amath_vec.cpp

/*****************************************************************************

This is part of Alterlib - the free code collection under the MIT License
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Copyright (C) 2006-2023 Maxim L. Grishin  (altmer@arts-union.ru)

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#include "amath_vec.h"

#include <math.h>

namespace alt {
namespace fmath {

    #ifndef ANDROID_NDK
    real80  cos(real80 val){return ::cosl(val);}
    real80  acos(real80 val){return ::acosl(val);}
    real80  asin(real80 val){return ::asinl(val);}
    real80  sin(real80 val){return ::sinl(val);}
    real80  sqrt(real80 val){return ::sqrtl(val);}
    real80  atan2(real80 y, real80 x){return ::atan2l(y,x);}
    real80  fmod(real80 x, real80 y){return ::fmodl(x,y);}
    #endif

    real64  cos(real64 val){return ::cos(val);}
    real32  cos(real32 val){return ::cosf(val);}

    real64  acos(real64 val){return ::acos(val);}
    real32  acos(real32 val){return ::acosf(val);}

    real64  asin(real64 val){return ::asin(val);}
    real32  asin(real32 val){return ::asinf(val);}

    real64  sin(real64 val){return ::sin(val);}
    real32  sin(real32 val){return ::sinf(val);}

    real64  sqrt(real64 val){return ::sqrt(val);}
    real32  sqrt(real32 val){return ::sqrtf(val);}

    real64  atan2(real64 y, real64 x){return ::atan2(y,x);}
    real32  atan2(real32 y, real32 x){return ::atan2f(y,x);}

    real64  fmod(real64 x, real64 y){return ::fmod(x,y);}
    real32  fmod(real32 x, real32 y){return ::fmodf(x,y);}

} //namespace fmath
} //namespace alt