public void CalculateMainLines()
{
var lineVector = new Vector2D();
var moveVector = new Vector2D(0, HallWidth / 2);
var lineLeft = CenterLine + moveVector;
var lineRight = CenterLine - moveVector;
LineLeft = new List <UnitsLine>();
var lineRightSwapped = new Line2D(lineRight.EndPoint, lineRight.StartPoint);
LineRight = new UnitsLine(lineRightSwapped);
var corridorWidth = (UnitDepth * 2 + HallWidth);
switch (CorridorLocation)
{
case CorridorLocation.Main:
if (LeftLeg.LineRight != null)
{
lineVector = CenterLine.Direction;
lineLeft = new Line2D(lineLeft.StartPoint + lineVector * corridorWidth, lineLeft.EndPoint);
}
if (RightLeg.LineRight != null)
{
lineVector = CenterLine.Direction;
lineLeft = new Line2D(lineLeft.StartPoint, lineLeft.EndPoint - lineVector * corridorWidth);
}
if (MiddleLeg.LineRight != null)
{
lineVector = CenterLine.Direction;
var lineLeft1 = new Line2D(lineLeft.StartPoint, MiddleLeg.CenterLine.StartPoint + moveVector - lineVector * corridorWidth / 2);
var lineLeft2 = new Line2D(MiddleLeg.CenterLine.StartPoint + moveVector + lineVector * corridorWidth / 2, lineLeft.EndPoint);
LineLeft.Add(new UnitsLine(lineLeft1));
LineLeft.Add(new UnitsLine(lineLeft2));
}
else if (MiddleLeg.LineRight == null)
{
LineLeft.Add(new UnitsLine(lineLeft));
}
break;
default:
break;
}
}
public void CalculateLegLines()
{
var lineLeft = new Line2D();
var lineRight = new Line2D();
var lineVector = CenterLine.Direction;
var moveVector = new Vector2D(HallWidth / 2, 0);
switch (CorridorLocation)
{
case CorridorLocation.LeftLeg:
lineVector = CenterLine.Direction;
lineRight = new Line2D((CenterLine.StartPoint + lineVector * UnitDepth + moveVector), CenterLine.EndPoint + moveVector);
lineLeft = new Line2D((CenterLine.StartPoint - moveVector), CenterLine.EndPoint - moveVector);
break;
case CorridorLocation.MiddleLeg:
lineVector = CenterLine.Direction;
lineLeft = new Line2D((CenterLine.StartPoint + lineVector * UnitDepth - moveVector), CenterLine.EndPoint - moveVector);
lineRight = new Line2D((CenterLine.StartPoint + lineVector * UnitDepth + moveVector), CenterLine.EndPoint + moveVector);
break;
case CorridorLocation.RightLeg:
lineVector = CenterLine.Direction;
lineLeft = new Line2D((CenterLine.StartPoint + lineVector * UnitDepth - moveVector), CenterLine.EndPoint - moveVector);
lineRight = new Line2D((CenterLine.StartPoint + moveVector), CenterLine.EndPoint + moveVector);
break;
default:
break;
}
LineLeft = new List <UnitsLine>()
{
new UnitsLine(lineLeft)
};
var lineRightSwapped = new Line2D(lineRight.EndPoint, lineRight.StartPoint);
LineRight = new UnitsLine(lineRightSwapped);
}
