public void UnionSquareWithHoleWithOtherSquare()
{
var expected = new List <List <PointD> >
{
new List <PointD>
{
new PointD(0, 0),
new PointD(6, 0),
new PointD(6, 3),
new PointD(9, 3),
new PointD(9, 9),
new PointD(3, 9),
new PointD(3, 6),
new PointD(0, 6),
},
new List <PointD>
{
new PointD(2, 2),
new PointD(2, 4),
new PointD(3, 4),
new PointD(3, 3),
new PointD(4, 3),
new PointD(4, 2),
}
};
_clipper.Execute();
var actual = _clipper.GetSolution();
AssertPolygonsAreSame(expected, actual);
}
public List <Polygon> Union(Polygon a, Polygon b)
{
var subject = _adapter.GetPaths(a);
var clipping = _adapter.GetPaths(b);
_clipper.SetSubject(subject);
_clipper.SetClipping(clipping);
_clipper.Execute();
return(new List <Polygon>()
{
_adapter.GetPolygon(_clipper.GetSolution())
});
}
public void UnionTwoOtherUnconvexPolygonWithoutHolesWhenSolutionHasHole()
{
var subject = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(0, 3),
new PointD(3, 0),
new PointD(1, 3),
new PointD(3, 6),
}
};
var clipping = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(3, 0),
new PointD(6, 3),
new PointD(3, 6),
new PointD(5, 3),
}
};
var expected = new List <List <PointD> >
{
new List <PointD>
{
new PointD(0, 3),
new PointD(3, 0),
new PointD(6, 3),
new PointD(3, 6),
},
new List <PointD>
{
new PointD(1, 3),
new PointD(3, 6),
new PointD(5, 3),
new PointD(3, 0),
}
};
_clipper = new Clipper(subject, clipping);
_clipper.Execute();
var actual = _clipper.GetSolution();
AssertPolygonsAreSame(expected, actual);
}
public void UnionTwoSquares()
{
var subject = new List <List <PointD> >
{
new List <PointD>
{
new PointD(4, 4),
new PointD(0, 4),
new PointD(0, 0),
new PointD(4, 0),
}
};
var clipping = new List <List <PointD> >
{
new List <PointD>
{
new PointD(6, 6),
new PointD(2, 6),
new PointD(2, 2),
new PointD(6, 2),
}
};
var expected = new List <List <PointD> >
{
new List <PointD>
{
new PointD(0, 0),
new PointD(4, 0),
new PointD(4, 2),
new PointD(6, 2),
new PointD(6, 6),
new PointD(2, 6),
new PointD(2, 4),
new PointD(0, 4),
}
};
_clipper = new Clipper(subject, clipping);
_clipper.Execute();
var actual = _clipper.GetSolution();
AssertPolygonsAreSame(expected, actual);
}
public void UnionSolutionIsSameAfterReplacingSubjectAndClipping()
{
var subject = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(0, 3),
new PointD(3, 0),
new PointD(1, 3),
new PointD(3, 6),
}
};
var clipping = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(3, 0),
new PointD(6, 3),
new PointD(3, 6),
new PointD(5, 3),
}
};
_clipper = new Clipper(subject, clipping);
_clipper.Execute();
var expected = _clipper.GetSolution();
_clipper = new Clipper(clipping, subject);
_clipper.Execute();
var actual = _clipper.GetSolution();
AssertPolygonsAreSame(expected, actual);
}
public void UnionTwoSquaresWithSquareHoles()
{
var subject = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(9, 9),
new PointD(0, 9),
new PointD(0, 0),
new PointD(9, 0),
},
new List <PointD>()
{
new PointD(1, 1),
new PointD(1, 8),
new PointD(8, 8),
new PointD(8, 1),
}
};
var clipping = new List <List <PointD> >
{
new List <PointD>()
{
new PointD(4, 4),
new PointD(14, 4),
new PointD(14, 14),
new PointD(4, 14),
},
new List <PointD>()
{
new PointD(5, 5),
new PointD(5, 13),
new PointD(13, 13),
new PointD(13, 5),
}
};
var expected = new List <List <PointD> >
{
new List <PointD>
{
new PointD(0, 0),
new PointD(9, 0),
new PointD(9, 4),
new PointD(14, 4),
new PointD(14, 14),
new PointD(4, 14),
new PointD(4, 9),
new PointD(0, 9),
},
new List <PointD>
{
new PointD(1, 1),
new PointD(1, 8),
new PointD(4, 8),
new PointD(4, 4),
new PointD(8, 4),
new PointD(8, 1),
},
new List <PointD>
{
new PointD(5, 5),
new PointD(5, 8),
new PointD(8, 8),
new PointD(8, 5),
},
new List <PointD>
{
new PointD(5, 9),
new PointD(5, 13),
new PointD(13, 13),
new PointD(13, 5),
new PointD(9, 5),
new PointD(9, 9),
},
};
_clipper = new Clipper(subject, clipping);
_clipper.Execute();
var actual = _clipper.GetSolution();
AssertPolygonsAreSame(expected, actual);
}
