static void TestXmlData()
{
Thread raskroyThread = new Thread(AsyncOptimizing);
XmlData data = XmlData.Deserialize(@"..\..\testdata.xml");
foreach (XmlMaterial material in data.Materials)
{
optimizer.Sheets.Clear();
optimizer.Parts.Clear();
material.Fill(optimizer.Sheets, optimizer.Parts);
List <CuttingScheme> schemes = new List <CuttingScheme>();
raskroyThread.Start(schemes);
while (!raskroyThread.Join(1000))
{
Console.Write("..{0}%", optimizer.PercentCompleted);
}
Console.WriteLine();
Console.WriteLine("done");
Denisenko.Cutting.LC4.LC4Document doc = convertor.Convert(schemes);
doc.Serialize(@"..\..\result.xml");
}
}
static void Test5()
{
Part part = new Part();
part.Length = 2383M;
part.Width = 600M;
part.Quantity = 2;
part.CanRotate = true;
optimizer.Parts.Add(part);
part = new Part();
part.Length = 2296M;
part.Width = 500M;
part.Quantity = 1;
part.CanRotate = true;
optimizer.Parts.Add(part);
Sheet sheet = new Sheet();
sheet.Width = 2730M;
sheet.Height = 1830M;
sheet.Thickness = 16M;
optimizer.Sheets.Add(sheet);
optimizer.Parameters.CutterThickness = 4.4M;
List <CuttingScheme> schemes = new List <CuttingScheme>();
while (optimizer.NextResult())
{
schemes.Add(optimizer.CurrentResult);
}
Denisenko.Cutting.LC4.LC4Document doc = convertor.Convert(schemes);
doc.InternalName = "SOKOLOV";
doc.Description = "manually generated";
doc.Cuttings[0].Name = "00001";
doc.Serialize(@"SOKOLOV2.xml");
}
