public void SEXT(Buildable element)
{
var ptcaX = _ptca(element.Direction.X, element.Position);
var ptcaY = _ptca(element.Direction.Y, element.Position);
//var ptcaZ = PTCA(element.Direction.Z, element.Position);
var geom = _gmse.Create(1, DbElementTypeInstance.SEXTRUSION);
geom.SetAttribute(DbAttributeInstance.TUFL, true);
var error = string.Empty;
PMLCommander.RunPMLCommand(geom, "PAAX", $"P{ptcaX.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(geom, "PBAX", $"P{ptcaY.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(geom, "PHEI", element.Size.Height.ToString(), out error);
// no need to set position, as position is set by PAAX and PBAX
//PMLCommander.RunPMLCommandInParentheses(geom, "PX", element.Position.X.ToString(), out error);
//PMLCommander.RunPMLCommandInParentheses(geom, "PY", element.Position.Y.ToString(), out error);
//PMLCommander.RunPMLCommandInParentheses(geom, "PZ", element.Position.Z.ToString(), out error);
var sloo = geom.Create(1, DbElementTypeInstance.SLOOP);
foreach (var vert in element.Verticies)
{
var svert = sloo.CreateLast(DbElementTypeInstance.SVERTEX);
PMLCommander.RunPMLCommandInParentheses(svert, "PX", vert.X.ToString(), out error);
PMLCommander.RunPMLCommandInParentheses(svert, "PY", vert.Y.ToString(), out error);
}
}
private DbElement SDTE(DbElement cate, string detailText, string skey, DbElement equipment)
{
var equiDesc = equipment.GetAsString(DbAttributeInstance.DESC);
DbElement sdte = DbElement.GetElement();
if (equiDesc == "unset")
{
sdte = cate.Members().FirstOrDefault(m => m.ElementType == DbElementTypeInstance.SDTEXT);
if (sdte == null || sdte.IsValid == false)
{
sdte = cate.CreateLast(DbElementTypeInstance.SDTEXT);
}
}
else
{
var sdteName = equipment.Name() + ".SDTE";
sdte = cate.Members().FirstOrDefault(m => m.ElementType == DbElementTypeInstance.SDTEXT && m.Name() == sdteName);
if (sdte == null || sdte.IsValid == false)
{
sdte = cate.CreateLast(DbElementTypeInstance.SDTEXT);
try {
sdte.SetAttribute(DbAttributeInstance.NAME, sdteName);
Console.WriteLine("name error for sdte");
} catch (Exception e) {
Console.WriteLine(e.Message);
}
}
}
detailText = detailText.Replace("@SIZE", "' + STRING (PARA[1] ) + '");
detailText = detailText.Replace("@DESC", equiDesc);
PMLCommander.RunPMLCommand(sdte, "SKEY", $"'{skey}'", out var error);
PMLCommander.RunPMLCommandInParentheses(sdte, "RTEXT", $"'{detailText}'", out error);
Sdte = sdte;
return(sdte);
}
public DbElement PTCA(string direction, Position position)
{
var error = string.Empty;
foreach (DbElement p in new DBElementCollection(_ptse, new TypeFilter(DbElementTypeInstance.PTCAR)))
{
var pDir = p.GetAsString(DbAttributeInstance.PTCD);
var pX = p.GetString(DbAttributeInstance.PX).Clean();
var pZ = p.GetAsString(DbAttributeInstance.PZ).Clean();
var pY = p.GetString(DbAttributeInstance.PY).Clean();
if (pDir == direction &&
position.XString() == pX &&
position.YString() == pY &&
position.ZString() == pZ)
{
return(p);
}
}
var ptca = _ptse.Create(1, DbElementTypeInstance.PTCAR);
int number = _ppointCounter++;
//ptca.SetAttribute(DbAttributeInstance.NUMB, number);
PMLCommander.RunPMLCommand(ptca, "NUMB", number.ToString(), out error);
PMLCommander.RunPMLCommandInParentheses(ptca, "PX", position.XString(), out error);
PMLCommander.RunPMLCommandInParentheses(ptca, "PY", position.YString(), out error);
PMLCommander.RunPMLCommandInParentheses(ptca, "PZ", position.ZString(), out error);
PMLCommander.RunPMLCommand(ptca, "PTCDI", direction, out error);
return(ptca);
}
public void SCYL(Buildable element)
{
Direction direction = element.Direction;
Position position = element.Position;
Size size = element.Size;
var ptca = PTCA(direction.X, position);
var geom = _gmse.Create(1, DbElementTypeInstance.SCYLINDER);
geom.SetAttribute(DbAttributeInstance.TUFL, true);
