mar 05, 2012  I want to check code inside math library function sqrt how is it possible? I am using DEV C.

Cannot open c dev opengl debug opengl.exe for writing opengl. What are the generic rules?Let’s say you’re the author of GLFW.

Description

The sqrt function computes the non-negative square root of x, i.esqrt(x)For complex numbers x, sqrt returns the complex root of x, using the following formulawhere is the argument of x.

Example - Square root function

Special Values

sqrt ( -0 ) returns -0.sqrt ( x ) returns a NaN and generates a domain error for x < 0.

Standards

The sqrt function conforms to ISO/IEC 9899:1999(E).

Compatibility

DOS	UNIX	Windows	ANSI C	C++ only
sqrtl	•	•
Real sqrt	•	•	•	•
Complex sqrt	•	•	•
Complex csqrt	•	•

/* math.h

Definitions for the math floating point package.

Copyright (c) 1987, 1992 by Borland International

All Rights Reserved.

*/

#ifndef __MATH_H

#define__MATH_H

#if !defined(___DEFS_H)

#include<_defs.h>

#endif

#defineHUGE_VAL _huge_dble

externdouble _Cdecl _huge_dble;

#define_LHUGE_VAL _huge_ldble

externlongdouble _Cdecl _huge_ldble;

#ifdef __cplusplus

extern'C' {

#endif

double _Cdecl _FARFUNC acos (double __x);

double _Cdecl _FARFUNC asin (double __x);

double _Cdecl atan (double __x);

double _Cdecl _FARFUNC atan2 (double __y, double __x);

double _Cdecl _FARFUNC ceil (double __x);

double _Cdecl _FARFUNC cos (double __x);

double _Cdecl _FARFUNC cosh (double __x);

double _Cdecl _FARFUNC exp (double __x);

double _Cdecl fabs (double __x);

double _Cdecl __fabs__ (double __x); /* Intrinsic */

double _Cdecl _FARFUNC floor (double __x);

double _Cdecl _FARFUNC fmod (double __x, double __y);

double _Cdecl _FARFUNC frexp (double __x, int _FAR *__exponent);

double _Cdecl _FARFUNC ldexp (double __x, int __exponent);

double _Cdecl _FARFUNC log (double __x);

double _Cdecl _FARFUNC log10 (double __x);

double _Cdecl _FARFUNC modf (double __x, double _FAR *__ipart);

double _Cdecl _FARFUNC pow (double __x, double __y);

double _Cdecl _FARFUNC sin (double __x);

double _Cdecl _FARFUNC sinh (double __x);

double _Cdecl _FARFUNC sqrt (double __x);

double _Cdecl _FARFUNC tan (double __x);

double _Cdecl _FARFUNC tanh (double __x);

longdouble _Cdecl _FARFUNC acosl (longdouble __x);

longdouble _Cdecl _FARFUNC asinl (longdouble __x);

longdouble _Cdecl _FARFUNC atan2l (longdouble __x, longdouble __y);

longdouble _Cdecl atanl (longdouble __x);

longdouble _Cdecl _FARFUNC ceill (longdouble __x);

longdouble _Cdecl _FARFUNC coshl (longdouble __x);

longdouble _Cdecl _FARFUNC cosl (longdouble __x);

longdouble _Cdecl _FARFUNC expl (longdouble __x);

longdouble _Cdecl fabsl (longdouble __x);

longdouble _Cdecl _FARFUNC floorl (longdouble __x);

longdouble _Cdecl _FARFUNC fmodl (longdouble __x, longdouble __y);

longdouble _Cdecl _FARFUNC frexpl (longdouble __x, int _FAR *__exponent);

longdouble _Cdecl _FARFUNC ldexpl (longdouble __x, int __exponent);

longdouble _Cdecl _FARFUNC log10l (longdouble __x);

longdouble _Cdecl _FARFUNC logl (longdouble __x);

longdouble _Cdecl _FARFUNC modfl (longdouble __x, longdouble _FAR *__ipart);

longdouble _Cdecl _FARFUNC powl (longdouble __x, longdouble __y);

longdouble _Cdecl _FARFUNC sinhl (longdouble __x);

longdouble _Cdecl _FARFUNC sinl (longdouble __x);

longdouble _Cdecl _FARFUNC sqrtl (longdouble __x);

longdouble _Cdecl _FARFUNC tanhl (longdouble __x);

longdouble _Cdecl _FARFUNC tanl (longdouble __x);

typedefenum

{

DOMAIN = 1, /* argument domain error -- log (-1) */

SING, /* argument singularity -- pow (0,-2)) */

OVERFLOW, /* overflow range error -- exp (1000) */

UNDERFLOW, /* underflow range error -- exp (-1000) */

TLOSS, /* total loss of significance -- sin(10e70) */

PLOSS, /* partial loss of signif. -- not used */

STACKFAULT /* floating point unit stack overflow */

} _mexcep;

#ifdef __cplusplus

}

#endif

#if !__STDC__

struct exception

{

int type;

char _FAR *name;

double arg1, arg2, retval;

};

struct _exceptionl

{

int type;

char _FAR *name;

longdouble arg1, arg2, retval;

};

#ifdef __cplusplus

extern'C' {

#endif

int _Cdecl abs (int __x);

double _Cdecl atof (constchar _FAR *__s);

double _Cdecl _FARFUNC hypot (double __x, double __y);

long _Cdecl labs (long __x);

int _Cdecl _FARFUNC matherr (struct exception _FAR *__e);

double _Cdecl _FARFUNC poly (double __x, int __degree, double _FAR *__coeffs);

double _Cdecl _FARFUNC pow10 (int __p);

int _Cdecl _FARFUNC _matherrl (struct _exceptionl _FAR *__e);

longdouble _Cdecl _atold (constchar _FAR *__s);

longdouble _Cdecl _FARFUNC hypotl (longdouble __x, longdouble __y);

longdouble _Cdecl _FARFUNC polyl (longdouble __x, int __degree, longdouble _FAR *__coeffs);

longdouble _Cdecl _FARFUNC pow10l (int __p);

#ifdef __cplusplus

/* use class complex instead of cabs in C++ */

#else

struct complex /* as used by 'cabs' function */

{

double x, y;

};

struct _complexl /* as used by 'cabsl' function */

{

longdouble x, y;

};

#definecabs(z) (hypot ((z).x, (z).y))

#definecabsl(z) (hypotl ((z).x, (z).y))

#endif

#ifdef __cplusplus

}

#endif

/* Constants rounded for 21 decimals. */

#defineM_E2.71828182845904523536

#defineM_LOG2E1.44269504088896340736

#defineM_LOG10E0.434294481903251827651

#defineM_LN20.693147180559945309417

#defineM_LN102.30258509299404568402

#defineM_PI3.14159265358979323846

#defineM_PI_21.57079632679489661923

#defineM_PI_40.785398163397448309616

#defineM_1_PI0.318309886183790671538

#defineM_2_PI0.636619772367581343076

#defineM_1_SQRTPI0.564189583547756286948

#defineM_2_SQRTPI1.12837916709551257390

#defineM_SQRT21.41421356237309504880

#defineM_SQRT_20.707106781186547524401

#defineEDOM33/* Math argument */

#defineERANGE34/* Result too large */

#endif /* !__STDC__ */

#endif

Dev C Math.h Sqrt 10