private void repeatedAssembly(IElementalAccessMatrix A, int nu)
{
for (int i = 0; i < repeat; ++i)
{
check(A, TesterUtilities.SetAssembleRowMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.setsAssembleRowMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.AddAssembleRowMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.addsAssembleRowMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.setAssembleColumnMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.setsAssembleColumnMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.addAssembleColumnMatrix(A, nu));
Blas.Default.Zero(A);
check(A, TesterUtilities.addsAssembleColumnMatrix(A, nu));
Blas.Default.Zero(A);
}
}
[Test] public virtual void CoordinateTranspose()
{
int n = TesterUtilities.getInt(nmax, r),
m = TesterUtilities.getInt(mmax, r),
nu = GetNu(n, m);
for (int i = 0; i < repeat; ++i)
{
IElementalAccessMatrix A = new CoordinateMatrix(n, m);
double[,] Am = TesterUtilities.SetAssembleRowMatrix(A, nu);
TransposeCheck(A, Am);
}
}
/// <summary>Testing <see cref="SparseRowColumnMatrix"/> class.</summary>
[Test] public virtual void SparseRowColumnMatrix()
{
int n = TesterUtilities.getInt(nmax, r),
m = TesterUtilities.getInt(mmax, r),
nu = GetNu(n, m);
for (int i = 0; i < repeat; ++i)
{
IElementalAccessMatrix A = new SparseRowColumnMatrix(n, m, nu);
check(A, TesterUtilities.SetAssembleRowMatrix(A, nu));
A = new SparseRowColumnMatrix(n, m, nu);
check(A, TesterUtilities.AddAssembleRowMatrix(A, nu));
}
}
private void transRowCheck(IElementalAccessMatrix A, IElementalAccessVector x,
IElementalAccessVector y, IElementalAccessVector z, int nu)
{
double[,] Ad = TesterUtilities.SetAssembleRowMatrix(A, nu);
transCheck(A, x, y, z, Ad);
}
