public void TaskOneStone()
{
DGSystemController controller = new DGSystemController();
controller.createDGElements(4, 3, 0.0, 20.0, 2);
Matrix Solution = controller.GetSolution();
Vector startV = ComputeV(Solution);
string matlabStringStartH = MatLabConverter.ConvertToMatLabPlotStringWithAxisLabelAndTitle(controller.GetOriginNodes(), Solution.GetColumn(0), "Raumvariable x", "h", "Lösung h zum Zeitpunkt t = 0.0");
string matlabStringStartV = MatLabConverter.ConvertToMatLabPlotStringWithAxisLabelAndTitle(controller.GetOriginNodes(), startV, "Raumvariable x", "v", "Lösung v zum Zeitpunkt t = 0.0");
controller.ComputeSolution(2.3);
Solution = controller.GetSolution();
Vector endV = ComputeV(Solution);
string matlabStringV = MatLabConverter.ConvertToMatLabPlotStringWithAxisLabelAndTitle(controller.GetOriginNodes(), endV, "Raumvariable x", "v", "Lösung v zum Zeitpunkt t = 2.3");
string matlabStringH = MatLabConverter.ConvertToMatLabPlotStringWithAxisLabelAndTitle(controller.GetOriginNodes(), Solution.GetColumn(0), "Raumvariable x", "h", "Lösung h zum Zeitpunkt t = 2.3");
}
private void TaskOneWellBalanced()
{
DGSystemController controller = new DGSystemController();
controller.createDGElements(100, 3, 0.0, 20.0, 2);
Dictionary<double, double> Energy = controller.ComputeSolution(1.0);
Console.WriteLine(controller.ComputeConstant().toString(15));
Vector nodes = controller.GetOriginNodes();
Vector constant = controller.ComputeConstant();
string matlabString = MatLabConverter.ConvertToMatLabPlotStringWithAxisLabelAndTitle(nodes, constant, "Ort x", "h+b", "Well-Balanced Test");
}
