// ==========================
// Check boundary conditions
// ==========================
// ========================
// Check level set movement
// ========================
//[Test] Deactivated, because failing & to much variations
public static void LineMovementTest(
[Values(LevelSetEvolution.FastMarching, LevelSetEvolution.ExtensionVelocity, LevelSetEvolution.ScalarConvection, LevelSetEvolution.Fourier)] LevelSetEvolution lsEvo,
[Values(LevelSetHandling.Coupled_Once, LevelSetHandling.LieSplitting, LevelSetHandling.Coupled_Iterative)] LevelSetHandling lsHandl,
[Values(TimeSteppingScheme.ImplicitEuler, TimeSteppingScheme.CrankNicolson, TimeSteppingScheme.BDF2)] TimeSteppingScheme tsScheme,
[Values(0.5)] double cLength)
{
var C = PhysicalBasedTestcases.ChannelFlow.CF_LevelSetMovementTest(1, cLength, lsEvo, lsHandl, tsScheme);
using (var solver = new XNSE_SolverMain())
{
solver.Init(C);
solver.RunSolverMode();
double[] BmQ_LL = solver.ComputeBenchmarkQuantities_LineInterface();
double err_thrsld = 1e-4;
// length of contact-line
double err = Math.Abs(2 - BmQ_LL[0]);
Assert.Less(err, err_thrsld, "error interface length");
Console.WriteLine("error in interface length = {0}", err);
// area of species
err = Math.Abs(cLength * 1 - BmQ_LL[1]);
Assert.Less(err, err_thrsld, "error in area");
Console.WriteLine("error in area = {0}", err);
}
}
public static void TestRayleighTaylorInstability()
{
var C = BoSSS.Application.XNSE_Solver.PhysicalBasedTestcases.RayleighTaylorInstability.RT_Test();
using (var solver = new XNSE_SolverMain()) {
solver.Init(C);
solver.RunSolverMode();
}
}
public static void TestCapillaryWave()
{
var C = BoSSS.Application.XNSE_Solver.PhysicalBasedTestcases.CapillaryWave.CW_Test();
using (var solver = new XNSE_SolverMain()) {
solver.Init(C);
solver.RunSolverMode();
}
}
/// <summary>
///
/// </summary>
//[Test] Deactivated, because failing & to much variations
public static void CircleMovementTest(
[Values(LevelSetEvolution.FastMarching, LevelSetEvolution.ExtensionVelocity, LevelSetEvolution.ScalarConvection, LevelSetEvolution.Fourier)] LevelSetEvolution lsEvo,
[Values(LevelSetHandling.Coupled_Once, LevelSetHandling.LieSplitting, LevelSetHandling.Coupled_Iterative)] LevelSetHandling lsHandl,
[Values(TimeSteppingScheme.ImplicitEuler, TimeSteppingScheme.CrankNicolson, TimeSteppingScheme.BDF2)] TimeSteppingScheme tsScheme,
[Values(0.25)] double cLength)
{
Assert.False(lsEvo == LevelSetEvolution.ScalarConvection, "ScalarConvection is not working due to wrong Agglomeration!");
var C = PhysicalBasedTestcases.ChannelFlow.CF_LevelSetMovementTest(2, cLength, lsEvo, lsHandl, tsScheme);
using (var solver = new XNSE_SolverMain())
{
solver.Init(C);
solver.RunSolverMode();
double[] BmQ_RB = solver.ComputeBenchmarkQuantities_RisingBubble();
double err_thrsld = 1e-4;
// area
double err = Math.Abs(cLength * cLength * Math.PI - BmQ_RB[0]);
Assert.Less(err, err_thrsld, "error in area");
Console.WriteLine("error in area = {0}", err);
// x-position
err = Math.Abs(0.6 - BmQ_RB[1]);
Assert.Less(err, err_thrsld, "error in x-position too high");
Console.WriteLine("error in x-position = {0}", err);
// y-position
err = Math.Abs(0.5 - BmQ_RB[2]);
Assert.Less(err, err_thrsld, "error in y-position too high");
Console.WriteLine("error in y-position = {0}", err);
// circularity
err = Math.Abs(1.0 - BmQ_RB[3]);
Assert.Less(err, err_thrsld, "error in circularity too high");
Console.WriteLine("error in circularity = {0}", err);
// x-velocity
err = Math.Abs(1.0 - BmQ_RB[4]);
Assert.Less(err, err_thrsld, "error in x-velocity too high");
Console.WriteLine("error in x-velocity = {0}", err);
// y-velocity
err = Math.Abs(BmQ_RB[5]);
Assert.Less(err, err_thrsld, "error in y-velocity too high");
Console.WriteLine("error in y-velocity = {0}", err);
}
}
//[Test] Deactivated, because failing & to much variations
public static void SlottedDiskRotationTest(
[Values(LevelSetEvolution.FastMarching, LevelSetEvolution.ExtensionVelocity, LevelSetEvolution.ScalarConvection, LevelSetEvolution.Fourier)] LevelSetEvolution lsEvo,
[Values(LevelSetHandling.Coupled_Once, LevelSetHandling.LieSplitting, LevelSetHandling.Coupled_Iterative)] LevelSetHandling lsHandl,
[Values(XNSE_Control.TimesteppingScheme.ImplicitEuler, XNSE_Control.TimesteppingScheme.CrankNicolson, XNSE_Control.TimesteppingScheme.BDF2)] XNSE_Control.TimesteppingScheme tsScheme,
[Values(0.25)] double cLength)
{
Assert.False(lsEvo == LevelSetEvolution.ScalarConvection, "ScalarConvection is not working due to wrong Agglomeration!");
var C = PhysicalBasedTestcases.ChannelFlow.CF_LevelSetRotationTest(2, cLength, lsEvo, lsHandl, tsScheme);
using (var solver = new XNSE_SolverMain())
{
solver.Init(C);
solver.RunSolverMode();
double[] BmQ_RB = solver.ComputeBenchmarkQuantities_RisingBubble();
double err_thrsld = 1e-4;
double[] xCutout = new double[] { -0.1, 0.1 };
ZalesaksDisk disk = new ZalesaksDisk(xCutout, -0.1, cLength);
double diskArea = disk.GetArea();
// area
double err = Math.Abs(diskArea - BmQ_RB[0]);
Assert.Less(err, err_thrsld, "error in area");
Console.WriteLine("error in area = {0}", err);
// x-position
err = Math.Abs(0.0 - BmQ_RB[1]);
Assert.Less(err, err_thrsld, "error in x-position too high");
Console.WriteLine("error in x-position = {0}", err);
// y-position
err = Math.Abs(0.0 - BmQ_RB[2]);
Assert.Less(err, err_thrsld, "error in y-position too high");
Console.WriteLine("error in y-position = {0}", err);
// x-velocity
err = Math.Abs(0.0 - BmQ_RB[4]);
Assert.Less(err, err_thrsld, "error in x-velocity too high");
Console.WriteLine("error in x-velocity = {0}", err);
// y-velocity
err = Math.Abs(0.0 - BmQ_RB[5]);
Assert.Less(err, err_thrsld, "error in y-velocity too high");
Console.WriteLine("error in y-velocity = {0}", err);
}
}