public ExplicitShape1 Intersection(ExplicitShape1 shape)
{
var newRect = GridInterval.Intersection(storageBounds, shape.storageBounds);
var newShape = ImplicitShape.Intersection(implicitShape, shape.implicitShape);
return(new ExplicitShape1(newShape, newRect));
}
public static IExplicitShape <int> Translate(this IExplicitShape <int> shape, int n)
{
var newBounds = GridInterval.Translate(shape.Bounds, n);
var newShape = ImplicitShape.Translate(shape, n).ToExplicit(newBounds);
return(newShape);
}
public ExplicitShape1 Union(ExplicitShape1 shape)
{
var newRect = GridInterval.UnionBoundingBox(storageBounds, shape.storageBounds);
var newShape = ImplicitShape.Union(implicitShape, shape.implicitShape);
return(new ExplicitShape1(newShape, newRect));
}
public ExplicitShape1 Translate(int offset)
{
var map = Map.Translate(offset);
var newRect = GridInterval.Translate(storageBounds, offset);
var newShape = ImplicitShape.Transform(implicitShape, map);
return(new ExplicitShape1(newShape, newRect));
}
public BitmaskShape1(string shape)
{
var bounds = new GridInterval(0, shape.Length);
grid = new Grid1 <bool>(bounds);
foreach (var point in grid.Points)
{
grid[point] = shape[point] != '0';
}
}
/// <summary>
/// Creates a 1D Segment Shape given a GridInterval.
/// </summary>
/// <param name="interval">Interval to transform into a Segment Shape</param>
public static IImplicitShape <int> Segment(GridInterval interval)
{
return(new SegmentShape(interval));
}
public SegmentShape(GridInterval interval)
{
this.interval = interval;
}
