private static AxisDir MakeAxialDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PAXI), modelEle);
double offset = EvalDouble(pnt.GetAsString(DbAttributeInstance.PDIS), modelEle);
Position pos = Position.Create();
pos.MoveBy(dir, offset);
if (isNeg)
dir = dir.Opposite();
return new AxisDir(pos, dir);
}
private static AxisDir MakePositionTypeDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PTCD), modelEle);
AxisDir pos = Eval(modelEle, pnt.GetAsString(DbAttributeInstance.PTCPOS));
if (isNeg)
{
dir = dir.Opposite();
}
return(new AxisDir(pos.Pos, dir));
}
private static AxisDir MakeAxialDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PAXI), modelEle);
double offset = EvalDouble(pnt.GetAsString(DbAttributeInstance.PDIS), modelEle);
Position pos = Position.Create();
pos.MoveBy(dir, offset);
if (isNeg)
{
dir = dir.Opposite();
}
return(new AxisDir(pos, dir));
}
private static AxisDir MakeMixedDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PAXI), modelEle);
double x = EvalDouble(pnt.GetAsString(DbAttributeInstance.PX), modelEle);
double y = EvalDouble(pnt.GetAsString(DbAttributeInstance.PY), modelEle);
double z = EvalDouble(pnt.GetAsString(DbAttributeInstance.PZ), modelEle);
if (isNeg)
{
dir = dir.Opposite();
}
return(new AxisDir(Position.Create(x, y, z), dir));
}
public void ExportPipingItem(DbElement cur, ref List <IIfcProduct> elements)
{
new PipingItem(cur, string.Empty, this._mapping).ExportComponents(ref elements);
string asString = cur.GetAsString((DbAttribute)DbAttributeInstance.NAME);
HierarchyItem.Log.Info((object)("PIPE Exported: " + asString));
}
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);
}
private Experssion GetExper(DbElement gEle, DbAttribute attr)
{
Dictionary <string, Experssion> map = null;
if (!experMap.TryGetValue(attr, out map))
{
map = new Dictionary <string, Experssion>();
experMap.Add(attr, map);
}
Experssion exper = null;
if (!map.TryGetValue(gEle.GetAsString(DbAttributeInstance.NAME), out exper))
{
exper = new Experssion(gEle.GetAsString(attr));
map.Add(gEle.GetAsString(DbAttributeInstance.NAME), exper);
}
return(exper);
}
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 void Configure_Model_Information()
{
try
{
foreach (KcsElementHandle handle in handler)
{
try
{
KcsModel model = kcs_draft.ModelPropertiesGet(handle); //this can be only get model handle. to get part handle, you have to use below method.
string refno = kcs_draft.ElementDbrefGet(handle);
//KcsElementHandle viewhandle= kcs_draft.ViewIdentify(p1);
//string viewdbref=kcs_draft.ElementPADDDbrefGet(viewhandle);
KcsModel m = new KcsModel();
m.Name = "=21184/1156";
kcs_draft.ModelDraw(m);
if (!models.Contains(model))
{
models.Add(model);
//DbElement dbelement = DbElement.GetElement(model.Name);
DbElement dbelement = DbElement.GetElement(refno);
dbelements.Add(dbelement);
kcs_ui.MessageNoConfirm(dbelement.GetAsString(DbAttributeInstance.FLNN));
kcs_ui.MessageNoConfirm(dbelement.Members().ToArray()[model.PartId].GetAsString(DbAttributeInstance.FLNN));
}
}catch (Exception ee)
{
kcs_ui.MessageNoConfirm("핸들을 모델로 변환중 에라 : " + handle.handle.ToString());
}
}
}catch (Exception ee)
{
}
}
