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// Copyright 2008-2024 Emil Dotchevski and Reverge Studios, Inc.
// Distributed under the Boost Software License, Version 1.0. (See accompanying
// file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
#ifdef BOOST_QVM_TEST_SINGLE_HEADER
# include BOOST_QVM_TEST_SINGLE_HEADER
#else
# include <boost/qvm/math.hpp>
#endif
#include <boost/core/lightweight_test.hpp>
#include "test_qvm.hpp"
#include <stdlib.h>
namespace
{
template <class T>
void
test1( T (*f1)(T), T (*f2)(T) )
{
for( int i=0; i!=100; ++i )
{
T a = T(rand()) / T(RAND_MAX);
BOOST_QVM_TEST_CLOSE(double(f1(a)), double(f2(a)),0.00001);
}
}
template <class T,class U>
void
test2( T (*f1)(T,U), T (*f2)(T,U) )
{
for( int i=0; i!=100; ++i )
{
T a = T(rand()) / T(RAND_MAX);
T b = T(rand()) / T(RAND_MAX);
BOOST_QVM_TEST_CLOSE(double(f1(a,b)), double(f2(a,b)),0.00001);
}
}
}
int
main()
{
test1<float>(&boost::qvm::acos<float>, &::acosf);
test1<float>(&boost::qvm::asin<float>, &::asinf);
test1<float>(&boost::qvm::atan<float>, &::atanf);
test2<float,float>(&boost::qvm::atan2<float>, &::atan2f);
test1<float>(&boost::qvm::cos<float>, &::cosf);
test1<float>(&boost::qvm::sin<float>, &::sinf);
test1<float>(&boost::qvm::tan<float>, &::tanf);
test1<float>(&boost::qvm::cosh<float>, &::coshf);
test1<float>(&boost::qvm::sinh<float>, &::sinhf);
test1<float>(&boost::qvm::tanh<float>, &::tanhf);
test1<float>(&boost::qvm::exp<float>, &::expf);
test1<float>(&boost::qvm::log<float>, &::logf);
test1<float>(&boost::qvm::log10<float>, &::log10f);
test2<float,float>(&boost::qvm::mod<float>, &::fmodf);
test2<float,float>(&boost::qvm::pow<float>, &::powf);
test1<float>(&boost::qvm::sqrt<float>, &::sqrtf);
test1<float>(&boost::qvm::ceil<float>, &::ceilf);
test1<float>(&boost::qvm::abs<float>, &::fabsf);
test1<float>(&boost::qvm::floor<float>, &::floorf);
test2<float, int>(&boost::qvm::ldexp<float>, &::ldexpf);
test1<double>(&boost::qvm::acos<double>, &::acos);
test1<double>(&boost::qvm::asin<double>, &::asin);
test1<double>(&boost::qvm::atan<double>, &::atan);
test2<double,double>(&boost::qvm::atan2<double>, &::atan2);
test1<double>(&boost::qvm::cos<double>, &::cos);
test1<double>(&boost::qvm::sin<double>, &::sin);
test1<double>(&boost::qvm::tan<double>, &::tan);
test1<double>(&boost::qvm::cosh<double>, &::cosh);
test1<double>(&boost::qvm::sinh<double>, &::sinh);
test1<double>(&boost::qvm::tanh<double>, &::tanh);
test1<double>(&boost::qvm::exp<double>, &::exp);
test1<double>(&boost::qvm::log<double>, &::log);
test1<double>(&boost::qvm::log10<double>, &::log10);
test2<double,double>(&boost::qvm::mod<double>, &::fmod);
test2<double,double>(&boost::qvm::pow<double>, &::pow);
test1<double>(&boost::qvm::sqrt<double>, &::sqrt);
test1<double>(&boost::qvm::ceil<double>, &::ceil);
test1<double>(&boost::qvm::abs<double>, &::fabs);
test1<double>(&boost::qvm::floor<double>, &::floor);
test2<double, int>(&boost::qvm::ldexp<double>, &::ldexp);
test1<long double>(&boost::qvm::acos<long double>, &::acosl);
test1<long double>(&boost::qvm::asin<long double>, &::asinl);
test1<long double>(&boost::qvm::atan<long double>, &::atanl);
test2<long double,long double>(&boost::qvm::atan2<long double>, &::atan2l);
test1<long double>(&boost::qvm::cos<long double>, &::cosl);
test1<long double>(&boost::qvm::sin<long double>, &::sinl);
test1<long double>(&boost::qvm::tan<long double>, &::tanl);
test1<long double>(&boost::qvm::cosh<long double>, &::coshl);
test1<long double>(&boost::qvm::sinh<long double>, &::sinhl);
test1<long double>(&boost::qvm::tanh<long double>, &::tanhl);
test1<long double>(&boost::qvm::exp<long double>, &::expl);
test1<long double>(&boost::qvm::log<long double>, &::logl);
test1<long double>(&boost::qvm::log10<long double>, &::log10l);
test2<long double,long double>(&boost::qvm::mod<long double>, &::fmodl);
test2<long double,long double>(&boost::qvm::pow<long double>, &::powl);
test1<long double>(&boost::qvm::sqrt<long double>, &::sqrtl);
test1<long double>(&boost::qvm::ceil<long double>, &::ceill);
test1<long double>(&boost::qvm::abs<long double>, &::fabsl);
test1<long double>(&boost::qvm::floor<long double>, &::floorl);
test2<long double, int>(&boost::qvm::ldexp<long double>, &::ldexpl);
return boost::report_errors();
}
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