public C16Benchmark()
{
_regular = new FlawedFrequencyTransmission();
_simd = new FlawedFrequencyTransmissionSimd();
_vertical = new FlawedFrequencyTransmissionVertical();
_sm = new FftStateMachine();
}
public void BasicItersTest()
{
var ftt = new FlawedFrequencyTransmissionSimd();
var res = ftt.ExecutePhases("12345678", "0,1,0,-1", 4)
.Aggregate(0, (acc, curr) => acc * 10 + curr);
Assert.Equal(01029498, res);
}
//[InlineData("03036732577212944063491565474664", 84462026, 100)]
//[InlineData("02935109699940807407585447034323", 78725270, 100)]
//[InlineData("03081770884921959731165446850517", 53553731, 100)]
public void FirstEightDigitsTest_After100Iterations(string input, int expected, int phases)
{
var ftt = new FlawedFrequencyTransmissionSimd();
var inputBytes = Enumerable.Repeat(input, 10_000)
.SelectMany(s => s.Select(c => (sbyte)(c - 48)))
.ToArray();
var res = ftt.ExecutePhases(inputBytes, "0,1,0,-1", phases, d =>
{
var offset = d.Take(7).Aggregate(0, (acc, curr) => acc * 10 + curr);
var res = Enumerable.Range(offset, 8).Select(x => d[x]).Aggregate(0, (acc, curr) => acc * 10 + curr);
return(res);
});
Assert.Equal(expected, res.Take(8).Aggregate(0, (acc, curr) => acc * 10 + curr));
}