static public Curve GetFamilyInstanceCutBaseLine(FamilyInstance fi)
{
XYZ dir;
CurveLoop loop = ExporterIFCUtils.GetInstanceCutoutFromWall(fi.Document, fi.Host as Wall, fi, out dir);
Curve curve = loop.Where(x => x.GetEndPoint(0).Z == x.GetEndPoint(1).Z).OrderBy(x => x.GetEndPoint(0).Z).FirstOrDefault();
return(curve);
}
public PointLocation IsPointInside(XYZ point)
{
// Check if the point is outside of the loop bounding box
if (point.X - Epsilon < MinX ||
point.X + Epsilon > MaxX ||
point.Y - Epsilon < MinY ||
point.Y + Epsilon > MaxY)
{
return(PointLocation.Outside);
}
// Check if the point is on the loop
if (_loop2d.Any(curve => curve.Distance(point) < Epsilon))
{
return(PointLocation.OnTheEdge);
}
// Create a Line that starts from point and ends outside of the loop. Adding non-integer
// values decreases the chances of special cases, where line passes through loop
// endpoints. These cases can still happen and are managed by the function, but using a
// different offset costs nothing and may help staying out of trouble. (The trouble
// could show up when a point doesn't really lay on a line, or two points are not exactly
// the identical. Using Epsilon helps a little, but, again, when the distance between two
// points is exactly Epsilon, here comes the trouble.)
var line = Line.CreateBound(point, new XYZ(MaxX + 0.1234, MaxY + 0.3456, 0));
// Count the number of intersections between the line just created and the loop.
// If the number of intersection is odd, then point is inside the loop.
// Discard the solutions where the intersection is the edge start point, because these
// intersections have already been counted when intersecting the end point of the
// previous segments.
var nIntersections = _loop2d
.Where(edge => edge.Intersect(line) == SetComparisonResult.Overlap)
.Count(edge => line.Distance(edge.GetEndPoint(0)) > Epsilon);
return(nIntersections % 2 == 1 ? PointLocation.Inside : PointLocation.Outside);
}
static private void GetOpeningSize(Wall elHost, Element elInsert, out double width, out double height, out double thickness)
{
width = 0;
height = 0;
thickness = elHost.Width;
if (elInsert is FamilyInstance)
{
FamilyInstance fi = elInsert as FamilyInstance;
XYZ dir = new XYZ();
try
{
CurveLoop curve = ExporterIFCUtils.GetInstanceCutoutFromWall(elHost.Document, elHost, fi, out dir);
Curve widthCurve = curve.Where(x => x.GetEndPoint(0).Z == x.GetEndPoint(1).Z).FirstOrDefault();
Curve heightCurve = curve.Where(x => x.GetEndPoint(0).X == x.GetEndPoint(1).X&& x.GetEndPoint(0).Z != x.GetEndPoint(1).Z).FirstOrDefault();
width = widthCurve != null ? widthCurve.Length : 0;
height = heightCurve != null ? heightCurve.Length : 0;
}
catch (Autodesk.Revit.Exceptions.InvalidOperationException)
{
Parameter wp = fi.LookupParameter("Ширина");
Parameter wpp = fi.LookupParameter("Примерная ширина");
Parameter hp = fi.LookupParameter("Высота");
Parameter hpp = fi.LookupParameter("Примерная высота");
if (wp != null)
{
width = wp.AsDouble();
}
else if (wpp != null)
{
width = wpp.AsDouble();
}
else
{
width = 0;
}
if (hp != null)
{
height = hp.AsDouble();
}
else if (hpp != null)
{
height = hpp.AsDouble();
}
else
{
height = 0;
}
}
}
else if (elInsert is Wall)
{
var hIns = elInsert.get_Parameter(BuiltInParameter.WALL_USER_HEIGHT_PARAM).AsDouble();
var hHost = elHost.get_Parameter(BuiltInParameter.WALL_USER_HEIGHT_PARAM).AsDouble();
var l = elInsert.get_Parameter(BuiltInParameter.CURVE_ELEM_LENGTH).AsDouble();
if (hIns < hHost)
{
width = l;
height = hIns;
}
else
{
width = l;
height = hHost;
}
}
else if (elInsert is Opening)
{
XYZ min = (elInsert as Opening).BoundaryRect[0];
XYZ max = (elInsert as Opening).BoundaryRect[1];
width = min.X != max.X ? Math.Abs(max.X - min.X) : Math.Abs(max.Y - min.Y);
height = Math.Abs(max.Z - min.Z);
}
}