public void max128_i32()
{
var blocklen = Span128 <int> .BlockLength;
var lhs = Random.ReadOnlySpan128 <int>(SampleSize);
var rhs = Random.ReadOnlySpan128 <int>(SampleSize);
var expect = Span128.AllocBlocks <int>(SampleSize);
var actual = Span128.AllocBlocks <int>(SampleSize);
for (var block = 0; block < SampleSize; block++)
{
var offset = block * blocklen;
Span <int> tmp = stackalloc int[blocklen];
for (var i = 0; i < blocklen; i++)
{
tmp[i] = gmath.max(lhs[offset + i], rhs[offset + i]);
}
var vExpect = Vec128.LoadVector(ref tmp[0]);
var vX = lhs.LoadVec128(block);
var vY = rhs.LoadVec128(block);
var vActual = ginx.max <int>(vX, vY);
Claim.eq(vExpect, vActual);
vstore(vExpect, ref expect.Block(block));
vstore(vActual, ref actual.Block(block));
}
Claim.eq(expect, actual);
}
public void Fill2()
{
var blockX = Span128.AllocBlocks <int>(1);
blockX[0] = 1;
blockX[1] = 2;
blockX[2] = 3;
blockX[3] = 4;
var blockY = Span128.Load(blockX.Unblock());
Claim.eq(blockX, blockY);
}
public void Fill1()
{
var blocks = Pow2.T08;
var blocklen = Span128 <int> .BlockLength;
var src = Random.ReadOnlySpan128 <int>(blocks);
var dst = Span128.AllocBlocks <int>(blocks);
Claim.eq(src.Length, dst.Length);
for (int block = 0, idx = 0; block < blocks; block++, idx++)
{
for (var i = 0; i < blocklen; i++)
{
dst[block * blocklen + i] = src[block * blocklen + i];
}
}
src.ClaimEqual(dst);
}