private void ExportPipeItem(DbElement ele, D3Transform transform, int color)
{
if (ele.GetElementType() == DbElementTypeInstance.TUBING)
{
ExportTube(ele, transform, color);
return;
}
DbElement specEle = null;
if ((specEle = ele.GetElement(DbAttributeInstance.SPRE)) == null ||
!IsReadableEle(specEle) ||
ele.GetElementType() == DbElementTypeInstance.ATTACHMENT
)
{
return;;
}
DbElement cateEle = null;
if ((cateEle = specEle.GetElement(DbAttributeInstance.CATR)) == null || !IsReadableEle(cateEle))
{
return;
}
DbElement gmEle = null;
if ((gmEle = cateEle.GetElement(DbAttributeInstance.GMRE)) == null || !IsReadableEle(gmEle))
{
return;
}
D3Transform eleTrans = transform.Multiply(GetTransform(ele));
DbElement gEle = gmEle.FirstMember();
while (gEle != null && gEle.IsValid)
{
if (IsReadableEle(gEle) && gEle.GetBool(DbAttributeInstance.TUFL))
{
if (!IsVisible(gEle))
{
gEle = gEle.Next();
continue;
}
try
{
if (gEle.GetElementType() == DbElementTypeInstance.SCYLINDER)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pdis = GetExper(gEle, DbAttributeInstance.PDIS).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos));
Cylinder cyl = new Cylinder();
cyl.Org = new Point(pos)
.MoveBy(dir, pdis);
cyl.Height = new Point(dir).Mul(phei);
cyl.Radius = pdia / 2.0;
cyl.Color = color;
session.Save(cyl);
}
else if (gEle.GetElementType() == DbElementTypeInstance.LCYLINDER)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos));
Cylinder cyl = new Cylinder();
cyl.Org = new Point(pos)
.MoveBy(dir, pbdi);
cyl.Height = new Point(dir).Mul(ptdi - pbdi);
cyl.Radius = pdia / 2.0;
cyl.Color = color;
session.Save(cyl);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SBOX)
{
double pxlen = GetExper(gEle, DbAttributeInstance.PXLE).Eval(ele);
double pylen = GetExper(gEle, DbAttributeInstance.PYLE).Eval(ele);
double pzlen = GetExper(gEle, DbAttributeInstance.PZLE).Eval(ele);
double px = GetExper(gEle, DbAttributeInstance.PX).Eval(ele);
double py = GetExper(gEle, DbAttributeInstance.PY).Eval(ele);
double pz = GetExper(gEle, DbAttributeInstance.PZ).Eval(ele);
Point xlen = new Point(eleTrans.Multiply(D3Vector.D3EAST));
Point ylen = new Point(eleTrans.Multiply(D3Vector.D3NORTH));
Point zlen = new Point(eleTrans.Multiply(D3Vector.D3UP));
Point pos = new Point(eleTrans.Multiply(GeometryUtility.Org));
pos.MoveBy(xlen, px - pxlen / 2.0).MoveBy(ylen, py - pylen / 2.0).MoveBy(zlen, pz - pzlen / 2.0);
xlen.Mul(pxlen);
ylen.Mul(pylen);
zlen.Mul(pzlen);
Box box = new Box();
box.Org = pos;
box.XLen = xlen;
box.YLen = ylen;
box.ZLen = zlen;
box.Color = color;
session.Save(box);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SCTORUS)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
CircularTorus ct = new CircularTorus();
Direction normal = null;
if (!paax.Dir.IsParallel(pbax.Dir))
{
normal = paax.Dir.Orthogonal(pbax.Dir);
}
else
{
normal = paax.Dir.Orthogonal(Direction.Create(paax.Pos, pbax.Pos));
}
ct.Normal = new Point(eleTrans.Multiply(GeometryUtility.ToD3VectorRef(normal)));
ct.StartPnt = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(pbax.Pos)));
ct.StartRadius = ct.EndRadius = pdia / 2.0;
double mRadius = 0.0;
if (!paax.Dir.IsParallel(pbax.Dir))
{
