} //end GetPartSize()
private string GetPartCndtType(Member mem)
{
DataRecord dr = PartManager.GetPartData(mem);
DataField df = dr.FindByContextAndIndex(Context.CatalogPartSizeName, 0);
string partCndtType = df.ValueString;
if (partCndtType.Contains("GRC"))
{
partCndtType = "GRC";
}
if (partCndtType.Contains("EMT"))
{
partCndtType = "EMT";
}
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
ed.WriteMessage("\nCONDUIT TYPE: " + partCndtType);
return(partCndtType);
}//end GetPartCndtType()
} //end GetAECObjects()
private double GetPartSize(Member mem)
{
DataRecord dr = PartManager.GetPartData(mem); //Pulls the partdata from the object as a datarecord.
DataField df = dr.FindByContextAndIndex(Context.CatalogPartSizeName, 0); //Searches through the MEP catalog for size name.
string partSizeName = df.ValueString; //Sets the name to a string value.
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
//write out partsizename to command line for debugging.
ed.WriteMessage(partSizeName.ToString());
//Removes the trailing text, just leaving the number. (FOR CONDUIT ONLY)
partSizeName = partSizeName.Remove(5);
//Converts the string to a number for later math.
Double psn = Convert.ToDouble(partSizeName);
/*Now do something with the partsize
*
* 1.00 in EMT SS -> 1.0
* 0.50 in EMT SS -> 0.5
*/
return(psn);
} //end GetPartSize()
