бмо 2

if max_vertex_energy >= max_edge_energy and max_vertex_energy >= max_wedge_energy:
    print("hello1")
    # Добавляем новую вершину к вершине с наибольшей энергией
    max_energy_vertex = vertex_energies.index(max_vertex_energy)
    G.add_node(len(selected_vectors))
    G.add_edge(max_energy_vertex, len(selected_vectors))
    selected_vectors.append(np.random.randint(-6, 7, 3))  # Добавляем новый вектор
elif max_edge_energy >= max_vertex_energy and max_edge_energy >= max_wedge_energy:
    print("hello2")
    # Разбиваем ребро с наибольшей энергией новой вершиной
    edges = list(G.edges)  # Получаем список всех ребер
    max_energy_edge = edges[edge_energies.index(max_edge_energy)]  # Находим ребро с максимальной энергией
    G.add_node(len(selected_vectors))
    G.add_edge(max_energy_edge[0], len(selected_vectors))
    G.add_edge(max_energy_edge[1], len(selected_vectors))
    G.remove_edge(max_energy_edge[0], max_energy_edge[1])
    selected_vectors.append(np.random.randint(-6, 7, 3))  # Добавляем новый вектор
else:
    print("hello3")
    if edge_combination==1:
        old_edge_length = np.linalg.norm(selected_vectors[max_energy_wedge[0]] - selected_vectors[max_energy_wedge[1]])
        new_edge_length = np.linalg.norm(selected_vectors[max_energy_wedge[2]] - selected_vectors[max_energy_wedge[1]])
        if new_edge_length < old_edge_length:
            # Удаляем старое ребро и добавляем новое
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
         else:
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
    elif edge_combination==2:
        old_edge_length = np.linalg.norm(pos[max_energy_wedge[0]] - pos[max_energy_wedge[1]])
        new_edge_length = np.linalg.norm(pos[max_energy_wedge[2]] - pos[max_energy_wedge[1]])
        if new_edge_length < old_edge_length:
            # Удаляем старое ребро и добавляем новое
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
        else:
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
    elif edge_combination==3:
        old_edge_length = np.linalg.norm(pos[max_energy_wedge[0]] - pos[max_energy_wedge[1]])
        new_edge_length = np.linalg.norm(pos[max_energy_wedge[2]] - pos[max_energy_wedge[1]])
        if new_edge_length < old_edge_length:
            # Удаляем старое ребро и добавляем новое
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
         else:
            G.remove_edge(max_energy_wedge[0], max_energy_wedge[1])
            G.add_edge(max_energy_wedge[2], max_energy_wedge[1])
    print(max_energy_wedge[0])
    print(max_energy_wedge[1])
    print(max_energy_wedge[2])

for edges in G.edges:
    print(edges)