double ang = paax.Dir.Angle(pbax.Dir) * Math.PI / 180.0;
ct.Angle = Math.PI - ang;
ang /= 2.0;
double len = paax.Pos.Distance(pbax.Pos) / 2;
mRadius = len / Math.Sin(ang) * Math.Tan(ang);
}
else
{
ct.Angle = Math.PI;
mRadius = paax.Pos.Distance(pbax.Pos) / 2.0;
}
D3Vector radiusDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir.Orthogonal(normal)));
ct.Center = new Point(ct.StartPnt).MoveBy(radiusDir, mRadius);
ct.Color = color;
session.Save(ct);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SRTORUS)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
RectangularTorus rt = new RectangularTorus();
Direction normal = null;
if (!paax.Dir.IsParallel(pbax.Dir))
{
normal = paax.Dir.Orthogonal(pbax.Dir);
}
else
{
normal = paax.Dir.Orthogonal(Direction.Create(paax.Pos, pbax.Pos));
}
rt.Normal = new Point(eleTrans.Multiply(GeometryUtility.ToD3VectorRef(normal)));
rt.StartPnt = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(pbax.Pos)));
rt.StartWidth = rt.EndWidth = pdia;
rt.StartHeight = rt.EndHeight = phei;
double mRadius = 0.0;
if (!paax.Dir.IsParallel(pbax.Dir))
{
double ang = paax.Dir.Angle(pbax.Dir) * Math.PI / 180.0;
rt.Angle = Math.PI - ang;
ang /= 2.0;
double len = paax.Pos.Distance(pbax.Pos) / 2;
mRadius = len / Math.Sin(ang) * Math.Tan(ang);
}
else
{
rt.Angle = Math.PI;
mRadius = paax.Pos.Distance(pbax.Pos) / 2.0;
}
D3Vector radiusDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir.Orthogonal(normal)));
rt.Center = new Point(rt.StartPnt).MoveBy(radiusDir, mRadius);
rt.Color = color;
session.Save(rt);
}
else if (gEle.GetElementType() == DbElementTypeInstance.LSNOUT)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
double ptdm = GetExper(gEle, DbAttributeInstance.PTDM).Eval(ele);
double pbdm = GetExper(gEle, DbAttributeInstance.PBDM).Eval(ele);
double poff = GetExper(gEle, DbAttributeInstance.POFF).Eval(ele);
D3Vector tdir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paax.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paax.Pos));
D3Vector bdir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir));
if (pbdm < 1.0e-5 || ptdm < 1.0e-5)
{
Cone cone = new Cone();
cone.Radius = pbdm > ptdm ? pbdm / 2.0 : ptdm / 2.0;
cone.Org = new Point(pos).MoveBy(tdir, pbdi);
cone.Offset = new Point(bdir).Mul(poff);
cone.Height = new Point(tdir).Mul(ptdi - pbdi);
cone.Color = color;
session.Save(cone);
}
else
{
Snout snout = new Snout();
snout.BottomRadius = pbdm / 2.0;
snout.TopRadius = ptdm / 2.0;
snout.Org = new Point(pos).MoveBy(tdir, pbdi);
snout.Offset = new Point(bdir).Mul(poff);
snout.Height = new Point(tdir).Mul(ptdi - pbdi);
snout.Color = color;
session.Save(snout);
}
}
else if (gEle.GetElementType() == DbElementTypeInstance.SDSH)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pdis = GetExper(gEle, DbAttributeInstance.PDIS).Eval(ele);
double prad = GetExper(gEle, DbAttributeInstance.PRAD).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
if (prad > 0.0)
{
Ellipsoid ellipsoid = new Ellipsoid();
ellipsoid.Center = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos)))
.MoveBy(dir, pdis);
ellipsoid.ALen = new Point(dir).Mul(phei);
ellipsoid.BRadius = pdia / 2.0;