var error = string.Empty;
PMLCommander.RunPMLCommand(geom, "PDIA", size.Diameter.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PHEI", size.Height.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PAXIS", $"-P{ptca.GetAsString(DbAttributeInstance.NUMB)}", out error);
}
public void AddSpco(SpcoRepresentation spcoRepre)
{
// TODO: implement better SPCO naming strategy
Console.WriteLine("SpecManager.AddSpco");
if (spcoRepre.Stype == string.Empty || spcoRepre.PBore1 == 0)
{
Console.WriteLine($"## Invalid input for:{spcoRepre.Sdte.GetString(DbAttributeInstance.DTXR)}");
Console.WriteLine($"Stype cannot be empty and is: {spcoRepre.Stype}");
Console.WriteLine($"Bore cannot be 0 and is : {spcoRepre.PBore1}");
return;
}
var spcoName = Spec.Name() + spcoRepre.Name;
if (spcoName.Length > 50)
{
spcoName = Spec.Name() + spcoRepre.Name.Substring(Spec.Name().Length);
}
DBElementCollection spcos = new DBElementCollection(Spec, new AttributeRefFilter(DbAttributeInstance.CATR, spcoRepre.Scom));
DbElement spco;
if (spcos.Count() > 0)
{
spco = spcos.First();
}
else
{
spco = BoreSele(spcoRepre.PBore1).CreateLast(DbElementTypeInstance.SPCOMPONENT);
}
// TODO: do something much better. with the spco name. maybe stype + size + dtxr???
try {
spco.SetAttribute(DbAttributeInstance.NAME, spcoName);
} catch {
for (int i = 0; i < 100; i++)
{
try {
spco.SetAttribute(DbAttributeInstance.NAME, spcoName + i.ToString());
} catch { }
}
}
spco.SetAttribute(DbAttributeInstance.TANS, spcoRepre.Stype);
spco.SetAttribute(DbAttributeInstance.CATR, spcoRepre.Scom);
PMLCommander.RunPMLCommand(spco, "DETR", spcoRepre.Sdte.FullName(), out string error);
PMLCommander.RunPMLCommand(spco, "MATXT", spcoRepre.Smte.FullName(), out error);
}
public DbElement ConnectingPTCA(string direction, Position position, double size, int number, string coco)
{
var ptca = _ptse.Create(1, DbElementTypeInstance.PTCAR);
ptca.SetAttribute(DbAttributeInstance.NUMB, number);
var error = string.Empty;
PMLCommander.RunPMLCommandInParentheses(ptca, "PX", position.XString(), out error);
PMLCommander.RunPMLCommandInParentheses(ptca, "PY", position.YString(), out error);
PMLCommander.RunPMLCommandInParentheses(ptca, "PZ", position.ZString(), out error);
PMLCommander.RunPMLCommand(ptca, "PBOR", size.ToString(), out error);
PMLCommander.RunPMLCommand(ptca, "PCON", coco, out error);
PMLCommander.RunPMLCommand(ptca, "PTCDI", direction, out error);
return(ptca);
}
public void PPointForNozzle(Buildable element)
{
//TODO: handle p3 for direction
if (!_usedNozzlePpoints.Contains(3))
{
var p = new Position();
p.X = 0;
p.Y = 0;
p.Z = 0;
ConnectingPTCA("Z", p, 0, 3, "");
_usedNozzlePpoints.Add(3);
}
Direction direction = element.Direction;
Position position = element.Position;
Size size = element.Size;
int ppoint = -1;
if (element.NozzleConfig.Ppoint == -1)
{
if (_nozzlePpointIndex < _validNozzlePpoints.Length)
{
ppoint = _validNozzlePpoints[_nozzlePpointIndex++];
}
}
else
{
ppoint = element.NozzleConfig.Ppoint;
}
if (_usedNozzlePpoints.Contains(ppoint) || ppoint <= 0 || ppoint > _validNozzlePpoints.Last())
{
PMLCommander.RunPMLCommand($"Invalid ppoint {ppoint} supplied for nozzle, will not create");
return;
}
else
{
_usedNozzlePpoints.Add(ppoint);
}
ConnectingPTCA(direction.Z, position, size.Diameter, ppoint, element.NozzleConfig.Coco);
}
public void SCTO(Buildable element)
{
Direction direction = element.Direction;
Position position = element.Position;
Direction direction2 = element.Direction2;
Position position2 = element.Position2;
Size size = element.Size;
var ptca1 = PTCA(direction.X, position);
var ptca2 = PTCA(direction2.X, position2);
var geom = _gmse.Create(1, DbElementTypeInstance.SCTORUS);
geom.SetAttribute(DbAttributeInstance.TUFL, true);
