public List <Geometry2D> CreateDoorSegments(UIDocument currentDocument, List <FamilyInstance> doors)
{
List <Geometry2D> convertedDoors = new List <Geometry2D>();
foreach (FamilyInstance currentDoor in doors)
{
string doorName = currentDoor.Name;
Wall pacedWall = currentDoor.Host as Wall;
Curve pacedWallCurve = (pacedWall.Location as LocationCurve).Curve;
Vector2D wallStartPoint = GeometryFactory.CreateVector2D(ConvertFeetToMeters(pacedWallCurve.GetEndPoint(0).X), ConvertFeetToMeters(pacedWallCurve.GetEndPoint(0).Y), MEASUREMENTUNITFACTOR);
Vector2D wallEndPoint = GeometryFactory.CreateVector2D(ConvertFeetToMeters(pacedWallCurve.GetEndPoint(1).X), ConvertFeetToMeters(pacedWallCurve.GetEndPoint(1).Y), MEASUREMENTUNITFACTOR);
Vector2D wallDirection = wallEndPoint.Difference(wallStartPoint).GetAsNormalized();
double doorThickness = ConvertFeetToMeters(pacedWall.WallType.Width);
double doorWidth = ConvertFeetToMeters(currentDoor.Symbol.get_Parameter(BuiltInParameter.DOOR_WIDTH).AsDouble());
if (doorWidth == 0)
{
string familyName = currentDoor.Symbol.FamilyName;
if (familyName.Contains(DOUBLE_SWING_CONTENT1) || familyName.Contains(DOUBLE_SWING_CONTENT2) || familyName.Contains(DOUBLE_SWING_CONTENT3))
{
doorWidth = DEFAULT_DOUBLE_DOOR_WIDTH;
}
else
{
doorWidth = DEFAULT_SINGLE_DOOR_WIDTH;
}
}
LocationPoint doorLocationPoint = currentDoor.Location as LocationPoint;
XYZ doorLocation = doorLocationPoint.Point;
Vector2D doorLocation2D = GeometryFactory.CreateVector2D(ConvertFeetToMeters(doorLocation.X), ConvertFeetToMeters(doorLocation.Y), MEASUREMENTUNITFACTOR);
Vector2D doorMidSegmentStart = doorLocation2D.Add(wallDirection.Multiply(doorWidth / 2));
Vector2D doorMidSegmentEnd = doorLocation2D.Add(wallDirection.Negate().Multiply(doorWidth / 2));
Vector2D doorPacingDirection = wallDirection.Rotate(Math.PI / 2);
Vector2D firstWallConnectingStart = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(doorThickness / 2));
Vector2D firstWallConnectingEnd = doorMidSegmentEnd.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
Segment2D firstWallConnectingSegment = GeometryFactory.CreateSegment2D(new Vector2D[] { firstWallConnectingStart, firstWallConnectingEnd }, doorName);
convertedDoors.Add(firstWallConnectingSegment);
Vector2D secondWallConnectingStart = doorMidSegmentStart.Add(doorPacingDirection.Multiply(doorThickness / 2));
Vector2D secondWallConnectingEnd = doorMidSegmentStart.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
Segment2D secondWallConnectingSegment = GeometryFactory.CreateSegment2D(new Vector2D[] { secondWallConnectingStart, secondWallConnectingEnd }, doorName);
convertedDoors.Add(secondWallConnectingSegment);
Vector2D leftDoorSegmentStart = doorMidSegmentStart.Add(doorPacingDirection.Multiply(doorThickness / 2));
Vector2D leftDoorSegmentEnd = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(doorThickness / 2));
Segment2D leftDoorSegment = GeometryFactory.CreateSegment2D(new Vector2D[] { leftDoorSegmentStart, leftDoorSegmentEnd }, doorName);
Vector2D rightDoorSegmentStart = doorMidSegmentStart.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
Vector2D rightDoorSegmentEnd = doorMidSegmentEnd.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
Segment2D rightDoorSegment = GeometryFactory.CreateSegment2D(new Vector2D[] { rightDoorSegmentStart, rightDoorSegmentEnd }, doorName);
if (currentDoor.FromRoom == null || currentDoor.ToRoom == null)
{
List <Vector2D> doorAreaPoints = new List <Vector2D>();
if (pacedWall.Flipped)
{
leftDoorSegment.Name = null;
Vector2D pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(DEFAULT_AREA_RADIUS / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentStart.Add(doorPacingDirection.Multiply(DEFAULT_AREA_RADIUS / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentStart.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Negate().Multiply(doorThickness / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(DEFAULT_AREA_RADIUS / 2));
