mirror of https://github.com/CGAL/cgal
Use renamed Non_zero_coordinate_index_3
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@ -362,8 +362,8 @@ void divide_segment_by_plane( Segment_3 s, Plane_3 pl,
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// First of all, we need to find out wheather we are working over an extended kernel or on a standard kernel. As precondition we have that ray is oriented in the minus x axis direction. When having an extended kernel, the ray can be subtituted by a segment with the endpoint on the 'intersection' between the ray and the bounding infimaximal box. In the presence of a standard kernel, the intersection is computed with the bounding box with the vertices of the Nef polyhedron.
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Point_3 p(r.source()), q;
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Bounding_box_3 b = k.bounding_box;
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typename Kernel::Non_zero_dimension_3 non_zero_dimension_3;
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int c = non_zero_dimension_3(vec);
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typename Kernel::Non_zero_coordinate_index_3 non_zero_coordinate_index_3;
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int c = non_zero_coordinate_index_3(vec);
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Point_3 pt_on_minus_x_plane = vec[c] < 0 ?
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Point_3(FT(b.min_coord(0)), FT(b.min_coord(1)),FT(b.min_coord(2))) :
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