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#include "benchmark_helpers.hpp"
#include "cache_aligned_array.hpp"
#include "../simd_ternary_arithmetic.hpp"
using namespace nova;
using namespace std;
aligned_array<float, 64> out, in1, in2, in3;
void __noinline__ bench_1(unsigned int n)
{
ampmod_vec(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(0.1f), n);
}
void __noinline__ bench_1_simd(unsigned int n)
{
ampmod_vec_simd(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(0.1f), n);
}
void __noinline__ bench_2(unsigned int n)
{
ampmod_vec(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(in3.begin()), n);
}
void __noinline__ bench_2_simd(unsigned int n)
{
ampmod_vec_simd(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(in3.begin()), n);
}
void __noinline__ bench_3(unsigned int n)
{
ampmod_vec(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(0.1f, 0.001f), n);
}
void __noinline__ bench_3_simd(unsigned int n)
{
ampmod_vec_simd(out.begin(), wrap_argument(in1.begin()), wrap_argument(in2.begin()), wrap_argument(0.1f, 0.001f), n);
}
int main(void)
{
out.assign(0.f);
in1.assign(0.f);
in2.assign(0.f);
in3.assign(0.f);
const unsigned int iterations = 50000000;
cout << "simd:" << endl;
run_bench(boost::bind(bench_1_simd, 64), iterations);
run_bench(boost::bind(bench_2_simd, 64), iterations);
run_bench(boost::bind(bench_3_simd, 64), iterations);
cout << "\nnormal:" << endl;
run_bench(boost::bind(bench_1, 64), iterations);
run_bench(boost::bind(bench_2, 64), iterations);
run_bench(boost::bind(bench_3, 64), iterations);
}
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