var error = string.Empty;
PMLCommander.RunPMLCommand(geom, "PDIA", size.Diameter.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PAAX", $"P{ptca1.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(geom, "PBAX", $"P{ptca2.GetAsString(DbAttributeInstance.NUMB)}", out error);
}
public void LSNO(Buildable element)
{
Direction direction = element.Direction;
Position position = element.Position;
Size size = element.Size;
var ptcaY = _ptca(direction.Y, position);
var ptcaZ = _ptca(direction.Z, position);
var geom = _gmse.Create(1, DbElementTypeInstance.LSNOUT);
geom.SetAttribute(DbAttributeInstance.TUFL, true);
geom.SetAttribute(DbAttributeInstance.CLFL, false);
PMLCommander.RunPMLCommand(geom, "PTDI", size.Height.ToString(), out var error);
//invert top and bot in paragon...
PMLCommander.RunPMLCommand(geom, "PTDM", size.BotDiameter.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PBDM", size.TopDiameter.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "POFF", "0", out error);
PMLCommander.RunPMLCommand(geom, "PAAXIS", $"-P{ptcaZ.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(geom, "PBAXIS", $"P{ptcaY.GetAsString(DbAttributeInstance.NUMB)}", out error);
}
public void SDSH(Buildable element)
{
Direction direction = element.Direction;
Position position = element.Position;
Size size = element.Size;
var ptca = PTCA(direction.X, position);
var geom = _gmse.Create(1, DbElementTypeInstance.SDSH);
geom.SetAttribute(DbAttributeInstance.TUFL, true);
var error = string.Empty;
PMLCommander.RunPMLCommand(geom, "PDIA", size.Diameter.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PHEI", size.Height.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PRAD", size.ZLength.ToString(), out error);
PMLCommander.RunPMLCommand(geom, "PAXI", $"P{ptca.GetAsString(DbAttributeInstance.NUMB)}", out error);
//geom.SetAttribute(DbAttributeInstance.PHEI, size.YLength);
//geom.SetAttribute(DbAttributeInstance.PRAD, size.ZLength.ToString());
//geom.SetAttribute(DbAttributeInstance.PAAX, ptca);
}
public void LPYR(Buildable element)
{
Direction direction = element.Direction;
Position position = element.Position;
Size size = element.Size;
var ptcaX = _ptca(direction.X, position);
var ptcaY = _ptca(direction.Y, position);
var ptcaZ = _ptca(direction.Z, position);
var lpyr = _gmse.Create(1, DbElementTypeInstance.LPYRAMID);
lpyr.SetAttribute(DbAttributeInstance.TUFL, true);
string error;
if (element.SourceType == DbElementTypeInstance.PYRAMID)
{
PMLCommander.RunPMLCommandInParentheses(lpyr, "PBTP", size.XTop.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PCTP", size.YTop.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PBBT", size.XBottom.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PCBT", size.YBottom.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PTDI", size.Height.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PBOF", size.XOffset.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PCOF", size.YOffset.ToString("0.##"), out error);
}
else
{
PMLCommander.RunPMLCommandInParentheses(lpyr, "PBTP", size.XLength.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PCTP", size.YLength.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PBBT", size.XLength.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PCBT", size.YLength.ToString("0.##"), out error);
PMLCommander.RunPMLCommandInParentheses(lpyr, "PTDI", size.ZLength.ToString("0.##"), out error);
}
PMLCommander.RunPMLCommand(lpyr, "PBAX", $"P{ptcaX.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(lpyr, "PCAX", $"P{ptcaY.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(lpyr, "PAAX", $"P{ptcaZ.GetAsString(DbAttributeInstance.NUMB)}", out error);
PMLCommander.RunPMLCommand(lpyr, "PAAX", $"P{ptcaZ.GetAsString(DbAttributeInstance.NUMB)}", out error);
}