doorAreaPoints.Add(pointToAdd);
}
else
{
rightDoorSegment.Name = null;
Vector2D pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(doorThickness / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentStart.Add(doorPacingDirection.Multiply(doorThickness / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentStart.Add(doorPacingDirection.Negate().Multiply(DEFAULT_AREA_RADIUS / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Negate().Multiply(DEFAULT_AREA_RADIUS / 2));
doorAreaPoints.Add(pointToAdd);
pointToAdd = doorMidSegmentEnd.Add(doorPacingDirection.Multiply(doorThickness / 2));
doorAreaPoints.Add(pointToAdd);
}
Polygon2D exitDoor = GeometryFactory.CreatePolygon2D(doorAreaPoints.ToArray(), doorName);
convertedDoors.Add(exitDoor);
}
else
{
leftDoorSegment.Name = null;
rightDoorSegment.Name = null;
}
convertedDoors.Add(leftDoorSegment);
convertedDoors.Add(rightDoorSegment);
}
return(convertedDoors);
}
public Polygon2D GetStairAreaPolygon(UIDocument currentDocument, Stairs stair, string key)
{
ICollection <ElementId> allRunsIds = stair.GetStairsRuns();
ElementId currentId = allRunsIds.ElementAt(0);
if (key.Equals(RevitObjectManager.BASE_LEVEL_KEY))
{
foreach (ElementId currentBaseId in allRunsIds)
{
StairsRun currentStairsRun = currentDocument.Document.GetElement(currentBaseId) as StairsRun;
StairsRun selectedStairsRun = currentDocument.Document.GetElement(currentId) as StairsRun;
if (currentStairsRun.BaseElevation < selectedStairsRun.BaseElevation)
{
currentId = currentBaseId;
}
}
}
else if (key.Equals(RevitObjectManager.TOP_LEVEL_KEY))
{
foreach (ElementId currentTopId in allRunsIds)
{
StairsRun currentStairsRun = currentDocument.Document.GetElement(currentTopId) as StairsRun;
StairsRun selectedStairsRun = currentDocument.Document.GetElement(currentId) as StairsRun;
if (currentStairsRun.TopElevation > selectedStairsRun.TopElevation)
{
currentId = currentTopId;
}
}
}
List <Vector2D> areaNodes = new List <Vector2D>();
StairsRun finalStairsRun = currentDocument.Document.GetElement(currentId) as StairsRun;
CurveLoop stairPath = finalStairsRun.GetStairsPath();
Curve firstStairPathCurve;
if (stairPath.Count() > 1)
{
if ((finalStairsRun.StairsRunStyle.Equals(StairsRunStyle.Winder) || finalStairsRun.StairsRunStyle.Equals(StairsRunStyle.Spiral)) &&
key.Equals(RevitObjectManager.TOP_LEVEL_KEY))
{
firstStairPathCurve = stairPath.ElementAt(stairPath.Count() - 1);
}
else
{
firstStairPathCurve = stairPath.ElementAt(0);
}
}
else
{
firstStairPathCurve = stairPath.ElementAt(0);
}
double stairsRunsWidth = ConvertFeetToMeters(finalStairsRun.ActualRunWidth * STAIRS_AREA_SHRINK_FACTOR);
if (stairsRunsWidth < DEFAULT_AREA_RADIUS)
{
stairsRunsWidth = DEFAULT_AREA_RADIUS;
}
double pathsLength = ConvertFeetToMeters(firstStairPathCurve.Length * STAIRS_AREA_SHRINK_FACTOR);
if (pathsLength < DEFAULT_AREA_RADIUS)
{
pathsLength = DEFAULT_AREA_RADIUS;
}
Vector2D pathsStart = GeometryFactory.CreateVector2D(ConvertFeetToMeters(firstStairPathCurve.GetEndPoint(0).X), ConvertFeetToMeters(firstStairPathCurve.GetEndPoint(0).Y), MEASUREMENTUNITFACTOR);
Vector2D pathsEnd = GeometryFactory.CreateVector2D(ConvertFeetToMeters(firstStairPathCurve.GetEndPoint(1).X), ConvertFeetToMeters(firstStairPathCurve.GetEndPoint(1).Y), MEASUREMENTUNITFACTOR);
Vector2D pathDirection = pathsEnd.Difference(pathsStart);
Vector2D pathDirectionPerpenticular = pathDirection.Rotate((-1) * Math.PI / 2).GetAsNormalized();
Vector2D firstNode = pathsStart.Add(pathDirectionPerpenticular.Multiply(stairsRunsWidth / 2));
areaNodes.Add(firstNode);
Vector2D pointToAdd = firstNode.Add(pathDirection);
areaNodes.Add(pointToAdd);
pointToAdd = pointToAdd.Add(pathDirectionPerpenticular.Multiply((-1) * stairsRunsWidth));
areaNodes.Add(pointToAdd);
pointToAdd = pointToAdd.Add(pathDirection.Multiply(-1));
areaNodes.Add(pointToAdd);
areaNodes.Add(firstNode);
Polygon2D areaPolygon = GeometryFactory.CreatePolygon2D(areaNodes.ToArray(), finalStairsRun.Name);
return(areaPolygon);
}