public static string GenerateExportFileName(SheetmetalPart sheetmetalPart, ExportDXFSettings exportDXFSettings)
{
StringBuilder exportFileName = new StringBuilder();
exportFileName.Append(exportDXFSettings.SaveLocationFilePath);
exportFileName.Append(sheetmetalPart.PartDocument.DisplayName);
if (exportDXFSettings.AppendMaterialThickness)
{
exportFileName.Append("_" + sheetmetalPart.Thickness);
}
if (exportDXFSettings.AppendFoldedStatus)
{
if (sheetmetalPart.NumberOfBends > 0)
{
exportFileName.Append("_Folded");
}
else
{
exportFileName.Append("_NotFolded");
}
}
exportFileName.Append(".DXF");
return(exportFileName.ToString());
}
public static List <string> ExportSheetmetalPartsToDXF(List <SheetmetalPart> sheetmetalPartList, ExportDXFSettings exportDXFSettings)
{
List <string> exportLog = new List <string>();
string exportString = ExportStringGenerator.GenerateExportString(exportDXFSettings.ImportExportDXFLayers.dXFLayerItems);
foreach (SheetmetalPart sheetmetalPart in sheetmetalPartList)
{
string exportFileName = GenerateExportFileName(sheetmetalPart, exportDXFSettings);
try
{
SheetMetalComponentDefinition sheetMetalCompDef = (SheetMetalComponentDefinition)sheetmetalPart.PartDocument.ComponentDefinition;
DataIO dataIO = sheetMetalCompDef.FlatPattern.DataIO;
dataIO.WriteDataToFile(exportString, exportFileName);
exportLog.Add(sheetmetalPart.Name + " DXF was successfully exported");
EventLogger.CreateLogEntry(sheetmetalPart.Name + " DXF was successfully exported");
}
catch (Exception e)
{
exportLog.Add(sheetmetalPart.Name + " DXF export encountered an error");
exportLog.Add(e.Message + " " + e.StackTrace);
EventLogger.CreateLogEntry(sheetmetalPart.Name + " DXF export encountered an error");
EventLogger.CreateLogEntry(e.Message + " " + e.StackTrace);
continue;
}
}
return(exportLog);
}
