private void SplitWall(Wall newWall, List <Point> intersectionPoints)
{
if (!newWall.Beginning().Equals(intersectionPoints.First()))
{
InsertUnintersectedWall(new Wall(newWall.Beginning(), intersectionPoints.First()));
}
for (int i = 0; i < intersectionPoints.Count - 1; i++)
{
CreateAndPlaceWall(intersectionPoints[i], intersectionPoints[i + 1]);
}
if (!intersectionPoints.Last().Equals(newWall.End()))
{
CreateAndPlaceWall(intersectionPoints.Last(), newWall.End());
}
}
private bool SharesSpace(Wall otherWall)
{
bool overlaps = Equals(otherWall);
overlaps |= DoesContainPoint(otherWall.Beginning()) || DoesContainPoint(otherWall.End());
overlaps |= otherWall.DoesContainPoint(Beginning()) || otherWall.DoesContainPoint(End());
return(overlaps);
}
private void PartWall(Wall aWall, Point splitPoint)
{
// we are replacing the old walls with two halves
materials.RemoveWall(aWall);
openingManager.RemoveOpening(splitPoint);
CreateAndPlaceWall(aWall.Beginning(), splitPoint);
CreateAndPlaceWall(splitPoint, aWall.End());
}
private void PlaceUnintersectedWall(Wall aWall)
{
Beam BeginningBeam = new Beam(aWall.Beginning());
Beam EndBeam = new Beam(aWall.End());
PlaceBeamIfNotExists(BeginningBeam);
PlaceBeamIfNotExists(EndBeam);
materials.AddWall(aWall);
}
public void RemoveWall(Point from, Point to)
{
Wall aWall = new Wall(from, to);
if (materials.ContainsWall(aWall))
{
materials.RemoveWall(aWall);
openingManager.RemoveOpeningsOfWall(aWall);
AdjustIntersection(aWall.Beginning());
AdjustIntersection(aWall.End());
}
}
//this method uses vector algebra to get the piece of wall ocuppied by an opening
private Wall PieceOfOccupiedWall(Opening anOpening, Wall itsWall)
{
float opLength = anOpening.Length();
Point beginning = itsWall.Beginning();
Point end = itsWall.End();
Point positiveVector = beginning - end;
Point negativeVector = end - beginning;
Point beginningOfPiece = anOpening.GetPosition().PointInSameLineAtSomeDistance(negativeVector, opLength / 2);
Point endOfPiece = anOpening.GetPosition().PointInSameLineAtSomeDistance(positiveVector, opLength / 2);
Wall piece = new Wall(beginningOfPiece, endOfPiece);
return(piece);
}
public Wall MergeCollinearContinuous(Wall otherWall)
{//as beginning is closer to origin than end, this logic always work
Point newBeginning;
Point newEnd;
if (Beginning().IsCloserToOriginThan(otherWall.Beginning()))
{
newBeginning = Beginning();
newEnd = otherWall.End();
}
else
{
newBeginning = otherWall.Beginning();
newEnd = End();
}
return(new Wall(newBeginning, newEnd));
}
private void MergeWalls(Wall wall1, Wall wall2)
{
Point intersection;
if (wall1.Beginning().Equals(wall2.Beginning()) || wall1.Beginning().Equals(wall2.End()))
{
intersection = wall1.Beginning();
}
else
{
intersection = wall1.End();
}
Wall newWall = wall1.MergeCollinearContinuous(wall2);
materials.RemoveWall(wall1);
materials.RemoveWall(wall2);
RemoveBeamInPoint(intersection);
materials.AddWall(newWall);
}
private void InsertOversizedWall(Wall newWall)
{
int maxLengthWallsCount = (int)(newWall.Length() / Constants.MAX_WALL_LENGTH);
float lengthOfRemainingWall = newWall.Length() % Constants.MAX_WALL_LENGTH;
Point vector = newWall.End() - newWall.Beginning();
Point from = newWall.Beginning();
Point to;
for (int i = 0; i < maxLengthWallsCount; i++)
{
to = from.PointInSameLineAtSomeDistance(vector, Constants.MAX_WALL_LENGTH);
CreateAndPlaceWall(from, to);
from = to;
}
if (lengthOfRemainingWall > 0)
{
to = from.PointInSameLineAtSomeDistance(vector, lengthOfRemainingWall);
CreateAndPlaceWall(from, to);
}
}
private bool OutOfWallBorder(Wall occupied, Wall entire)
{
return(occupied.DoesContainPoint(entire.Beginning()) || occupied.DoesContainPoint(entire.End()));
}
public bool IsConnected(Wall otherWall)
{
return(BelongsToEdge(otherWall.Beginning()) || BelongsToEdge(otherWall.End()));
}
private bool TakesAColumnPlace(Wall newWall)
{
bool existColumnInWallPlace = false;
foreach (ISinglePointComponent column in materials.GetColumns())
{
if (newWall.DoesContainComponent(column) || column.GetPosition().Equals(newWall.End()) || column.GetPosition().Equals(newWall.Beginning()))
{
existColumnInWallPlace = true;
}
}
return(existColumnInWallPlace);
}
private bool WallInRange(Wall newWall)
{
return(PointInRange(newWall.Beginning()) && PointInRange(newWall.End()));
}
private void PlaceNewWall(Wall newWall)
{
PlaceUnintersectedWall(newWall);
AdjustIntersection(newWall.Beginning());
AdjustIntersection(newWall.End());
}
