public static void TestNSECylinder_stationary()
{
using (IBM_SolverMain p = new IBM_SolverMain()) {
// Application<IBM_Control>._Main(new string[] {
// "--control","cs:BoSSS.Application.IBM_Solver.HardcodedTestExamples.IBMCylinderFlow(k:2)","--delplt"
//}, false, delegate () {
// p = new IBM_SolverMain();
// return p;
//});
var ctrl = BoSSS.Application.IBM_Solver.HardcodedTestExamples.IBMCylinderFlow(k: 2);
p.Init(ctrl);
p.RunSolverMode();
double C_Drag_Sol = 5.58;
double C_Lift_Sol = 0.0107;
double C_Drag = (double)p.QueryHandler.QueryResults["C_Drag"];
double C_Lift = (double)p.QueryHandler.QueryResults["C_Lift"];
double diff_Drag = Math.Abs(C_Drag - C_Drag_Sol);
double diff_Lift = Math.Abs(C_Lift - C_Lift_Sol);
Console.WriteLine(" Drag difference: {0:0.####E+00}, ok ? {1}, less or equal {2:0.####E+00}.", diff_Drag, (bool)(diff_Drag < 0.01), 0.01);
Console.WriteLine(" Lift difference: {0:0.####E+00}, ok ? {1}, less or equal {2:0.####E+00}.", diff_Lift, (bool)(diff_Lift < 0.001), 0.001);
Assert.LessOrEqual(diff_Drag, 0.01, "Drag coefficient seems wrong.");
Assert.LessOrEqual(diff_Lift, 0.001, "Lift coefficient seems wrong.");
}
}
public static void TestChannel()
{
IBM_SolverMain p = null;
Application <IBM_Control> ._Main(new string[] {
"--control", "cs:BoSSS.Application.IBM_Solver.HardcodedTestExamples.ChannelFlow(k:2,pardiso:true)", "--delplt"
}, false, "", delegate() {
p = new IBM_SolverMain();
return(p);
});
double L2VelX = (double)p.QueryHandler.QueryResults["L2err_VelocityX"];
Assert.LessOrEqual(L2VelX, 1E-8, "L2 Error of VelocityX seems wrong");
}
public static void TestChannel_periodic()
{
using (IBM_SolverMain p = new IBM_SolverMain()) {
// Application<IBM_Control>._Main(new string[] {
// "--control","cs:BoSSS.Application.IBM_Solver.HardcodedTestExamples.ChannelFlow(k:2,periodic:true,pardiso:true)","--delplt"
//}, false, "", delegate () {
// p = new IBM_SolverMain();
// return p;
//});
var ctrl = BoSSS.Application.IBM_Solver.HardcodedTestExamples.ChannelFlow(k: 2, periodic: true, pardiso: true);
p.Init(ctrl);
p.RunSolverMode();
double L2VelX = (double)p.QueryHandler.QueryResults["L2err_VelocityX"];
Assert.LessOrEqual(L2VelX, 1E-8, "L2 Error of VelocityX seems wrong");
}
}
