public void bench_mkl_sfmt19937_bernoulli_i32()
{
using var generator = rng.sfmt19937(RngSeed.TakeSingle <uint>(0));
var sampler = generator.BernoulliSampler(BernoulliSpec.Define <int>(.35));
Benchmark(sampler);
}
public void bench_mkl_sfmt19937_uniform_i32()
{
using var generator = rng.sfmt19937(RngSeed.TakeSingle <uint>(0));
var sampler = generator.UniformSampler <int>();
Benchmark(sampler);
}
public void bench_mkl_mrg32k3a_f64()
{
using var generator = rng.mrg32K31(RngSeed.TakeSingle <uint>(0));
var sampler = generator.UniformSampler <double>();
Benchmark(sampler);
}
public void bench_mkl_mcg59_gaussian_f64()
{
using var generator = rng.mcg59(RngSeed.TakeSingle <uint>(0));
var sampler = generator.GaussianSampler(GaussianSpec.Define(10.0, 50.0));
Benchmark(sampler);
}
public void bench_mkl_mcg59_bits_u64()
{
using var generator = rng.mcg59(RngSeed.TakeSingle <uint>(0));
var sampler = generator.UniformBitsSampler <ulong>();
Benchmark(sampler);
}
public void bench_mkl_r250_uniform_f64()
{
using var generator = rng.r250(RngSeed.TakeSingle <uint>(0));
var sampler = generator.UniformSampler <double>();
Benchmark(sampler);
}
public static T FixedSeed <T>(T index)
where T : struct
=> RngSeed.TakeSingle <T>(convert <T, int>(index));
