public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
size.XLength = element.GetDouble(DbAttributeInstance.XLEN);
size.YLength = element.GetDouble(DbAttributeInstance.YLEN);
size.ZLength = element.GetDouble(DbAttributeInstance.ZLEN);
var q = new DbQualifier();
q.Add(6);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var orientation = element.GetOrientation(DbAttributeInstance.ORI, q);
direction.X = orientation.XDir().ToString();
direction.Y = orientation.YDir().ToString();
direction.Z = orientation.ZDir().ToString();
return(new Buildable(DbElementTypeInstance.LPYRAMID, element, size, position, direction, element.ElementType));
}
public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
size.Height = element.GetDouble(DbAttributeInstance.HEIG);
size.Diameter = element.GetDouble(DbAttributeInstance.DIAM);
var q = new DbQualifier();
q.Add(1);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var d = element.GetDirection(DbAttributeInstance.PDIR, q);
direction.X = d.ToString();
direction.Y = d.ToString();
direction.Z = d.ToString();
return(new Buildable(DbElementTypeInstance.SCYLINDER, element, size, position, direction, element.ElementType));
}
public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
size.TopDiameter = element.GetDouble(DbAttributeInstance.DTOP);
size.BotDiameter = element.GetDouble(DbAttributeInstance.DBOT);
size.Height = element.GetDouble(DbAttributeInstance.HEIG);
var q = new DbQualifier();
q.Add(1);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var orientation = element.GetOrientation(DbAttributeInstance.ORI, q);
direction.X = orientation.XDir().ToString();
direction.Y = orientation.YDir().ToString();
direction.Z = orientation.ZDir().ToString();
return(new Buildable(DbElementTypeInstance.LSNOUT, element, size, position, direction, element.ElementType));
}
// Double delegate for UDA
private static double VolumeCalculation(DbElement ele, DbAttribute att, DbQualifier qualifier)
{
// Uda calculates the volume by multiplying the lengths along each side
double x = ele.GetDouble(ATT.XLEN);
double y = ele.GetDouble(ATT.YLEN);
double z = ele.GetDouble(ATT.ZLEN);
// Result of UDA must be returned
return (x * y * z);
}
// Double delegate for UDA
static private double VolumeCalculation(DbElement ele, DbAttribute att, DbQualifier qualifier)
{
// Uda calculates the volume by multiplying the lengths along each side
double x = ele.GetDouble(ATT.XLEN);
double y = ele.GetDouble(ATT.YLEN);
double z = ele.GetDouble(ATT.ZLEN);
// Result of UDA must be returned
return(x * y * z);
}
public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
size.Diameter = element.GetDouble(DbAttributeInstance.ROUT) - element.GetDouble(DbAttributeInstance.RINS);
var q = new DbQualifier();
q.Add(1);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var d = element.GetDirection(DbAttributeInstance.PDIR, q);
direction.X = d.ToString();
direction.Y = d.ToString();
direction.Z = d.ToString();
//TODO: fix mess
q = new DbQualifier();
q.Add(2);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
Position position2 = new Position();
Direction direction2 = new Direction();
pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position2.X = pos.X;
position2.Y = pos.Y;
position2.Z = pos.Z;
d = element.GetDirection(DbAttributeInstance.PDIR, q);
direction2.X = d.ToString();
direction2.Y = d.ToString();
direction2.Z = d.ToString();
return(new Buildable(DbElementTypeInstance.SCTORUS, element, size, position, direction, position2, direction2));
}
static private string TeStCalculation(DbElement ele, DbAttribute att, DbQualifier qualifier)
{
// get Expression uda attribute
var userDefinedAttributeExp = DbAttribute.GetDbAttribute(":uExpTest");
var value = string.Empty;
try
{
// evaluate attribute from :uExpTest to :uResultTest
value = ele.EvaluateAsString(DbExpression.Parse(ele.GetAsString(userDefinedAttributeExp)));
}
catch (System.Exception)
{
value = "Default value";
}
// Result of UDA must be returned
return(value);
}
public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
size.Height = element.GetDouble(DbAttributeInstance.HEIG);
var q = new DbQualifier();
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var pos = element.GetPosition(DbAttributeInstance.POS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var orientation = element.GetOrientation(DbAttributeInstance.ORI, q);
direction.X = orientation.XDir().ToString();
direction.Y = orientation.YDir().ToString();
direction.Z = orientation.ZDir().ToString();
var vertPos = new List <Position>();
foreach (var vert in element.FirstMember().Members())
{
pos = vert.GetPosition(DbAttributeInstance.POS);
var vp = new Position();
vp.X = pos.X;
vp.Y = pos.Y;
vp.Z = pos.Z;
vertPos.Add(vp);
}
return(new Buildable(DbElementTypeInstance.SEXTRUSION, element, size, position, direction, vertPos));
}
public Buildable Convert(DbElement element)
{
Size size = new Size();
Position position = new Position();
Direction direction = new Direction();
var q = new DbQualifier();
q.Add(1);
q.wrtQualifier = element.OwnerInHierarchyOfType(DbElementTypeInstance.EQUIPMENT);
var nozzleConfig = new NozzleConfig();
size.Diameter = element.GetDouble(DbAttributeInstance.PPBO, q);
var description = element.GetString(DbAttributeInstance.DESC);
if (string.IsNullOrWhiteSpace(description))
{
nozzleConfig.Coco = element.GetString(DbAttributeInstance.PPCO, q);
}
else
{
nozzleConfig.Coco = description;
}
var pos = element.GetPosition(DbAttributeInstance.PPOS, q);
position.X = pos.X;
position.Y = pos.Y;
position.Z = pos.Z;
var d = element.GetDirection(DbAttributeInstance.PDIR, q);
direction.X = d.ToString();
direction.Y = d.ToString();
direction.Z = d.ToString();
//TODO: handle multiple BLRFARRAYS
var catref = DbElement.GetElement();
if (element.GetValidRef(DbAttributeInstance.CATR, ref catref))
{
var catrefOfCatref = DbElement.GetElement();
if (catref.GetValidRef(DbAttributeInstance.CATR, ref catrefOfCatref))
{
DbElement[] blrfarray = new DbElement[5];
if (catrefOfCatref.GetValidRefArray(DbAttributeInstance.BLRF, ref blrfarray))
{
nozzleConfig.Blrfarray = blrfarray;
}
var attributes = catrefOfCatref.GetAttributes();
foreach (DbAttribute item in attributes)
{
Console.WriteLine(item.Description);
}
nozzleConfig.Parameters = catrefOfCatref.GetDoubleArray(DbAttributeInstance.PARA);
var dataset = DbElement.GetElement();
if (catrefOfCatref.GetValidRef(DbAttributeInstance.DTRE, ref dataset))
{
nozzleConfig.Dataset = dataset;
}
//if (!dataset.IsValid) {
// var flanScom = MDB.CurrentMDB.FindElement("/EMFWBR0-40-0");
// if (flanScom.GetValidRef(DbAttributeInstance.DTRE, ref dataset)) {
// Console.WriteLine(dataset);
// nozzleConfig.Dataset = dataset;
// }
//}
}
}
var name = element.Name().ToUpper();
if (name.Contains("ARRIVE"))
{
nozzleConfig.Ppoint = 1;
}
else if (name.Contains("LEAVE"))
{
nozzleConfig.Ppoint = 2;
}
else if (name.Contains("P#"))
{
if (int.TryParse(name.Split('#').Last(), out int p))
{
nozzleConfig.Ppoint = p;
}
}
return(new Buildable(DbElementTypeInstance.NOZZLE, element, size, position, direction, nozzleConfig));
}
