public List<ModelError> GetPartsFromOneLine(IRange partRange, IProduct product, List<Part> parts, IWorkbookSet books, List<Material> tempMaterials, List<EdgeBanding> tempEdgebandings)
{
List<ModelError> errors = new List<ModelError>();
PartChecker check = new PartChecker(partRange, errors);
string partName = check.PartName();
int qty = check.Qty();
if (qty <= 0)
{
return errors;
}
double width = check.Width();
double length = check.Length();
Material material;
double thick = check.Thick(books.Workbooks["M"], out material, tempMaterials, errors);
EdgeBanding ebw1 = check.EBW1(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebw2 = check.EBW2(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebl1 = check.EBL1(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebl2 = check.EBL2(books.Workbooks["E"], tempEdgebandings);
int basepoint = check.BasePoint();
MachinePoint machinePoint = check.MachinePoint();
double xRotation = check.XRotation();
double yRotation = check.YRotation();
double zRotation = check.ZRotation();
bool isDraw3d;
string layname3d = check.Layname3d(out isDraw3d);
string layname2d = partRange[0, 36].Text;
if (width <= 0 || length <= 0 || thick <= 0)
{
return errors;
}
check.IsMaterialFitPartLengthAndWidth(length, width, material, errors);
//TODO:tokens
bool isEQPart = check.IsEQPart();
if (isEQPart)
{
List<double[]> origins = check.Positions(qty, thick, product.Width);
foreach (var d in origins)
{
Part part = new Part(partName, 1, width, length, thick, material.Name,
ebw1.Name, ebw2.Name, ebl1.Name, ebl2.Name,
"", "", "",
basepoint, machinePoint.MP,
d[0], d[1], d[2], xRotation, yRotation, zRotation,
layname3d, layname2d,
product);
parts.Add(part);
}
}
else
{
double xPos = check.XPosition();
double yPos = check.YPosition();
double zPos = check.ZPosition();
Part part = new Part(partName, qty, width, length, thick, material.Name,
ebw1.Name, ebw2.Name, ebl1.Name, ebl2.Name,
"", "", "",
basepoint, machinePoint.MP,
xPos, yPos, zPos, xRotation, yRotation, zRotation,
layname3d, layname2d,
product);
parts.Add(part);
}
return errors;
}
public List <ModelError> GetPartsFromOneLine(IRange partRange, IProduct product, List <Part> parts, IWorkbookSet books, List <Material> tempMaterials, List <EdgeBanding> tempEdgebandings)
{
List <ModelError> errors = new List <ModelError>();
PartChecker check = new PartChecker(partRange, errors);
string partName = check.PartName();
int qty = check.Qty();
if (qty <= 0)
{
return(errors);
}
double width = check.Width();
double length = check.Length();
Material material;
double thick = check.Thick(books.Workbooks["M"], out material, tempMaterials, errors);
EdgeBanding ebw1 = check.EBW1(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebw2 = check.EBW2(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebl1 = check.EBL1(books.Workbooks["E"], tempEdgebandings);
EdgeBanding ebl2 = check.EBL2(books.Workbooks["E"], tempEdgebandings);
int basepoint = check.BasePoint();
MachinePoint machinePoint = check.MachinePoint();
double xRotation = check.XRotation();
double yRotation = check.YRotation();
double zRotation = check.ZRotation();
bool isDraw3d;
string layname3d = check.Layname3d(out isDraw3d);
string layname2d = partRange[0, 36].Text;
if (width <= 0 || length <= 0 || thick <= 0)
{
return(errors);
}
check.IsMaterialFitPartLengthAndWidth(length, width, material, errors);
//TODO:tokens
bool isEQPart = check.IsEQPart();
if (isEQPart)
{
List <double[]> origins = check.Positions(qty, thick, product.Width);
foreach (var d in origins)
{
Part part = new Part(partName, 1, width, length, thick, material.Name,
ebw1.Name, ebw2.Name, ebl1.Name, ebl2.Name,
"", "", "",
basepoint, machinePoint.MP,
d[0], d[1], d[2], xRotation, yRotation, zRotation,
layname3d, layname2d,
product);
parts.Add(part);
}
}
else
{
double xPos = check.XPosition();
double yPos = check.YPosition();
double zPos = check.ZPosition();
Part part = new Part(partName, qty, width, length, thick, material.Name,
ebw1.Name, ebw2.Name, ebl1.Name, ebl2.Name,
"", "", "",
basepoint, machinePoint.MP,
xPos, yPos, zPos, xRotation, yRotation, zRotation,
layname3d, layname2d,
product);
parts.Add(part);
}
return(errors);
}