[Test] public virtual void SparseColumnRowMatrix()
{
Random r = new Random();
int n = Math.Max(TesterUtilities.getInt(nmax, r), 4);
IElementalAccessMatrix A = new SparseColumnRowMatrix(n, n, 3);
IElementalAccessVector b = new DenseVector(n), x = new DenseVector(n);
Helper1(A, b, x);
}
/// <remarks>"This test been excluded from test fixture by Igor Sukhov on 17.10.2007"</remarks>
//[TestMethod]
public virtual void SparseColumnRowTranspose()
{
int n = TesterUtilities.getInt(nmax, _random),
m = TesterUtilities.getInt(mmax, _random),
nu = GetNu(n, m);
for (int i = 0; i < repeat; ++i)
{
IElementalAccessMatrix A = new SparseColumnRowMatrix(n, m, nu);
double[,] Am = TesterUtilities.setAssembleColumnMatrix(A, nu);
TransposeCheck(A, Am);
}
}
/// <remarks>"This test been excluded from test fixture by Igor Sukhov on 17.10.2007"</remarks>
//[TestMethod]
public virtual void SparseColumnRowMatrix()
{
int n = TesterUtilities.getInt(nmax, _random),
m = TesterUtilities.getInt(mmax, _random),
nu = GetNu(n, m);
for (int i = 0; i < 10; ++i)
{
IElementalAccessMatrix A = new SparseColumnRowMatrix(n, m, nu);
check(A, TesterUtilities.setAssembleColumnMatrix(A, nu));
A = new SparseColumnRowMatrix(n, m, nu);
check(A, TesterUtilities.addAssembleColumnMatrix(A, nu));
}
}
public virtual void SparseColumnRowMult()
{
int n = TesterUtilities.getInt(nmax, _random),
m = TesterUtilities.getInt(mmax, _random),
nu = GetNu(n, m);
for (int i = 0; i < repeat; ++i)
{
IElementalAccessMatrix A = new SparseColumnRowMatrix(n, m, nu);
IElementalAccessVector x = new DenseVector(m),
y = new DenseVector(n),
z = new DenseVector(n);
columnCheck(A, x, y, z, nu);
}
}
