public void AddPartNesting(part_nesting pn)
{
list_parts_nesting.Add(pn);
}
public void E(IEnumerable <XElement> elements)
{
// перебираем все дочерние элементы
foreach (XElement tr in elements)
{
switch (Convert.ToString(tr.Name))
{
case "data_order":
Atr(tr.Attributes(), "data_order");
break;
case "list_materials":
// l_m = new List<Material>();
break;
case "material":
m = new Material();
Atr(tr.Attributes(), "material");
l_m.Add(m);
break;
case "list_parts":
if (tr.Parent.Name == "material")
{
L_p = new List <part>();
}
else if (tr.Parent.Name == "nesting_plan")
{
partnesting = new List <part_nesting>();
}
break;
case "part":
if (tr.Parent.Parent.Name == "material")
{
count_p = count_p + 1;
// part_z = new part();
Atr(tr.Attributes(), "part");
L_p.Add(part_z);
}
else if (tr.Parent.Parent.Name == "nesting_plan")
{
pnest = new part_nesting();
Atr(tr.Attributes(), "part_n");
partnesting.Add(pnest);
}
break;
case "list_nesting_plans":
N_p = new List <nesting_plan>();
break;
case "nesting_plan":
np = new nesting_plan();
Atr(tr.Attributes(), "nesting_plan");
N_p.Add(np);
break;
}
if (tr.HasElements)
{
E(tr.Elements());
}
}
}
public data_order D()
{
order.name = (string)xd.Root.Element("data_order").FirstAttribute;
foreach (XElement elem in xd.Root.Element("data_order").Element("list_materials").Elements())
{
Material mat = new Material();
foreach (XAttribute u in elem.Attributes())
{
switch (Convert.ToString(u.Name))
{
case "name":
mat.name = (string)u;
break;
case "index":
mat.index = (int)u;
break;
case "type":
mat.type = (string)u;
break;
default:
break;
}
}
foreach (XElement u1 in elem.Element("list_parts").Elements())
{
part part1 = new part();
foreach (XAttribute atr in u1.Attributes())
{
switch (Convert.ToString(atr.Name))
{
case "length":
part1.Length = (int)atr;
break;
case "width":
part1.width = (int)atr;
break;
case "thick":
part1.thick = (int)atr;
break;
case "quantity":
part1.quantitu = (int)atr;
break;
default:
break;
}
}
mat.AddItem(part1);
}
XElement xe = elem.Elements().First(r => r.Name == "list_nesting_plans");
foreach (XElement u2 in xe.Elements())
{
nesting_plan plan = new nesting_plan();
foreach (XAttribute atr in u2.Attributes())
{
switch (Convert.ToString(atr.Name))
{
case "width":
plan.width = (int)atr;
break;
case "length":
plan.length = (int)atr;
break;
case "thick":
plan.thick = (int)atr;
break;
case "quantity":
plan.quantitu = (int)atr;
break;
default:
break;
}
}
XElement list_part_n = u2.Element("list_parts");
foreach (XElement elem_part in list_part_n.Elements())
{
part_nesting part_n = new part_nesting();
foreach (XAttribute atr_p in elem_part.Attributes())
{
switch (Convert.ToString(atr_p.Name))
{
case "number":
part_n.Number = (int)atr_p;
break;
case "length":
part_n.Length = (int)atr_p;
break;
case "width":
part_n.width = (int)atr_p;
break;
case "x":
part_n.x = (int)atr_p;
break;
case "y":
part_n.y = (int)atr_p;
break;
}
}
plan.AddPartNesting(part_n);
}
mat.AddNesting(plan);
}
order.AddMat(mat);
}
return(order);
}