ellipsoid.Color = color;
session.Save(ellipsoid);
}
else
{
Sphere sphere = new Sphere();
sphere.Center = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos)))
.MoveBy(dir, pdis);
double bottomRadius = pdia / 2.0;
sphere.Radius = (bottomRadius * bottomRadius + phei * phei) / 2.0 / phei;
sphere.BottomNormal = new Point(-dir);
double angle = Math.PI / 2.0 - Math.Asin(2.0 * bottomRadius * phei / (bottomRadius * bottomRadius + phei * phei));
if (bottomRadius >= phei)
{
sphere.Angle = Math.PI - angle * 2.0;
}
else
{
sphere.Angle = Math.PI + angle * 2.0;
}
sphere.Color = color;
session.Save(sphere);
}
}
else if (gEle.GetElementType() == DbElementTypeInstance.LPYRAMID)
{
string exper = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, exper);
exper = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, exper);
exper = gEle.GetAsString(DbAttributeInstance.PCAX);
AxisDir pcax = EvalDirection.Eval(ele, exper);
double pbtp = GetExper(gEle, DbAttributeInstance.PBTP).Eval(ele);
double pctp = GetExper(gEle, DbAttributeInstance.PCTP).Eval(ele);
double pbbt = GetExper(gEle, DbAttributeInstance.PBBT).Eval(ele);
double pcbt = GetExper(gEle, DbAttributeInstance.PCBT).Eval(ele);
double pbof = GetExper(gEle, DbAttributeInstance.PBOF).Eval(ele);
double pcof = GetExper(gEle, DbAttributeInstance.PCOF).Eval(ele);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
D3Vector zDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paax.Dir));
D3Vector xDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir));
D3Vector yDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pcax.Dir));
D3Point org = eleTrans.Multiply(GeometryUtility.ToD3Point(paax.Pos));
org.MoveBy(zDir * pbdi);
double height = ptdi - pbdi;
Pyramid pyramid = new Pyramid();
pyramid.Org = new Point(org);
pyramid.Height = new Point(zDir).Mul(height);
pyramid.XAxis = new Point(xDir);
pyramid.BottomXLen = pbbt;
pyramid.BottomYLen = pcbt;
pyramid.TopXLen = pbtp;
pyramid.TopYLen = pctp;
pyramid.Offset = new Point(xDir * pbof + yDir * pcof);
pyramid.Color = color;
session.Save(pyramid);
}
}
catch (System.NullReferenceException)
{
}
catch (System.Exception)
{
System.Console.WriteLine("Ele = " + ele.GetAsString(DbAttributeInstance.NAME));
System.Console.WriteLine("GEle = " + gEle.GetAsString(DbAttributeInstance.NAME));
throw;
}
}
gEle = gEle.Next();
}
}
public void reculsive_copy_spec(DbElement owner, DbElement copy_from_element, string specname, List <int> diameters)
{
try {
int ddepth = copy_from_element.GetInteger(DbAttributeInstance.DDEP);
DbElementType copy_from_type = copy_from_element.GetElementType(DbAttributeInstance.TYPE);
if (copy_from_type == DbElementTypeInstance.TEXT)
{
return;
}
string copy_from_name = copy_from_element.GetAsString(DbAttributeInstance.NAME);
string tanswer = copy_from_element.GetAsString(DbAttributeInstance.TANS);
//if (copy_from_type == DbElementTypeInstance.SPCOMPONENT)
//return;
//if (ddepth == 6)
// return;
DbElement sel = null;
if (ddepth == 3) //comp 타입 결정
{
string type_name = "/" + specname + "." + tanswer;
try {
var selobj = owner.Members().Where(x => x.GetAsString(DbAttributeInstance.NAME) == type_name);
if (selobj.Count() == 0)
{
