public Panel(double LengthInMeshes, double WidthInMeshes, int Orientation, PanelMaterial Material)
{
ID = nextID;
nextID++;
this.LengthInMeshes = LengthInMeshes;
this.WidthInMeshes = WidthInMeshes;
this.Orientation = Orientation;
this.Material = Material;
CalcUnstretchPanelSize();
}
private void WriteAxiInput(InputReader filePaths, PanelMaterial Material, double BlockedMeshes, double TowingSpeed)
{
using (StreamWriter ResultFile = new StreamWriter(filePaths.InputAxi))
{
ResultFile.WriteLine("Paths");
ResultFile.WriteLine("OutputShapes\t{0}", filePaths.OutputAxiShapes);
ResultFile.WriteLine("Material");
ResultFile.WriteLine("MeshSide\t{0}", Material.MeshSide);
ResultFile.WriteLine("KnotSize\t{0}", Material.MeshSide / 1000);
ResultFile.WriteLine("TwineEA\t{0}", Material.EA);
ResultFile.WriteLine("KnotEA\t{0}", Material.EA);
ResultFile.WriteLine("MeshOrientation\t0");
ResultFile.WriteLine("\nCodend");
ResultFile.WriteLine("MeshesAlong\t{0}", PanelList[0].LengthInMeshes);
ResultFile.WriteLine("MeshesAround\t{0}", PanelCount * PanelList[0].WidthInMeshes);
ResultFile.WriteLine("EntranceRadius\t{0}", EntranceRadius);
ResultFile.WriteLine("\nCatch");
ResultFile.WriteLine("Count\t1");
ResultFile.WriteLine((int)BlockedMeshes);
ResultFile.WriteLine("\nTowing");
ResultFile.WriteLine("TowingSpeed\t{0}", TowingSpeed);
ResultFile.WriteLine("DiagStiffness\t{0}", 100);
}
}
//=========================
// variables
//=========================
//=========================
// constructors
//=========================
public SquareMeshPanel(double LengthInMeshes, double WidthInMeshes, int Orientation, PanelMaterial Material) : base(LengthInMeshes, WidthInMeshes, Orientation, Material)
{
if (!Material.MeshType.Equals("Square", StringComparison.InvariantCultureIgnoreCase))
{
throw new ArgumentException("Material mesh type should be square for square mesh panel");
}
}
