void VerifyWriter <M, N, T>(int count, M m = default, N n = default, T exemplar = default)
where M : ITypeNat, new()
where N : ITypeNat, new()
where T : unmanaged
{
var isFp = isFloat <T>();
TypeCaseStart <M, N, T>();
for (var i = 0; i < count; i++)
{
var filename = BlockMatrix.DataFileName <M, N, T>();
var dstpath = LogSettings.Get().TestLogPath(filename);
var A = Random.BlockMatrix <M, N, T>();
if (isFp)
{
A.Apply(round);
}
Matrix.WriteTo(A, dstpath);
var srcPath = dstpath;
var B = BlockMatrix.ReadFrom <M, N, T>(srcPath);
if (isFp)
{
B.Apply(round);
}
Claim.yea(A == B);
}
TypeCaseEnd <M, N, T>();
}
public void test1()
{
var A = Random.BlockMatrix <N5, double>();
var eigen = mkl.geev <N5>(A);
Claim.eq(5, eigen.Values.Length);
}
void GemmInt32Format()
{
var domain = closed(-32768, 32768);
var n = n5;
var m = n5;
var m1 = Random.BlockMatrix(domain, m, n);
var m2 = Random.BlockMatrix(domain, m, n);
var m3 = BlockMatrix.Alloc(m, n, 0);
var m4 = mkl.gemm(m1, m2, ref m3);
}
protected BlockMatrix <M, N, T> RMat <M, N, T>(Interval <T>?domain = null, M m = default, N n = default)
where T : struct
where M : ITypeNat, new()
where N : ITypeNat, new()
=> Random.BlockMatrix <M, N, T>(domain);