sel = owner.CreateLast(copy_from_type);
sel.SetAttribute(DbAttributeInstance.NAME, type_name);
sel.Copy(copy_from_element);
}
else
{
sel = selobj.First();
}
foreach (DbElement org in copy_from_element.Members())
{
reculsive_copy_spec(sel, org, specname, diameters);
}
}
catch (Exception ee)
{
Console.WriteLine("해당 Selec는 존재하기에 오류남");
Aveva.Pdms.Utilities.CommandLine.Command.CreateCommand(string.Format("$p |{0} Selec는 존재하기에 오류남222|", type_name)).RunInPdms();
}
}
else
{
if (ddepth == 4)
{
int size = Convert.ToInt32(copy_from_element.GetAsString(DbAttributeInstance.ANSW).Replace("mm", ""));
if (!diameters.Contains(size))
{
return;
}
//if (size != 32)
Console.WriteLine("11");
}
//sel = owner.CreateLast(DbElementTypeInstance.SELEC);
if (tanswer.Contains("JOINT-MITRE") || tanswer.Contains("JOINT-THREAD"))
{
return;
}
if (copy_from_name == "/PPPG40S/HMDP_SPEC/PEPG409SS-25")
{
//return;
Console.WriteLine("11");
}
sel = owner.CreateLast(copy_from_type);
if (copy_from_type == DbElementTypeInstance.SPCOMPONENT)
{
//spco이름 세팅
try
{
sel.SetAttribute(DbAttributeInstance.NAME, "/" + specname + copy_from_element.GetAsString(DbAttributeInstance.CATR).Replace("-SCOM", ""));
}catch (Exception ee)
{
}
try
{
sel.SetAttribute(DbAttributeInstance.CMPR, copy_from_element.GetElement(DbAttributeInstance.CMPR));
}
catch (Exception ee) { }
try
{
sel.SetAttribute(DbAttributeInstance.CATR, copy_from_element.GetElement(DbAttributeInstance.CATR));
}
catch (Exception ee) { }
try
{
sel.SetAttribute(DbAttributeInstance.DETR, copy_from_element.GetElement(DbAttributeInstance.DETR));
}
catch (Aveva.Pdms.Utilities.Messaging.PdmsException ee) {
}
try
{
sel.SetAttribute(DbAttributeInstance.PRTREF, copy_from_element.GetElement(DbAttributeInstance.PRTREF));
}catch (Exception ee)
{ }
try
{
sel.SetAttribute(DbAttributeInstance.TANS, copy_from_element.GetAsString(DbAttributeInstance.TANS));
}
catch (Exception ee) { }
}
else
{
sel.Copy(copy_from_element);
}
foreach (DbElement org in copy_from_element.Members())
{
reculsive_copy_spec(sel, org, specname, diameters);
}
}
}
catch (Exception ee)
{
Aveva.Pdms.Utilities.CommandLine.Command.CreateCommand(string.Format("$p |{0} any is wrong|", "--")).RunInPdms();
}
//DbCopyOption op = new DbCopyOption();
//sel.CopyHierarchy(copy_from_element, op);
//reculsive_copy_spec()
}
private void ExportPipeItem(DbElement ele, D3Transform transform, int color)
{
if (ele.GetElementType() == DbElementTypeInstance.TUBING)
{
ExportTube(ele, transform, color);
return;
}
DbElement specEle = null;
if ((specEle = ele.GetElement(DbAttributeInstance.SPRE)) == null
|| !IsReadableEle(specEle)
|| ele.GetElementType() == DbElementTypeInstance.ATTACHMENT
)
{
return; ;
}
DbElement cateEle = null;
if ((cateEle = specEle.GetElement(DbAttributeInstance.CATR)) == null || !IsReadableEle(cateEle))
{
return;
}
DbElement gmEle = null;
if ((gmEle = cateEle.GetElement(DbAttributeInstance.GMRE)) == null || !IsReadableEle(gmEle))
{
return;
}
D3Transform eleTrans = transform.Multiply(GetTransform(ele));
DbElement gEle = gmEle.FirstMember();
while (gEle != null && gEle.IsValid)
{
if (IsReadableEle(gEle) && gEle.GetBool(DbAttributeInstance.TUFL))
{
if (!IsVisible(gEle))
