private List <T.BendingShape> getBendingData(List <_Db.BlockReference> blocks)
{
List <T.BendingShape> parse = new List <T.BendingShape>();
foreach (_Db.BlockReference block in blocks)
{
G.Point insp = new G.Point(block.Position.X, block.Position.Y);
T.BendingShape current = new T.BendingShape(insp, block.Name);
foreach (_Db.ObjectId arId in block.AttributeCollection)
{
_Db.DBObject obj = _c.trans.GetObject(arId, _Db.OpenMode.ForWrite);
_Db.AttributeReference ar = obj as _Db.AttributeReference;
setBendingParameters(ar, current);
}
current.validator();
if (current.Valid)
{
parse.Add(current);
}
else
{
write(current.Reason);
}
}
return(parse);
}
public TableBendingRow(BendingShape b)
{
_shape = b.Shape;
_position = b.Position;
_material = b.Material;
_count = 0;
_diameter = b.Diameter;
_length = b.Length;
_A = b.A;
_B = b.B;
_C = b.C;
_D = b.D;
_E = b.E;
_F = b.F;
_G = b.G;
_U = b.U;
_V = b.V;
_R = b.R;
_X = b.X;
_Y = b.Y;
}
private void setBendingParameters(_Db.AttributeReference ar, T.BendingShape bending)
{
if (ar != null)
{
if (ar.Tag == "Positsioon")
{
bending.Position = ar.TextString;
}
else if (ar.Tag == "Teraseklass")
{
bending.Material = ar.TextString;
}
else if (ar.Tag == "U")
{
bending.U = ar.TextString;
}
else if (ar.Tag == "V")
{
bending.V = ar.TextString;
}
else
{
int temp = 99999;
Int32.TryParse(ar.TextString, out temp);
if (ar.Tag == "A")
{
bending.A = temp;
}
else if (ar.Tag == "B")
{
bending.B = temp;
}
else if (ar.Tag == "C")
{
bending.C = temp;
}
else if (ar.Tag == "D")
{
bending.D = temp;
}
else if (ar.Tag == "E")
{
bending.E = temp;
}
else if (ar.Tag == "F")
{
bending.F = temp;
}
else if (ar.Tag == "G")
{
bending.G = temp;
}
else if (ar.Tag == "R")
{
bending.R = temp;
}
else if (ar.Tag == "X")
{
bending.X = temp;
}
else if (ar.Tag == "Y")
{
bending.Y = temp;
}
}
}
}
public List <DrawingArea> main(List <G.Area> areas, List <TableHead> heads, List <ReinforcementMark> marks, List <BendingShape> bendings, List <TableBendingRow> rows)
{
List <DrawingArea> fields = sortData(areas, heads, marks, bendings, rows);
foreach (DrawingArea f in fields)
{
if (f._tableHeads.Count < 1)
{
f.setInvalid("[WARNING] - Painutustabel_pais - Puudub, ala jääb vahele");
continue;
}
if (f._tableHeads.Count > 1)
{
f.setInvalid("[WARNING] - Painutustabel_pais - Rohkem kui 1, ala jääb vahele");
continue;
}
if (f._rows.Count > 0)
{
f.setInvalid("[WARNING] - Tabel on juba koostatud");
continue;
}
if (f._marks.Count == 0)
{
f.setInvalid("[WARNING] - Raamjoone vahel pole ühtegi viidet");
continue;
}
if (f._defaultMaterial.Count > 1)
{
f.setInvalid("[WARNING] - Raud_A_DEFAULT - Rohkem kui 1, ala jääb vahele");
continue;
}
foreach (BendingShape b in f._bendings)
{
TableBendingRow r = new TableBendingRow(b);
f.addRow(r);
}
string currentDefaultMaterial = defaultMaterial;
if (f._defaultMaterial.Count == 0)
{
try
{
currentDefaultMaterial = f._rows.GroupBy(i => i.Material).OrderByDescending(grp => grp.Count()).Select(grp => grp.Key).First();
}
catch
{
}
}
else
{
currentDefaultMaterial = f._defaultMaterial[0].Material;
}
foreach (ReinforcementMark m in f._marks)
{
bool found = false;
foreach (TableBendingRow r in f._rows)
{
if (m.Position == r.Position)
{
r.Count += m.Count;
found = true;
break;
}
}
if (found == false)
{
if (m.Shape == "A")
{
BendingShape newBending = new BendingShape(m.IP, "Raud_A");
newBending.A = m.Other;
newBending.Material = currentDefaultMaterial;
newBending.Position = m.Position;
if (newBending.validator())
{
TableBendingRow newRow = new TableBendingRow(newBending);
newRow.Count += m.Count;
f.addRow(newRow);
}
}
}
}
f._rows = f._rows.OrderBy(b => b.Shape).ThenBy(s => s.Diameter).ThenBy(s => s.Length).ToList();
}
return(fields);
}
internal void addMaterial(BendingShape df)
{
_defaultMaterial.Add(df);
}
internal void addBending(BendingShape bd)
{
_bendings.Add(bd);
}