/// <summary>
/// Main routine
/// </summary>
/// <param name="args"></param>
static void Main(string[] args)
{
BoSSS.Solution.Application._Main(args, true, delegate() {
ipViscosityMain p = new ipViscosityMain();
return(p);
});
//BoSSS.Solution.Application.InitMPI(new string[0]);
//_Test.ConsistencyTest(Terms.T1, ViscosityImplementation.H, 1);
//csMPI.Raw.mpiFinalize();
}
public static void ConsistencyTest(
[Values(Terms.T1, Terms.T2, Terms.T3)] Terms t,
[Values(0, 1)] int iSol
)
{
ipViscosityMain p = null;
BoSSS.Solution.Application._Main(new string[0], true, delegate() {
p = new ipViscosityMain();
p.mode = TestMode.CheckResidual;
p.solution = solutions[iSol];
p.PolynomialDegree = 4;
p.grid = new MixedBcGrid();
p.whichTerms = t;
return(p);
});
p.L2ResidualNorm.ForEach(res => Assert.LessOrEqual(res, 1.0e-8, " Residual L2 Norm "));
}
public static void solverTest(
[Values(Terms.T1, Terms.T1 | Terms.T2, Terms.T1 | Terms.T2 | Terms.T3)] Terms t,
[Values(0, 1, 2)] int iSol,
[Values(2, 3, 4)] int deg
)
{
ipViscosityMain p = null;
BoSSS.Solution.Application._Main(new string[0], true, delegate() {
p = new ipViscosityMain();
p.mode = TestMode.Solve;
p.solution = solutions[iSol];
p.PolynomialDegree = deg;
p.grid = new MixedBcGrid();
p.whichTerms = t;
return(p);
});
p.L2ResidualNorm.ForEach(res => Assert.LessOrEqual(res, 1.0e-8));
p.L2ErrorNorm.ForEach(err => Assert.LessOrEqual(err, 0.5));
}