{
gEle = gEle.Next();
continue;
}
try
{
if (gEle.GetElementType() == DbElementTypeInstance.SCYLINDER)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pdis = GetExper(gEle, DbAttributeInstance.PDIS).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos));
Cylinder cyl = new Cylinder();
cyl.Org = new Point(pos)
.MoveBy(dir, pdis);
cyl.Height = new Point(dir).Mul(phei);
cyl.Radius = pdia / 2.0;
cyl.Color = color;
session.Save(cyl);
}
else if (gEle.GetElementType() == DbElementTypeInstance.LCYLINDER)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos));
Cylinder cyl = new Cylinder();
cyl.Org = new Point(pos)
.MoveBy(dir, pbdi);
cyl.Height = new Point(dir).Mul(ptdi - pbdi);
cyl.Radius = pdia / 2.0;
cyl.Color = color;
session.Save(cyl);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SBOX)
{
double pxlen = GetExper(gEle, DbAttributeInstance.PXLE).Eval(ele);
double pylen = GetExper(gEle, DbAttributeInstance.PYLE).Eval(ele);
double pzlen = GetExper(gEle, DbAttributeInstance.PZLE).Eval(ele);
double px = GetExper(gEle, DbAttributeInstance.PX).Eval(ele);
double py = GetExper(gEle, DbAttributeInstance.PY).Eval(ele);
double pz = GetExper(gEle, DbAttributeInstance.PZ).Eval(ele);
Point xlen = new Point(eleTrans.Multiply(D3Vector.D3EAST));
Point ylen = new Point(eleTrans.Multiply(D3Vector.D3NORTH));
Point zlen = new Point(eleTrans.Multiply(D3Vector.D3UP));
Point pos = new Point(eleTrans.Multiply(GeometryUtility.Org));
pos.MoveBy(xlen, px - pxlen / 2.0).MoveBy(ylen, py - pylen / 2.0).MoveBy(zlen, pz - pzlen / 2.0);
xlen.Mul(pxlen);
ylen.Mul(pylen);
zlen.Mul(pzlen);
Box box = new Box();
box.Org = pos;
box.XLen = xlen;
box.YLen = ylen;
box.ZLen = zlen;
box.Color = color;
session.Save(box);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SCTORUS)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
CircularTorus ct = new CircularTorus();
Direction normal = null;
if (!paax.Dir.IsParallel(pbax.Dir))
normal = paax.Dir.Orthogonal(pbax.Dir);
else
normal = paax.Dir.Orthogonal(Direction.Create(paax.Pos, pbax.Pos));
ct.Normal = new Point(eleTrans.Multiply(GeometryUtility.ToD3VectorRef(normal)));
ct.StartPnt = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(pbax.Pos)));
ct.StartRadius = ct.EndRadius = pdia / 2.0;
double mRadius = 0.0;
if (!paax.Dir.IsParallel(pbax.Dir))
{
double ang = paax.Dir.Angle(pbax.Dir) * Math.PI / 180.0;
ct.Angle = Math.PI - ang;
ang /= 2.0;
double len = paax.Pos.Distance(pbax.Pos) / 2;
mRadius = len / Math.Sin(ang) * Math.Tan(ang);
}
else
{
ct.Angle = Math.PI;
mRadius = paax.Pos.Distance(pbax.Pos) / 2.0;
}
D3Vector radiusDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir.Orthogonal(normal)));
ct.Center = new Point(ct.StartPnt).MoveBy(radiusDir, mRadius);
ct.Color = color;
session.Save(ct);
}
else if (gEle.GetElementType() == DbElementTypeInstance.SRTORUS)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
RectangularTorus rt = new RectangularTorus();
Direction normal = null;
if (!paax.Dir.IsParallel(pbax.Dir))
normal = paax.Dir.Orthogonal(pbax.Dir);
else
normal = paax.Dir.Orthogonal(Direction.Create(paax.Pos, pbax.Pos));
rt.Normal = new Point(eleTrans.Multiply(GeometryUtility.ToD3VectorRef(normal)));
