# This file is not meant for public use and will be removed in SciPy v2.0.0. # Use the `scipy.sparse` namespace for importing the functions # included below. import warnings from . import _sparsetools __all__ = [ # noqa: F822 'bsr_diagonal', 'bsr_eldiv_bsr', 'bsr_elmul_bsr', 'bsr_ge_bsr', 'bsr_gt_bsr', 'bsr_le_bsr', 'bsr_lt_bsr', 'bsr_matmat', 'bsr_matvec', 'bsr_matvecs', 'bsr_maximum_bsr', 'bsr_minimum_bsr', 'bsr_minus_bsr', 'bsr_ne_bsr', 'bsr_plus_bsr', 'bsr_scale_columns', 'bsr_scale_rows', 'bsr_sort_indices', 'bsr_tocsr', 'bsr_transpose', 'coo_matvec', 'coo_tocsr', 'coo_todense', 'cs_graph_components', 'csc_diagonal', 'csc_eldiv_csc', 'csc_elmul_csc', 'csc_ge_csc', 'csc_gt_csc', 'csc_le_csc', 'csc_lt_csc', 'csc_matmat', 'csc_matmat_maxnnz', 'csc_matvec', 'csc_matvecs', 'csc_maximum_csc', 'csc_minimum_csc', 'csc_minus_csc', 'csc_ne_csc', 'csc_plus_csc', 'csc_tocsr', 'csr_column_index1', 'csr_column_index2', 'csr_count_blocks', 'csr_diagonal', 'csr_eldiv_csr', 'csr_eliminate_zeros', 'csr_elmul_csr', 'csr_ge_csr', 'csr_gt_csr', 'csr_has_canonical_format', 'csr_has_sorted_indices', 'csr_hstack', 'csr_le_csr', 'csr_lt_csr', 'csr_matmat', 'csr_matmat_maxnnz', 'csr_matvec', 'csr_matvecs', 'csr_maximum_csr', 'csr_minimum_csr', 'csr_minus_csr', 'csr_ne_csr', 'csr_plus_csr', 'csr_row_index', 'csr_row_slice', 'csr_sample_offsets', 'csr_sample_values', 'csr_scale_columns', 'csr_scale_rows', 'csr_sort_indices', 'csr_sum_duplicates', 'csr_tobsr', 'csr_tocsc', 'csr_todense', 'dia_matvec', 'expandptr', 'get_csr_submatrix', 'test_throw_error', ] def __dir__(): return __all__ def __getattr__(name): if name not in __all__: raise AttributeError( "scipy.sparse.sparsetools is deprecated and has no attribute " f"{name}. Try looking in scipy.sparse instead.") warnings.warn(f"Please use `{name}` from the `scipy.sparse` namespace, " "the `scipy.sparse.sparsetools` namespace is deprecated.", category=DeprecationWarning, stacklevel=2) return getattr(_sparsetools, name)