public Model(string InputFileName)
{
FileName = InputFileName;
Results = new OutputFileParser(this);
simu = new Simulator(this);
mesh = new Mesh(Path.Combine(ModelDirectory, "mesh"));
Load();
Results.ReadOutputFile(Path.Combine(ModelDirectory, "ud.txt"));
}
public void AdjustMesh2()
{
Mesh m = new Mesh(@"C:\Flemming\Model\ToughReact\Radial_CoarseModel\mesh");
List<Connection> NewConnections = new List<Connection>();
int i = 1;
foreach (var v in m.Connections)
{
if (v.First.Name.StartsWith("A1") & v.Second.Name.StartsWith("A2") & i<25)
{
Connection c = new Connection(v);
c.Second = m.Elements.Single(el =>el.Name=="AIR11");
NewConnections.Add(c);
i++;
}
}
m.Connections.AddRange(NewConnections);
m.SaveAs(@"C:\Flemming\Model\ToughReact\Radial_CoarseModel\mesh");
}
public void SaveTest()
{
Mesh target = new Mesh(@"..\..\..\DotNetT2VOC.UnitTest\TestData\mesh"); // TODO: Initialize to an appropriate value
target.SaveAs(@"..\..\..\DotNetT2VOC.UnitTest\TestData\mesh_new");
}
public void AdjustMesh()
{
Mesh m = new Mesh(@"C:\Jacob\Projects\Flemming\Model\2DFracture\mesh");
Element atm = new Element("ATM11",3,0);
m.Elements.Add(atm);
foreach (var v in m.Elements)
{
if (v.Z < -3)
v.Material = 2;
else
v.Material = 1;
if (v.X < 1.5000E-02)
v.Material = 2;
if (v.Z>-0.3)
{
Connection c = new Connection(m.Connections[1]);
c.First = atm;
c.Second = v;
m.Connections.Add(c);
}
}
atm.Material = 3;
m.Save();
}