rt.StartPnt = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(pbax.Pos)));
rt.StartWidth = rt.EndWidth = pdia;
rt.StartHeight = rt.EndHeight = phei;
double mRadius = 0.0;
if (!paax.Dir.IsParallel(pbax.Dir))
{
double ang = paax.Dir.Angle(pbax.Dir) * Math.PI / 180.0;
rt.Angle = Math.PI - ang;
ang /= 2.0;
double len = paax.Pos.Distance(pbax.Pos) / 2;
mRadius = len / Math.Sin(ang) * Math.Tan(ang);
}
else
{
rt.Angle = Math.PI;
mRadius = paax.Pos.Distance(pbax.Pos) / 2.0;
}
D3Vector radiusDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir.Orthogonal(normal)));
rt.Center = new Point(rt.StartPnt).MoveBy(radiusDir, mRadius);
rt.Color = color;
session.Save(rt);
}
else if (gEle.GetElementType() == DbElementTypeInstance.LSNOUT)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, expr);
expr = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, expr);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
double ptdm = GetExper(gEle, DbAttributeInstance.PTDM).Eval(ele);
double pbdm = GetExper(gEle, DbAttributeInstance.PBDM).Eval(ele);
double poff = GetExper(gEle, DbAttributeInstance.POFF).Eval(ele);
D3Vector tdir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paax.Dir));
D3Point pos = eleTrans.Multiply(GeometryUtility.ToD3Point(paax.Pos));
D3Vector bdir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir));
if (pbdm < 1.0e-5 || ptdm < 1.0e-5)
{
Cone cone = new Cone();
cone.Radius = pbdm > ptdm ? pbdm / 2.0 : ptdm / 2.0;
cone.Org = new Point(pos).MoveBy(tdir, pbdi);
cone.Offset = new Point(bdir).Mul(poff);
cone.Height = new Point(tdir).Mul(ptdi - pbdi);
cone.Color = color;
session.Save(cone);
}
else
{
Snout snout = new Snout();
snout.BottomRadius = pbdm / 2.0;
snout.TopRadius = ptdm / 2.0;
snout.Org = new Point(pos).MoveBy(tdir, pbdi);
snout.Offset = new Point(bdir).Mul(poff);
snout.Height = new Point(tdir).Mul(ptdi - pbdi);
snout.Color = color;
session.Save(snout);
}
}
else if (gEle.GetElementType() == DbElementTypeInstance.SDSH)
{
string expr = gEle.GetAsString(DbAttributeInstance.PAXI);
AxisDir paxi = EvalDirection.Eval(ele, expr);
double phei = GetExper(gEle, DbAttributeInstance.PHEI).Eval(ele);
double pdia = GetExper(gEle, DbAttributeInstance.PDIA).Eval(ele);
double pdis = GetExper(gEle, DbAttributeInstance.PDIS).Eval(ele);
double prad = GetExper(gEle, DbAttributeInstance.PRAD).Eval(ele);
D3Vector dir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paxi.Dir));
if (prad > 0.0)
{
Ellipsoid ellipsoid = new Ellipsoid();
ellipsoid.Center = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos)))
.MoveBy(dir, pdis);
ellipsoid.ALen = new Point(dir).Mul(phei);
ellipsoid.BRadius = pdia / 2.0;
ellipsoid.Color = color;
session.Save(ellipsoid);
}
else
{
Sphere sphere = new Sphere();
sphere.Center = new Point(eleTrans.Multiply(GeometryUtility.ToD3Point(paxi.Pos)))
.MoveBy(dir, pdis);
double bottomRadius = pdia / 2.0;
sphere.Radius = (bottomRadius * bottomRadius + phei * phei) / 2.0 / phei;
sphere.BottomNormal = new Point(-dir);
double angle = Math.PI / 2.0 - Math.Asin(2.0 * bottomRadius * phei / (bottomRadius * bottomRadius + phei * phei));
if (bottomRadius >= phei)
sphere.Angle = Math.PI - angle * 2.0;
