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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def edges_to_path(edges, vertices, **kwargs):
 """ Given an edge list of indices and associated vertices representing lines, generate kwargs for a Path object. Parameters edges : (n, 2) int Vertex indices of line segments vertices : (m, dimension) float Vertex positions where dimension is 2 or 3 Returns kwargs: dict, kwargs for Path constructor """

    # sequence of ordered traversals
    dfs = graph.traversals(edges, mode='dfs')
    # make sure every consecutive index in DFS
    # traversal is an edge in the source edge list
    dfs_connected = graph.fill_traversals(dfs, edges=edges)
    # kwargs for Path constructor
    # turn traversals into Line objects
    lines = [Line(d) for d in dfs_connected]

    kwargs.update({'entities': lines,
                   'vertices': vertices})
    return kwargs