else
sphere.Angle = Math.PI + angle * 2.0;
sphere.Color = color;
session.Save(sphere);
}
}
else if (gEle.GetElementType() == DbElementTypeInstance.LPYRAMID)
{
string exper = gEle.GetAsString(DbAttributeInstance.PAAX);
AxisDir paax = EvalDirection.Eval(ele, exper);
exper = gEle.GetAsString(DbAttributeInstance.PBAX);
AxisDir pbax = EvalDirection.Eval(ele, exper);
exper = gEle.GetAsString(DbAttributeInstance.PCAX);
AxisDir pcax = EvalDirection.Eval(ele, exper);
double pbtp = GetExper(gEle, DbAttributeInstance.PBTP).Eval(ele);
double pctp = GetExper(gEle, DbAttributeInstance.PCTP).Eval(ele);
double pbbt = GetExper(gEle, DbAttributeInstance.PBBT).Eval(ele);
double pcbt = GetExper(gEle, DbAttributeInstance.PCBT).Eval(ele);
double pbof = GetExper(gEle, DbAttributeInstance.PBOF).Eval(ele);
double pcof = GetExper(gEle, DbAttributeInstance.PCOF).Eval(ele);
double ptdi = GetExper(gEle, DbAttributeInstance.PTDI).Eval(ele);
double pbdi = GetExper(gEle, DbAttributeInstance.PBDI).Eval(ele);
D3Vector zDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(paax.Dir));
D3Vector xDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pbax.Dir));
D3Vector yDir = eleTrans.Multiply(GeometryUtility.ToD3VectorRef(pcax.Dir));
D3Point org = eleTrans.Multiply(GeometryUtility.ToD3Point(paax.Pos));
org.MoveBy(zDir * pbdi);
double height = ptdi - pbdi;
Pyramid pyramid = new Pyramid();
pyramid.Org = new Point(org);
pyramid.Height = new Point(zDir).Mul(height);
pyramid.XAxis = new Point(xDir);
pyramid.BottomXLen = pbbt;
pyramid.BottomYLen = pcbt;
pyramid.TopXLen = pbtp;
pyramid.TopYLen = pctp;
pyramid.Offset = new Point(xDir * pbof + yDir * pcof);
pyramid.Color = color;
session.Save(pyramid);
}
}
catch (System.NullReferenceException )
{
}
catch (System.Exception)
{
System.Console.WriteLine("Ele = " + ele.GetAsString(DbAttributeInstance.NAME));
System.Console.WriteLine("GEle = " + gEle.GetAsString(DbAttributeInstance.NAME));
throw;
}
}
gEle = gEle.Next();
}
}
private Experssion GetExper(DbElement gEle, DbAttribute attr)
{
Dictionary<string, Experssion> map = null;
if (!experMap.TryGetValue(attr, out map))
{
map = new Dictionary<string, Experssion>();
experMap.Add(attr, map);
}
Experssion exper = null;
if (!map.TryGetValue(gEle.GetAsString(DbAttributeInstance.NAME), out exper))
{
exper = new Experssion(gEle.GetAsString(attr));
map.Add(gEle.GetAsString(DbAttributeInstance.NAME), exper);
}
return exper;
}
private static AxisDir MakeMixedDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PAXI), modelEle);
double x = EvalDouble(pnt.GetAsString(DbAttributeInstance.PX), modelEle);
double y = EvalDouble(pnt.GetAsString(DbAttributeInstance.PY), modelEle);
double z = EvalDouble(pnt.GetAsString(DbAttributeInstance.PZ), modelEle);
if (isNeg)
dir = dir.Opposite();
return new AxisDir(Position.Create(x, y, z), dir);
}
private static AxisDir MakePositionTypeDirection(int num, bool isNeg, DbElement pnt, DbElement modelEle)
{
Direction dir = ParseExperDir(pnt.GetAsString(DbAttributeInstance.PTCD), modelEle);
AxisDir pos = Eval(modelEle, pnt.GetAsString(DbAttributeInstance.PTCPOS));
if (isNeg)
dir = dir.Opposite();
return new AxisDir(pos.Pos, dir);
}